| Global Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (3954 entries) |
| Notation Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (46 entries) |
| Module Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (147 entries) |
| Variable Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (192 entries) |
| Library Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (53 entries) |
| Lemma Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (1228 entries) |
| Constructor Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (178 entries) |
| Axiom Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (427 entries) |
| Inductive Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (43 entries) |
| Projection Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (12 entries) |
| Instance Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (1 entry) |
| Section Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (50 entries) |
| Abbreviation Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (284 entries) |
| Definition Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (1289 entries) |
| Record Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (4 entries) |
Global Index
A
Abs [constructor, in Interval.Eval.Tree]ADD [constructor, in Interval.Language.Lang_expr]
add [abbreviation, in Interval.Missing.Int63Copy]
Add [constructor, in Interval.Eval.Tree]
addc [abbreviation, in Interval.Missing.Int63Copy]
addcarry [abbreviation, in Interval.Missing.Int63Copy]
addcarryc [abbreviation, in Interval.Missing.Int63Copy]
addcarryc_spec [abbreviation, in Interval.Missing.Int63Copy]
addcarryc_def_spec [abbreviation, in Interval.Missing.Int63Copy]
addcarryc_def [abbreviation, in Interval.Missing.Int63Copy]
addcarry_spec [abbreviation, in Interval.Missing.Int63Copy]
addc_spec [abbreviation, in Interval.Missing.Int63Copy]
addc_def_spec [abbreviation, in Interval.Missing.Int63Copy]
addc_def [abbreviation, in Interval.Missing.Int63Copy]
addmuldiv [abbreviation, in Interval.Missing.Int63Copy]
addmuldiv_spec [abbreviation, in Interval.Missing.Int63Copy]
addmuldiv_def_spec [abbreviation, in Interval.Missing.Int63Copy]
addmuldiv_def [abbreviation, in Interval.Missing.Int63Copy]
addn_pred_leqI [lemma, in Interval.Missing.MathComp]
add_compatibility [definition, in Interval.Language.Lang_simpl]
add_cancel_r [abbreviation, in Interval.Missing.Int63Copy]
add_cancel_l [abbreviation, in Interval.Missing.Int63Copy]
add_le_r [abbreviation, in Interval.Missing.Int63Copy]
add_comm [abbreviation, in Interval.Missing.Int63Copy]
add_assoc [abbreviation, in Interval.Missing.Int63Copy]
add_spec [abbreviation, in Interval.Missing.Int63Copy]
adjust_mantissa [definition, in Interval.Float.Generic]
adjust_pos [definition, in Interval.Float.Generic]
adjust_mantissa_Eq [lemma, in Interval.Float.Generic_proof]
adjust_pos_correct [lemma, in Interval.Float.Generic_proof]
adjust_mantissa_correct [lemma, in Interval.Float.Generic_proof]
all [definition, in Interval.Integral.Priority]
all_permut [lemma, in Interval.Integral.Priority]
alternated_series_ineq' [lemma, in Interval.Missing.Stdlib]
approx [projection, in Interval.Poly.Taylor_model_sharp]
ArithExpr [inductive, in Interval.Language.Lang_expr]
ArithExpr_sind [definition, in Interval.Language.Lang_expr]
ArithExpr_rec [definition, in Interval.Language.Lang_expr]
ArithExpr_ind [definition, in Interval.Language.Lang_expr]
ArithExpr_rect [definition, in Interval.Language.Lang_expr]
ArithOp [inductive, in Interval.Language.Lang_expr]
ArithOpToCArithOp [definition, in Interval.Language.Lang_simpl]
ArithOp_sind [definition, in Interval.Language.Lang_expr]
ArithOp_rec [definition, in Interval.Language.Lang_expr]
ArithOp_ind [definition, in Interval.Language.Lang_expr]
ArithOp_rect [definition, in Interval.Language.Lang_expr]
ArrayAcc [constructor, in Interval.Language.Lang_expr]
ArrayFree [definition, in Interval.Language.Lang_simpl]
asr_land [lemma, in Interval.Interval.Float_full_primfloat]
Assert [constructor, in Interval.Language.Lang_expr]
assertions [definition, in Interval.Language.Lang_expr]
Atan [constructor, in Interval.Eval.Tree]
atanc [definition, in Interval.Missing.Stdlib]
atanc_opp [lemma, in Interval.Missing.Stdlib]
atanc_exists [lemma, in Interval.Missing.Stdlib]
atan_atanc [lemma, in Interval.Missing.Stdlib]
atan_plus_PI4 [lemma, in Interval.Missing.Stdlib]
Atom [inductive, in Interval.Language.Lang_simpl]
AtomToGoal [definition, in Interval.Language.Lang_simpl]
AtomToGoal_correct [lemma, in Interval.Language.Lang_simpl]
AtomToProp [definition, in Interval.Language.Lang_simpl]
Atom_sind [definition, in Interval.Language.Lang_simpl]
Atom_rec [definition, in Interval.Language.Lang_simpl]
Atom_ind [definition, in Interval.Language.Lang_simpl]
Atom_rect [definition, in Interval.Language.Lang_simpl]
at_right_le_at_point [lemma, in Interval.Integral.Integral]
at_point_filter_prod_l [lemma, in Interval.Integral.Integral]
at_point_filter_prod [lemma, in Interval.Integral.Integral]
aux_4 [lemma, in Interval.Language.Lang_expr]
aux_3 [lemma, in Interval.Language.Lang_expr]
aux_2 [lemma, in Interval.Language.Lang_expr]
B
ball_to_lra [lemma, in Interval.Missing.Coquelicot]BaseOps [module, in Interval.Poly.Datatypes]
BaseOps.add [axiom, in Interval.Poly.Datatypes]
BaseOps.mul [axiom, in Interval.Poly.Datatypes]
BaseOps.one [axiom, in Interval.Poly.Datatypes]
BaseOps.opp [axiom, in Interval.Poly.Datatypes]
BaseOps.sub [axiom, in Interval.Poly.Datatypes]
BaseOps.T [axiom, in Interval.Poly.Datatypes]
BaseOps.U [axiom, in Interval.Poly.Datatypes]
BaseOps.zero [axiom, in Interval.Poly.Datatypes]
Basic [library]
Basic_rec [library]
BDecimal [constructor, in Interval.Interval.Interval]
behead_rec2down [lemma, in Interval.Poly.Basic_rec]
behead_loop2 [lemma, in Interval.Poly.Basic_rec]
behead_grec1down [lemma, in Interval.Poly.Basic_rec]
behead_rec1down [lemma, in Interval.Poly.Basic_rec]
behead_rev_take [lemma, in Interval.Poly.Basic_rec]
behead_rcons [lemma, in Interval.Poly.Basic_rec]
Bertrand [definition, in Interval.Integral.Bertrand]
Bertrand [library]
BertrandInterval [module, in Interval.Integral.Bertrand]
BertrandInterval.EffectiveBertrand [section, in Interval.Integral.Bertrand]
BertrandInterval.EffectiveBertrand.Infinity [section, in Interval.Integral.Bertrand]
BertrandInterval.EffectiveBertrand.Infinity.A [variable, in Interval.Integral.Bertrand]
BertrandInterval.EffectiveBertrand.Infinity.a [variable, in Interval.Integral.Bertrand]
BertrandInterval.EffectiveBertrand.Infinity.BertrandLogNegInt [section, in Interval.Integral.Bertrand]
BertrandInterval.EffectiveBertrand.Infinity.Hcontainsa [variable, in Interval.Integral.Bertrand]
BertrandInterval.EffectiveBertrand.Infinity.iA [variable, in Interval.Integral.Bertrand]
BertrandInterval.EffectiveBertrand.prec [variable, in Interval.Integral.Bertrand]
BertrandInterval.EffectiveBertrand.Sing [section, in Interval.Integral.Bertrand]
BertrandInterval.EffectiveBertrand.Sing.Epsilon [variable, in Interval.Integral.Bertrand]
BertrandInterval.EffectiveBertrand.Sing.epsilon [variable, in Interval.Integral.Bertrand]
BertrandInterval.EffectiveBertrand.Sing.eps_gt0 [variable, in Interval.Integral.Bertrand]
BertrandInterval.EffectiveBertrand.Sing.HEps [variable, in Interval.Integral.Bertrand]
BertrandInterval.EffectiveBertrand.Sing.iEps [variable, in Interval.Integral.Bertrand]
BertrandInterval.f_int_fast_correct [lemma, in Interval.Integral.Bertrand]
BertrandInterval.f_int_fast_f_int [lemma, in Interval.Integral.Bertrand]
BertrandInterval.f_int_correct [lemma, in Interval.Integral.Bertrand]
BertrandInterval.f_int [definition, in Interval.Integral.Bertrand]
BertrandInterval.f_int_fast [definition, in Interval.Integral.Bertrand]
BertrandInterval.f_int_aux [definition, in Interval.Integral.Bertrand]
BertrandInterval.f_neg_int_correct [lemma, in Interval.Integral.Bertrand]
BertrandInterval.f_neg_int [definition, in Interval.Integral.Bertrand]
BertrandInterval.f0eps_correct [lemma, in Interval.Integral.Bertrand]
BertrandInterval.f0eps_int [definition, in Interval.Integral.Bertrand]
BertrandInterval.J [module, in Interval.Integral.Bertrand]
BertrandLogNeg [section, in Interval.Integral.Bertrand]
Bertrand_lim [definition, in Interval.Integral.Bertrand]
BFraction [constructor, in Interval.Interval.Interval]
BigIntRadix2 [module, in Interval.Float.Specific_bigint]
BigIntRadix2.EtoZ [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.exponent_cmp_correct [lemma, in Interval.Float.Specific_bigint]
BigIntRadix2.exponent_div2_floor_correct [lemma, in Interval.Float.Specific_bigint]
BigIntRadix2.exponent_sub_correct [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.exponent_add_correct [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.exponent_neg_correct [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.exponent_one_correct [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.exponent_zero_correct [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.exponent_div2_floor [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.exponent_cmp [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.exponent_sub [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.exponent_add [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.exponent_neg [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.exponent_one [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.exponent_zero [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.exponent_type [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_sqrt_correct [lemma, in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_div_correct [lemma, in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_shrp_correct [lemma, in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_shr_correct [lemma, in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_sign_correct [lemma, in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_shl_correct [lemma, in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_scale2_correct [lemma, in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_digits_correct [lemma, in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_cmp_correct [lemma, in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_mul_correct [lemma, in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_sub_correct [lemma, in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_add_correct [lemma, in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_one_correct [lemma, in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_even_correct [lemma, in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_neg_correct [lemma, in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_pos_correct [lemma, in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_zero_correct [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_sqrt [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_shrp [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_shr [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_div [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_split_div [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_even [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_digits [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_scale2 [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_shl [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_sign [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_neg [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_pos [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_cmp [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_mul [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_sub [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_add [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_one [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_zero [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_type [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.MtoP [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.MtoZ [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.PtoM [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.PtoM_correct [lemma, in Interval.Float.Specific_bigint]
BigIntRadix2.radix [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.radix_correct [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.smantissa_type [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.valid_mantissa [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.ZtoE [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.ZtoE_correct [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.ZtoM [definition, in Interval.Float.Specific_bigint]
BigIntRadix2.ZtoM_correct [definition, in Interval.Float.Specific_bigint]
BigOp [module, in Interval.Missing.MathComp2]
bigops [section, in Interval.Missing.MathComp]
BigOp.bigopE [abbreviation, in Interval.Missing.MathComp2]
big_nat_leq_idx [lemma, in Interval.Missing.MathComp]
binary [projection, in Interval.Eval.Prog]
Binary [constructor, in Interval.Eval.Prog]
binary_real [definition, in Interval.Eval.Tree]
binary_op_sind [definition, in Interval.Eval.Tree]
binary_op_rec [definition, in Interval.Eval.Tree]
binary_op_ind [definition, in Interval.Eval.Tree]
binary_op_rect [definition, in Interval.Eval.Tree]
binary_op [inductive, in Interval.Eval.Tree]
BinFl [constructor, in Interval.Language.Lang_expr]
BinFloat [constructor, in Interval.Language.Lang_expr]
binnorm [definition, in Interval.Language.Lang_expr]
BInteger [constructor, in Interval.Interval.Interval]
bisect' [lemma, in Interval.Interval.Interval]
bit [abbreviation, in Interval.Missing.Int63Copy]
bitE [abbreviation, in Interval.Missing.Int63Copy]
bit_add_or [abbreviation, in Interval.Missing.Int63Copy]
bit_0 [abbreviation, in Interval.Missing.Int63Copy]
bit_lsl [abbreviation, in Interval.Missing.Int63Copy]
bit_ext [abbreviation, in Interval.Missing.Int63Copy]
bit_half [abbreviation, in Interval.Missing.Int63Copy]
bit_M [abbreviation, in Interval.Missing.Int63Copy]
bit_1 [abbreviation, in Interval.Missing.Int63Copy]
bit_b2i [abbreviation, in Interval.Missing.Int63Copy]
bit_lsr [abbreviation, in Interval.Missing.Int63Copy]
bit_split [abbreviation, in Interval.Missing.Int63Copy]
bit_0_spec [abbreviation, in Interval.Missing.Int63Copy]
Bnd [module, in Interval.Eval.Reify]
Bnd [module, in Interval.Eval.Tree]
Bnd.binary_bnd_correct [lemma, in Interval.Eval.Tree]
Bnd.binary_bnd [definition, in Interval.Eval.Tree]
Bnd.E [module, in Interval.Eval.Reify]
Bnd.eval_goal_bnd_correct [lemma, in Interval.Eval.Reify]
Bnd.eval_goal_bnd [definition, in Interval.Eval.Reify]
Bnd.eval_hyps_bnd_correct [lemma, in Interval.Eval.Reify]
Bnd.eval_hyps_bnd [definition, in Interval.Eval.Reify]
Bnd.eval_hyp_bnd_correct [lemma, in Interval.Eval.Reify]
Bnd.eval_hyp_bnd [definition, in Interval.Eval.Reify]
Bnd.eval_bnd_correct [lemma, in Interval.Eval.Tree]
Bnd.eval_bnd [definition, in Interval.Eval.Tree]
Bnd.J [module, in Interval.Eval.Reify]
Bnd.J [module, in Interval.Eval.Tree]
Bnd.merge_hyps [definition, in Interval.Eval.Reify]
Bnd.merge_hyps_aux [definition, in Interval.Eval.Reify]
Bnd.nullary_bnd_correct [lemma, in Interval.Eval.Tree]
Bnd.nullary_bnd [definition, in Interval.Eval.Tree]
Bnd.unary_bnd_correct [lemma, in Interval.Eval.Tree]
Bnd.unary_bnd [definition, in Interval.Eval.Tree]
Bound [library]
Bound_quad [library]
Bpow [constructor, in Interval.Eval.Tree]
bpow' [definition, in Interval.Eval.Tree]
BTree [inductive, in Interval.Language.Lang_simpl]
BTreeToList [definition, in Interval.Language.Lang_simpl]
BTreeToList_aux_concat [lemma, in Interval.Language.Lang_simpl]
BTreeToList_aux [definition, in Interval.Language.Lang_simpl]
BTree_sind [definition, in Interval.Language.Lang_simpl]
BTree_rec [definition, in Interval.Language.Lang_simpl]
BTree_ind [definition, in Interval.Language.Lang_simpl]
BTree_rect [definition, in Interval.Language.Lang_simpl]
b2i [abbreviation, in Interval.Missing.Int63Copy]
C
Cab [abbreviation, in Interval.Real.Taylor]CADD [constructor, in Interval.Language.Lang_simpl]
CAnd [constructor, in Interval.Language.Lang_simpl]
can_inj [abbreviation, in Interval.Missing.Int63Copy]
CArithExpr [inductive, in Interval.Language.Lang_simpl]
CArithExprToTree [definition, in Interval.Language.Lang_simpl]
CArithExprToTree_Psucc [lemma, in Interval.Language.Lang_simpl]
CArithExpr_sind [definition, in Interval.Language.Lang_simpl]
CArithExpr_rec [definition, in Interval.Language.Lang_simpl]
CArithExpr_ind [definition, in Interval.Language.Lang_simpl]
CArithExpr_rect [definition, in Interval.Language.Lang_simpl]
CArithOp [inductive, in Interval.Language.Lang_simpl]
CArithOp_sind [definition, in Interval.Language.Lang_simpl]
CArithOp_rec [definition, in Interval.Language.Lang_simpl]
CArithOp_ind [definition, in Interval.Language.Lang_simpl]
CArithOp_rect [definition, in Interval.Language.Lang_simpl]
cast [abbreviation, in Interval.Missing.Int63Copy]
cast_diff [abbreviation, in Interval.Missing.Int63Copy]
cast_refl [abbreviation, in Interval.Missing.Int63Copy]
CAtom [constructor, in Interval.Language.Lang_simpl]
CBinFl [constructor, in Interval.Language.Lang_simpl]
CFalse [constructor, in Interval.Language.Lang_simpl]
CFLTDIV [constructor, in Interval.Language.Lang_simpl]
change_nth_correct [lemma, in Interval.Eval.Eval]
change_nth [definition, in Interval.Eval.Eval]
CInt [constructor, in Interval.Language.Lang_simpl]
CINTDIV [constructor, in Interval.Language.Lang_simpl]
CLdexp [constructor, in Interval.Language.Lang_simpl]
cmod_bounded [lemma, in Interval.Language.Lang_expr]
cmod_cmod [lemma, in Interval.Language.Lang_expr]
cmod_mul_mod [lemma, in Interval.Language.Lang_expr]
cmod_add_mod [lemma, in Interval.Language.Lang_expr]
cmod_mul_add_mod [lemma, in Interval.Language.Lang_expr]
CMUL [constructor, in Interval.Language.Lang_simpl]
CNearbyint [constructor, in Interval.Language.Lang_simpl]
compare [abbreviation, in Interval.Missing.Int63Copy]
compareResults [definition, in Interval.Language.Lang_simpl]
compare_spec [abbreviation, in Interval.Missing.Int63Copy]
compare_def_spec [abbreviation, in Interval.Missing.Int63Copy]
compare_def [abbreviation, in Interval.Missing.Int63Copy]
Compat [module, in Interval.Float.Primitive_ops]
compatible [definition, in Interval.Language.Lang_simpl]
compatible_atom [definition, in Interval.Language.Lang_simpl]
compatible_correct [lemma, in Interval.Language.Lang_simpl]
Compat.frexp [definition, in Interval.Float.Primitive_ops]
Compat.ldexp [definition, in Interval.Float.Primitive_ops]
cond_Zopp_mult [lemma, in Interval.Float.Generic_proof]
connected [definition, in Interval.Missing.Stdlib]
connected_le [lemma, in Interval.Missing.Stdlib]
connected_ge [lemma, in Interval.Missing.Stdlib]
connected_and [lemma, in Interval.Missing.Stdlib]
constant [projection, in Interval.Eval.Prog]
cons_unique [definition, in Interval.Eval.Prog]
contains [definition, in Interval.Interval.Interval]
contains_upper [lemma, in Interval.Interval.Interval]
contains_lower [lemma, in Interval.Interval.Interval]
contains_Xreal [lemma, in Interval.Interval.Interval]
contains_le [lemma, in Interval.Interval.Interval]
contains_Inan [lemma, in Interval.Interval.Interval]
contains_Xnan [lemma, in Interval.Interval.Interval]
contains_connected [lemma, in Interval.Interval.Interval]
contains_output [definition, in Interval.Interval.Interval]
continuity_pt_ne [lemma, in Interval.Missing.Stdlib]
continuity_pt_gt [lemma, in Interval.Missing.Stdlib]
continuity_pt_lt [lemma, in Interval.Missing.Stdlib]
continuity_pt_sum [lemma, in Interval.Real.Taylor]
continuous_unary [lemma, in Interval.Eval.Eval]
continuous_f_neg [lemma, in Interval.Integral.Bertrand]
continuous_Rdiv_1_x [lemma, in Interval.Integral.Bertrand]
convertibleFloat [definition, in Interval.Language.Lang_expr]
convertibleFloat_list [definition, in Interval.Language.Lang_expr]
convertiblePrim [definition, in Interval.Language.Lang_expr]
convertiblePrim_list [definition, in Interval.Language.Lang_expr]
convert_location [definition, in Interval.Float.Generic]
convert_location_bij [lemma, in Interval.Float.Generic_proof]
convert_location_inv [definition, in Interval.Float.Generic_proof]
convert_bound [definition, in Interval.Interval.Interval]
COp [constructor, in Interval.Language.Lang_simpl]
Coquelicot [library]
CoquelicotMissing [section, in Interval.Integral.Bertrand]
Cor_Taylor_Lagrange [lemma, in Interval.Real.Taylor]
Cos [constructor, in Interval.Eval.Tree]
count_digits [definition, in Interval.Float.Basic]
count_digits_aux [definition, in Interval.Float.Basic]
CProp [inductive, in Interval.Language.Lang_simpl]
CPropToProp [definition, in Interval.Language.Lang_simpl]
CProp_sind [definition, in Interval.Language.Lang_simpl]
CProp_rec [definition, in Interval.Language.Lang_simpl]
CProp_ind [definition, in Interval.Language.Lang_simpl]
CProp_rect [definition, in Interval.Language.Lang_simpl]
CRnd [constructor, in Interval.Language.Lang_simpl]
CSqrt [constructor, in Interval.Language.Lang_simpl]
CSUB [constructor, in Interval.Language.Lang_simpl]
CTrue [constructor, in Interval.Language.Lang_simpl]
CTrunc [constructor, in Interval.Language.Lang_simpl]
cut_root [lemma, in Interval.Tactics.Root_helper]
CVar [constructor, in Interval.Language.Lang_simpl]
C2M [definition, in Interval.Language.Lang_expr]
C2M_list [definition, in Interval.Language.Lang_expr]
D
Datatypes [library]decompose [definition, in Interval.Eval.Prog]
decomposeToCProp [definition, in Interval.Language.Lang_simpl]
decomposeToCProp_correct [lemma, in Interval.Language.Lang_simpl]
decompose_correct [lemma, in Interval.Eval.Prog]
Definitions [section, in Interval.Float.Basic]
Definitions.beta [variable, in Interval.Float.Basic]
Defix1 [section, in Interval.Poly.Basic_rec]
Defix1.a0 [variable, in Interval.Poly.Basic_rec]
Defix1.d [variable, in Interval.Poly.Basic_rec]
Defix1.F [variable, in Interval.Poly.Basic_rec]
Defix1.T [variable, in Interval.Poly.Basic_rec]
Defix2 [section, in Interval.Poly.Basic_rec]
Defix2.a0 [variable, in Interval.Poly.Basic_rec]
Defix2.a1 [variable, in Interval.Poly.Basic_rec]
Defix2.d [variable, in Interval.Poly.Basic_rec]
Defix2.F [variable, in Interval.Poly.Basic_rec]
Defix2.T [variable, in Interval.Poly.Basic_rec]
degree [definition, in Interval.Language.Lang_simpl]
derivable_neg_imp_decreasing [lemma, in Interval.Missing.Stdlib]
derivable_pos_imp_increasing [lemma, in Interval.Missing.Stdlib]
derivable_pt_lim_tan [lemma, in Interval.Missing.Stdlib]
derivable_pt_lim_eq_locally [lemma, in Interval.Missing.Stdlib]
derivable_pt_lim_eq [lemma, in Interval.Missing.Stdlib]
derivable_imp_defined_ne [lemma, in Interval.Real.Xreal_derive]
derivable_imp_defined_lt [lemma, in Interval.Real.Xreal_derive]
derivable_imp_defined_gt [lemma, in Interval.Real.Xreal_derive]
derivable_imp_defined_any_2 [lemma, in Interval.Real.Xreal_derive]
derivable_imp_defined_any [lemma, in Interval.Real.Xreal_derive]
derivable_imp_defined [lemma, in Interval.Real.Xreal_derive]
derivable_pt_lim_aux [lemma, in Interval.Real.Taylor]
derivable_pt_lim_sum [lemma, in Interval.Real.Taylor]
Derive_nS [lemma, in Interval.Missing.Coquelicot]
digits [abbreviation, in Interval.Missing.Int63Copy]
digits_conversion [lemma, in Interval.Float.Generic_proof]
DIV [constructor, in Interval.Language.Lang_expr]
div [abbreviation, in Interval.Missing.Int63Copy]
Div [constructor, in Interval.Eval.Tree]
diveucl [abbreviation, in Interval.Missing.Int63Copy]
diveucl_21_spec_aux [abbreviation, in Interval.Missing.Int63Copy]
diveucl_spec [abbreviation, in Interval.Missing.Int63Copy]
diveucl_21_spec [abbreviation, in Interval.Missing.Int63Copy]
diveucl_def_spec [abbreviation, in Interval.Missing.Int63Copy]
diveucl_21 [abbreviation, in Interval.Missing.Int63Copy]
diveucl_def [abbreviation, in Interval.Missing.Int63Copy]
div_spec [abbreviation, in Interval.Missing.Int63Copy]
div2_phi [abbreviation, in Interval.Missing.Int63Copy]
domain' [definition, in Interval.Interval.Interval]
drop_correct [lemma, in Interval.Missing.MathComp]
E
Eabort [constructor, in Interval.Eval.Prog]Ebinary [constructor, in Interval.Eval.Tree]
Econst [constructor, in Interval.Eval.Tree]
Eprog [constructor, in Interval.Eval.Prog]
eqb [abbreviation, in Interval.Missing.Int63Copy]
eqbP [abbreviation, in Interval.Missing.Int63Copy]
eqb_false_correct [abbreviation, in Interval.Missing.Int63Copy]
eqb_false_complete [abbreviation, in Interval.Missing.Int63Copy]
eqb_false_spec [abbreviation, in Interval.Missing.Int63Copy]
eqb_spec [abbreviation, in Interval.Missing.Int63Copy]
eqb_complete [abbreviation, in Interval.Missing.Int63Copy]
eqb_refl [abbreviation, in Interval.Missing.Int63Copy]
eqb_correct [abbreviation, in Interval.Missing.Int63Copy]
eqExprTypeFloat [definition, in Interval.Language.Lang_expr]
eqExprTypePrim [definition, in Interval.Language.Lang_expr]
eqmE [abbreviation, in Interval.Missing.Int63Copy]
eqmI [abbreviation, in Interval.Missing.Int63Copy]
eqm_subE [abbreviation, in Interval.Missing.Int63Copy]
eqm_sub [abbreviation, in Interval.Missing.Int63Copy]
eqm_mod [abbreviation, in Interval.Missing.Int63Copy]
eqo [abbreviation, in Interval.Missing.Int63Copy]
eqo_diff [abbreviation, in Interval.Missing.Int63Copy]
eqo_refl [abbreviation, in Interval.Missing.Int63Copy]
eqr [definition, in Interval.Missing.MathComp2]
eqrP [lemma, in Interval.Missing.MathComp2]
eqs [abbreviation, in Interval.Missing.Int63Copy]
equivFloat [lemma, in Interval.Language.Lang_expr]
equivFloat_ArrayAcc [lemma, in Interval.Language.Lang_expr]
equivFloat_Sqrt_BinFloat [lemma, in Interval.Language.Lang_expr]
equivFloat_Sqrt_Integer [lemma, in Interval.Language.Lang_expr]
equivFloat_FloatInj [lemma, in Interval.Language.Lang_expr]
equivFloat_TruncToInt [lemma, in Interval.Language.Lang_expr]
equivFloat_FastNearbyintToInt [lemma, in Interval.Language.Lang_expr]
equivFloat_FastNearbyint [lemma, in Interval.Language.Lang_expr]
equivFloat_Nearbyint [lemma, in Interval.Language.Lang_expr]
equivFloat_FmaExact [lemma, in Interval.Language.Lang_expr]
equivFloat_Fma [lemma, in Interval.Language.Lang_expr]
equivFloat_OpExact [lemma, in Interval.Language.Lang_expr]
equivFloat_Op_DIV_Integer [lemma, in Interval.Language.Lang_expr]
equivFloat_Op_MUL_Integer [lemma, in Interval.Language.Lang_expr]
equivFloat_Op_SUB_Integer [lemma, in Interval.Language.Lang_expr]
equivFloat_Op_ADD_Integer [lemma, in Interval.Language.Lang_expr]
equivFloat_Op_DIV_BinFloat [lemma, in Interval.Language.Lang_expr]
equivFloat_Op_MUL_BinFloat [lemma, in Interval.Language.Lang_expr]
equivFloat_Op_SUB_BinFloat [lemma, in Interval.Language.Lang_expr]
equivFloat_Op_ADD_BinFloat [lemma, in Interval.Language.Lang_expr]
equivFloat_Int [lemma, in Interval.Language.Lang_expr]
equivPrim [lemma, in Interval.Language.Lang_expr]
equivPrim_ArrayAcc [lemma, in Interval.Language.Lang_expr]
equivPrim_Sqrt_BinFloat [lemma, in Interval.Language.Lang_expr]
equivPrim_Sqrt_Integer [lemma, in Interval.Language.Lang_expr]
equivPrim_FloatInj [lemma, in Interval.Language.Lang_expr]
equivPrim_TruncToInt [lemma, in Interval.Language.Lang_expr]
equivPrim_FastNearbyintToInt [lemma, in Interval.Language.Lang_expr]
equivPrim_FastNearbyint [lemma, in Interval.Language.Lang_expr]
equivPrim_Nearbyint [lemma, in Interval.Language.Lang_expr]
equivPrim_FmaExact [lemma, in Interval.Language.Lang_expr]
equivPrim_Fma [lemma, in Interval.Language.Lang_expr]
equivPrim_OpExact [lemma, in Interval.Language.Lang_expr]
equivPrim_Op_DIV_Integer [lemma, in Interval.Language.Lang_expr]
equivPrim_Op_MUL_Integer [lemma, in Interval.Language.Lang_expr]
equivPrim_Op_SUB_Integer [lemma, in Interval.Language.Lang_expr]
equivPrim_Op_ADD_Integer [lemma, in Interval.Language.Lang_expr]
equivPrim_Op_DIV_BinFloat [lemma, in Interval.Language.Lang_expr]
equivPrim_Op_MUL_BinFloat [lemma, in Interval.Language.Lang_expr]
equivPrim_Op_SUB_BinFloat [lemma, in Interval.Language.Lang_expr]
equivPrim_Op_ADD_BinFloat [lemma, in Interval.Language.Lang_expr]
equivPrim_Int [lemma, in Interval.Language.Lang_expr]
eq_dec [abbreviation, in Interval.Missing.Int63Copy]
error [projection, in Interval.Poly.Taylor_model_sharp]
ErrorFix [constructor, in Interval.Eval.Tree]
ErrorFlt [constructor, in Interval.Eval.Tree]
error_flt [definition, in Interval.Float.Basic]
error_fix [definition, in Interval.Float.Basic]
Eunary [constructor, in Interval.Eval.Tree]
eval [definition, in Interval.Eval.Tree]
Eval [library]
evalCArithExpr1 [definition, in Interval.Language.Lang_simpl]
evalCArithExpr2 [definition, in Interval.Language.Lang_simpl]
evalCArithExpr2_succ [lemma, in Interval.Language.Lang_simpl]
evalExact [definition, in Interval.Language.Lang_expr]
evalExprTypeFloat [definition, in Interval.Language.Lang_expr]
evalExprTypeFloat_list [definition, in Interval.Language.Lang_expr]
evalExprTypePrim [definition, in Interval.Language.Lang_expr]
evalExprTypePrim_list [definition, in Interval.Language.Lang_expr]
evalExprTypeReal_list [definition, in Interval.Language.Lang_expr]
evalExprTypeRounded [definition, in Interval.Language.Lang_expr]
evalExprTypeRounded_fun [definition, in Interval.Language.Lang_expr]
evalExprTypeRounded_list [definition, in Interval.Language.Lang_expr]
evalFloat [definition, in Interval.Language.Lang_expr]
evalPrim [definition, in Interval.Language.Lang_expr]
evalReal [definition, in Interval.Language.Lang_expr]
evalReal_evalRounded [lemma, in Interval.Language.Lang_expr]
evalRounded [definition, in Interval.Language.Lang_expr]
eval_real' [definition, in Interval.Eval.Prog]
eval_real_nth [definition, in Interval.Eval.Prog]
eval_nth_rcons_unique [lemma, in Interval.Eval.Prog]
eval_real [definition, in Interval.Eval.Prog]
eval_inductive_prop [lemma, in Interval.Eval.Prog]
eval_generic [definition, in Interval.Eval.Prog]
eval_generic_body [definition, in Interval.Eval.Prog]
eval_exprsucc [lemma, in Interval.Language.Lang_simpl]
eval_inductive_prop_floor_fun [lemma, in Interval.Eval.Eval]
eval_inductive_prop_fun [lemma, in Interval.Eval.Eval]
eval_ext [definition, in Interval.Eval.Eval]
eval_goal [definition, in Interval.Eval.Reify]
eval_hyps [definition, in Interval.Eval.Reify]
eval_hyps_aux [definition, in Interval.Eval.Reify]
eval_hyp [definition, in Interval.Eval.Reify]
Evar [constructor, in Interval.Eval.Tree]
even_or_odd [lemma, in Interval.Missing.Stdlib]
even_radix_correct [lemma, in Interval.Float.Generic_proof]
Exp [constructor, in Interval.Eval.Tree]
ExponentInQ [section, in Interval.Integral.Bertrand]
expr [inductive, in Interval.Eval.Tree]
exprsucc [definition, in Interval.Language.Lang_simpl]
ExprType [inductive, in Interval.Language.Lang_expr]
ExprType_sind [definition, in Interval.Language.Lang_expr]
ExprType_rec [definition, in Interval.Language.Lang_expr]
ExprType_ind [definition, in Interval.Language.Lang_expr]
ExprType_rect [definition, in Interval.Language.Lang_expr]
expr_eq_dec [definition, in Interval.Eval.Prog]
expr_sind [definition, in Interval.Eval.Tree]
expr_rec [definition, in Interval.Eval.Tree]
expr_ind [definition, in Interval.Eval.Tree]
expr_rect [definition, in Interval.Eval.Tree]
ExtendedR [inductive, in Interval.Real.Xreal]
ExtendedR_sind [definition, in Interval.Real.Xreal]
ExtendedR_rec [definition, in Interval.Real.Xreal]
ExtendedR_ind [definition, in Interval.Real.Xreal]
ExtendedR_rect [definition, in Interval.Real.Xreal]
extension [definition, in Interval.Real.Xreal]
extract [definition, in Interval.Eval.Prog]
extractCProp [definition, in Interval.Language.Lang_simpl]
extractCProp_correct [lemma, in Interval.Language.Lang_simpl]
extracted_expr_sind [definition, in Interval.Eval.Prog]
extracted_expr_rec [definition, in Interval.Eval.Prog]
extracted_expr_ind [definition, in Interval.Eval.Prog]
extracted_expr_rect [definition, in Interval.Eval.Prog]
extracted_expr [inductive, in Interval.Eval.Prog]
extract_correct [lemma, in Interval.Eval.Prog]
extract_list_correct [lemma, in Interval.Eval.Prog]
extract_list [definition, in Interval.Eval.Prog]
ext_operations [definition, in Interval.Eval.Eval]
ex_RInt_gen_cauchy_left [lemma, in Interval.Integral.Integral]
ex_RInt_gen_cauchy [lemma, in Interval.Integral.Integral]
ex_RInt_ex_RInt_gen [lemma, in Interval.Integral.Integral]
ex_derive_n_powerRZ [lemma, in Interval.Missing.Coquelicot]
ex_derive_is_derive [lemma, in Interval.Missing.Coquelicot]
ex_derive_n_is_derive_n [lemma, in Interval.Missing.Coquelicot]
ex_derive_nSS [lemma, in Interval.Missing.Coquelicot]
ex_RInt_translation_sub [lemma, in Interval.Missing.Coquelicot]
ex_RInt_translation_add [lemma, in Interval.Missing.Coquelicot]
ex_derive_powerRZS [lemma, in Interval.Integral.Bertrand]
ex_derive_powerRZ [lemma, in Interval.Integral.Bertrand]
F
f [definition, in Interval.Integral.Bertrand]Fabs [definition, in Interval.Float.Generic]
Fabs_correct [lemma, in Interval.Float.Generic_proof]
fact_seq_correct [lemma, in Interval.Poly.Basic_rec]
fact_seq [definition, in Interval.Poly.Basic_rec]
fact_rec [definition, in Interval.Poly.Basic_rec]
Fadd [definition, in Interval.Float.Generic]
Fadd_fast [definition, in Interval.Float.Generic]
Fadd_fast_aux [definition, in Interval.Float.Generic]
Fadd_fast_aux2 [definition, in Interval.Float.Generic]
Fadd_fast_aux1 [definition, in Interval.Float.Generic]
Fadd_exact [definition, in Interval.Float.Generic]
Fadd_slow [definition, in Interval.Float.Generic]
Fadd_slow_aux [definition, in Interval.Float.Generic]
Fadd_slow_aux2 [definition, in Interval.Float.Generic]
Fadd_slow_aux1 [definition, in Interval.Float.Generic]
Fadd_exact_correct [lemma, in Interval.Float.Generic_proof]
Fadd_correct [definition, in Interval.Float.Generic_proof]
Fadd_slow_correct [lemma, in Interval.Float.Generic_proof]
Fadd_slow_aux_correct [lemma, in Interval.Float.Generic_proof]
Fadd_slow_aux2_correct [lemma, in Interval.Float.Generic_proof]
Fadd_slow_aux1_correct [lemma, in Interval.Float.Generic_proof]
falling_seq_correct [lemma, in Interval.Poly.Basic_rec]
falling_seq [definition, in Interval.Poly.Basic_rec]
falling_rec [definition, in Interval.Poly.Basic_rec]
FastNearbyint [constructor, in Interval.Language.Lang_expr]
FastNearbyintToInt [constructor, in Interval.Language.Lang_expr]
fastnearbyint_correct [lemma, in Interval.Language.Lang_expr]
Faux [module, in Interval.Language.Lang_simpl]
fclass [inductive, in Interval.Float.Sig]
Fcmp [definition, in Interval.Float.Generic]
Fcmp_aux2 [definition, in Interval.Float.Generic]
Fcmp_aux1 [definition, in Interval.Float.Generic]
Fcmp_correct [lemma, in Interval.Float.Generic_proof]
Fcmp_aux2_correct [lemma, in Interval.Float.Generic_proof]
Fdiv [definition, in Interval.Float.Generic]
Fdiv_aux [definition, in Interval.Float.Generic]
Fdiv_aux2 [definition, in Interval.Float.Generic]
Fdiv_correct [lemma, in Interval.Float.Generic_proof]
Fdiv2 [definition, in Interval.Float.Generic]
filterlimi_const [lemma, in Interval.Integral.Integral]
filterlimi_const_loc [lemma, in Interval.Integral.Integral]
filterlim_pow_m_odd [lemma, in Interval.Integral.Bertrand]
filterlim_pow_m_even [lemma, in Interval.Integral.Bertrand]
filterlim_pow_infty [lemma, in Interval.Integral.Bertrand]
filterlim_sqr_m_infty [lemma, in Interval.Integral.Bertrand]
filter_prod_at_point_l [lemma, in Interval.Integral.Integral]
filter_prod_at_point [lemma, in Interval.Integral.Integral]
filter_prod_at_point_infty [lemma, in Interval.Integral.Integral]
find_expr_correct [lemma, in Interval.Eval.Prog]
find_expr [definition, in Interval.Eval.Prog]
find_expr_aux [definition, in Interval.Eval.Prog]
finite_array_correct [lemma, in Interval.Language.Lang_expr]
finite_array [definition, in Interval.Language.Lang_expr]
Float [module, in Interval.Tactic_float]
Float [constructor, in Interval.Float.Specific_ops]
Float [constructor, in Interval.Float.Basic]
float [inductive, in Interval.Float.Basic]
Float [library]
FloatCarrier [module, in Interval.Float.Specific_sig]
FloatCarrier.EtoZ [axiom, in Interval.Float.Specific_sig]
FloatCarrier.exponent_div2_floor_correct [axiom, in Interval.Float.Specific_sig]
FloatCarrier.exponent_cmp_correct [axiom, in Interval.Float.Specific_sig]
FloatCarrier.exponent_sub_correct [axiom, in Interval.Float.Specific_sig]
FloatCarrier.exponent_add_correct [axiom, in Interval.Float.Specific_sig]
FloatCarrier.exponent_neg_correct [axiom, in Interval.Float.Specific_sig]
FloatCarrier.exponent_one_correct [axiom, in Interval.Float.Specific_sig]
FloatCarrier.exponent_zero_correct [axiom, in Interval.Float.Specific_sig]
FloatCarrier.exponent_div2_floor [axiom, in Interval.Float.Specific_sig]
FloatCarrier.exponent_cmp [axiom, in Interval.Float.Specific_sig]
FloatCarrier.exponent_sub [axiom, in Interval.Float.Specific_sig]
FloatCarrier.exponent_add [axiom, in Interval.Float.Specific_sig]
FloatCarrier.exponent_neg [axiom, in Interval.Float.Specific_sig]
FloatCarrier.exponent_one [axiom, in Interval.Float.Specific_sig]
FloatCarrier.exponent_zero [axiom, in Interval.Float.Specific_sig]
FloatCarrier.exponent_type [axiom, in Interval.Float.Specific_sig]
FloatCarrier.mantissa_sqrt_correct [axiom, in Interval.Float.Specific_sig]
FloatCarrier.mantissa_div_correct [axiom, in Interval.Float.Specific_sig]
FloatCarrier.mantissa_shrp_correct [axiom, in Interval.Float.Specific_sig]
FloatCarrier.mantissa_shr_correct [axiom, in Interval.Float.Specific_sig]
FloatCarrier.mantissa_shl_correct [axiom, in Interval.Float.Specific_sig]
FloatCarrier.mantissa_scale2_correct [axiom, in Interval.Float.Specific_sig]
FloatCarrier.mantissa_digits_correct [axiom, in Interval.Float.Specific_sig]
FloatCarrier.mantissa_cmp_correct [axiom, in Interval.Float.Specific_sig]
FloatCarrier.mantissa_mul_correct [axiom, in Interval.Float.Specific_sig]
FloatCarrier.mantissa_sub_correct [axiom, in Interval.Float.Specific_sig]
FloatCarrier.mantissa_add_correct [axiom, in Interval.Float.Specific_sig]
FloatCarrier.mantissa_one_correct [axiom, in Interval.Float.Specific_sig]
FloatCarrier.mantissa_even_correct [axiom, in Interval.Float.Specific_sig]
FloatCarrier.mantissa_sign_correct [axiom, in Interval.Float.Specific_sig]
FloatCarrier.mantissa_neg_correct [axiom, in Interval.Float.Specific_sig]
FloatCarrier.mantissa_pos_correct [axiom, in Interval.Float.Specific_sig]
FloatCarrier.mantissa_zero_correct [axiom, in Interval.Float.Specific_sig]
FloatCarrier.mantissa_sqrt [axiom, in Interval.Float.Specific_sig]
FloatCarrier.mantissa_div [axiom, in Interval.Float.Specific_sig]
FloatCarrier.mantissa_shrp [axiom, in Interval.Float.Specific_sig]
FloatCarrier.mantissa_shr [axiom, in Interval.Float.Specific_sig]
FloatCarrier.mantissa_shl [axiom, in Interval.Float.Specific_sig]
FloatCarrier.mantissa_scale2 [axiom, in Interval.Float.Specific_sig]
FloatCarrier.mantissa_even [axiom, in Interval.Float.Specific_sig]
FloatCarrier.mantissa_digits [axiom, in Interval.Float.Specific_sig]
FloatCarrier.mantissa_cmp [axiom, in Interval.Float.Specific_sig]
FloatCarrier.mantissa_mul [axiom, in Interval.Float.Specific_sig]
FloatCarrier.mantissa_sub [axiom, in Interval.Float.Specific_sig]
FloatCarrier.mantissa_add [axiom, in Interval.Float.Specific_sig]
FloatCarrier.mantissa_sign [axiom, in Interval.Float.Specific_sig]
FloatCarrier.mantissa_neg [axiom, in Interval.Float.Specific_sig]
FloatCarrier.mantissa_pos [axiom, in Interval.Float.Specific_sig]
FloatCarrier.mantissa_one [axiom, in Interval.Float.Specific_sig]
FloatCarrier.mantissa_zero [axiom, in Interval.Float.Specific_sig]
FloatCarrier.mantissa_type [axiom, in Interval.Float.Specific_sig]
FloatCarrier.MtoP [axiom, in Interval.Float.Specific_sig]
FloatCarrier.MtoZ [axiom, in Interval.Float.Specific_sig]
FloatCarrier.PtoM [axiom, in Interval.Float.Specific_sig]
FloatCarrier.PtoM_correct [axiom, in Interval.Float.Specific_sig]
FloatCarrier.radix [axiom, in Interval.Float.Specific_sig]
FloatCarrier.smantissa_type [axiom, in Interval.Float.Specific_sig]
FloatCarrier.valid_mantissa [axiom, in Interval.Float.Specific_sig]
FloatCarrier.ZtoE [axiom, in Interval.Float.Specific_sig]
FloatCarrier.ZtoE_correct [axiom, in Interval.Float.Specific_sig]
FloatCarrier.ZtoM [axiom, in Interval.Float.Specific_sig]
FloatCarrier.ZtoM_correct [axiom, in Interval.Float.Specific_sig]
FloatExt [module, in Interval.Float.Sig]
FloatExt.classify_zero [lemma, in Interval.Float.Sig]
FloatExt.classify_real [lemma, in Interval.Float.Sig]
FloatExt.cmp [definition, in Interval.Float.Sig]
FloatExt.cmp_correct [lemma, in Interval.Float.Sig]
FloatExt.is_nan_neg [lemma, in Interval.Float.Sig]
FloatExt.is_nan_nan [lemma, in Interval.Float.Sig]
FloatExt.le [definition, in Interval.Float.Sig]
FloatExt.le_correct_r [lemma, in Interval.Float.Sig]
FloatExt.le_correct_l [lemma, in Interval.Float.Sig]
FloatExt.le_correct [lemma, in Interval.Float.Sig]
FloatExt.le' [definition, in Interval.Float.Sig]
FloatExt.le'_correct [lemma, in Interval.Float.Sig]
FloatExt.lt [definition, in Interval.Float.Sig]
FloatExt.lt_correct [lemma, in Interval.Float.Sig]
FloatExt.lt' [definition, in Interval.Float.Sig]
FloatExt.lt'_correct [lemma, in Interval.Float.Sig]
FloatExt.max_valid_ub [lemma, in Interval.Float.Sig]
FloatExt.min_valid_lb [lemma, in Interval.Float.Sig]
FloatExt.mul_DN_correct [lemma, in Interval.Float.Sig]
FloatExt.mul_UP_correct [lemma, in Interval.Float.Sig]
FloatExt.nan_correct [lemma, in Interval.Float.Sig]
FloatExt.neg_correct [lemma, in Interval.Float.Sig]
FloatExt.real_correct_false [lemma, in Interval.Float.Sig]
FloatExt.real_correct [lemma, in Interval.Float.Sig]
FloatExt.real_neg [lemma, in Interval.Float.Sig]
FloatExt.sqr_UP_correct [lemma, in Interval.Float.Sig]
FloatExt.toX_spec [lemma, in Interval.Float.Sig]
FloatExt.toX_prop_sind [definition, in Interval.Float.Sig]
FloatExt.toX_prop_ind [definition, in Interval.Float.Sig]
FloatExt.toX_Xreal [constructor, in Interval.Float.Sig]
FloatExt.toX_Xnan [constructor, in Interval.Float.Sig]
FloatExt.toX_prop [inductive, in Interval.Float.Sig]
FloatExt.valid_ub_neg [lemma, in Interval.Float.Sig]
FloatExt.valid_lb_neg [lemma, in Interval.Float.Sig]
FloatExt.valid_ub_zero [lemma, in Interval.Float.Sig]
FloatExt.valid_lb_zero [lemma, in Interval.Float.Sig]
FloatExt.valid_ub_nan [lemma, in Interval.Float.Sig]
FloatExt.valid_lb_nan [lemma, in Interval.Float.Sig]
FloatExt.valid_ub_real [lemma, in Interval.Float.Sig]
FloatExt.valid_lb_real [lemma, in Interval.Float.Sig]
FloatInj [constructor, in Interval.Language.Lang_expr]
FloatInterval [module, in Interval.Interval.Float]
FloatIntervalFull [module, in Interval.Interval.Float_full]
FloatIntervalFull.atan [definition, in Interval.Interval.Float_full]
FloatIntervalFull.atan_correct [lemma, in Interval.Interval.Float_full]
FloatIntervalFull.cos [definition, in Interval.Interval.Float_full]
FloatIntervalFull.cos_correct [lemma, in Interval.Interval.Float_full]
FloatIntervalFull.c3 [definition, in Interval.Interval.Float_full]
FloatIntervalFull.c4 [definition, in Interval.Interval.Float_full]
FloatIntervalFull.c8 [definition, in Interval.Interval.Float_full]
FloatIntervalFull.exp [definition, in Interval.Interval.Float_full]
FloatIntervalFull.exp_correct [lemma, in Interval.Interval.Float_full]
FloatIntervalFull.ln [definition, in Interval.Interval.Float_full]
FloatIntervalFull.ln_correct [lemma, in Interval.Interval.Float_full]
FloatIntervalFull.pi [definition, in Interval.Interval.Float_full]
FloatIntervalFull.pi_correct [lemma, in Interval.Interval.Float_full]
FloatIntervalFull.pi4_mul2 [lemma, in Interval.Interval.Float_full]
FloatIntervalFull.sin [definition, in Interval.Interval.Float_full]
FloatIntervalFull.sin_correct [lemma, in Interval.Interval.Float_full]
FloatIntervalFull.T [module, in Interval.Interval.Float_full]
FloatIntervalFull.tan [definition, in Interval.Interval.Float_full]
FloatIntervalFull.tan_correct [lemma, in Interval.Interval.Float_full]
FloatInterval.abs [definition, in Interval.Interval.Float]
FloatInterval.abs_correct_aux [lemma, in Interval.Interval.Float]
FloatInterval.abs_ge_0' [lemma, in Interval.Interval.Float]
FloatInterval.abs_ge_0 [lemma, in Interval.Interval.Float]
FloatInterval.abs_correct [lemma, in Interval.Interval.Float]
FloatInterval.add [definition, in Interval.Interval.Float]
FloatInterval.add_propagate_r [lemma, in Interval.Interval.Float]
FloatInterval.add_propagate_l [lemma, in Interval.Interval.Float]
FloatInterval.add_correct [lemma, in Interval.Interval.Float]
FloatInterval.bisect [definition, in Interval.Interval.Float]
FloatInterval.bisect_correct [lemma, in Interval.Interval.Float]
FloatInterval.bnd [definition, in Interval.Interval.Float]
FloatInterval.bnd_correct [lemma, in Interval.Interval.Float]
FloatInterval.bounded [definition, in Interval.Interval.Float]
FloatInterval.bounded_correct [lemma, in Interval.Interval.Float]
FloatInterval.bounded_prop [definition, in Interval.Interval.Float]
FloatInterval.bound_type [definition, in Interval.Interval.Float]
FloatInterval.cancel_sub [definition, in Interval.Interval.Float]
FloatInterval.cancel_add [definition, in Interval.Interval.Float]
FloatInterval.cm1 [definition, in Interval.Interval.Float]
FloatInterval.contains_le [lemma, in Interval.Interval.Float]
FloatInterval.contains_le_spec_sind [definition, in Interval.Interval.Float]
FloatInterval.contains_le_spec_ind [definition, in Interval.Interval.Float]
FloatInterval.Contains_le [constructor, in Interval.Interval.Float]
FloatInterval.contains_le_spec [inductive, in Interval.Interval.Float]
FloatInterval.convert [definition, in Interval.Interval.Float]
FloatInterval.convert_bound [definition, in Interval.Interval.Float]
FloatInterval.c1 [definition, in Interval.Interval.Float]
FloatInterval.c2 [definition, in Interval.Interval.Float]
FloatInterval.div [definition, in Interval.Interval.Float]
FloatInterval.div_propagate_r [lemma, in Interval.Interval.Float]
FloatInterval.div_propagate_l [lemma, in Interval.Interval.Float]
FloatInterval.div_correct [lemma, in Interval.Interval.Float]
FloatInterval.div_mixed_r_correct [lemma, in Interval.Interval.Float]
FloatInterval.div_mixed_r [definition, in Interval.Interval.Float]
FloatInterval.empty [definition, in Interval.Interval.Float]
FloatInterval.empty_correct [lemma, in Interval.Interval.Float]
FloatInterval.error_flt_contains_0 [lemma, in Interval.Interval.Float]
FloatInterval.error_flt_correct [lemma, in Interval.Interval.Float]
FloatInterval.error_flt_correct_aux [lemma, in Interval.Interval.Float]
FloatInterval.error_fix_contains_0 [lemma, in Interval.Interval.Float]
FloatInterval.error_fix_correct [lemma, in Interval.Interval.Float]
FloatInterval.error_fix_correct_aux [lemma, in Interval.Interval.Float]
FloatInterval.error_aux_correct_aux [lemma, in Interval.Interval.Float]
FloatInterval.error_flt [definition, in Interval.Interval.Float]
FloatInterval.error_fix [definition, in Interval.Interval.Float]
FloatInterval.error_aux [definition, in Interval.Interval.Float]
FloatInterval.extension [definition, in Interval.Interval.Float]
FloatInterval.extension_2 [definition, in Interval.Interval.Float]
FloatInterval.F [module, in Interval.Interval.Float]
FloatInterval.Fdivz_DN [definition, in Interval.Interval.Float]
FloatInterval.Fdivz_UP [definition, in Interval.Interval.Float]
FloatInterval.Fpower_pos_dn_correct [lemma, in Interval.Interval.Float]
FloatInterval.Fpower_pos_up_correct [lemma, in Interval.Interval.Float]
FloatInterval.Fpower_pos_DN [definition, in Interval.Interval.Float]
FloatInterval.Fpower_pos_UP [definition, in Interval.Interval.Float]
FloatInterval.fromZ [definition, in Interval.Interval.Float]
FloatInterval.fromZ_correct [lemma, in Interval.Interval.Float]
FloatInterval.fromZ_small_correct [lemma, in Interval.Interval.Float]
FloatInterval.fromZ_small [definition, in Interval.Interval.Float]
FloatInterval.F' [module, in Interval.Interval.Float]
FloatInterval.inv [definition, in Interval.Interval.Float]
FloatInterval.invnz [definition, in Interval.Interval.Float]
FloatInterval.invnz_correct [lemma, in Interval.Interval.Float]
FloatInterval.inv_correct [lemma, in Interval.Interval.Float]
FloatInterval.is_empty_correct [lemma, in Interval.Interval.Float]
FloatInterval.is_empty [definition, in Interval.Interval.Float]
FloatInterval.join [definition, in Interval.Interval.Float]
FloatInterval.join_correct [lemma, in Interval.Interval.Float]
FloatInterval.lower [definition, in Interval.Interval.Float]
FloatInterval.lower_complement_correct [lemma, in Interval.Interval.Float]
FloatInterval.lower_extent_correct [lemma, in Interval.Interval.Float]
FloatInterval.lower_bounded_correct [lemma, in Interval.Interval.Float]
FloatInterval.lower_correct [lemma, in Interval.Interval.Float]
FloatInterval.lower_complement [definition, in Interval.Interval.Float]
FloatInterval.lower_extent [definition, in Interval.Interval.Float]
FloatInterval.lower_bounded [definition, in Interval.Interval.Float]
FloatInterval.mask [definition, in Interval.Interval.Float]
FloatInterval.mask_propagate_r [lemma, in Interval.Interval.Float]
FloatInterval.mask_propagate_l [lemma, in Interval.Interval.Float]
FloatInterval.mask_correct' [lemma, in Interval.Interval.Float]
FloatInterval.mask_correct [lemma, in Interval.Interval.Float]
FloatInterval.meet [definition, in Interval.Interval.Float]
FloatInterval.meet_correct' [lemma, in Interval.Interval.Float]
FloatInterval.meet_correct [lemma, in Interval.Interval.Float]
FloatInterval.midpoint [definition, in Interval.Interval.Float]
FloatInterval.midpoint_correct [lemma, in Interval.Interval.Float]
FloatInterval.mul [definition, in Interval.Interval.Float]
FloatInterval.mul_propagate_r [lemma, in Interval.Interval.Float]
FloatInterval.mul_propagate_l [lemma, in Interval.Interval.Float]
FloatInterval.mul_correct [lemma, in Interval.Interval.Float]
FloatInterval.mul_mixed_correct [lemma, in Interval.Interval.Float]
FloatInterval.mul_mixed [definition, in Interval.Interval.Float]
FloatInterval.mul2 [definition, in Interval.Interval.Float]
FloatInterval.mul2_correct [lemma, in Interval.Interval.Float]
FloatInterval.nai [definition, in Interval.Interval.Float]
FloatInterval.nai_correct [lemma, in Interval.Interval.Float]
FloatInterval.nan [definition, in Interval.Interval.Float]
FloatInterval.nearbyint [definition, in Interval.Interval.Float]
FloatInterval.nearbyint_correct [lemma, in Interval.Interval.Float]
FloatInterval.neg [definition, in Interval.Interval.Float]
FloatInterval.neg_correct' [lemma, in Interval.Interval.Float]
FloatInterval.neg_correct [lemma, in Interval.Interval.Float]
FloatInterval.output [definition, in Interval.Interval.Float]
FloatInterval.output_correct [lemma, in Interval.Interval.Float]
FloatInterval.power_int_correct [lemma, in Interval.Interval.Float]
FloatInterval.power_pos_correct [lemma, in Interval.Interval.Float]
FloatInterval.power_int [definition, in Interval.Interval.Float]
FloatInterval.power_pos [definition, in Interval.Interval.Float]
FloatInterval.precision [definition, in Interval.Interval.Float]
FloatInterval.propagate_r [definition, in Interval.Interval.Float]
FloatInterval.propagate_l [definition, in Interval.Interval.Float]
FloatInterval.p52 [definition, in Interval.Interval.Float]
FloatInterval.real [definition, in Interval.Interval.Float]
FloatInterval.real_correct [lemma, in Interval.Interval.Float]
FloatInterval.sign_strict_correct [lemma, in Interval.Interval.Float]
FloatInterval.sign_strict_correct_ [lemma, in Interval.Interval.Float]
FloatInterval.sign_large_correct [lemma, in Interval.Interval.Float]
FloatInterval.sign_large_correct_ [lemma, in Interval.Interval.Float]
FloatInterval.sign_strict [definition, in Interval.Interval.Float]
FloatInterval.sign_strict_ [definition, in Interval.Interval.Float]
FloatInterval.sign_large [definition, in Interval.Interval.Float]
FloatInterval.sign_large_ [definition, in Interval.Interval.Float]
FloatInterval.singleton [definition, in Interval.Interval.Float]
FloatInterval.singleton_correct [lemma, in Interval.Interval.Float]
FloatInterval.sqr [definition, in Interval.Interval.Float]
FloatInterval.sqrt [definition, in Interval.Interval.Float]
FloatInterval.sqrt_correct [lemma, in Interval.Interval.Float]
FloatInterval.sqr_correct [lemma, in Interval.Interval.Float]
FloatInterval.sub [definition, in Interval.Interval.Float]
FloatInterval.subset [definition, in Interval.Interval.Float]
FloatInterval.subset_correct [lemma, in Interval.Interval.Float]
FloatInterval.sub_propagate_r [lemma, in Interval.Interval.Float]
FloatInterval.sub_propagate_l [lemma, in Interval.Interval.Float]
FloatInterval.sub_correct [lemma, in Interval.Interval.Float]
FloatInterval.type [definition, in Interval.Interval.Float]
FloatInterval.upper [definition, in Interval.Interval.Float]
FloatInterval.upper_complement_correct [lemma, in Interval.Interval.Float]
FloatInterval.upper_extent_correct [lemma, in Interval.Interval.Float]
FloatInterval.upper_bounded_correct [lemma, in Interval.Interval.Float]
FloatInterval.upper_correct [lemma, in Interval.Interval.Float]
FloatInterval.upper_complement [definition, in Interval.Interval.Float]
FloatInterval.upper_extent [definition, in Interval.Interval.Float]
FloatInterval.upper_bounded [definition, in Interval.Interval.Float]
FloatInterval.valid_ub_nan [definition, in Interval.Interval.Float]
FloatInterval.valid_lb_nan [definition, in Interval.Interval.Float]
FloatInterval.valid_ub_upper [lemma, in Interval.Interval.Float]
FloatInterval.valid_lb_lower [lemma, in Interval.Interval.Float]
FloatInterval.valid_ub_real [lemma, in Interval.Interval.Float]
FloatInterval.valid_lb_real [lemma, in Interval.Interval.Float]
FloatInterval.valid_ub [definition, in Interval.Interval.Float]
FloatInterval.valid_lb [definition, in Interval.Interval.Float]
FloatInterval.whole [definition, in Interval.Interval.Float]
FloatInterval.whole_correct [lemma, in Interval.Interval.Float]
FloatInterval.wider [definition, in Interval.Interval.Float]
FloatInterval.zero [definition, in Interval.Interval.Float]
FloatInterval.zero_correct [lemma, in Interval.Interval.Float]
FloatOps [module, in Interval.Float.Sig]
FloatOps.abs [axiom, in Interval.Float.Sig]
FloatOps.abs_correct [axiom, in Interval.Float.Sig]
FloatOps.add_DN_correct [axiom, in Interval.Float.Sig]
FloatOps.add_UP_correct [axiom, in Interval.Float.Sig]
FloatOps.add_DN [axiom, in Interval.Float.Sig]
FloatOps.add_UP [axiom, in Interval.Float.Sig]
FloatOps.classify [axiom, in Interval.Float.Sig]
FloatOps.classify_correct [axiom, in Interval.Float.Sig]
FloatOps.cmp [axiom, in Interval.Float.Sig]
FloatOps.cmp_correct [axiom, in Interval.Float.Sig]
FloatOps.convert [definition, in Interval.Float.Sig]
FloatOps.div_DN_correct [axiom, in Interval.Float.Sig]
FloatOps.div_UP_correct [axiom, in Interval.Float.Sig]
FloatOps.div_DN [axiom, in Interval.Float.Sig]
FloatOps.div_UP [axiom, in Interval.Float.Sig]
FloatOps.div2 [axiom, in Interval.Float.Sig]
FloatOps.div2_correct [axiom, in Interval.Float.Sig]
FloatOps.fromF [axiom, in Interval.Float.Sig]
FloatOps.fromZ [axiom, in Interval.Float.Sig]
FloatOps.fromZ_UP_correct [axiom, in Interval.Float.Sig]
FloatOps.fromZ_DN_correct [axiom, in Interval.Float.Sig]
FloatOps.fromZ_correct [axiom, in Interval.Float.Sig]
FloatOps.fromZ_UP [axiom, in Interval.Float.Sig]
FloatOps.fromZ_DN [axiom, in Interval.Float.Sig]
FloatOps.incr_prec [axiom, in Interval.Float.Sig]
FloatOps.is_real_lb [definition, in Interval.Float.Sig]
FloatOps.is_real_ub [definition, in Interval.Float.Sig]
FloatOps.is_neg_real [definition, in Interval.Float.Sig]
FloatOps.is_non_pos_real [definition, in Interval.Float.Sig]
FloatOps.is_pos_real [definition, in Interval.Float.Sig]
FloatOps.is_non_neg_real [definition, in Interval.Float.Sig]
FloatOps.is_neg [definition, in Interval.Float.Sig]
FloatOps.is_non_pos' [definition, in Interval.Float.Sig]
FloatOps.is_non_pos [definition, in Interval.Float.Sig]
FloatOps.is_pos [definition, in Interval.Float.Sig]
FloatOps.is_non_neg' [definition, in Interval.Float.Sig]
FloatOps.is_non_neg [definition, in Interval.Float.Sig]
FloatOps.is_nan_correct [axiom, in Interval.Float.Sig]
FloatOps.is_nan [axiom, in Interval.Float.Sig]
FloatOps.mag [axiom, in Interval.Float.Sig]
FloatOps.mag_correct [axiom, in Interval.Float.Sig]
FloatOps.max [axiom, in Interval.Float.Sig]
FloatOps.max_correct [axiom, in Interval.Float.Sig]
FloatOps.midpoint [axiom, in Interval.Float.Sig]
FloatOps.midpoint_correct [axiom, in Interval.Float.Sig]
FloatOps.min [axiom, in Interval.Float.Sig]
FloatOps.min_correct [axiom, in Interval.Float.Sig]
FloatOps.mul_DN_correct [axiom, in Interval.Float.Sig]
FloatOps.mul_UP_correct [axiom, in Interval.Float.Sig]
FloatOps.mul_DN [axiom, in Interval.Float.Sig]
FloatOps.mul_UP [axiom, in Interval.Float.Sig]
FloatOps.nan [axiom, in Interval.Float.Sig]
FloatOps.nan_correct [axiom, in Interval.Float.Sig]
FloatOps.nearbyint_DN_correct [axiom, in Interval.Float.Sig]
FloatOps.nearbyint_UP_correct [axiom, in Interval.Float.Sig]
FloatOps.nearbyint_DN [axiom, in Interval.Float.Sig]
FloatOps.nearbyint_UP [axiom, in Interval.Float.Sig]
FloatOps.neg [axiom, in Interval.Float.Sig]
FloatOps.neg_correct [axiom, in Interval.Float.Sig]
FloatOps.pow2_UP_correct [axiom, in Interval.Float.Sig]
FloatOps.pow2_UP [axiom, in Interval.Float.Sig]
FloatOps.prec [axiom, in Interval.Float.Sig]
FloatOps.precision [axiom, in Interval.Float.Sig]
FloatOps.PtoP [axiom, in Interval.Float.Sig]
FloatOps.radix [axiom, in Interval.Float.Sig]
FloatOps.real [axiom, in Interval.Float.Sig]
FloatOps.real_correct [axiom, in Interval.Float.Sig]
FloatOps.scale [axiom, in Interval.Float.Sig]
FloatOps.sensible_format [axiom, in Interval.Float.Sig]
FloatOps.sfactor [axiom, in Interval.Float.Sig]
FloatOps.sqrt_DN_correct [axiom, in Interval.Float.Sig]
FloatOps.sqrt_UP_correct [axiom, in Interval.Float.Sig]
FloatOps.sqrt_DN [axiom, in Interval.Float.Sig]
FloatOps.sqrt_UP [axiom, in Interval.Float.Sig]
FloatOps.StoZ [axiom, in Interval.Float.Sig]
FloatOps.sub_DN_correct [axiom, in Interval.Float.Sig]
FloatOps.sub_UP_correct [axiom, in Interval.Float.Sig]
FloatOps.sub_DN [axiom, in Interval.Float.Sig]
FloatOps.sub_UP [axiom, in Interval.Float.Sig]
FloatOps.toF [axiom, in Interval.Float.Sig]
FloatOps.toR [definition, in Interval.Float.Sig]
FloatOps.toX [definition, in Interval.Float.Sig]
FloatOps.type [axiom, in Interval.Float.Sig]
FloatOps.valid_ub_correct [axiom, in Interval.Float.Sig]
FloatOps.valid_lb_correct [axiom, in Interval.Float.Sig]
FloatOps.valid_lb [axiom, in Interval.Float.Sig]
FloatOps.valid_ub [axiom, in Interval.Float.Sig]
FloatOps.zero [axiom, in Interval.Float.Sig]
FloatOps.zero_correct [axiom, in Interval.Float.Sig]
FloatOps.ZtoS [axiom, in Interval.Float.Sig]
FloatOps.ZtoS_correct [axiom, in Interval.Float.Sig]
float_array_min_partial_correct [lemma, in Interval.Language.Lang_expr]
float_array_max_partial_correct [lemma, in Interval.Language.Lang_expr]
float_array_min [definition, in Interval.Language.Lang_expr]
float_array_max [definition, in Interval.Language.Lang_expr]
float_array_min_partial [definition, in Interval.Language.Lang_expr]
float_array_max_partial [definition, in Interval.Language.Lang_expr]
float_min [definition, in Interval.Language.Lang_expr]
float_max [definition, in Interval.Language.Lang_expr]
float_to_ufloat [definition, in Interval.Float.Generic]
float_sind [definition, in Interval.Float.Basic]
float_rec [definition, in Interval.Float.Basic]
float_ind [definition, in Interval.Float.Basic]
float_rect [definition, in Interval.Float.Basic]
Float_full_primfloat [library]
Float_full [library]
Flocq [library]
FLX_FLT_aux [lemma, in Interval.Interval.Float_full_primfloat]
Fma [constructor, in Interval.Language.Lang_expr]
FmaExact [constructor, in Interval.Language.Lang_expr]
Fmag [definition, in Interval.Float.Generic]
Fmax [definition, in Interval.Float.Generic]
Fmax_correct [lemma, in Interval.Float.Generic_proof]
Fmin [definition, in Interval.Float.Generic]
Fminfty [constructor, in Interval.Float.Sig]
Fmin_correct [lemma, in Interval.Float.Generic_proof]
Fmul [definition, in Interval.Float.Generic]
Fmul_aux [definition, in Interval.Float.Generic]
Fmul_correct [lemma, in Interval.Float.Generic_proof]
Fmul_aux_correct [lemma, in Interval.Float.Generic_proof]
Fnan [constructor, in Interval.Float.Sig]
Fnan [constructor, in Interval.Float.Specific_ops]
Fnan [constructor, in Interval.Float.Basic]
Fnearbyint [definition, in Interval.Float.Generic]
Fnearbyint_exact [definition, in Interval.Float.Generic]
Fnearbyint_exact_correct [lemma, in Interval.Float.Generic_proof]
Fneg [definition, in Interval.Float.Generic]
Fneg_correct [lemma, in Interval.Float.Generic_proof]
foldri [definition, in Interval.Missing.MathComp]
Foldri [section, in Interval.Missing.MathComp]
foldri_proof.H0 [variable, in Interval.Missing.MathComp]
foldri_proof.dt [variable, in Interval.Missing.MathComp]
foldri_proof.dv [variable, in Interval.Missing.MathComp]
foldri_proof.Rel [variable, in Interval.Missing.MathComp]
foldri_proof.T [variable, in Interval.Missing.MathComp]
foldri_proof.V [variable, in Interval.Missing.MathComp]
foldri_proof [section, in Interval.Missing.MathComp]
Foldri.f [variable, in Interval.Missing.MathComp]
Foldri.R [variable, in Interval.Missing.MathComp]
Foldri.T [variable, in Interval.Missing.MathComp]
Foldri.z0 [variable, in Interval.Missing.MathComp]
foldr_correct [lemma, in Interval.Missing.MathComp]
fold_split [definition, in Interval.Eval.Prog]
fold_proof.H0 [variable, in Interval.Missing.MathComp]
fold_proof.dt [variable, in Interval.Missing.MathComp]
fold_proof.dv [variable, in Interval.Missing.MathComp]
fold_proof.Rel [variable, in Interval.Missing.MathComp]
fold_proof.T [variable, in Interval.Missing.MathComp]
fold_proof.V [variable, in Interval.Missing.MathComp]
fold_proof [section, in Interval.Missing.MathComp]
fold_left_permut [lemma, in Interval.Integral.Priority]
fold_right_permut [lemma, in Interval.Integral.Priority]
Format [module, in Interval.Language.Lang_expr]
Format.emax [axiom, in Interval.Language.Lang_expr]
Format.prec [axiom, in Interval.Language.Lang_expr]
Format64 [module, in Interval.Language.Lang_expr]
Format64.emax [definition, in Interval.Language.Lang_expr]
Format64.prec [definition, in Interval.Language.Lang_expr]
Forward [constructor, in Interval.Eval.Prog]
FPadd [definition, in Interval.Language.Lang_expr]
FPdiv [definition, in Interval.Language.Lang_expr]
FPfma [definition, in Interval.Language.Lang_expr]
Fpinfty [constructor, in Interval.Float.Sig]
FPldexp [definition, in Interval.Language.Lang_expr]
FPmul [definition, in Interval.Language.Lang_expr]
FPnearbyint [definition, in Interval.Language.Lang_expr]
FPOpToFunction [definition, in Interval.Language.Lang_expr]
Fpow2 [definition, in Interval.Float.Generic]
FPsqrt [definition, in Interval.Language.Lang_expr]
FPsub [definition, in Interval.Language.Lang_expr]
FPtrunc [definition, in Interval.Language.Lang_expr]
Freal [constructor, in Interval.Float.Sig]
Frem [definition, in Interval.Float.Generic]
Frem_aux [definition, in Interval.Float.Generic]
Frem_aux1 [definition, in Interval.Float.Generic]
Fround [definition, in Interval.Float.Generic]
Fround_at_exp [definition, in Interval.Float.Generic]
Fround_at_prec [definition, in Interval.Float.Generic]
Fround_none [definition, in Interval.Float.Generic]
Fround_at_prec_pos_Eq [lemma, in Interval.Float.Generic_proof]
Fround_at_prec_correct [lemma, in Interval.Float.Generic_proof]
Fscale [definition, in Interval.Float.Generic]
Fscale2 [definition, in Interval.Float.Generic]
Fscale2_correct [lemma, in Interval.Float.Generic_proof]
Fsqrt [definition, in Interval.Float.Generic]
Fsqrt_aux [definition, in Interval.Float.Generic]
Fsqrt_aux2 [definition, in Interval.Float.Generic]
Fsqrt_correct [lemma, in Interval.Float.Generic_proof]
Fsub [definition, in Interval.Float.Generic]
Fsub_fast [definition, in Interval.Float.Generic]
Fsub_fast_aux [definition, in Interval.Float.Generic]
Fsub_slow [definition, in Interval.Float.Generic]
Fsub_slow_aux [definition, in Interval.Float.Generic]
Fsub_correct [lemma, in Interval.Float.Generic_proof]
Fsub_split [lemma, in Interval.Float.Generic_proof]
FtoR [definition, in Interval.Float.Basic]
FtoR_shift [lemma, in Interval.Float.Generic_proof]
FtoR_mul [lemma, in Interval.Float.Generic_proof]
FtoR_sub [lemma, in Interval.Float.Generic_proof]
FtoR_add [lemma, in Interval.Float.Generic_proof]
FtoR_abs [lemma, in Interval.Float.Generic_proof]
FtoR_non_neg [lemma, in Interval.Float.Generic_proof]
FtoR_Rneg [lemma, in Interval.Float.Generic_proof]
FtoR_neg [lemma, in Interval.Float.Generic_proof]
FtoR_Rpos [lemma, in Interval.Float.Generic_proof]
FtoR_split [lemma, in Interval.Float.Basic]
FtoX [definition, in Interval.Float.Basic]
FullInt [module, in Interval.Poly.Datatypes]
FullInt.add [definition, in Interval.Poly.Datatypes]
FullInt.atan [definition, in Interval.Poly.Datatypes]
FullInt.cos [definition, in Interval.Poly.Datatypes]
FullInt.div [definition, in Interval.Poly.Datatypes]
FullInt.exp [definition, in Interval.Poly.Datatypes]
FullInt.fromZ [definition, in Interval.Poly.Datatypes]
FullInt.from_nat [definition, in Interval.Poly.Datatypes]
FullInt.inv [definition, in Interval.Poly.Datatypes]
FullInt.invsqrt [definition, in Interval.Poly.Datatypes]
FullInt.ln [definition, in Interval.Poly.Datatypes]
FullInt.mask [definition, in Interval.Poly.Datatypes]
FullInt.mul [definition, in Interval.Poly.Datatypes]
FullInt.one [definition, in Interval.Poly.Datatypes]
FullInt.opp [definition, in Interval.Poly.Datatypes]
FullInt.power_int [definition, in Interval.Poly.Datatypes]
FullInt.sin [definition, in Interval.Poly.Datatypes]
FullInt.sqr [definition, in Interval.Poly.Datatypes]
FullInt.sqrt [definition, in Interval.Poly.Datatypes]
FullInt.sub [definition, in Interval.Poly.Datatypes]
FullInt.T [definition, in Interval.Poly.Datatypes]
FullInt.tan [definition, in Interval.Poly.Datatypes]
FullInt.U [definition, in Interval.Poly.Datatypes]
FullInt.zero [definition, in Interval.Poly.Datatypes]
FullOps [module, in Interval.Poly.Datatypes]
FullOps.atan [axiom, in Interval.Poly.Datatypes]
FullOps.cos [axiom, in Interval.Poly.Datatypes]
FullOps.exp [axiom, in Interval.Poly.Datatypes]
FullOps.invsqrt [axiom, in Interval.Poly.Datatypes]
FullOps.ln [axiom, in Interval.Poly.Datatypes]
FullOps.sin [axiom, in Interval.Poly.Datatypes]
FullOps.sqrt [axiom, in Interval.Poly.Datatypes]
FullOps.tan [axiom, in Interval.Poly.Datatypes]
FullR [module, in Interval.Poly.Datatypes]
FullR.add [definition, in Interval.Poly.Datatypes]
FullR.atan [definition, in Interval.Poly.Datatypes]
FullR.cos [definition, in Interval.Poly.Datatypes]
FullR.div [definition, in Interval.Poly.Datatypes]
FullR.exp [definition, in Interval.Poly.Datatypes]
FullR.fromZ [definition, in Interval.Poly.Datatypes]
FullR.from_nat [definition, in Interval.Poly.Datatypes]
FullR.inv [definition, in Interval.Poly.Datatypes]
FullR.invsqrt [definition, in Interval.Poly.Datatypes]
FullR.ln [definition, in Interval.Poly.Datatypes]
FullR.mask [definition, in Interval.Poly.Datatypes]
FullR.mul [definition, in Interval.Poly.Datatypes]
FullR.one [definition, in Interval.Poly.Datatypes]
FullR.opp [definition, in Interval.Poly.Datatypes]
FullR.power_int [definition, in Interval.Poly.Datatypes]
FullR.sin [definition, in Interval.Poly.Datatypes]
FullR.sqr [definition, in Interval.Poly.Datatypes]
FullR.sqrt [definition, in Interval.Poly.Datatypes]
FullR.sub [definition, in Interval.Poly.Datatypes]
FullR.T [definition, in Interval.Poly.Datatypes]
FullR.tan [definition, in Interval.Poly.Datatypes]
FullR.U [definition, in Interval.Poly.Datatypes]
FullR.zero [definition, in Interval.Poly.Datatypes]
--> _ [notation, in Interval.Poly.Datatypes]
fullyCorrect [definition, in Interval.Language.Lang_expr]
Fzero [constructor, in Interval.Float.Basic]
f_neg_correct_RInt_gen_a_infty [lemma, in Interval.Integral.Bertrand]
f_neg_correct_RInt_gen_0_a [lemma, in Interval.Integral.Bertrand]
f_neg_correct_RInt_a_infty [lemma, in Interval.Integral.Bertrand]
f_neg_correct_RInt_0_1 [lemma, in Interval.Integral.Bertrand]
f_neg [definition, in Interval.Integral.Bertrand]
f_lim_correct [lemma, in Interval.Integral.Bertrand]
f_lim_is_lim [lemma, in Interval.Integral.Bertrand]
f_correct_RInt [lemma, in Interval.Integral.Bertrand]
f_correct [lemma, in Interval.Integral.Bertrand]
f_lim [definition, in Interval.Integral.Bertrand]
f_interval_sind [definition, in Interval.Interval.Float]
f_interval_rec [definition, in Interval.Interval.Float]
f_interval_ind [definition, in Interval.Interval.Float]
f_interval_rect [definition, in Interval.Interval.Float]
f_interval [inductive, in Interval.Interval.Float]
f0eps [definition, in Interval.Integral.Bertrand]
f0eps_lim_correct_sing [lemma, in Interval.Integral.Bertrand]
f0eps_lim_correct [lemma, in Interval.Integral.Bertrand]
f0eps_lim_is_lim_sing [lemma, in Interval.Integral.Bertrand]
f0eps_lim_is_lim [lemma, in Interval.Integral.Bertrand]
f0eps_correct_sing [lemma, in Interval.Integral.Bertrand]
f0eps_correct [lemma, in Interval.Integral.Bertrand]
f0eps_lim [definition, in Interval.Integral.Bertrand]
G
Gabsle [constructor, in Interval.Eval.Reify]gcd [abbreviation, in Interval.Missing.Int63Copy]
gcd_spec [abbreviation, in Interval.Missing.Int63Copy]
gcd_rec [abbreviation, in Interval.Missing.Int63Copy]
GenDefix1 [section, in Interval.Poly.Basic_rec]
GenDefix1.A [variable, in Interval.Poly.Basic_rec]
GenDefix1.a0 [variable, in Interval.Poly.Basic_rec]
GenDefix1.F [variable, in Interval.Poly.Basic_rec]
GenDefix1.G [variable, in Interval.Poly.Basic_rec]
GenDefix1.init [variable, in Interval.Poly.Basic_rec]
GenDefix1.T [variable, in Interval.Poly.Basic_rec]
generateCProp [definition, in Interval.Language.Lang_simpl]
generateCProp_taylor_correct [lemma, in Interval.Language.Lang_simpl]
generateCProp_taylor [definition, in Interval.Language.Lang_simpl]
generateCProp_correct [lemma, in Interval.Language.Lang_simpl]
Generic [library]
GenericFloat [module, in Interval.Float.Generic_ops]
GenericFloat.abs [definition, in Interval.Float.Generic_ops]
GenericFloat.abs_correct [lemma, in Interval.Float.Generic_ops]
GenericFloat.add_DN_correct [lemma, in Interval.Float.Generic_ops]
GenericFloat.add_UP_correct [lemma, in Interval.Float.Generic_ops]
GenericFloat.add_DN [definition, in Interval.Float.Generic_ops]
GenericFloat.add_UP [definition, in Interval.Float.Generic_ops]
GenericFloat.classify [definition, in Interval.Float.Generic_ops]
GenericFloat.classify_correct [lemma, in Interval.Float.Generic_ops]
GenericFloat.cmp [definition, in Interval.Float.Generic_ops]
GenericFloat.cmp_correct [lemma, in Interval.Float.Generic_ops]
GenericFloat.convert [definition, in Interval.Float.Generic_ops]
GenericFloat.div_DN_correct [lemma, in Interval.Float.Generic_ops]
GenericFloat.div_UP_correct [lemma, in Interval.Float.Generic_ops]
GenericFloat.div_DN [definition, in Interval.Float.Generic_ops]
GenericFloat.div_UP [definition, in Interval.Float.Generic_ops]
GenericFloat.div2 [definition, in Interval.Float.Generic_ops]
GenericFloat.div2_correct [lemma, in Interval.Float.Generic_ops]
GenericFloat.fromF [definition, in Interval.Float.Generic_ops]
GenericFloat.fromZ [definition, in Interval.Float.Generic_ops]
GenericFloat.fromZ_UP_correct [lemma, in Interval.Float.Generic_ops]
GenericFloat.fromZ_UP [definition, in Interval.Float.Generic_ops]
GenericFloat.fromZ_DN_correct [lemma, in Interval.Float.Generic_ops]
GenericFloat.fromZ_DN [definition, in Interval.Float.Generic_ops]
GenericFloat.fromZ_correct [lemma, in Interval.Float.Generic_ops]
GenericFloat.fromZ_correct' [lemma, in Interval.Float.Generic_ops]
GenericFloat.incr_prec [definition, in Interval.Float.Generic_ops]
GenericFloat.is_real_lb [definition, in Interval.Float.Generic_ops]
GenericFloat.is_real_ub [definition, in Interval.Float.Generic_ops]
GenericFloat.is_neg_real [definition, in Interval.Float.Generic_ops]
GenericFloat.is_non_pos_real [definition, in Interval.Float.Generic_ops]
GenericFloat.is_pos_real [definition, in Interval.Float.Generic_ops]
GenericFloat.is_non_neg_real [definition, in Interval.Float.Generic_ops]
GenericFloat.is_neg [definition, in Interval.Float.Generic_ops]
GenericFloat.is_non_pos' [definition, in Interval.Float.Generic_ops]
GenericFloat.is_non_pos [definition, in Interval.Float.Generic_ops]
GenericFloat.is_pos [definition, in Interval.Float.Generic_ops]
GenericFloat.is_non_neg' [definition, in Interval.Float.Generic_ops]
GenericFloat.is_non_neg [definition, in Interval.Float.Generic_ops]
GenericFloat.is_nan_correct [lemma, in Interval.Float.Generic_ops]
GenericFloat.is_nan [definition, in Interval.Float.Generic_ops]
GenericFloat.mag [definition, in Interval.Float.Generic_ops]
GenericFloat.mag_correct [lemma, in Interval.Float.Generic_ops]
GenericFloat.max [definition, in Interval.Float.Generic_ops]
GenericFloat.max_correct [lemma, in Interval.Float.Generic_ops]
GenericFloat.midpoint [definition, in Interval.Float.Generic_ops]
GenericFloat.midpoint_correct [lemma, in Interval.Float.Generic_ops]
GenericFloat.min [definition, in Interval.Float.Generic_ops]
GenericFloat.min_correct [lemma, in Interval.Float.Generic_ops]
GenericFloat.mul_DN_correct [lemma, in Interval.Float.Generic_ops]
GenericFloat.mul_UP_correct [lemma, in Interval.Float.Generic_ops]
GenericFloat.mul_DN [definition, in Interval.Float.Generic_ops]
GenericFloat.mul_UP [definition, in Interval.Float.Generic_ops]
GenericFloat.nan [definition, in Interval.Float.Generic_ops]
GenericFloat.nan_correct [definition, in Interval.Float.Generic_ops]
GenericFloat.nearbyint_DN_correct [lemma, in Interval.Float.Generic_ops]
GenericFloat.nearbyint_UP_correct [lemma, in Interval.Float.Generic_ops]
GenericFloat.nearbyint_DN [definition, in Interval.Float.Generic_ops]
GenericFloat.nearbyint_UP [definition, in Interval.Float.Generic_ops]
GenericFloat.neg [definition, in Interval.Float.Generic_ops]
GenericFloat.neg_correct [lemma, in Interval.Float.Generic_ops]
GenericFloat.pow2_UP_correct [lemma, in Interval.Float.Generic_ops]
GenericFloat.pow2_UP [definition, in Interval.Float.Generic_ops]
GenericFloat.prec [definition, in Interval.Float.Generic_ops]
GenericFloat.precision [definition, in Interval.Float.Generic_ops]
GenericFloat.PtoP [definition, in Interval.Float.Generic_ops]
GenericFloat.radix [definition, in Interval.Float.Generic_ops]
GenericFloat.real [definition, in Interval.Float.Generic_ops]
GenericFloat.real_correct [lemma, in Interval.Float.Generic_ops]
GenericFloat.rnd_binop_DN_correct [lemma, in Interval.Float.Generic_ops]
GenericFloat.rnd_binop_UP_correct [lemma, in Interval.Float.Generic_ops]
GenericFloat.scale [definition, in Interval.Float.Generic_ops]
GenericFloat.sensible_format [definition, in Interval.Float.Generic_ops]
GenericFloat.sfactor [definition, in Interval.Float.Generic_ops]
GenericFloat.sqrt_DN_correct [lemma, in Interval.Float.Generic_ops]
GenericFloat.sqrt_UP_correct [lemma, in Interval.Float.Generic_ops]
GenericFloat.sqrt_DN [definition, in Interval.Float.Generic_ops]
GenericFloat.sqrt_UP [definition, in Interval.Float.Generic_ops]
GenericFloat.StoZ [definition, in Interval.Float.Generic_ops]
GenericFloat.sub_DN_correct [lemma, in Interval.Float.Generic_ops]
GenericFloat.sub_UP_correct [lemma, in Interval.Float.Generic_ops]
GenericFloat.sub_DN [definition, in Interval.Float.Generic_ops]
GenericFloat.sub_UP [definition, in Interval.Float.Generic_ops]
GenericFloat.toF [definition, in Interval.Float.Generic_ops]
GenericFloat.toR [definition, in Interval.Float.Generic_ops]
GenericFloat.toX [definition, in Interval.Float.Generic_ops]
GenericFloat.type [definition, in Interval.Float.Generic_ops]
GenericFloat.valid_ub_correct [lemma, in Interval.Float.Generic_ops]
GenericFloat.valid_lb_correct [lemma, in Interval.Float.Generic_ops]
GenericFloat.valid_lb [definition, in Interval.Float.Generic_ops]
GenericFloat.valid_ub [definition, in Interval.Float.Generic_ops]
GenericFloat.zero [definition, in Interval.Float.Generic_ops]
GenericFloat.zero_correct [definition, in Interval.Float.Generic_ops]
GenericFloat.ZtoS [definition, in Interval.Float.Generic_ops]
GenericFloat.ZtoS_correct [lemma, in Interval.Float.Generic_ops]
generic_format_fexp_IZR [lemma, in Interval.Language.Lang_expr]
Generic_ops [library]
Generic_proof [library]
getCArithExpr [definition, in Interval.Language.Lang_simpl]
get_digit [abbreviation, in Interval.Missing.Int63Copy]
Gge [constructor, in Interval.Eval.Reify]
Ggt [constructor, in Interval.Eval.Reify]
Gle [constructor, in Interval.Eval.Reify]
Glele [constructor, in Interval.Eval.Reify]
Glelt [constructor, in Interval.Eval.Reify]
gloop1 [definition, in Interval.Poly.Basic_rec]
gloop1S_ex [lemma, in Interval.Poly.Basic_rec]
Glt [constructor, in Interval.Eval.Reify]
Gltle [constructor, in Interval.Eval.Reify]
Gltlt [constructor, in Interval.Eval.Reify]
Gne [constructor, in Interval.Eval.Reify]
gol [inductive, in Interval.Eval.Reify]
gol_sind [definition, in Interval.Eval.Reify]
gol_rec [definition, in Interval.Eval.Reify]
gol_ind [definition, in Interval.Eval.Reify]
gol_rect [definition, in Interval.Eval.Reify]
grec1down [definition, in Interval.Poly.Basic_rec]
grec1downE [lemma, in Interval.Poly.Basic_rec]
grec1up [definition, in Interval.Poly.Basic_rec]
grec1up_correct [lemma, in Interval.Poly.Basic_rec]
grec1up_init [lemma, in Interval.Poly.Basic_rec]
H
Habsle [constructor, in Interval.Eval.Reify]hb [definition, in Interval.Missing.MathComp]
HB_unnamed_mixin_28 [definition, in Interval.Missing.MathComp2]
HB_unnamed_mixin_27 [definition, in Interval.Missing.MathComp2]
HB_unnamed_factory_24 [definition, in Interval.Missing.MathComp2]
HB_unnamed_factory_22 [definition, in Interval.Missing.MathComp2]
HB_unnamed_factory_20 [definition, in Interval.Missing.MathComp2]
HB_unnamed_mixin_19 [definition, in Interval.Missing.MathComp2]
HB_unnamed_mixin_18 [definition, in Interval.Missing.MathComp2]
HB_unnamed_mixin_17 [definition, in Interval.Missing.MathComp2]
HB_unnamed_factory_10 [definition, in Interval.Missing.MathComp2]
HB_unnamed_mixin_9 [definition, in Interval.Missing.MathComp2]
HB_unnamed_mixin_8 [definition, in Interval.Missing.MathComp2]
HB_unnamed_mixin_7 [definition, in Interval.Missing.MathComp2]
HB_unnamed_factory_3 [definition, in Interval.Missing.MathComp2]
HB_unnamed_factory_1 [definition, in Interval.Missing.MathComp2]
Head_Last.d [variable, in Interval.Missing.MathComp]
Head_Last.T [variable, in Interval.Missing.MathComp]
Head_Last [section, in Interval.Missing.MathComp]
head_rec2downSS [lemma, in Interval.Poly.Basic_rec]
head_loop2S [lemma, in Interval.Poly.Basic_rec]
head_gloop1 [lemma, in Interval.Poly.Basic_rec]
head_rec1downS [lemma, in Interval.Poly.Basic_rec]
head_loop1 [lemma, in Interval.Poly.Basic_rec]
head_loop1S [lemma, in Interval.Poly.Basic_rec]
head0 [abbreviation, in Interval.Missing.Int63Copy]
head0_spec [abbreviation, in Interval.Missing.Int63Copy]
head00_spec [abbreviation, in Interval.Missing.Int63Copy]
Hge [constructor, in Interval.Eval.Reify]
high_bit [abbreviation, in Interval.Missing.Int63Copy]
Hle [constructor, in Interval.Eval.Reify]
Hlele [constructor, in Interval.Eval.Reify]
HPrec_lt_emax [definition, in Interval.Language.Lang_expr]
HPrec_gt_0 [definition, in Interval.Language.Lang_expr]
hyp [inductive, in Interval.Eval.Reify]
hyp_sind [definition, in Interval.Eval.Reify]
hyp_rec [definition, in Interval.Eval.Reify]
hyp_ind [definition, in Interval.Eval.Reify]
hyp_rect [definition, in Interval.Eval.Reify]
I
Iaux [module, in Interval.Language.Lang_simpl]Ibnd [constructor, in Interval.Interval.Interval]
Ibnd [constructor, in Interval.Interval.Float]
ie_upper [constructor, in Interval.Tactics.Interval_helper]
ie_lower [constructor, in Interval.Tactics.Interval_helper]
ie_none [constructor, in Interval.Tactics.Interval_helper]
IH [module, in Interval.Language.Lang_simpl]
IInan [abbreviation, in Interval.Interval.Interval_compl]
Inan [constructor, in Interval.Interval.Interval]
Inan [constructor, in Interval.Interval.Float]
InFloat64 [constructor, in Interval.Language.Lang_simpl]
InFloat64Int [constructor, in Interval.Language.Lang_simpl]
InInt32 [constructor, in Interval.Language.Lang_simpl]
InInt51 [constructor, in Interval.Language.Lang_simpl]
InInt64 [constructor, in Interval.Language.Lang_simpl]
injective_split [lemma, in Interval.Integral.Priority]
Int [constructor, in Interval.Language.Lang_expr]
int [abbreviation, in Interval.Missing.Int63Copy]
Int [constructor, in Interval.Eval.Tree]
Integer [constructor, in Interval.Language.Lang_expr]
Integral [section, in Interval.Missing.Stdlib]
Integral [library]
IntegralRefiner [module, in Interval.Integral.Refine]
IntegralRefiner.bisect [definition, in Interval.Integral.Refine]
IntegralRefiner.bisect_correct [lemma, in Interval.Integral.Refine]
IntegralRefiner.Bounds [section, in Interval.Integral.Refine]
IntegralRefiner.Bounds.exact_sum [variable, in Interval.Integral.Refine]
IntegralRefiner.Bounds.uf [variable, in Interval.Integral.Refine]
IntegralRefiner.Bounds.vf [variable, in Interval.Integral.Refine]
IntegralRefiner.contains_RInt_valid [lemma, in Interval.Integral.Refine]
IntegralRefiner.convert [definition, in Interval.Integral.Refine]
IntegralRefiner.filter_convert [instance, in Interval.Integral.Refine]
IntegralRefiner.IBp [constructor, in Interval.Integral.Refine]
IntegralRefiner.IBu [constructor, in Interval.Integral.Refine]
IntegralRefiner.IBv [constructor, in Interval.Integral.Refine]
IntegralRefiner.integral_bound_sind [definition, in Interval.Integral.Refine]
IntegralRefiner.integral_bound_rec [definition, in Interval.Integral.Refine]
IntegralRefiner.integral_bound_ind [definition, in Interval.Integral.Refine]
IntegralRefiner.integral_bound_rect [definition, in Interval.Integral.Refine]
IntegralRefiner.integral_bound [inductive, in Interval.Integral.Refine]
IntegralRefiner.invariant [definition, in Interval.Integral.Refine]
IntegralRefiner.invariant_aux [definition, in Interval.Integral.Refine]
IntegralRefiner.J [module, in Interval.Integral.Refine]
IntegralRefiner.le_piece [definition, in Interval.Integral.Refine]
IntegralRefiner.Piece [constructor, in Interval.Integral.Refine]
IntegralRefiner.piece [inductive, in Interval.Integral.Refine]
IntegralRefiner.piece_sind [definition, in Interval.Integral.Refine]
IntegralRefiner.piece_rec [definition, in Interval.Integral.Refine]
IntegralRefiner.piece_ind [definition, in Interval.Integral.Refine]
IntegralRefiner.piece_rect [definition, in Interval.Integral.Refine]
IntegralRefiner.split_piece_correct [lemma, in Interval.Integral.Refine]
IntegralRefiner.split_piece [definition, in Interval.Integral.Refine]
IntegralRefiner.sum [definition, in Interval.Integral.Refine]
IntegralRefiner.sum_invariant [lemma, in Interval.Integral.Refine]
IntegralRefiner.valid [definition, in Interval.Integral.Refine]
IntegralRefiner.valid_at_mixed' [lemma, in Interval.Integral.Refine]
IntegralRefiner.valid_at_mixed [lemma, in Interval.Integral.Refine]
IntegralRefiner.valid_at_point [lemma, in Interval.Integral.Refine]
IntegralTactic [module, in Interval.Integral.Integral]
IntegralTacticAux [module, in Interval.Tactics.Integral_helper]
IntegralTacticAux.bertrand_zero_interval [definition, in Interval.Tactics.Integral_helper]
IntegralTacticAux.bertrand_infty_interval [definition, in Interval.Tactics.Integral_helper]
IntegralTacticAux.bertrand_prog_correct [lemma, in Interval.Tactics.Integral_helper]
IntegralTacticAux.bertrand_prog [definition, in Interval.Tactics.Integral_helper]
IntegralTacticAux.BI [module, in Interval.Tactics.Integral_helper]
IntegralTacticAux.check_width [definition, in Interval.Tactics.Integral_helper]
IntegralTacticAux.check_goal [definition, in Interval.Tactics.Integral_helper]
IntegralTacticAux.contains_RInt_gen_zero_bertrand_pow0 [lemma, in Interval.Tactics.Integral_helper]
IntegralTacticAux.contains_RInt_gen_zero_bertrand [lemma, in Interval.Tactics.Integral_helper]
IntegralTacticAux.contains_RInt_gen_zero [lemma, in Interval.Tactics.Integral_helper]
IntegralTacticAux.contains_RInt_gen_infty_invxln [lemma, in Interval.Tactics.Integral_helper]
IntegralTacticAux.contains_RInt_gen_infty_bertrand [lemma, in Interval.Tactics.Integral_helper]
IntegralTacticAux.contains_RInt_gen_infty [lemma, in Interval.Tactics.Integral_helper]
IntegralTacticAux.contains_RInt [lemma, in Interval.Tactics.Integral_helper]
IntegralTacticAux.c1 [definition, in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_gen_zero_contains_bertrand_pow0 [lemma, in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_gen_zero_bertrand_pow0 [lemma, in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_gen_zero_contains_bertrand [lemma, in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_gen_zero_bertrand [lemma, in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_gen_zero_plain [definition, in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_gen_zero_contains [definition, in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_gen_zero [definition, in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_gen_zero_init [definition, in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_gen_infty_contains_invxln [lemma, in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_gen_infty_invxln [lemma, in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_gen_infty_contains_bertrand [lemma, in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_gen_infty_bertrand [lemma, in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_gen_infty_plain [definition, in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_gen_infty_contains [definition, in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_gen_infty [definition, in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_gen_infty_init [definition, in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_plain [definition, in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_contains_correct [lemma, in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_contains [definition, in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_correct [lemma, in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt [definition, in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_init [definition, in Interval.Tactics.Integral_helper]
IntegralTacticAux.F' [module, in Interval.Tactics.Integral_helper]
IntegralTacticAux.IH [module, in Interval.Tactics.Integral_helper]
IntegralTacticAux.invxln_interval [definition, in Interval.Tactics.Integral_helper]
IntegralTacticAux.invxln_prog_correct [lemma, in Interval.Tactics.Integral_helper]
IntegralTacticAux.invxln_prog [definition, in Interval.Tactics.Integral_helper]
IntegralTacticAux.IR [module, in Interval.Tactics.Integral_helper]
IntegralTacticAux.IT [module, in Interval.Tactics.Integral_helper]
IntegralTacticAux.IU [module, in Interval.Tactics.Integral_helper]
IntegralTactic.at_right_semi_open_interval [lemma, in Interval.Integral.Integral]
IntegralTactic.at_right_open_interval [lemma, in Interval.Integral.Integral]
IntegralTactic.bounded_ex [lemma, in Interval.Integral.Integral]
IntegralTactic.constant_sign [definition, in Interval.Integral.Integral]
IntegralTactic.integral_interval_mul_infty [lemma, in Interval.Integral.Integral]
IntegralTactic.integral_interval_mul_zero [lemma, in Interval.Integral.Integral]
IntegralTactic.integral_interval_mul_sing [lemma, in Interval.Integral.Integral]
IntegralTactic.is_RInt_const_sign [lemma, in Interval.Integral.Integral]
IntegralTactic.is_RInt_le_0 [lemma, in Interval.Integral.Integral]
IntegralTactic.J [module, in Interval.Integral.Integral]
IntegralTaylor [module, in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol [section, in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.a [variable, in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.b [variable, in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.f [variable, in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.Hconta [variable, in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.Hcontb [variable, in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.Hcontxa [variable, in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.Hcontxb [variable, in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.HiFIntExt [variable, in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.Hintegrable [variable, in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.ia [variable, in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.ib [variable, in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.iF [variable, in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.iX [variable, in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.iX0 [variable, in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.Mf [variable, in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.prec [variable, in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.validMf [variable, in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.X [variable, in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.X0 [variable, in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.x0 [variable, in Interval.Integral.Integral]
IntegralTaylor.J [module, in Interval.Integral.Integral]
IntegralTaylor.taylor_integral_naive_intersection_correct [lemma, in Interval.Integral.Integral]
IntegralTaylor.taylor_integral_correct [lemma, in Interval.Integral.Integral]
IntegralTaylor.taylor_integral_naive_intersection [definition, in Interval.Integral.Integral]
IntegralTaylor.taylor_integral [definition, in Interval.Integral.Integral]
IntegralTaylor.TM [module, in Interval.Integral.Integral]
Integral_helper [library]
Integral.f [variable, in Interval.Missing.Stdlib]
Integral.Hab [variable, in Interval.Missing.Stdlib]
Integral.Hint [variable, in Interval.Missing.Stdlib]
Integral.ra [variable, in Interval.Missing.Stdlib]
Integral.rb [variable, in Interval.Missing.Stdlib]
Interval [module, in Interval.Tactic_float]
interval [inductive, in Interval.Interval.Interval]
Interval [library]
IntervalAlgos [module, in Interval.Eval.Eval]
IntervalAlgos.bisect [definition, in Interval.Eval.Eval]
IntervalAlgos.bisect_correct [lemma, in Interval.Eval.Eval]
IntervalAlgos.bisect_step [definition, in Interval.Eval.Eval]
IntervalAlgos.BndValuator [module, in Interval.Eval.Eval]
IntervalAlgos.BndValuator.continuous_eval [lemma, in Interval.Eval.Eval]
IntervalAlgos.BndValuator.eval [definition, in Interval.Eval.Eval]
IntervalAlgos.BndValuator.eval_correct_ext' [lemma, in Interval.Eval.Eval]
IntervalAlgos.BndValuator.eval_correct_ext [lemma, in Interval.Eval.Eval]
IntervalAlgos.BndValuator.eval_correct' [lemma, in Interval.Eval.Eval]
IntervalAlgos.BndValuator.eval_correct [lemma, in Interval.Eval.Eval]
IntervalAlgos.BndValuator.eval_correct_aux [lemma, in Interval.Eval.Eval]
IntervalAlgos.BndValuator.ex_RInt_eval [lemma, in Interval.Eval.Eval]
IntervalAlgos.BndValuator.operations [definition, in Interval.Eval.Eval]
IntervalAlgos.change_nth_bisect [lemma, in Interval.Eval.Eval]
IntervalAlgos.contains_all_cons [lemma, in Interval.Eval.Eval]
IntervalAlgos.contains_map_Xreal [lemma, in Interval.Eval.Eval]
IntervalAlgos.contains_all [definition, in Interval.Eval.Eval]
IntervalAlgos.continuous_eval_ext [lemma, in Interval.Eval.Eval]
IntervalAlgos.DiffValuator [module, in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.binary_diff_bnd_correct [lemma, in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.binary_diff_correct [lemma, in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.convert_bnd [lemma, in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.diff_refining_correct [lemma, in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.diff_refining_points_correct [lemma, in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.diff_refining_aux_2 [lemma, in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.diff_refining_aux_1 [lemma, in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.diff_refining_aux_0 [lemma, in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.diff_refining [definition, in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.diff_refining_points [definition, in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.diff_operations [definition, in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.eval [definition, in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.eval_correct [lemma, in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.eval_correct_ext [lemma, in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.eval_diff_bnd_correct [lemma, in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.eval_diff_correct [lemma, in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.root [definition, in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.root_correct [lemma, in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.root_correct_ext [lemma, in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.unary_diff_bnd_correct [lemma, in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.unary_diff_correct [lemma, in Interval.Eval.Eval]
IntervalAlgos.J [module, in Interval.Eval.Eval]
IntervalAlgos.lookup [definition, in Interval.Eval.Eval]
IntervalAlgos.lookup_correct [lemma, in Interval.Eval.Eval]
IntervalAlgos.lookup_piece [definition, in Interval.Eval.Eval]
IntervalAlgos.lookup_main [definition, in Interval.Eval.Eval]
IntervalAlgos.lookup_step [definition, in Interval.Eval.Eval]
IntervalAlgos.TaylorValuator [module, in Interval.Eval.Eval]
IntervalAlgos.TaylorValuator.eval [definition, in Interval.Eval.Eval]
IntervalAlgos.TaylorValuator.eval_correct [lemma, in Interval.Eval.Eval]
IntervalAlgos.TaylorValuator.eval_correct_ext [lemma, in Interval.Eval.Eval]
IntervalAlgos.TaylorValuator.eval_correct_aux' [lemma, in Interval.Eval.Eval]
IntervalAlgos.TaylorValuator.eval_correct_aux [lemma, in Interval.Eval.Eval]
IntervalAlgos.TaylorValuator.operations [definition, in Interval.Eval.Eval]
IntervalAlgos.TaylorValuator.TM [module, in Interval.Eval.Eval]
IntervalAux [module, in Interval.Interval.Interval_compl]
IntervalAux.apart0 [definition, in Interval.Interval.Interval_compl]
IntervalAux.apart0_correct [lemma, in Interval.Interval.Interval_compl]
IntervalAux.gt0 [definition, in Interval.Interval.Interval_compl]
IntervalAux.gt0_correct [lemma, in Interval.Interval.Interval_compl]
IntervalAux.isNNegOrNPos [definition, in Interval.Interval.Interval_compl]
IntervalAux.isNNegOrNPos_false [lemma, in Interval.Interval.Interval_compl]
IntervalAux.mul_0_contains_0_r [lemma, in Interval.Interval.Interval_compl]
IntervalAux.mul_0_contains_0_l [lemma, in Interval.Interval.Interval_compl]
IntervalAux.pow_contains_0 [lemma, in Interval.Interval.Interval_compl]
IntervalAux.PrecArgument [section, in Interval.Interval.Interval_compl]
IntervalAux.PrecArgument.prec [variable, in Interval.Interval.Interval_compl]
IntervalAux.R_from_nat_correct [lemma, in Interval.Interval.Interval_compl]
IntervalAux.subset_sub_contains_0 [lemma, in Interval.Interval.Interval_compl]
IntervalBasicExt [module, in Interval.Interval.Interval]
IntervalBasicExt.abs_correct [lemma, in Interval.Interval.Interval]
IntervalBasicExt.add_correct [lemma, in Interval.Interval.Interval]
IntervalBasicExt.contains_midpoint [lemma, in Interval.Interval.Interval]
IntervalBasicExt.contains_RInt [lemma, in Interval.Interval.Interval]
IntervalBasicExt.contains_only_0 [lemma, in Interval.Interval.Interval]
IntervalBasicExt.contains_le [lemma, in Interval.Interval.Interval]
IntervalBasicExt.div_correct [lemma, in Interval.Interval.Interval]
IntervalBasicExt.error_flt_propagate [lemma, in Interval.Interval.Interval]
IntervalBasicExt.error_fix_propagate [lemma, in Interval.Interval.Interval]
IntervalBasicExt.extension [definition, in Interval.Interval.Interval]
IntervalBasicExt.extension_2 [definition, in Interval.Interval.Interval]
IntervalBasicExt.invnz_correct [lemma, in Interval.Interval.Interval]
IntervalBasicExt.inv_correct [lemma, in Interval.Interval.Interval]
IntervalBasicExt.inv_propagate [lemma, in Interval.Interval.Interval]
IntervalBasicExt.join_correct [lemma, in Interval.Interval.Interval]
IntervalBasicExt.midpoint [definition, in Interval.Interval.Interval]
IntervalBasicExt.midpoint_correct [lemma, in Interval.Interval.Interval]
IntervalBasicExt.mul_correct [lemma, in Interval.Interval.Interval]
IntervalBasicExt.nai_correct [lemma, in Interval.Interval.Interval]
IntervalBasicExt.nearbyint_correct [lemma, in Interval.Interval.Interval]
IntervalBasicExt.neg_correct [lemma, in Interval.Interval.Interval]
IntervalBasicExt.neg_propagate [lemma, in Interval.Interval.Interval]
IntervalBasicExt.power_int_correct [lemma, in Interval.Interval.Interval]
IntervalBasicExt.power_int_propagate [lemma, in Interval.Interval.Interval]
IntervalBasicExt.propagate [definition, in Interval.Interval.Interval]
IntervalBasicExt.propagate_extension [lemma, in Interval.Interval.Interval]
IntervalBasicExt.round_flt_correct' [lemma, in Interval.Interval.Interval]
IntervalBasicExt.round_flt_correct [lemma, in Interval.Interval.Interval]
IntervalBasicExt.round_flt [definition, in Interval.Interval.Interval]
IntervalBasicExt.round_fix_correct' [lemma, in Interval.Interval.Interval]
IntervalBasicExt.round_fix_correct [lemma, in Interval.Interval.Interval]
IntervalBasicExt.round_fix [definition, in Interval.Interval.Interval]
IntervalBasicExt.sqrt_correct [lemma, in Interval.Interval.Interval]
IntervalBasicExt.sqrt_propagate [lemma, in Interval.Interval.Interval]
IntervalBasicExt.sqr_correct [lemma, in Interval.Interval.Interval]
IntervalBasicExt.subset_midpoint [lemma, in Interval.Interval.Interval]
IntervalBasicExt.sub_correct [lemma, in Interval.Interval.Interval]
IntervalBasicExt.zero_correct [lemma, in Interval.Interval.Interval]
IntervalBasicOps [module, in Interval.Interval.Interval]
IntervalBasicOps.abs [axiom, in Interval.Interval.Interval]
IntervalBasicOps.abs_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.add [axiom, in Interval.Interval.Interval]
IntervalBasicOps.add_propagate_r [axiom, in Interval.Interval.Interval]
IntervalBasicOps.add_propagate_l [axiom, in Interval.Interval.Interval]
IntervalBasicOps.add_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.bisect [axiom, in Interval.Interval.Interval]
IntervalBasicOps.bisect_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.bnd [axiom, in Interval.Interval.Interval]
IntervalBasicOps.bnd_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.bounded [axiom, in Interval.Interval.Interval]
IntervalBasicOps.bounded_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.bounded_prop [definition, in Interval.Interval.Interval]
IntervalBasicOps.cancel_sub [axiom, in Interval.Interval.Interval]
IntervalBasicOps.cancel_add [axiom, in Interval.Interval.Interval]
IntervalBasicOps.convert [axiom, in Interval.Interval.Interval]
IntervalBasicOps.div [axiom, in Interval.Interval.Interval]
IntervalBasicOps.div_propagate_r [axiom, in Interval.Interval.Interval]
IntervalBasicOps.div_propagate_l [axiom, in Interval.Interval.Interval]
IntervalBasicOps.div_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.empty [axiom, in Interval.Interval.Interval]
IntervalBasicOps.empty_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.error_flt_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.error_fix_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.error_flt [axiom, in Interval.Interval.Interval]
IntervalBasicOps.error_fix [axiom, in Interval.Interval.Interval]
IntervalBasicOps.extension [definition, in Interval.Interval.Interval]
IntervalBasicOps.extension_2 [definition, in Interval.Interval.Interval]
IntervalBasicOps.F [module, in Interval.Interval.Interval]
IntervalBasicOps.fromZ [axiom, in Interval.Interval.Interval]
IntervalBasicOps.fromZ_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.fromZ_small_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.fromZ_small [axiom, in Interval.Interval.Interval]
IntervalBasicOps.inv [axiom, in Interval.Interval.Interval]
IntervalBasicOps.invnz [axiom, in Interval.Interval.Interval]
IntervalBasicOps.invnz_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.inv_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.is_empty_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.is_empty [axiom, in Interval.Interval.Interval]
IntervalBasicOps.join [axiom, in Interval.Interval.Interval]
IntervalBasicOps.join_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.lower [axiom, in Interval.Interval.Interval]
IntervalBasicOps.lower_bounded_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.lower_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.lower_complement_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.lower_complement [axiom, in Interval.Interval.Interval]
IntervalBasicOps.lower_extent_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.lower_extent [axiom, in Interval.Interval.Interval]
IntervalBasicOps.lower_bounded [axiom, in Interval.Interval.Interval]
IntervalBasicOps.mask [axiom, in Interval.Interval.Interval]
IntervalBasicOps.mask_propagate_r [axiom, in Interval.Interval.Interval]
IntervalBasicOps.mask_propagate_l [axiom, in Interval.Interval.Interval]
IntervalBasicOps.mask_correct' [axiom, in Interval.Interval.Interval]
IntervalBasicOps.mask_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.meet [axiom, in Interval.Interval.Interval]
IntervalBasicOps.meet_correct' [axiom, in Interval.Interval.Interval]
IntervalBasicOps.meet_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.midpoint [axiom, in Interval.Interval.Interval]
IntervalBasicOps.midpoint_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.mul [axiom, in Interval.Interval.Interval]
IntervalBasicOps.mul_propagate_r [axiom, in Interval.Interval.Interval]
IntervalBasicOps.mul_propagate_l [axiom, in Interval.Interval.Interval]
IntervalBasicOps.mul_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.nai [axiom, in Interval.Interval.Interval]
IntervalBasicOps.nai_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.nearbyint [axiom, in Interval.Interval.Interval]
IntervalBasicOps.nearbyint_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.neg [axiom, in Interval.Interval.Interval]
IntervalBasicOps.neg_correct' [axiom, in Interval.Interval.Interval]
IntervalBasicOps.neg_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.output [axiom, in Interval.Interval.Interval]
IntervalBasicOps.output_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.power_int_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.power_int [axiom, in Interval.Interval.Interval]
IntervalBasicOps.precision [definition, in Interval.Interval.Interval]
IntervalBasicOps.propagate_r [definition, in Interval.Interval.Interval]
IntervalBasicOps.propagate_l [definition, in Interval.Interval.Interval]
IntervalBasicOps.real [axiom, in Interval.Interval.Interval]
IntervalBasicOps.real_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.sign_strict_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.sign_large_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.sign_strict [axiom, in Interval.Interval.Interval]
IntervalBasicOps.sign_large [axiom, in Interval.Interval.Interval]
IntervalBasicOps.singleton [axiom, in Interval.Interval.Interval]
IntervalBasicOps.singleton_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.sqr [axiom, in Interval.Interval.Interval]
IntervalBasicOps.sqrt [axiom, in Interval.Interval.Interval]
IntervalBasicOps.sqrt_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.sqr_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.sub [axiom, in Interval.Interval.Interval]
IntervalBasicOps.subset [axiom, in Interval.Interval.Interval]
IntervalBasicOps.subset_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.sub_propagate_r [axiom, in Interval.Interval.Interval]
IntervalBasicOps.sub_propagate_l [axiom, in Interval.Interval.Interval]
IntervalBasicOps.sub_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.type [axiom, in Interval.Interval.Interval]
IntervalBasicOps.upper [axiom, in Interval.Interval.Interval]
IntervalBasicOps.upper_bounded_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.upper_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.upper_complement_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.upper_complement [axiom, in Interval.Interval.Interval]
IntervalBasicOps.upper_extent_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.upper_extent [axiom, in Interval.Interval.Interval]
IntervalBasicOps.upper_bounded [axiom, in Interval.Interval.Interval]
IntervalBasicOps.valid_ub_upper [axiom, in Interval.Interval.Interval]
IntervalBasicOps.valid_lb_lower [axiom, in Interval.Interval.Interval]
IntervalBasicOps.valid_ub_nan [axiom, in Interval.Interval.Interval]
IntervalBasicOps.valid_lb_nan [axiom, in Interval.Interval.Interval]
IntervalBasicOps.valid_ub_real [axiom, in Interval.Interval.Interval]
IntervalBasicOps.valid_lb_real [axiom, in Interval.Interval.Interval]
IntervalBasicOps.valid_ub [axiom, in Interval.Interval.Interval]
IntervalBasicOps.valid_lb [axiom, in Interval.Interval.Interval]
IntervalBasicOps.whole [axiom, in Interval.Interval.Interval]
IntervalBasicOps.whole_correct [axiom, in Interval.Interval.Interval]
IntervalBasicOps.wider [axiom, in Interval.Interval.Interval]
IntervalBasicOps.zero [axiom, in Interval.Interval.Interval]
IntervalBasicOps.zero_correct [axiom, in Interval.Interval.Interval]
IntervalBounds [module, in Interval.Interval.Interval]
IntervalBounds.convert [axiom, in Interval.Interval.Interval]
IntervalBounds.nan [axiom, in Interval.Interval.Interval]
IntervalBounds.precision [axiom, in Interval.Interval.Interval]
IntervalBounds.PtoP [axiom, in Interval.Interval.Interval]
IntervalBounds.type [axiom, in Interval.Interval.Interval]
IntervalExt [module, in Interval.Interval.Interval]
IntervalExt.atan_correct [lemma, in Interval.Interval.Interval]
IntervalExt.cos_correct [lemma, in Interval.Interval.Interval]
IntervalExt.exp_correct [lemma, in Interval.Interval.Interval]
IntervalExt.ln_correct [lemma, in Interval.Interval.Interval]
IntervalExt.sin_correct [lemma, in Interval.Interval.Interval]
IntervalExt.tan_correct [lemma, in Interval.Interval.Interval]
IntervalOps [module, in Interval.Interval.Interval]
IntervalOps.atan [axiom, in Interval.Interval.Interval]
IntervalOps.atan_correct [axiom, in Interval.Interval.Interval]
IntervalOps.cos [axiom, in Interval.Interval.Interval]
IntervalOps.cos_correct [axiom, in Interval.Interval.Interval]
IntervalOps.exp [axiom, in Interval.Interval.Interval]
IntervalOps.exp_correct [axiom, in Interval.Interval.Interval]
IntervalOps.ln [axiom, in Interval.Interval.Interval]
IntervalOps.ln_correct [axiom, in Interval.Interval.Interval]
IntervalOps.pi [axiom, in Interval.Interval.Interval]
IntervalOps.pi_correct [axiom, in Interval.Interval.Interval]
IntervalOps.sin [axiom, in Interval.Interval.Interval]
IntervalOps.sin_correct [axiom, in Interval.Interval.Interval]
IntervalOps.tan [axiom, in Interval.Interval.Interval]
IntervalOps.tan_correct [axiom, in Interval.Interval.Interval]
IntervalTactic [module, in Interval.Tactic]
IntervalTacticAux [module, in Interval.Tactics.Interval_helper]
IntervalTacticAux.A [module, in Interval.Tactics.Interval_helper]
IntervalTacticAux.app_merge_hyps_eval_bnd [lemma, in Interval.Tactics.Interval_helper]
IntervalTacticAux.compute_inputs [definition, in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_taylor_plain_correct [lemma, in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_taylor_plain [definition, in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_contains_taylor_correct [lemma, in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_contains_taylor [definition, in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_taylor_correct [lemma, in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_taylor [definition, in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_taylor_fun [definition, in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_diff_plain_correct [lemma, in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_diff_plain [definition, in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_contains_diff_correct [lemma, in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_contains_diff [definition, in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_diff_correct [lemma, in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_diff [definition, in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_diff_fun [definition, in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_plain_correct [lemma, in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_plain [definition, in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_contains_correct [lemma, in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_contains [definition, in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_correct [lemma, in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect [definition, in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_fun [definition, in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_lookup_contains_aux [lemma, in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_contains_aux [lemma, in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_aux [lemma, in Interval.Tactics.Interval_helper]
IntervalTacticAux.extent [definition, in Interval.Tactics.Interval_helper]
IntervalTacticAux.J [module, in Interval.Tactics.Interval_helper]
IntervalTacticAux.R [module, in Interval.Tactics.Interval_helper]
IntervalTacticAux.SimpleTactic [module, in Interval.Tactics.Interval_helper]
IntervalTacticAux.SimpleTactic.interval_tac_parameters_sind [definition, in Interval.Tactics.Interval_helper]
IntervalTacticAux.SimpleTactic.interval_tac_parameters_rec [definition, in Interval.Tactics.Interval_helper]
IntervalTacticAux.SimpleTactic.interval_tac_parameters_ind [definition, in Interval.Tactics.Interval_helper]
IntervalTacticAux.SimpleTactic.interval_tac_parameters_rect [definition, in Interval.Tactics.Interval_helper]
IntervalTacticAux.SimpleTactic.interval_tac_parameters [inductive, in Interval.Tactics.Interval_helper]
IntervalTacticAux.SimpleTactic.i_depth [constructor, in Interval.Tactics.Interval_helper]
IntervalTacticAux.SimpleTactic.i_degree [constructor, in Interval.Tactics.Interval_helper]
IntervalTacticAux.SimpleTactic.i_taylor [constructor, in Interval.Tactics.Interval_helper]
IntervalTacticAux.SimpleTactic.i_autodiff [constructor, in Interval.Tactics.Interval_helper]
IntervalTacticAux.SimpleTactic.i_bisect [constructor, in Interval.Tactics.Interval_helper]
IntervalTacticAux.SimpleTactic.i_prec [constructor, in Interval.Tactics.Interval_helper]
IntervalTacticAux.T [module, in Interval.Tactics.Interval_helper]
IntervalTactic.Private [module, in Interval.Tactic]
IntervalTactic.Private.IT1 [module, in Interval.Tactic]
IntervalTactic.Private.IT2 [module, in Interval.Tactic]
IntervalTactic.Private.I1 [module, in Interval.Tactic]
IntervalTactic.Private.I2 [module, in Interval.Tactic]
IntervalTactic.Private.PT1 [module, in Interval.Tactic]
IntervalTactic.Private.PT2 [module, in Interval.Tactic]
IntervalTactic.Private.RT1 [module, in Interval.Tactic]
IntervalTactic.Private.RT2 [module, in Interval.Tactic]
interval_extent_sind [definition, in Interval.Tactics.Interval_helper]
interval_extent_rec [definition, in Interval.Tactics.Interval_helper]
interval_extent_ind [definition, in Interval.Tactics.Interval_helper]
interval_extent_rect [definition, in Interval.Tactics.Interval_helper]
interval_extent [inductive, in Interval.Tactics.Interval_helper]
interval_tac_method_sind [definition, in Interval.Tactics.Interval_helper]
interval_tac_method_rec [definition, in Interval.Tactics.Interval_helper]
interval_tac_method_ind [definition, in Interval.Tactics.Interval_helper]
interval_tac_method_rect [definition, in Interval.Tactics.Interval_helper]
interval_tac_method [inductive, in Interval.Tactics.Interval_helper]
interval_sind [definition, in Interval.Interval.Interval]
interval_rec [definition, in Interval.Interval.Interval]
interval_ind [definition, in Interval.Interval.Interval]
interval_rect [definition, in Interval.Interval.Interval]
interval_tac_parameters_sind [definition, in Interval.Tactic]
interval_tac_parameters_rec [definition, in Interval.Tactic]
interval_tac_parameters_ind [definition, in Interval.Tactic]
interval_tac_parameters_rect [definition, in Interval.Tactic]
interval_tac_parameters [inductive, in Interval.Tactic]
Interval_compl [library]
Interval_helper [library]
intvl [definition, in Interval.Interval.Interval_compl]
intvl_lVu [lemma, in Interval.Interval.Interval_compl]
intvl_u [lemma, in Interval.Interval.Interval_compl]
intvl_l [lemma, in Interval.Interval.Interval_compl]
intvl_connected [lemma, in Interval.Interval.Interval_compl]
int_eqm [abbreviation, in Interval.Missing.Int63Copy]
int_x_alpha [lemma, in Interval.Integral.Bertrand]
Int32 [module, in Interval.Language.Lang_expr]
Int63 [module, in Interval.Language.Lang_expr]
Int63 [module, in Interval.Missing.Int63Compat]
Int63Compat [library]
Int63Copy [library]
Int63Notations [module, in Interval.Missing.Int63Copy]
Int63NotationsInternalB [module, in Interval.Missing.Int63Copy]
_ ≤? _ (int63_scope) [notation, in Interval.Missing.Int63Copy]
_ <=? _ (int63_scope) [notation, in Interval.Missing.Int63Copy]
_ <? _ (int63_scope) [notation, in Interval.Missing.Int63Copy]
_ =? _ (int63_scope) [notation, in Interval.Missing.Int63Copy]
_ mod _ (int63_scope) [notation, in Interval.Missing.Int63Copy]
_ / _ (int63_scope) [notation, in Interval.Missing.Int63Copy]
_ * _ (int63_scope) [notation, in Interval.Missing.Int63Copy]
_ - _ (int63_scope) [notation, in Interval.Missing.Int63Copy]
_ + _ (int63_scope) [notation, in Interval.Missing.Int63Copy]
_ lxor _ (int63_scope) [notation, in Interval.Missing.Int63Copy]
_ lor _ (int63_scope) [notation, in Interval.Missing.Int63Copy]
_ land _ (int63_scope) [notation, in Interval.Missing.Int63Copy]
_ >> _ (int63_scope) [notation, in Interval.Missing.Int63Copy]
_ << _ (int63_scope) [notation, in Interval.Missing.Int63Copy]
Int63NotationsInternalC [module, in Interval.Missing.Int63Copy]
_ -c _ (int63_scope) [notation, in Interval.Missing.Int63Copy]
_ +c _ (int63_scope) [notation, in Interval.Missing.Int63Copy]
- _ (int63_scope) [notation, in Interval.Missing.Int63Copy]
Int63NotationsInternalD [module, in Interval.Missing.Int63Copy]
Φ _ (int63_scope) [notation, in Interval.Missing.Int63Copy]
φ _ (int63_scope) [notation, in Interval.Missing.Int63Copy]
_ ?= _ (int63_scope) [notation, in Interval.Missing.Int63Copy]
Int63.add_spec [abbreviation, in Interval.Missing.Int63Compat]
Int63.eqb [abbreviation, in Interval.Missing.Int63Compat]
Int63.eqbP [abbreviation, in Interval.Missing.Int63Compat]
Int63.land_spec' [abbreviation, in Interval.Missing.Int63Compat]
Int63.leb [abbreviation, in Interval.Missing.Int63Compat]
Int63.of_Z_spec [abbreviation, in Interval.Missing.Int63Compat]
Int63.of_Z [abbreviation, in Interval.Missing.Int63Compat]
Int63.of_pos [abbreviation, in Interval.Missing.Int63Compat]
Int63.sub_spec [abbreviation, in Interval.Missing.Int63Compat]
Int63.to_Z_1 [abbreviation, in Interval.Missing.Int63Compat]
Int63.to_Z_inj [abbreviation, in Interval.Missing.Int63Compat]
Int63.to_Z_bounded [abbreviation, in Interval.Missing.Int63Compat]
Int63.to_Z [abbreviation, in Interval.Missing.Int63Compat]
Int64 [module, in Interval.Language.Lang_expr]
Inv [constructor, in Interval.Eval.Tree]
in_bounds_to_Z_Uint63_sqrt [lemma, in Interval.Language.Lang_expr]
isConversionFloat [definition, in Interval.Language.Lang_expr]
isConversionPrim [definition, in Interval.Language.Lang_expr]
is_RInt_gen_filterlim [lemma, in Interval.Integral.Integral]
is_RInt_gen_0 [lemma, in Interval.Integral.Integral]
is_zeroE [abbreviation, in Interval.Missing.Int63Copy]
is_int [abbreviation, in Interval.Missing.Int63Copy]
is_even_lsl_1 [abbreviation, in Interval.Missing.Int63Copy]
is_even_0 [abbreviation, in Interval.Missing.Int63Copy]
is_even_spec [abbreviation, in Interval.Missing.Int63Copy]
is_even_bit [abbreviation, in Interval.Missing.Int63Copy]
is_zero_spec [abbreviation, in Interval.Missing.Int63Copy]
is_even [abbreviation, in Interval.Missing.Int63Copy]
is_zero [abbreviation, in Interval.Missing.Int63Copy]
is_RInt_gen_exp_infty [lemma, in Interval.Missing.Coquelicot]
is_derive_n_cos [lemma, in Interval.Missing.Coquelicot]
is_derive_2n_cos [lemma, in Interval.Missing.Coquelicot]
is_derive_n_sin [lemma, in Interval.Missing.Coquelicot]
is_derive_2n_sin [lemma, in Interval.Missing.Coquelicot]
is_derive_n_invsqrt [lemma, in Interval.Missing.Coquelicot]
is_derive_n_sqrt [lemma, in Interval.Missing.Coquelicot]
is_derive_n_ln [lemma, in Interval.Missing.Coquelicot]
is_derive_n_inv [lemma, in Interval.Missing.Coquelicot]
is_derive_n_Rpower [lemma, in Interval.Missing.Coquelicot]
is_derive_n_powerRZ [lemma, in Interval.Missing.Coquelicot]
is_derive_n_inv_pow [lemma, in Interval.Missing.Coquelicot]
is_derive_n_pow [lemma, in Interval.Missing.Coquelicot]
is_derive_ext_alt [lemma, in Interval.Missing.Coquelicot]
is_RInt_translation_sub [lemma, in Interval.Missing.Coquelicot]
is_RInt_translation_add [lemma, in Interval.Missing.Coquelicot]
is_lim_sqr_infty [lemma, in Interval.Integral.Bertrand]
is_derive_f_neg [lemma, in Interval.Integral.Bertrand]
is_derive_Rpower [lemma, in Interval.Integral.Bertrand]
is_lim_Rpower [lemma, in Interval.Integral.Bertrand]
is_lim_pow_0 [lemma, in Interval.Integral.Bertrand]
is_lim_pow_infty [lemma, in Interval.Integral.Bertrand]
is_lim_powerRZ_0 [lemma, in Interval.Integral.Bertrand]
is_lim_RInv_m_infty [lemma, in Interval.Integral.Bertrand]
is_lim_RInv_p_infty [lemma, in Interval.Integral.Bertrand]
is_RInt_powerRZ [lemma, in Interval.Integral.Bertrand]
is_derive_powerRZS [lemma, in Interval.Integral.Bertrand]
is_derive_powerRZ [lemma, in Interval.Integral.Bertrand]
is_negative_false [lemma, in Interval.Real.Xreal]
is_negative_true [lemma, in Interval.Real.Xreal]
is_negative_spec [lemma, in Interval.Real.Xreal]
is_positive_false [lemma, in Interval.Real.Xreal]
is_positive_true [lemma, in Interval.Real.Xreal]
is_positive_spec [lemma, in Interval.Real.Xreal]
is_zero_false [lemma, in Interval.Real.Xreal]
is_zero_true [lemma, in Interval.Real.Xreal]
is_zero_0 [lemma, in Interval.Real.Xreal]
is_zero_spec [lemma, in Interval.Real.Xreal]
is_negative [definition, in Interval.Real.Xreal]
is_positive [definition, in Interval.Real.Xreal]
is_zero [definition, in Interval.Real.Xreal]
is_zero_correct_float [lemma, in Interval.Float.Basic]
IT [module, in Interval.Tactic]
ITaylor_Lagrange [lemma, in Interval.Interval.Interval_compl]
IterUntil [section, in Interval.Integral.Refine]
iter_until_correct [lemma, in Interval.Integral.Refine]
iter_until [definition, in Interval.Integral.Refine]
iter_sqrt_correct [abbreviation, in Interval.Missing.Int63Copy]
iter_sqrt [abbreviation, in Interval.Missing.Int63Copy]
iter2_sqrt_correct [abbreviation, in Interval.Missing.Int63Copy]
iter2_sqrt [abbreviation, in Interval.Missing.Int63Copy]
itm_taylor [constructor, in Interval.Tactics.Interval_helper]
itm_autodiff [constructor, in Interval.Tactics.Interval_helper]
itm_naive [constructor, in Interval.Tactics.Interval_helper]
i_delay [constructor, in Interval.Tactic]
i_decimal [constructor, in Interval.Tactic]
i_size [constructor, in Interval.Tactic]
i_native_compute [constructor, in Interval.Tactic]
i_relwidth [constructor, in Interval.Tactic]
i_width [constructor, in Interval.Tactic]
i_fuel [constructor, in Interval.Tactic]
i_depth [constructor, in Interval.Tactic]
i_degree [constructor, in Interval.Tactic]
i_taylor [constructor, in Interval.Tactic]
i_autodiff [constructor, in Interval.Tactic]
i_bisect [constructor, in Interval.Tactic]
i_prec [constructor, in Interval.Tactic]
L
land [abbreviation, in Interval.Missing.Int63Copy]landA [abbreviation, in Interval.Missing.Int63Copy]
landC [abbreviation, in Interval.Missing.Int63Copy]
land_spec' [abbreviation, in Interval.Missing.Int63Copy]
land_spec [abbreviation, in Interval.Missing.Int63Copy]
land0 [abbreviation, in Interval.Missing.Int63Copy]
land0_r [abbreviation, in Interval.Missing.Int63Copy]
Lang_simpl [library]
Lang_tac [library]
Lang_expr [library]
last_rev [lemma, in Interval.Missing.MathComp]
last_rec2up [lemma, in Interval.Poly.Basic_rec]
last_grec1up [lemma, in Interval.Poly.Basic_rec]
last_rec1up [lemma, in Interval.Poly.Basic_rec]
LdexpControl [constructor, in Interval.Language.Lang_simpl]
Leaf [constructor, in Interval.Language.Lang_simpl]
leb [abbreviation, in Interval.Missing.Int63Copy]
lebP [abbreviation, in Interval.Missing.Int63Copy]
leb_spec [abbreviation, in Interval.Missing.Int63Copy]
length_list_var_aux [lemma, in Interval.Language.Lang_simpl]
length_change_nth [lemma, in Interval.Eval.Eval]
leq_addLRI [lemma, in Interval.Missing.MathComp]
leq_addLR [lemma, in Interval.Missing.MathComp]
leq_subnK [lemma, in Interval.Missing.MathComp]
lesb_ltb [lemma, in Interval.Language.Lang_expr]
Let [constructor, in Interval.Language.Lang_expr]
le_contains [lemma, in Interval.Interval.Interval]
le_lower' [definition, in Interval.Interval.Float]
le_lower_trans [lemma, in Interval.Float.Basic]
le_upper_trans [lemma, in Interval.Float.Basic]
le_lower_neg [lemma, in Interval.Float.Basic]
le_upper_neg [lemma, in Interval.Float.Basic]
le_lower_refl [lemma, in Interval.Float.Basic]
le_upper_refl [lemma, in Interval.Float.Basic]
le_lower [definition, in Interval.Float.Basic]
le_upper [definition, in Interval.Float.Basic]
list_var_correct2 [lemma, in Interval.Language.Lang_simpl]
list_var_correct1 [lemma, in Interval.Language.Lang_simpl]
list_var [definition, in Interval.Language.Lang_simpl]
list_var_aux [definition, in Interval.Language.Lang_simpl]
list_ind2 [lemma, in Interval.Integral.Priority]
Ln [constructor, in Interval.Eval.Tree]
ln_Rpower [lemma, in Interval.Integral.Bertrand]
ln1pc [definition, in Interval.Missing.Stdlib]
ln1pc_in_int [lemma, in Interval.Missing.Stdlib]
ln1pc_exists [lemma, in Interval.Missing.Stdlib]
ln1p_ln1pc [lemma, in Interval.Missing.Stdlib]
locally_true_imp [lemma, in Interval.Missing.Stdlib]
locally_true_and [lemma, in Interval.Missing.Stdlib]
locally_true [definition, in Interval.Missing.Stdlib]
loop1 [definition, in Interval.Poly.Basic_rec]
loop1S_ex [lemma, in Interval.Poly.Basic_rec]
loop2 [definition, in Interval.Poly.Basic_rec]
lor [abbreviation, in Interval.Missing.Int63Copy]
lorA [abbreviation, in Interval.Missing.Int63Copy]
lorC [abbreviation, in Interval.Missing.Int63Copy]
lor_spec' [abbreviation, in Interval.Missing.Int63Copy]
lor_le [abbreviation, in Interval.Missing.Int63Copy]
lor_lsr [abbreviation, in Interval.Missing.Int63Copy]
lor_spec [abbreviation, in Interval.Missing.Int63Copy]
lor0 [abbreviation, in Interval.Missing.Int63Copy]
lor0_r [abbreviation, in Interval.Missing.Int63Copy]
lsl [abbreviation, in Interval.Missing.Int63Copy]
lsl_add_distr [abbreviation, in Interval.Missing.Int63Copy]
lsl_spec [abbreviation, in Interval.Missing.Int63Copy]
lsl0 [abbreviation, in Interval.Missing.Int63Copy]
lsl0_r [abbreviation, in Interval.Missing.Int63Copy]
lsr [abbreviation, in Interval.Missing.Int63Copy]
lsr_M_r [abbreviation, in Interval.Missing.Int63Copy]
lsr_add [abbreviation, in Interval.Missing.Int63Copy]
lsr_1 [abbreviation, in Interval.Missing.Int63Copy]
lsr_0_r [abbreviation, in Interval.Missing.Int63Copy]
lsr_spec [abbreviation, in Interval.Missing.Int63Copy]
lsr0 [abbreviation, in Interval.Missing.Int63Copy]
ltb [abbreviation, in Interval.Missing.Int63Copy]
ltbP [abbreviation, in Interval.Missing.Int63Copy]
ltb_spec [abbreviation, in Interval.Missing.Int63Copy]
ltn_leq_pred [lemma, in Interval.Missing.MathComp]
ltn_leqN [lemma, in Interval.Missing.MathComp]
lt_pow_lt_log [abbreviation, in Interval.Missing.Int63Copy]
lxor [abbreviation, in Interval.Missing.Int63Copy]
lxorA [abbreviation, in Interval.Missing.Int63Copy]
lxorC [abbreviation, in Interval.Missing.Int63Copy]
lxor_spec' [abbreviation, in Interval.Missing.Int63Copy]
lxor_spec [abbreviation, in Interval.Missing.Int63Copy]
lxor0 [abbreviation, in Interval.Missing.Int63Copy]
lxor0_r [abbreviation, in Interval.Missing.Int63Copy]
M
map_correct [lemma, in Interval.Missing.MathComp]map_proof.Hop [variable, in Interval.Missing.MathComp]
map_proof.H0v [variable, in Interval.Missing.MathComp]
map_proof.H0t [variable, in Interval.Missing.MathComp]
map_proof.H0 [variable, in Interval.Missing.MathComp]
map_proof.top [variable, in Interval.Missing.MathComp]
map_proof.vop [variable, in Interval.Missing.MathComp]
map_proof.dt [variable, in Interval.Missing.MathComp]
map_proof.dv [variable, in Interval.Missing.MathComp]
map_proof.Rel [variable, in Interval.Missing.MathComp]
map_proof.T [variable, in Interval.Missing.MathComp]
map_proof.V [variable, in Interval.Missing.MathComp]
map_proof [section, in Interval.Missing.MathComp]
map2 [definition, in Interval.Missing.MathComp]
Map2 [section, in Interval.Missing.MathComp]
map2_correct [lemma, in Interval.Missing.MathComp]
map2_proof.Hop [variable, in Interval.Missing.MathComp]
map2_proof.H0v2 [variable, in Interval.Missing.MathComp]
map2_proof.H0v1 [variable, in Interval.Missing.MathComp]
map2_proof.H0t2 [variable, in Interval.Missing.MathComp]
map2_proof.H0t1 [variable, in Interval.Missing.MathComp]
map2_proof.H0eq [variable, in Interval.Missing.MathComp]
map2_proof.Hop' [variable, in Interval.Missing.MathComp]
map2_proof.H0v [variable, in Interval.Missing.MathComp]
map2_proof.H0t [variable, in Interval.Missing.MathComp]
map2_proof.H0 [variable, in Interval.Missing.MathComp]
map2_proof.top' [variable, in Interval.Missing.MathComp]
map2_proof.top [variable, in Interval.Missing.MathComp]
map2_proof.vop' [variable, in Interval.Missing.MathComp]
map2_proof.vop [variable, in Interval.Missing.MathComp]
map2_proof.dt [variable, in Interval.Missing.MathComp]
map2_proof.dv [variable, in Interval.Missing.MathComp]
map2_proof.Rel [variable, in Interval.Missing.MathComp]
map2_proof.T [variable, in Interval.Missing.MathComp]
map2_proof.V [variable, in Interval.Missing.MathComp]
map2_proof [section, in Interval.Missing.MathComp]
Map2.C [variable, in Interval.Missing.MathComp]
Map2.op [variable, in Interval.Missing.MathComp]
Map2.op' [variable, in Interval.Missing.MathComp]
Map2.x0 [variable, in Interval.Missing.MathComp]
MathComp [library]
MathComp1or2 [library]
MathComp2 [library]
maxnS [lemma, in Interval.Poly.Taylor_model]
maxSn [lemma, in Interval.Poly.Taylor_model]
max_arity_nth [lemma, in Interval.Eval.Prog]
max_arity_list [definition, in Interval.Eval.Prog]
max_arity_correct [lemma, in Interval.Eval.Prog]
max_arity [definition, in Interval.Eval.Prog]
max_int [abbreviation, in Interval.Missing.Int63Copy]
max1n [lemma, in Interval.Missing.MathComp]
merge [definition, in Interval.Language.Lang_simpl]
merge_app [lemma, in Interval.Language.Lang_simpl]
merge_decomp [lemma, in Interval.Language.Lang_simpl]
misc_proofs.H0 [variable, in Interval.Missing.MathComp]
misc_proofs.dt [variable, in Interval.Missing.MathComp]
misc_proofs.dv [variable, in Interval.Missing.MathComp]
misc_proofs.Rel [variable, in Interval.Missing.MathComp]
misc_proofs.T [variable, in Interval.Missing.MathComp]
misc_proofs.V [variable, in Interval.Missing.MathComp]
misc_proofs [section, in Interval.Missing.MathComp]
Missing [section, in Interval.Integral.Integral]
mkseq_correct [lemma, in Interval.Missing.MathComp]
mkseq_proof.H0 [variable, in Interval.Missing.MathComp]
mkseq_proof.dt [variable, in Interval.Missing.MathComp]
mkseq_proof.dv [variable, in Interval.Missing.MathComp]
mkseq_proof.Rel [variable, in Interval.Missing.MathComp]
mkseq_proof.T [variable, in Interval.Missing.MathComp]
mkseq_proof.V [variable, in Interval.Missing.MathComp]
mkseq_proof [section, in Interval.Missing.MathComp]
Mnumber [constructor, in Interval.Float.Specific_sig]
mod [abbreviation, in Interval.Missing.Int63Copy]
mode_choice [definition, in Interval.Float.Generic_proof]
mod_mul_mod [lemma, in Interval.Language.Lang_expr]
mod_add_mod [lemma, in Interval.Language.Lang_expr]
mod_mul_add_mod [lemma, in Interval.Language.Lang_expr]
mod_spec [abbreviation, in Interval.Missing.Int63Copy]
Monoid_isLaw__to__SemiGroup_isLaw [definition, in Interval.Missing.MathComp2]
Monoid_isLaw__to__Monoid_isMonoidLaw [definition, in Interval.Missing.MathComp2]
Monoid_isComLaw__to__Monoid_isMonoidLaw__16 [definition, in Interval.Missing.MathComp2]
Monoid_isComLaw__to__SemiGroup_isLaw__14 [definition, in Interval.Missing.MathComp2]
Monoid_isComLaw__to__SemiGroup_isCommutativeLaw__12 [definition, in Interval.Missing.MathComp2]
Monoid_isComLaw__to__Monoid_isMonoidLaw [definition, in Interval.Missing.MathComp2]
Monoid_isComLaw__to__SemiGroup_isLaw [definition, in Interval.Missing.MathComp2]
Monoid_isComLaw__to__SemiGroup_isCommutativeLaw [definition, in Interval.Missing.MathComp2]
MUL [constructor, in Interval.Language.Lang_expr]
mul [abbreviation, in Interval.Missing.Int63Copy]
Mul [constructor, in Interval.Eval.Tree]
mulc [abbreviation, in Interval.Missing.Int63Copy]
mulc_spec [abbreviation, in Interval.Missing.Int63Copy]
mul_spec [abbreviation, in Interval.Missing.Int63Copy]
Mzero [constructor, in Interval.Float.Specific_sig]
M2R [definition, in Interval.Language.Lang_expr]
M2R_list [definition, in Interval.Language.Lang_expr]
N
NatCompl [section, in Interval.Missing.MathComp]ncons_correct [lemma, in Interval.Missing.MathComp]
NDerive [section, in Interval.Interval.Interval_compl]
NDerive.Dn [variable, in Interval.Interval.Interval_compl]
NDerive.dom [variable, in Interval.Interval.Interval_compl]
NDerive.f [variable, in Interval.Interval.Interval_compl]
NDerive.Hdef [variable, in Interval.Interval.Interval_compl]
NDerive.Hder [variable, in Interval.Interval.Interval_compl]
NDerive.Hdom [variable, in Interval.Interval.Interval_compl]
NDerive.n [variable, in Interval.Interval.Interval_compl]
NDerive.xf [variable, in Interval.Interval.Interval_compl]
Nearbyint [constructor, in Interval.Language.Lang_expr]
Nearbyint [constructor, in Interval.Eval.Tree]
need_change_zero [definition, in Interval.Float.Generic]
need_change_radix [definition, in Interval.Float.Generic]
need_change [definition, in Interval.Float.Generic]
Neg [constructor, in Interval.Eval.Tree]
Node [constructor, in Interval.Language.Lang_simpl]
NonNeg [constructor, in Interval.Language.Lang_simpl]
NonZero [constructor, in Interval.Language.Lang_simpl]
notXnan [definition, in Interval.Real.Xreal]
not_empty_contains [lemma, in Interval.Interval.Interval]
not_empty [definition, in Interval.Interval.Interval]
no_floor_prog_rev [lemma, in Interval.Eval.Eval]
no_floor_prog_rcons [lemma, in Interval.Eval.Eval]
no_floor_prog_cons [lemma, in Interval.Eval.Eval]
no_floor_prog [definition, in Interval.Eval.Eval]
no_floor_term [definition, in Interval.Eval.Eval]
no_floor_op [definition, in Interval.Eval.Eval]
nthExprTypeFloat [definition, in Interval.Language.Lang_expr]
nthExprTypePrim [definition, in Interval.Language.Lang_expr]
nthExprTypeReal [definition, in Interval.Language.Lang_expr]
nthExprTypeRounded [definition, in Interval.Language.Lang_expr]
nth_list_var_aux_S [lemma, in Interval.Language.Lang_simpl]
nth_map_lt [lemma, in Interval.Eval.Eval]
nth_map [lemma, in Interval.Eval.Eval]
nth_take_dflt [lemma, in Interval.Missing.MathComp]
nth_mkseq_dflt [lemma, in Interval.Missing.MathComp]
nth_map2_dflt [lemma, in Interval.Missing.MathComp]
nth_map_dflt [lemma, in Interval.Missing.MathComp]
nth_behead [lemma, in Interval.Missing.MathComp]
nth_rec2up_indep [lemma, in Interval.Poly.Basic_rec]
nth_rec2down_indep [lemma, in Interval.Poly.Basic_rec]
nth_rec2downD_dflt2 [lemma, in Interval.Poly.Basic_rec]
nth_rec2downD [lemma, in Interval.Poly.Basic_rec]
nth_rec2upSS' [lemma, in Interval.Poly.Basic_rec]
nth_rec2downSS' [lemma, in Interval.Poly.Basic_rec]
nth_rec2up_last [lemma, in Interval.Poly.Basic_rec]
nth_grec1up [lemma, in Interval.Poly.Basic_rec]
nth_grec1up_last [lemma, in Interval.Poly.Basic_rec]
nth_grec1up_indep [lemma, in Interval.Poly.Basic_rec]
nth_grec1down_indep [lemma, in Interval.Poly.Basic_rec]
nth_grec1downD_dflt2 [lemma, in Interval.Poly.Basic_rec]
nth_grec1downD [lemma, in Interval.Poly.Basic_rec]
nth_rec1up [lemma, in Interval.Poly.Basic_rec]
nth_rec1up_indep [lemma, in Interval.Poly.Basic_rec]
nth_rec1down_indep [lemma, in Interval.Poly.Basic_rec]
nth_rec1downD_dflt2 [lemma, in Interval.Poly.Basic_rec]
nth_rec1downD [lemma, in Interval.Poly.Basic_rec]
nth_rec1upS [lemma, in Interval.Poly.Basic_rec]
nth_rec1up_last [lemma, in Interval.Poly.Basic_rec]
nth_defaults [abbreviation, in Interval.Poly.Basic_rec]
nullary_real [definition, in Interval.Eval.Tree]
nullary_op_sind [definition, in Interval.Eval.Tree]
nullary_op_rec [definition, in Interval.Eval.Tree]
nullary_op_ind [definition, in Interval.Eval.Tree]
nullary_op_rect [definition, in Interval.Eval.Tree]
nullary_op [inductive, in Interval.Eval.Tree]
O
Oab [abbreviation, in Interval.Real.Taylor]of_int63_spec [abbreviation, in Interval.Missing.Int63Copy]
of_int63 [abbreviation, in Interval.Missing.Int63Copy]
of_Z_spec [abbreviation, in Interval.Missing.Int63Copy]
of_pos_rec_spec [abbreviation, in Interval.Missing.Int63Copy]
of_to_Z [abbreviation, in Interval.Missing.Int63Copy]
of_Z [abbreviation, in Interval.Missing.Int63Copy]
of_pos [abbreviation, in Interval.Missing.Int63Copy]
of_pos_rec [abbreviation, in Interval.Missing.Int63Copy]
one_step_by_parts [lemma, in Interval.Integral.Bertrand]
onth [definition, in Interval.Integral.Priority]
onth_insert [lemma, in Interval.Integral.Priority]
onth_app_r [lemma, in Interval.Integral.Priority]
onth_app_l [lemma, in Interval.Integral.Priority]
onth_rev [lemma, in Interval.Integral.Priority]
onth_nth [lemma, in Interval.Integral.Priority]
Op [constructor, in Interval.Language.Lang_expr]
operations [record, in Interval.Eval.Prog]
operationsExact [definition, in Interval.Language.Lang_expr]
OpExact [constructor, in Interval.Language.Lang_expr]
opp [abbreviation, in Interval.Missing.Int63Copy]
oppc [abbreviation, in Interval.Missing.Int63Copy]
oppcarry [abbreviation, in Interval.Missing.Int63Copy]
oppcarry_spec [abbreviation, in Interval.Missing.Int63Copy]
oppc_spec [abbreviation, in Interval.Missing.Int63Copy]
opp_to_Z_opp [abbreviation, in Interval.Missing.Int63Copy]
opp_spec [abbreviation, in Interval.Missing.Int63Copy]
output_bound_sind [definition, in Interval.Interval.Interval]
output_bound_rec [definition, in Interval.Interval.Interval]
output_bound_ind [definition, in Interval.Interval.Interval]
output_bound_rect [definition, in Interval.Interval.Interval]
output_bound [inductive, in Interval.Interval.Interval]
output_bnd_correct [lemma, in Interval.Interval.Float]
output_bnd [definition, in Interval.Interval.Float]
P
Pairing [section, in Interval.Integral.Priority]Pairing.le [variable, in Interval.Integral.Priority]
par_construct_mergerest [lemma, in Interval.Language.Lang_simpl]
par_mergerest_decomp [lemma, in Interval.Language.Lang_simpl]
par_mergerest [definition, in Interval.Language.Lang_simpl]
par_construct [definition, in Interval.Language.Lang_simpl]
Permut [constructor, in Interval.Integral.Priority]
permut [inductive, in Interval.Integral.Priority]
Permut [section, in Interval.Integral.Priority]
permut_remove [lemma, in Interval.Integral.Priority]
permut_insert [lemma, in Interval.Integral.Priority]
permut_cons_rev [lemma, in Interval.Integral.Priority]
permut_cons [lemma, in Interval.Integral.Priority]
permut_app_r [lemma, in Interval.Integral.Priority]
permut_app [lemma, in Interval.Integral.Priority]
permut_app_l [lemma, in Interval.Integral.Priority]
permut_rev [lemma, in Interval.Integral.Priority]
permut_trans [lemma, in Interval.Integral.Priority]
permut_sym [lemma, in Interval.Integral.Priority]
permut_refl [lemma, in Interval.Integral.Priority]
permut_sind [definition, in Interval.Integral.Priority]
permut_ind [definition, in Interval.Integral.Priority]
PFOpToFunction [definition, in Interval.Language.Lang_expr]
pheap [inductive, in Interval.Integral.Priority]
pheap_insert_correct [lemma, in Interval.Integral.Priority]
pheap_insert [definition, in Interval.Integral.Priority]
pheap_to_list [definition, in Interval.Integral.Priority]
pheap_sind [definition, in Interval.Integral.Priority]
pheap_rec [definition, in Interval.Integral.Priority]
pheap_ind [definition, in Interval.Integral.Priority]
pheap_rect [definition, in Interval.Integral.Priority]
PHnone [constructor, in Interval.Integral.Priority]
PHsome [constructor, in Interval.Integral.Priority]
Pi [constructor, in Interval.Eval.Tree]
PIOpToFunction [definition, in Interval.Language.Lang_expr]
Plot [library]
PlotTacticAux [module, in Interval.Tactics.Plot_helper]
PlotTacticAux.affine_transf [lemma, in Interval.Tactics.Plot_helper]
PlotTacticAux.bound_plot [definition, in Interval.Tactics.Plot_helper]
PlotTacticAux.bound_plot_aux [definition, in Interval.Tactics.Plot_helper]
PlotTacticAux.clamp [definition, in Interval.Tactics.Plot_helper]
PlotTacticAux.clamp_plot_correct [lemma, in Interval.Tactics.Plot_helper]
PlotTacticAux.clamp_plot [definition, in Interval.Tactics.Plot_helper]
PlotTacticAux.clamp_correct [lemma, in Interval.Tactics.Plot_helper]
PlotTacticAux.clamp_upper [definition, in Interval.Tactics.Plot_helper]
PlotTacticAux.clamp_lower [definition, in Interval.Tactics.Plot_helper]
PlotTacticAux.F' [module, in Interval.Tactics.Plot_helper]
PlotTacticAux.get_threshold [definition, in Interval.Tactics.Plot_helper]
PlotTacticAux.get_bounds [definition, in Interval.Tactics.Plot_helper]
PlotTacticAux.IH [module, in Interval.Tactics.Plot_helper]
PlotTacticAux.plot_ext [lemma, in Interval.Tactics.Plot_helper]
PlotTacticAux.plot1 [definition, in Interval.Tactics.Plot_helper]
PlotTacticAux.sample_plot_correct [lemma, in Interval.Tactics.Plot_helper]
PlotTacticAux.sample_plot [definition, in Interval.Tactics.Plot_helper]
PlotTacticAux.sample_plot_aux [definition, in Interval.Tactics.Plot_helper]
Plot_helper [library]
plot2 [definition, in Interval.Tactics.Plot_helper]
PolR [module, in Interval.Poly.Datatypes]
PolR.coef_deriv [lemma, in Interval.Poly.Datatypes]
PolR.Derive_horner [lemma, in Interval.Poly.Datatypes]
PolR.ex_derive_horner [lemma, in Interval.Poly.Datatypes]
PolR.hornerE [lemma, in Interval.Poly.Datatypes]
PolR.hornerE_wide [lemma, in Interval.Poly.Datatypes]
PolR.horner_div_mixed_r [lemma, in Interval.Poly.Datatypes]
PolR.horner_mul_mixed [lemma, in Interval.Poly.Datatypes]
PolR.horner_lift [lemma, in Interval.Poly.Datatypes]
PolR.horner_mul [lemma, in Interval.Poly.Datatypes]
PolR.horner_mulCl [lemma, in Interval.Poly.Datatypes]
PolR.horner_sub [lemma, in Interval.Poly.Datatypes]
PolR.horner_add [lemma, in Interval.Poly.Datatypes]
PolR.horner_opp [lemma, in Interval.Poly.Datatypes]
PolR.horner_polyC [lemma, in Interval.Poly.Datatypes]
PolR.horner_derivE [lemma, in Interval.Poly.Datatypes]
PolR.horner_derivE_wide [lemma, in Interval.Poly.Datatypes]
PolR.horner0 [lemma, in Interval.Poly.Datatypes]
PolR.is_derive_horner [lemma, in Interval.Poly.Datatypes]
PolR.mul_coeff0l [lemma, in Interval.Poly.Datatypes]
PolR.mul_coeff_eq0 [lemma, in Interval.Poly.Datatypes]
PolR.Notations [module, in Interval.Poly.Datatypes]
_ ^` () (R_scope) [notation, in Interval.Poly.Datatypes]
_ .[ _ ] (R_scope) [notation, in Interval.Poly.Datatypes]
PolR.nth_primitive [lemma, in Interval.Poly.Datatypes]
PolR.nth_mulCl [lemma, in Interval.Poly.Datatypes]
PolR.nth_lift [lemma, in Interval.Poly.Datatypes]
PolR.nth_div_mixed_r [lemma, in Interval.Poly.Datatypes]
PolR.nth_mul_mixed [lemma, in Interval.Poly.Datatypes]
PolR.nth_sub [lemma, in Interval.Poly.Datatypes]
PolR.nth_opp [lemma, in Interval.Poly.Datatypes]
PolR.nth_add [lemma, in Interval.Poly.Datatypes]
PolR.nth_mul' [lemma, in Interval.Poly.Datatypes]
PolR.toSeq_horner0 [lemma, in Interval.Poly.Datatypes]
PolyBound [module, in Interval.Poly.Bound]
PolyBoundHorner [module, in Interval.Poly.Bound]
PolyBoundHornerQuad [module, in Interval.Poly.Bound_quad]
PolyBoundHornerQuad.Bnd [module, in Interval.Poly.Bound_quad]
PolyBoundHornerQuad.ComputeBound [definition, in Interval.Poly.Bound_quad]
PolyBoundHornerQuad.ComputeBound_propagate [lemma, in Interval.Poly.Bound_quad]
PolyBoundHornerQuad.ComputeBound_correct [lemma, in Interval.Poly.Bound_quad]
PolyBoundHornerQuad.J [module, in Interval.Poly.Bound_quad]
PolyBoundHorner.ComputeBound [definition, in Interval.Poly.Bound]
PolyBoundHorner.ComputeBound_propagate [lemma, in Interval.Poly.Bound]
PolyBoundHorner.ComputeBound_correct [lemma, in Interval.Poly.Bound]
PolyBoundHorner.J [module, in Interval.Poly.Bound]
PolyBoundThm [module, in Interval.Poly.Bound]
PolyBoundThm.ComputeBound_nth0 [lemma, in Interval.Poly.Bound]
PolyBound.ComputeBound [axiom, in Interval.Poly.Bound]
PolyBound.ComputeBound_propagate [axiom, in Interval.Poly.Bound]
PolyBound.ComputeBound_correct [axiom, in Interval.Poly.Bound]
PolyBound.J [module, in Interval.Poly.Bound]
PolyIntOps [module, in Interval.Poly.Datatypes]
PolyIntOps.add_correct [axiom, in Interval.Poly.Datatypes]
PolyIntOps.contains_pointwise [definition, in Interval.Poly.Datatypes]
PolyIntOps.deriv_correct [axiom, in Interval.Poly.Datatypes]
PolyIntOps.div_mixed_r_correct [axiom, in Interval.Poly.Datatypes]
PolyIntOps.dotmuldiv_propagate [axiom, in Interval.Poly.Datatypes]
PolyIntOps.dotmuldiv_correct [axiom, in Interval.Poly.Datatypes]
PolyIntOps.grec1_propagate [axiom, in Interval.Poly.Datatypes]
PolyIntOps.grec1_correct [axiom, in Interval.Poly.Datatypes]
PolyIntOps.horner_propagate [axiom, in Interval.Poly.Datatypes]
PolyIntOps.horner_correct [axiom, in Interval.Poly.Datatypes]
PolyIntOps.Int [module, in Interval.Poly.Datatypes]
PolyIntOps.J [module, in Interval.Poly.Datatypes]
PolyIntOps.lift_correct [axiom, in Interval.Poly.Datatypes]
PolyIntOps.map_correct [axiom, in Interval.Poly.Datatypes]
PolyIntOps.mul_mixed_correct [axiom, in Interval.Poly.Datatypes]
PolyIntOps.mul_tail_correct [axiom, in Interval.Poly.Datatypes]
PolyIntOps.mul_trunc_correct [axiom, in Interval.Poly.Datatypes]
PolyIntOps.mul_correct [axiom, in Interval.Poly.Datatypes]
PolyIntOps.Notations [module, in Interval.Poly.Datatypes]
PolyIntOps.Notations.eq_size [abbreviation, in Interval.Poly.Datatypes]
_ >:: _ (ipoly_scope) [notation, in Interval.Poly.Datatypes]
_ >: _ (ipoly_scope) [notation, in Interval.Poly.Datatypes]
PolyIntOps.nth_default_alt [axiom, in Interval.Poly.Datatypes]
PolyIntOps.one_correct [axiom, in Interval.Poly.Datatypes]
PolyIntOps.opp_correct [axiom, in Interval.Poly.Datatypes]
PolyIntOps.polyCons_propagate [axiom, in Interval.Poly.Datatypes]
PolyIntOps.polyCons_correct [axiom, in Interval.Poly.Datatypes]
PolyIntOps.polyC_correct [axiom, in Interval.Poly.Datatypes]
PolyIntOps.polyNil_correct [axiom, in Interval.Poly.Datatypes]
PolyIntOps.polyX_correct [axiom, in Interval.Poly.Datatypes]
PolyIntOps.poly_eqNai [definition, in Interval.Poly.Datatypes]
PolyIntOps.primitive_correct [axiom, in Interval.Poly.Datatypes]
PolyIntOps.rec1_propagate [axiom, in Interval.Poly.Datatypes]
PolyIntOps.rec1_correct [axiom, in Interval.Poly.Datatypes]
PolyIntOps.rec2_correct [axiom, in Interval.Poly.Datatypes]
PolyIntOps.seq_eqNai [definition, in Interval.Poly.Datatypes]
PolyIntOps.seq_eq_size [abbreviation, in Interval.Poly.Datatypes]
PolyIntOps.seq_contains_pointwise [definition, in Interval.Poly.Datatypes]
PolyIntOps.set_nth_correct [axiom, in Interval.Poly.Datatypes]
PolyIntOps.sub_correct [axiom, in Interval.Poly.Datatypes]
PolyIntOps.tail_correct [axiom, in Interval.Poly.Datatypes]
PolyIntOps.zero_correct [axiom, in Interval.Poly.Datatypes]
PolyOps [module, in Interval.Poly.Datatypes]
PolyOps.add [axiom, in Interval.Poly.Datatypes]
PolyOps.deriv [axiom, in Interval.Poly.Datatypes]
PolyOps.div_mixed_r [axiom, in Interval.Poly.Datatypes]
PolyOps.dotmuldiv [axiom, in Interval.Poly.Datatypes]
PolyOps.fold [axiom, in Interval.Poly.Datatypes]
PolyOps.fold_polyCons [axiom, in Interval.Poly.Datatypes]
PolyOps.fold_polyNil [axiom, in Interval.Poly.Datatypes]
PolyOps.grec1 [axiom, in Interval.Poly.Datatypes]
PolyOps.horner [axiom, in Interval.Poly.Datatypes]
PolyOps.horner_seq [axiom, in Interval.Poly.Datatypes]
PolyOps.lift [axiom, in Interval.Poly.Datatypes]
PolyOps.map [axiom, in Interval.Poly.Datatypes]
PolyOps.mul [axiom, in Interval.Poly.Datatypes]
PolyOps.mul_mixed [axiom, in Interval.Poly.Datatypes]
PolyOps.mul_tail [axiom, in Interval.Poly.Datatypes]
PolyOps.mul_trunc [axiom, in Interval.Poly.Datatypes]
PolyOps.nth [axiom, in Interval.Poly.Datatypes]
PolyOps.nth_default [axiom, in Interval.Poly.Datatypes]
PolyOps.nth_set_nth [axiom, in Interval.Poly.Datatypes]
PolyOps.nth_polyNil [axiom, in Interval.Poly.Datatypes]
PolyOps.nth_polyCons [axiom, in Interval.Poly.Datatypes]
PolyOps.nth_toSeq [axiom, in Interval.Poly.Datatypes]
PolyOps.one [axiom, in Interval.Poly.Datatypes]
PolyOps.oneE [axiom, in Interval.Poly.Datatypes]
PolyOps.opp [axiom, in Interval.Poly.Datatypes]
PolyOps.polyC [axiom, in Interval.Poly.Datatypes]
PolyOps.polyCE [axiom, in Interval.Poly.Datatypes]
PolyOps.polyCons [axiom, in Interval.Poly.Datatypes]
PolyOps.polyNil [axiom, in Interval.Poly.Datatypes]
PolyOps.polyX [axiom, in Interval.Poly.Datatypes]
PolyOps.polyXE [axiom, in Interval.Poly.Datatypes]
PolyOps.poly_ind [axiom, in Interval.Poly.Datatypes]
PolyOps.primitive [axiom, in Interval.Poly.Datatypes]
PolyOps.rec1 [axiom, in Interval.Poly.Datatypes]
PolyOps.rec2 [axiom, in Interval.Poly.Datatypes]
PolyOps.set_nth [axiom, in Interval.Poly.Datatypes]
PolyOps.size [axiom, in Interval.Poly.Datatypes]
PolyOps.size_set_nth [axiom, in Interval.Poly.Datatypes]
PolyOps.size_dotmuldiv [axiom, in Interval.Poly.Datatypes]
PolyOps.size_tail [axiom, in Interval.Poly.Datatypes]
PolyOps.size_grec1 [axiom, in Interval.Poly.Datatypes]
PolyOps.size_polyCons [axiom, in Interval.Poly.Datatypes]
PolyOps.size_polyNil [axiom, in Interval.Poly.Datatypes]
PolyOps.size_sub [axiom, in Interval.Poly.Datatypes]
PolyOps.size_map [axiom, in Interval.Poly.Datatypes]
PolyOps.size_opp [axiom, in Interval.Poly.Datatypes]
PolyOps.size_add [axiom, in Interval.Poly.Datatypes]
PolyOps.size_mul_tail [axiom, in Interval.Poly.Datatypes]
PolyOps.size_mul_trunc [axiom, in Interval.Poly.Datatypes]
PolyOps.size_rec2 [axiom, in Interval.Poly.Datatypes]
PolyOps.size_rec1 [axiom, in Interval.Poly.Datatypes]
PolyOps.size_div_mixed_r [axiom, in Interval.Poly.Datatypes]
PolyOps.size_mul_mixed [axiom, in Interval.Poly.Datatypes]
PolyOps.size_lift [axiom, in Interval.Poly.Datatypes]
PolyOps.size_primitive [axiom, in Interval.Poly.Datatypes]
PolyOps.sub [axiom, in Interval.Poly.Datatypes]
PolyOps.T [axiom, in Interval.Poly.Datatypes]
PolyOps.tail [axiom, in Interval.Poly.Datatypes]
PolyOps.toSeq [axiom, in Interval.Poly.Datatypes]
PolyOps.U [definition, in Interval.Poly.Datatypes]
PolyOps.zero [axiom, in Interval.Poly.Datatypes]
position [inductive, in Interval.Float.Generic]
position_sind [definition, in Interval.Float.Generic]
position_rec [definition, in Interval.Float.Generic]
position_ind [definition, in Interval.Float.Generic]
position_rect [definition, in Interval.Float.Generic]
Postcond [constructor, in Interval.Language.Lang_expr]
postconditions [definition, in Interval.Language.Lang_expr]
pos_Up [constructor, in Interval.Float.Generic]
pos_Mi [constructor, in Interval.Float.Generic]
pos_Lo [constructor, in Interval.Float.Generic]
pos_Eq [constructor, in Interval.Float.Generic]
PowDivOps [module, in Interval.Poly.Datatypes]
PowDivOps.div [axiom, in Interval.Poly.Datatypes]
PowDivOps.fromZ [axiom, in Interval.Poly.Datatypes]
PowDivOps.from_nat [axiom, in Interval.Poly.Datatypes]
PowDivOps.inv [axiom, in Interval.Poly.Datatypes]
PowDivOps.mask [axiom, in Interval.Poly.Datatypes]
PowDivOps.power_int [axiom, in Interval.Poly.Datatypes]
PowDivOps.sqr [axiom, in Interval.Poly.Datatypes]
PowerInt [constructor, in Interval.Eval.Tree]
powerRZMissing [section, in Interval.Integral.Bertrand]
powerRZ_ind [lemma, in Interval.Integral.Bertrand]
pow_negx [lemma, in Interval.Integral.Bertrand]
pow2_nz [abbreviation, in Interval.Missing.Int63Copy]
pow2_pos [abbreviation, in Interval.Missing.Int63Copy]
prec [definition, in Interval.Language.Lang_simpl]
pred [abbreviation, in Interval.Missing.Int63Copy]
PredArg [section, in Interval.Interval.Interval_compl]
PredArg.P [variable, in Interval.Interval.Interval_compl]
predc [abbreviation, in Interval.Missing.Int63Copy]
predc_spec [abbreviation, in Interval.Missing.Int63Copy]
pred_succ_round_N_le [lemma, in Interval.Interval.Float_full_primfloat]
pred_round_N_le [lemma, in Interval.Interval.Float_full_primfloat]
pred_FLT_shift_le [lemma, in Interval.Interval.Float_full_primfloat]
pred_FLX_exact_shift [lemma, in Interval.Interval.Float_full_primfloat]
pred_round_FLT_le_FLX [lemma, in Interval.Interval.Float_full_primfloat]
pred_FLT_eq_FLX_large [lemma, in Interval.Interval.Float_full_primfloat]
pred_FLT_le_FLX [lemma, in Interval.Interval.Float_full_primfloat]
pred_spec [abbreviation, in Interval.Missing.Int63Copy]
PrimFloatIntervalFull [module, in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.atan [definition, in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.atan_correct [definition, in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.cos [definition, in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.cos_correct [definition, in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.exp [definition, in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.ExpImpl [module, in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.ExpImpl.consts [definition, in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.ExpImpl.exp_aux_correct [lemma, in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.ExpImpl.exp_aux [definition, in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.ExpImpl.g0 [definition, in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.ExpImpl.InvLog2_64 [definition, in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.ExpImpl.Log2div64h [definition, in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.ExpImpl.Log2div64l [definition, in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.ExpImpl.Papprox [definition, in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.ExpImpl.q1 [definition, in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.ExpImpl.q2 [definition, in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.ExpImpl.q3 [definition, in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.ExpImpl.q4 [definition, in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.ExpImpl.q5 [definition, in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.exp_correct [lemma, in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.Faux [module, in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.I [module, in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.Iaux [module, in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.IT [module, in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.ln [definition, in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.ln_correct [definition, in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.pi [definition, in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.pi_correct [lemma, in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.sin [definition, in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.sin_correct [definition, in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.tan [definition, in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.tan_correct [definition, in Interval.Interval.Float_full_primfloat]
PrimInt63_opp_inj [lemma, in Interval.Language.Lang_expr]
PrimInt63_opp_involutive [lemma, in Interval.Language.Lang_expr]
PrimitiveFloat [module, in Interval.Float.Primitive_ops]
PrimitiveFloat.abs [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.abs_correct [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.add_DN_correct [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.add_UP_correct [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.add_DN [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.add_UP [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.Bdiv2_correct [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.Bnormfr_mantissa_correct [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.Bsign_pos [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.BtoX [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.BtoX_Bopp [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.BtoX_B2R [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.B2R_BtoX [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.classify [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.classify_correct [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.cmp [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.cmp_correct [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.compare_cmp [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.convert [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.div_DN_correct [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.div_UP_correct [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.div_DN [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.div_UP [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.div2 [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.div2_correct [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.float_comparison_of_Xcomparison [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.fromF [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.fromZ [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.fromZ_DN_correct [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.fromZ_UP_correct [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.fromZ_correct [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.fromZ_DN [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.fromZ_UP [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.incr_prec [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.is_real_lb [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.is_real_ub [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.is_neg_real [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.is_non_pos_real [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.is_pos_real [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.is_non_neg_real [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.is_neg [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.is_non_pos' [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.is_non_pos [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.is_pos [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.is_non_neg' [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.is_non_neg [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.is_nan_correct [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.is_nan [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.le_lower_pred_finite [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.le_upper_succ_finite [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.mag [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.mag_correct [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.max [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.max_correct [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.midpoint [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.midpoint_correct [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.min [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.min_correct [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.mul_DN_correct [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.mul_UP_correct [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.mul_DN [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.mul_UP [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.nan [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.nan_correct [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.nearbyint [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.nearbyint_DN_correct [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.nearbyint_UP_correct [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.nearbyint_correct [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.nearbyint_DN [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.nearbyint_UP [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.neg [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.neg_correct [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.of_int63_of_pos_exact [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.of_int63_exact [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.pow2_UP_correct [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.pow2_UP [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.prec [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.precision [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.PtoP [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.radix [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.real [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.real_is_finite [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.real_correct [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.Rmax_compare [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.scale [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.sensible_format [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.sfactor [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.shiftr_pos [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.sqrt_DN_correct [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.sqrt_UP_correct [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.sqrt_DN [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.sqrt_UP [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.StoZ [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.sub_DN_correct [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.sub_UP_correct [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.sub_DN [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.sub_UP [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.toF [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.toR [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.toX [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.toX_neg [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.toX_Prim2B [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.type [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.valid_lb_next_down [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.valid_ub_next_up [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.valid_ub_correct [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.valid_lb_correct [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.valid_lb [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.valid_ub [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.Xcomparison_of_float_comparison [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.zero [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.zero_correct [lemma, in Interval.Float.Primitive_ops]
PrimitiveFloat.ZtoS [definition, in Interval.Float.Primitive_ops]
PrimitiveFloat.ZtoS_correct [lemma, in Interval.Float.Primitive_ops]
Primitive_ops [library]
Prim2SF2R_Prim2B2R [lemma, in Interval.Language.Lang_expr]
Priority [library]
Private [module, in Interval.Language.Lang_tac]
Private.cut_trivial_Prim_BinFloat [lemma, in Interval.Language.Lang_tac]
Private.cut_trivial_Prim_Integer [lemma, in Interval.Language.Lang_tac]
Private.cut_Prim_BinFloat [lemma, in Interval.Language.Lang_tac]
Private.cut_Prim_Integer [lemma, in Interval.Language.Lang_tac]
Private.destructLet [lemma, in Interval.Language.Lang_tac]
prodi_to_single_r [lemma, in Interval.Missing.Coquelicot]
prodi_to_single_l [lemma, in Interval.Missing.Coquelicot]
prod_to_single [lemma, in Interval.Missing.Coquelicot]
Prog [library]
proj_fun [definition, in Interval.Real.Xreal]
proj_val [definition, in Interval.Real.Xreal]
Psucc [definition, in Interval.Language.Lang_simpl]
ptree [inductive, in Interval.Integral.Priority]
ptree_fold_correct [lemma, in Interval.Integral.Priority]
ptree_fold [definition, in Interval.Integral.Priority]
ptree_pop_correct [lemma, in Interval.Integral.Priority]
ptree_pop [definition, in Interval.Integral.Priority]
ptree_merge_pairs_correct [lemma, in Interval.Integral.Priority]
ptree_merge_pairs [definition, in Interval.Integral.Priority]
ptree_insert_correct [lemma, in Interval.Integral.Priority]
ptree_insert [definition, in Interval.Integral.Priority]
ptree_meld_correct [lemma, in Interval.Integral.Priority]
ptree_meld [definition, in Interval.Integral.Priority]
ptree_to_list [definition, in Interval.Integral.Priority]
ptree_ind' [lemma, in Interval.Integral.Priority]
ptree_sind [definition, in Interval.Integral.Priority]
ptree_rec [definition, in Interval.Integral.Priority]
ptree_ind [definition, in Interval.Integral.Priority]
ptree_rect [definition, in Interval.Integral.Priority]
PTsome [constructor, in Interval.Integral.Priority]
P2C [definition, in Interval.Language.Lang_expr]
P2C_list [definition, in Interval.Language.Lang_expr]
P2M [definition, in Interval.Language.Lang_expr]
P2M_list [definition, in Interval.Language.Lang_expr]
Q
quotient_by_2 [abbreviation, in Interval.Missing.Int63Copy]R
Rabs_def2_le [lemma, in Interval.Missing.Stdlib]Rabs_def1_le [lemma, in Interval.Missing.Stdlib]
Radix [module, in Interval.Float.Generic_ops]
radix_to_pos [lemma, in Interval.Float.Generic_proof]
Radix.val [axiom, in Interval.Float.Generic_ops]
Radix10 [module, in Interval.Float.Generic_ops]
Radix10.val [definition, in Interval.Float.Generic_ops]
Radix2 [module, in Interval.Float.Generic_ops]
radix2 [abbreviation, in Interval.Float.Basic]
Radix2.val [definition, in Interval.Float.Generic_ops]
Rbar_mult_m_r [lemma, in Interval.Integral.Bertrand]
Rbar_mult_m_l [lemma, in Interval.Integral.Bertrand]
Rbar_mult_p_r [lemma, in Interval.Integral.Bertrand]
Rbar_mult_p_l [lemma, in Interval.Integral.Bertrand]
RbaseSymbolsImpl_Rplus__canonical__Monoid_AddLaw [definition, in Interval.Missing.MathComp2]
RbaseSymbolsImpl_Rmult__canonical__Monoid_MulLaw [definition, in Interval.Missing.MathComp2]
RbaseSymbolsImpl_Rmult__canonical__Monoid_ComLaw [definition, in Interval.Missing.MathComp2]
RbaseSymbolsImpl_Rmult__canonical__Monoid_Law [definition, in Interval.Missing.MathComp2]
RbaseSymbolsImpl_Rmult__canonical__SemiGroup_ComLaw [definition, in Interval.Missing.MathComp2]
RbaseSymbolsImpl_Rmult__canonical__SemiGroup_Law [definition, in Interval.Missing.MathComp2]
RbaseSymbolsImpl_Rplus__canonical__Monoid_ComLaw [definition, in Interval.Missing.MathComp2]
RbaseSymbolsImpl_Rplus__canonical__Monoid_Law [definition, in Interval.Missing.MathComp2]
RbaseSymbolsImpl_Rplus__canonical__SemiGroup_ComLaw [definition, in Interval.Missing.MathComp2]
RbaseSymbolsImpl_Rplus__canonical__SemiGroup_Law [definition, in Interval.Missing.MathComp2]
RbaseSymbolsImpl_R__canonical__eqtype_Equality [definition, in Interval.Missing.MathComp2]
Rcompare_div_r [lemma, in Interval.Float.Generic_proof]
Rcompare_div_l [lemma, in Interval.Float.Generic_proof]
rcons_unique_correct [lemma, in Interval.Eval.Prog]
rcons_unique [definition, in Interval.Eval.Prog]
Rcst_sign [definition, in Interval.Interval.Interval_compl]
Rdecr [definition, in Interval.Interval.Interval_compl]
Rderive_cst_sign [lemma, in Interval.Interval.Interval_compl]
Rderive_neg_imp_decr [lemma, in Interval.Interval.Interval_compl]
Rderive_pos_imp_incr [lemma, in Interval.Interval.Interval_compl]
Rderive_over [definition, in Interval.Interval.Interval_compl]
Rdiv_neg_compat_rev [lemma, in Interval.Missing.Stdlib]
Rdiv_neg_compat [lemma, in Interval.Missing.Stdlib]
Rdiv_pos_compat_rev [lemma, in Interval.Missing.Stdlib]
Rdiv_pos_compat [lemma, in Interval.Missing.Stdlib]
Rdiv_eq_reg [lemma, in Interval.Missing.Stdlib]
Rdiv_ge_mult_pos [lemma, in Interval.Float.Generic_proof]
Rdiv_gt_mult_pos [lemma, in Interval.Float.Generic_proof]
Rdiv_le_mult_pos [lemma, in Interval.Float.Generic_proof]
Rdiv_lt_mult_pos [lemma, in Interval.Float.Generic_proof]
real_operations [definition, in Interval.Eval.Prog]
RecZ [section, in Interval.Poly.Basic_rec]
rec_proofs.H0 [variable, in Interval.Poly.Basic_rec]
rec_proofs.dt [variable, in Interval.Poly.Basic_rec]
rec_proofs.dv [variable, in Interval.Poly.Basic_rec]
rec_proofs.Rel [variable, in Interval.Poly.Basic_rec]
rec_proofs.T [variable, in Interval.Poly.Basic_rec]
rec_proofs.V [variable, in Interval.Poly.Basic_rec]
rec_proofs [section, in Interval.Poly.Basic_rec]
rec1down [definition, in Interval.Poly.Basic_rec]
rec1down_co0 [lemma, in Interval.Poly.Basic_rec]
rec1up [definition, in Interval.Poly.Basic_rec]
rec1up_correct [lemma, in Interval.Poly.Basic_rec]
rec1up_co0 [lemma, in Interval.Poly.Basic_rec]
rec2down [definition, in Interval.Poly.Basic_rec]
rec2up [definition, in Interval.Poly.Basic_rec]
rec2up_correct [lemma, in Interval.Poly.Basic_rec]
Refine [library]
Reify [library]
reify_var [definition, in Interval.Tactics.Plot_helper]
reify_var [definition, in Interval.Tactics.Integral_helper]
RelP [abbreviation, in Interval.Missing.MathComp]
RelP [abbreviation, in Interval.Missing.MathComp]
RelP [abbreviation, in Interval.Missing.MathComp]
RelP [abbreviation, in Interval.Missing.MathComp]
RelP [abbreviation, in Interval.Missing.MathComp]
RelP [abbreviation, in Interval.Missing.MathComp]
RelP [abbreviation, in Interval.Poly.Basic_rec]
rev_formula [lemma, in Interval.Eval.Prog]
rewrite_div_diff [lemma, in Interval.Eval.Eval]
rewrite_inv_diff [lemma, in Interval.Eval.Eval]
Rincr [definition, in Interval.Interval.Interval_compl]
RInt_gen_helper [lemma, in Interval.Integral.Refine]
RInt_helper [lemma, in Interval.Integral.Refine]
RInt_le_l [lemma, in Interval.Missing.Stdlib]
RInt_le_r [lemma, in Interval.Missing.Stdlib]
RInt_gen_neg [lemma, in Interval.Integral.Integral]
RInt_gen_pos [lemma, in Interval.Integral.Integral]
RInt_gen_le [lemma, in Interval.Integral.Integral]
RInt_gen_ext_eq [lemma, in Interval.Missing.Coquelicot]
RInt_gen_ext [lemma, in Interval.Missing.Coquelicot]
RInt_translation_sub [lemma, in Interval.Missing.Coquelicot]
RInt_translation_add [lemma, in Interval.Missing.Coquelicot]
Rle_Rinv_neg [lemma, in Interval.Missing.Stdlib]
Rle_Rinv_pos [lemma, in Interval.Missing.Stdlib]
Rlt_neq_sym [lemma, in Interval.Missing.Stdlib]
Rlt_bool_float [lemma, in Interval.Float.Generic_proof]
Rmin_Rle [lemma, in Interval.Missing.Stdlib]
Rmonot [definition, in Interval.Interval.Interval_compl]
RmultA [lemma, in Interval.Missing.MathComp2]
Rmult_neq0 [abbreviation, in Interval.Missing.Stdlib]
Rmult_le_neg_neg [lemma, in Interval.Missing.Stdlib]
Rmult_le_neg_pos [lemma, in Interval.Missing.Stdlib]
Rmult_le_pos_neg [lemma, in Interval.Missing.Stdlib]
Rmult_le_pos_pos [lemma, in Interval.Missing.Stdlib]
Rmult_le_compat_neg_r [lemma, in Interval.Missing.Stdlib]
RndExact [constructor, in Interval.Language.Lang_simpl]
rnd_of_mode [definition, in Interval.Float.Basic]
rnd_NE [constructor, in Interval.Float.Basic]
rnd_ZR [constructor, in Interval.Float.Basic]
rnd_DN [constructor, in Interval.Float.Basic]
rnd_UP [constructor, in Interval.Float.Basic]
Rnearbyint [definition, in Interval.Float.Basic]
Rnearbyint_IZR [lemma, in Interval.Float.Generic_proof]
Rnearbyint_error [lemma, in Interval.Float.Basic]
Rnearbyint_error_NE [lemma, in Interval.Float.Basic]
Rnearbyint_error_ZR [lemma, in Interval.Float.Basic]
Rnearbyint_error_ZR_pos [lemma, in Interval.Float.Basic]
Rnearbyint_error_ZR_neg [lemma, in Interval.Float.Basic]
Rnearbyint_error_UP [lemma, in Interval.Float.Basic]
Rnearbyint_error_DN [lemma, in Interval.Float.Basic]
Rnearbyint_le [lemma, in Interval.Float.Basic]
Rneg_over [definition, in Interval.Interval.Interval_compl]
Rolle_lim [lemma, in Interval.Real.Taylor]
RootTacticAux [module, in Interval.Tactics.Root_helper]
RootTacticAux.check_goal [definition, in Interval.Tactics.Root_helper]
RootTacticAux.fast_enough [definition, in Interval.Tactics.Root_helper]
RootTacticAux.F' [module, in Interval.Tactics.Root_helper]
RootTacticAux.IH [module, in Interval.Tactics.Root_helper]
RootTacticAux.refine_root_correct [lemma, in Interval.Tactics.Root_helper]
RootTacticAux.refine_root [definition, in Interval.Tactics.Root_helper]
RootTacticAux.refine_root_aux [definition, in Interval.Tactics.Root_helper]
RootTacticAux.root_plain [definition, in Interval.Tactics.Root_helper]
RootTacticAux.root_plain_aux [definition, in Interval.Tactics.Root_helper]
RootTacticAux.root_contains_correct [lemma, in Interval.Tactics.Root_helper]
RootTacticAux.root_contains [definition, in Interval.Tactics.Root_helper]
Root_helper [library]
ROpToFunction [definition, in Interval.Language.Lang_expr]
round [definition, in Interval.Float.Basic]
RoundedR [module, in Interval.Language.Lang_expr]
RoundedR.emax [definition, in Interval.Language.Lang_expr]
RoundedR.emin [definition, in Interval.Language.Lang_expr]
RoundedR.fma [definition, in Interval.Language.Lang_expr]
RoundedR.ldexp [definition, in Interval.Language.Lang_expr]
RoundedR.maxval [definition, in Interval.Language.Lang_expr]
RoundedR.maxval_lt [lemma, in Interval.Language.Lang_expr]
RoundedR.minval [definition, in Interval.Language.Lang_expr]
RoundedR.minval_gt [lemma, in Interval.Language.Lang_expr]
RoundedR.nearbyint [definition, in Interval.Language.Lang_expr]
RoundedR.nearbyint_IZR [lemma, in Interval.Language.Lang_expr]
RoundedR.prec [definition, in Interval.Language.Lang_expr]
RoundedR.rnd [abbreviation, in Interval.Language.Lang_expr]
RoundedR.Rnd [definition, in Interval.Language.Lang_expr]
RoundedR.sqrt [definition, in Interval.Language.Lang_expr]
RoundedR.trunc [abbreviation, in Interval.Language.Lang_expr]
_ / _ (rnd_scope) [notation, in Interval.Language.Lang_expr]
_ * _ (rnd_scope) [notation, in Interval.Language.Lang_expr]
_ - _ (rnd_scope) [notation, in Interval.Language.Lang_expr]
_ + _ (rnd_scope) [notation, in Interval.Language.Lang_expr]
RoundFix [constructor, in Interval.Eval.Tree]
RoundFlt [constructor, in Interval.Eval.Tree]
rounding_mode_of_mode [definition, in Interval.Language.Lang_simpl]
rounding_mode [inductive, in Interval.Float.Basic]
round_flt [definition, in Interval.Float.Basic]
round_fix [definition, in Interval.Float.Basic]
rpa [record, in Interval.Poly.Taylor_model_sharp]
RplusA [lemma, in Interval.Missing.MathComp2]
Rpos_over [definition, in Interval.Interval.Interval_compl]
Rpower_pos [lemma, in Interval.Integral.Bertrand]
Rpow2 [abbreviation, in Interval.Language.Lang_expr]
Rrnd [module, in Interval.Language.Lang_expr]
RrndOpToFunction [definition, in Interval.Language.Lang_expr]
Rsimpl [definition, in Interval.Missing.Stdlib]
Rsqr_plus1_neq0 [lemma, in Interval.Missing.Stdlib]
Rsqr_plus1_pos [lemma, in Interval.Missing.Stdlib]
S
Scomposed [constructor, in Interval.Eval.Prog]Sconst [constructor, in Interval.Eval.Prog]
SeqPoly [module, in Interval.Poly.Datatypes]
SeqPolyInt [module, in Interval.Poly.Datatypes]
SeqPolyInt.add_correct [lemma, in Interval.Poly.Datatypes]
SeqPolyInt.contains_pointwise [definition, in Interval.Poly.Datatypes]
SeqPolyInt.deriv_correct [lemma, in Interval.Poly.Datatypes]
SeqPolyInt.div_mixed_r_correct [lemma, in Interval.Poly.Datatypes]
SeqPolyInt.dotmuldiv_propagate [lemma, in Interval.Poly.Datatypes]
SeqPolyInt.dotmuldiv_correct [lemma, in Interval.Poly.Datatypes]
SeqPolyInt.grec1_propagate [lemma, in Interval.Poly.Datatypes]
SeqPolyInt.grec1_correct [lemma, in Interval.Poly.Datatypes]
SeqPolyInt.horner_correct [lemma, in Interval.Poly.Datatypes]
SeqPolyInt.horner_propagate [lemma, in Interval.Poly.Datatypes]
SeqPolyInt.Int [module, in Interval.Poly.Datatypes]
SeqPolyInt.J [module, in Interval.Poly.Datatypes]
SeqPolyInt.lift_correct [lemma, in Interval.Poly.Datatypes]
SeqPolyInt.map_correct [lemma, in Interval.Poly.Datatypes]
SeqPolyInt.mul_mixed_correct [lemma, in Interval.Poly.Datatypes]
SeqPolyInt.mul_tail_correct [lemma, in Interval.Poly.Datatypes]
SeqPolyInt.mul_trunc_correct [lemma, in Interval.Poly.Datatypes]
SeqPolyInt.mul_correct [lemma, in Interval.Poly.Datatypes]
SeqPolyInt.mul_coeff_correct [lemma, in Interval.Poly.Datatypes]
SeqPolyInt.Notations [module, in Interval.Poly.Datatypes]
SeqPolyInt.Notations.eq_size [abbreviation, in Interval.Poly.Datatypes]
_ >:: _ (ipoly_scope) [notation, in Interval.Poly.Datatypes]
_ >: _ (ipoly_scope) [notation, in Interval.Poly.Datatypes]
SeqPolyInt.nth_default_alt [lemma, in Interval.Poly.Datatypes]
SeqPolyInt.one_correct [lemma, in Interval.Poly.Datatypes]
SeqPolyInt.opp_correct [lemma, in Interval.Poly.Datatypes]
SeqPolyInt.polyCons_propagate [lemma, in Interval.Poly.Datatypes]
SeqPolyInt.polyCons_correct [lemma, in Interval.Poly.Datatypes]
SeqPolyInt.polyC_correct [lemma, in Interval.Poly.Datatypes]
SeqPolyInt.polyNil_correct [lemma, in Interval.Poly.Datatypes]
SeqPolyInt.polyX_correct [lemma, in Interval.Poly.Datatypes]
SeqPolyInt.poly_eqNai [definition, in Interval.Poly.Datatypes]
SeqPolyInt.primitive_correct [lemma, in Interval.Poly.Datatypes]
SeqPolyInt.rec1_propagate [lemma, in Interval.Poly.Datatypes]
SeqPolyInt.rec1_correct [lemma, in Interval.Poly.Datatypes]
SeqPolyInt.rec2_correct [lemma, in Interval.Poly.Datatypes]
SeqPolyInt.seq_eqNai [definition, in Interval.Poly.Datatypes]
SeqPolyInt.seq_eq_size [abbreviation, in Interval.Poly.Datatypes]
SeqPolyInt.seq_contains_pointwise [definition, in Interval.Poly.Datatypes]
SeqPolyInt.set_nth_correct [lemma, in Interval.Poly.Datatypes]
SeqPolyInt.sub_correct [lemma, in Interval.Poly.Datatypes]
SeqPolyInt.tail_correct [lemma, in Interval.Poly.Datatypes]
SeqPolyInt.zero_correct [lemma, in Interval.Poly.Datatypes]
SeqPoly.add [definition, in Interval.Poly.Datatypes]
SeqPoly.deriv [definition, in Interval.Poly.Datatypes]
SeqPoly.deriv_loop [definition, in Interval.Poly.Datatypes]
SeqPoly.div_mixed_r [definition, in Interval.Poly.Datatypes]
SeqPoly.dotmuldiv [definition, in Interval.Poly.Datatypes]
SeqPoly.fold [definition, in Interval.Poly.Datatypes]
SeqPoly.fold_polyCons [lemma, in Interval.Poly.Datatypes]
SeqPoly.fold_polyNil [lemma, in Interval.Poly.Datatypes]
SeqPoly.grec1 [definition, in Interval.Poly.Datatypes]
SeqPoly.horner [definition, in Interval.Poly.Datatypes]
SeqPoly.horner_seq [lemma, in Interval.Poly.Datatypes]
SeqPoly.int_coeff_shift [definition, in Interval.Poly.Datatypes]
SeqPoly.int_coeff [definition, in Interval.Poly.Datatypes]
SeqPoly.lift [definition, in Interval.Poly.Datatypes]
SeqPoly.map [definition, in Interval.Poly.Datatypes]
SeqPoly.mul [definition, in Interval.Poly.Datatypes]
SeqPoly.mul_mixed [definition, in Interval.Poly.Datatypes]
SeqPoly.mul_tail [definition, in Interval.Poly.Datatypes]
SeqPoly.mul_trunc [definition, in Interval.Poly.Datatypes]
SeqPoly.mul_coeffE [lemma, in Interval.Poly.Datatypes]
SeqPoly.mul_coeff [definition, in Interval.Poly.Datatypes]
SeqPoly.nth [definition, in Interval.Poly.Datatypes]
SeqPoly.nth_dotmuldiv [lemma, in Interval.Poly.Datatypes]
SeqPoly.nth_mul_tail [lemma, in Interval.Poly.Datatypes]
SeqPoly.nth_mul_trunc [lemma, in Interval.Poly.Datatypes]
SeqPoly.nth_mul [lemma, in Interval.Poly.Datatypes]
SeqPoly.nth_toSeq [lemma, in Interval.Poly.Datatypes]
SeqPoly.nth_polyCons [lemma, in Interval.Poly.Datatypes]
SeqPoly.nth_polyNil [lemma, in Interval.Poly.Datatypes]
SeqPoly.nth_default [lemma, in Interval.Poly.Datatypes]
SeqPoly.nth_set_nth [lemma, in Interval.Poly.Datatypes]
SeqPoly.one [definition, in Interval.Poly.Datatypes]
SeqPoly.oneE [lemma, in Interval.Poly.Datatypes]
SeqPoly.opp [definition, in Interval.Poly.Datatypes]
SeqPoly.polyC [definition, in Interval.Poly.Datatypes]
SeqPoly.polyCE [lemma, in Interval.Poly.Datatypes]
SeqPoly.polyCons [definition, in Interval.Poly.Datatypes]
SeqPoly.polyNil [definition, in Interval.Poly.Datatypes]
SeqPoly.polyX [definition, in Interval.Poly.Datatypes]
SeqPoly.polyXE [lemma, in Interval.Poly.Datatypes]
SeqPoly.poly_ind [lemma, in Interval.Poly.Datatypes]
SeqPoly.PrecIsPropagated [section, in Interval.Poly.Datatypes]
SeqPoly.PrecIsPropagated.u [variable, in Interval.Poly.Datatypes]
SeqPoly.precSection [section, in Interval.Poly.Datatypes]
SeqPoly.precSection.u [variable, in Interval.Poly.Datatypes]
SeqPoly.primitive [definition, in Interval.Poly.Datatypes]
SeqPoly.rec1 [definition, in Interval.Poly.Datatypes]
SeqPoly.rec2 [definition, in Interval.Poly.Datatypes]
SeqPoly.set_nth [definition, in Interval.Poly.Datatypes]
SeqPoly.size [definition, in Interval.Poly.Datatypes]
SeqPoly.size_map [lemma, in Interval.Poly.Datatypes]
SeqPoly.size_primitive [lemma, in Interval.Poly.Datatypes]
SeqPoly.size_tail [lemma, in Interval.Poly.Datatypes]
SeqPoly.size_dotmuldiv [lemma, in Interval.Poly.Datatypes]
SeqPoly.size_polyCons [lemma, in Interval.Poly.Datatypes]
SeqPoly.size_polyNil [lemma, in Interval.Poly.Datatypes]
SeqPoly.size_set_nth [lemma, in Interval.Poly.Datatypes]
SeqPoly.size_mul [lemma, in Interval.Poly.Datatypes]
SeqPoly.size_div_mixed_r [lemma, in Interval.Poly.Datatypes]
SeqPoly.size_mul_mixed [lemma, in Interval.Poly.Datatypes]
SeqPoly.size_lift [lemma, in Interval.Poly.Datatypes]
SeqPoly.size_deriv [lemma, in Interval.Poly.Datatypes]
SeqPoly.size_sub [lemma, in Interval.Poly.Datatypes]
SeqPoly.size_opp [lemma, in Interval.Poly.Datatypes]
SeqPoly.size_add [lemma, in Interval.Poly.Datatypes]
SeqPoly.size_mul_tail [lemma, in Interval.Poly.Datatypes]
SeqPoly.size_mul_trunc [lemma, in Interval.Poly.Datatypes]
SeqPoly.size_rec2 [lemma, in Interval.Poly.Datatypes]
SeqPoly.size_rec1 [lemma, in Interval.Poly.Datatypes]
SeqPoly.size_grec1 [lemma, in Interval.Poly.Datatypes]
SeqPoly.sub [definition, in Interval.Poly.Datatypes]
SeqPoly.T [definition, in Interval.Poly.Datatypes]
SeqPoly.tail [definition, in Interval.Poly.Datatypes]
SeqPoly.toSeq [definition, in Interval.Poly.Datatypes]
SeqPoly.U [definition, in Interval.Poly.Datatypes]
SeqPoly.zero [definition, in Interval.Poly.Datatypes]
seq_foldri_correct [lemma, in Interval.Missing.MathComp]
seq_foldr_correct [lemma, in Interval.Missing.MathComp]
set_nth_correct [lemma, in Interval.Missing.MathComp]
set_digit [abbreviation, in Interval.Missing.Int63Copy]
SFBI2 [module, in Interval.Tactic]
SF2B' [definition, in Interval.Missing.Flocq]
SF2B'_B2SF [lemma, in Interval.Missing.Flocq]
shift [definition, in Interval.Float.Generic]
shift_correct [lemma, in Interval.Float.Generic_proof]
shift1_correct [lemma, in Interval.Float.Generic_proof]
SI [module, in Interval.Language.Lang_expr]
Sig [library]
sign [projection, in Interval.Eval.Prog]
signed_number_sind [definition, in Interval.Float.Specific_sig]
signed_number_rec [definition, in Interval.Float.Specific_sig]
signed_number_ind [definition, in Interval.Float.Specific_sig]
signed_number_rect [definition, in Interval.Float.Specific_sig]
signed_number [inductive, in Interval.Float.Specific_sig]
simplifyCProp [definition, in Interval.Language.Lang_simpl]
simplifyCProp_correct [lemma, in Interval.Language.Lang_simpl]
Sin [constructor, in Interval.Eval.Tree]
sinc [definition, in Interval.Missing.Stdlib]
sinc_0 [lemma, in Interval.Missing.Stdlib]
sin_sinc [lemma, in Interval.Missing.Stdlib]
SIOpToFunction [definition, in Interval.Language.Lang_expr]
Size [module, in Interval.Language.Lang_expr]
size [abbreviation, in Interval.Missing.Int63Copy]
size_map2 [lemma, in Interval.Missing.MathComp]
size_falling_seq [lemma, in Interval.Poly.Basic_rec]
size_fact_seq [lemma, in Interval.Poly.Basic_rec]
size_rec2up [lemma, in Interval.Poly.Basic_rec]
size_rec2down [lemma, in Interval.Poly.Basic_rec]
size_loop2 [lemma, in Interval.Poly.Basic_rec]
size_grec1up [lemma, in Interval.Poly.Basic_rec]
size_grec1down [lemma, in Interval.Poly.Basic_rec]
size_gloop1 [lemma, in Interval.Poly.Basic_rec]
size_rec1up [lemma, in Interval.Poly.Basic_rec]
size_rec1down [lemma, in Interval.Poly.Basic_rec]
size_loop1 [lemma, in Interval.Poly.Basic_rec]
Size.bits [axiom, in Interval.Language.Lang_expr]
Size32 [module, in Interval.Language.Lang_expr]
Size32.bits [definition, in Interval.Language.Lang_expr]
Size63 [module, in Interval.Language.Lang_expr]
Size63.bits [definition, in Interval.Language.Lang_expr]
Size64 [module, in Interval.Language.Lang_expr]
Size64.bits [definition, in Interval.Language.Lang_expr]
SI.add [definition, in Interval.Language.Lang_expr]
SI.bits [definition, in Interval.Language.Lang_expr]
SI.div [definition, in Interval.Language.Lang_expr]
SI.in_bounds_norm [lemma, in Interval.Language.Lang_expr]
SI.in_bounds [definition, in Interval.Language.Lang_expr]
SI.mul [definition, in Interval.Language.Lang_expr]
SI.N [definition, in Interval.Language.Lang_expr]
SI.norm [definition, in Interval.Language.Lang_expr]
SI.norm_in_bounds [lemma, in Interval.Language.Lang_expr]
SI.quot [definition, in Interval.Language.Lang_expr]
SI.sub [definition, in Interval.Language.Lang_expr]
SpecificFloat [module, in Interval.Float.Specific_ops]
SpecificFloat.abs [definition, in Interval.Float.Specific_ops]
SpecificFloat.abs_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.add_DN_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.add_DN [definition, in Interval.Float.Specific_ops]
SpecificFloat.add_UP_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.add_UP [definition, in Interval.Float.Specific_ops]
SpecificFloat.add_slow_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.add_slow [definition, in Interval.Float.Specific_ops]
SpecificFloat.add_slow_aux2_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.add_slow_aux2 [definition, in Interval.Float.Specific_ops]
SpecificFloat.add_slow_aux1_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.add_slow_aux1 [definition, in Interval.Float.Specific_ops]
SpecificFloat.add_exact_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.add_exact_aux_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.add_exact [definition, in Interval.Float.Specific_ops]
SpecificFloat.add_exact_aux2 [definition, in Interval.Float.Specific_ops]
SpecificFloat.add_exact_aux1 [definition, in Interval.Float.Specific_ops]
SpecificFloat.adjust_mantissa_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.adjust_mantissa [definition, in Interval.Float.Specific_ops]
SpecificFloat.classify [definition, in Interval.Float.Specific_ops]
SpecificFloat.classify_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.cmp [definition, in Interval.Float.Specific_ops]
SpecificFloat.cmp_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.cmp_aux2_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.cmp_aux2 [definition, in Interval.Float.Specific_ops]
SpecificFloat.cmp_aux1 [definition, in Interval.Float.Specific_ops]
SpecificFloat.convert [definition, in Interval.Float.Specific_ops]
SpecificFloat.div [definition, in Interval.Float.Specific_ops]
SpecificFloat.div_DN_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.div_DN [definition, in Interval.Float.Specific_ops]
SpecificFloat.div_UP_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.div_UP [definition, in Interval.Float.Specific_ops]
SpecificFloat.div_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.div_aux [definition, in Interval.Float.Specific_ops]
SpecificFloat.div2 [definition, in Interval.Float.Specific_ops]
SpecificFloat.div2_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.float_aux [definition, in Interval.Float.Specific_ops]
SpecificFloat.fromF [definition, in Interval.Float.Specific_ops]
SpecificFloat.fromZ [definition, in Interval.Float.Specific_ops]
SpecificFloat.fromZ_UP_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.fromZ_UP [definition, in Interval.Float.Specific_ops]
SpecificFloat.fromZ_DN_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.fromZ_DN [definition, in Interval.Float.Specific_ops]
SpecificFloat.fromZ_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.fromZ_correct' [lemma, in Interval.Float.Specific_ops]
SpecificFloat.incr_prec [definition, in Interval.Float.Specific_ops]
SpecificFloat.is_real_lb [definition, in Interval.Float.Specific_ops]
SpecificFloat.is_real_ub [definition, in Interval.Float.Specific_ops]
SpecificFloat.is_neg_real [definition, in Interval.Float.Specific_ops]
SpecificFloat.is_non_pos_real [definition, in Interval.Float.Specific_ops]
SpecificFloat.is_pos_real [definition, in Interval.Float.Specific_ops]
SpecificFloat.is_non_neg_real [definition, in Interval.Float.Specific_ops]
SpecificFloat.is_neg [definition, in Interval.Float.Specific_ops]
SpecificFloat.is_non_pos' [definition, in Interval.Float.Specific_ops]
SpecificFloat.is_non_pos [definition, in Interval.Float.Specific_ops]
SpecificFloat.is_pos [definition, in Interval.Float.Specific_ops]
SpecificFloat.is_non_neg' [definition, in Interval.Float.Specific_ops]
SpecificFloat.is_non_neg [definition, in Interval.Float.Specific_ops]
SpecificFloat.is_nan_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.is_nan [definition, in Interval.Float.Specific_ops]
SpecificFloat.mag [definition, in Interval.Float.Specific_ops]
SpecificFloat.mag_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.match_helper_1 [lemma, in Interval.Float.Specific_ops]
SpecificFloat.max [definition, in Interval.Float.Specific_ops]
SpecificFloat.max_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.midpoint [definition, in Interval.Float.Specific_ops]
SpecificFloat.midpoint_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.min [definition, in Interval.Float.Specific_ops]
SpecificFloat.min_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.mul [definition, in Interval.Float.Specific_ops]
SpecificFloat.mul_DN_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.mul_DN [definition, in Interval.Float.Specific_ops]
SpecificFloat.mul_UP_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.mul_UP [definition, in Interval.Float.Specific_ops]
SpecificFloat.mul_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.nan [definition, in Interval.Float.Specific_ops]
SpecificFloat.nan_correct [definition, in Interval.Float.Specific_ops]
SpecificFloat.nearbyint [definition, in Interval.Float.Specific_ops]
SpecificFloat.nearbyint_DN_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.nearbyint_UP_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.nearbyint_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.nearbyint_DN [definition, in Interval.Float.Specific_ops]
SpecificFloat.nearbyint_UP [definition, in Interval.Float.Specific_ops]
SpecificFloat.neg [definition, in Interval.Float.Specific_ops]
SpecificFloat.neg_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.pow2_UP_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.pow2_UP [definition, in Interval.Float.Specific_ops]
SpecificFloat.prec [definition, in Interval.Float.Specific_ops]
SpecificFloat.precision [definition, in Interval.Float.Specific_ops]
SpecificFloat.PtoP [definition, in Interval.Float.Specific_ops]
SpecificFloat.radix [definition, in Interval.Float.Specific_ops]
SpecificFloat.real [definition, in Interval.Float.Specific_ops]
SpecificFloat.real_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.round_at_exp_aux_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.round_at_exp_aux [definition, in Interval.Float.Specific_ops]
SpecificFloat.round_aux_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.round_aux [definition, in Interval.Float.Specific_ops]
SpecificFloat.scale [definition, in Interval.Float.Specific_ops]
SpecificFloat.scale2 [definition, in Interval.Float.Specific_ops]
SpecificFloat.scale2_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.sensible_format [definition, in Interval.Float.Specific_ops]
SpecificFloat.sfactor [definition, in Interval.Float.Specific_ops]
SpecificFloat.sm1 [definition, in Interval.Float.Specific_ops]
SpecificFloat.sqrt [definition, in Interval.Float.Specific_ops]
SpecificFloat.sqrt_DN_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.sqrt_DN [definition, in Interval.Float.Specific_ops]
SpecificFloat.sqrt_UP_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.sqrt_UP [definition, in Interval.Float.Specific_ops]
SpecificFloat.sqrt_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.StoZ [definition, in Interval.Float.Specific_ops]
SpecificFloat.sub_DN_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.sub_DN [definition, in Interval.Float.Specific_ops]
SpecificFloat.sub_UP_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.sub_UP [definition, in Interval.Float.Specific_ops]
SpecificFloat.toF [definition, in Interval.Float.Specific_ops]
SpecificFloat.toF_zero [lemma, in Interval.Float.Specific_ops]
SpecificFloat.toF_float [lemma, in Interval.Float.Specific_ops]
SpecificFloat.toR [definition, in Interval.Float.Specific_ops]
SpecificFloat.toX [definition, in Interval.Float.Specific_ops]
SpecificFloat.toX_Float [lemma, in Interval.Float.Specific_ops]
SpecificFloat.type [definition, in Interval.Float.Specific_ops]
SpecificFloat.valid_ub_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.valid_lb_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.valid_lb [definition, in Interval.Float.Specific_ops]
SpecificFloat.valid_ub [definition, in Interval.Float.Specific_ops]
SpecificFloat.zero [definition, in Interval.Float.Specific_ops]
SpecificFloat.zero_correct [lemma, in Interval.Float.Specific_ops]
SpecificFloat.ZtoS [definition, in Interval.Float.Specific_ops]
SpecificFloat.ZtoS_correct [lemma, in Interval.Float.Specific_ops]
Specific_stdz [library]
Specific_sig [library]
Specific_bigint [library]
Specific_ops [library]
splitted_expr_sind [definition, in Interval.Eval.Prog]
splitted_expr_rec [definition, in Interval.Eval.Prog]
splitted_expr_ind [definition, in Interval.Eval.Prog]
splitted_expr_rect [definition, in Interval.Eval.Prog]
splitted_expr [inductive, in Interval.Eval.Prog]
split_expr_correct [lemma, in Interval.Eval.Prog]
split_expr [definition, in Interval.Eval.Prog]
Sqr [constructor, in Interval.Eval.Tree]
Sqrt [constructor, in Interval.Language.Lang_expr]
sqrt [abbreviation, in Interval.Missing.Int63Copy]
Sqrt [constructor, in Interval.Eval.Tree]
sqrt_spec [abbreviation, in Interval.Missing.Int63Copy]
sqrt_init [abbreviation, in Interval.Missing.Int63Copy]
sqrt_step_correct [abbreviation, in Interval.Missing.Int63Copy]
sqrt_test_true [abbreviation, in Interval.Missing.Int63Copy]
sqrt_test_false [abbreviation, in Interval.Missing.Int63Copy]
sqrt_main [abbreviation, in Interval.Missing.Int63Copy]
sqrt_main_trick [abbreviation, in Interval.Missing.Int63Copy]
sqrt_step [abbreviation, in Interval.Missing.Int63Copy]
sqrt2 [abbreviation, in Interval.Missing.Int63Copy]
sqrt2_spec [abbreviation, in Interval.Missing.Int63Copy]
sqrt2_step_correct [abbreviation, in Interval.Missing.Int63Copy]
sqrt2_lower_bound [abbreviation, in Interval.Missing.Int63Copy]
sqrt2_step_def [abbreviation, in Interval.Missing.Int63Copy]
sqrt2_step [abbreviation, in Interval.Missing.Int63Copy]
Stdlib [library]
StdZRadix2 [module, in Interval.Float.Specific_stdz]
StdZRadix2.digits_aux [definition, in Interval.Float.Specific_stdz]
StdZRadix2.EtoZ [definition, in Interval.Float.Specific_stdz]
StdZRadix2.exponent_div2_floor_correct [lemma, in Interval.Float.Specific_stdz]
StdZRadix2.exponent_cmp_correct [definition, in Interval.Float.Specific_stdz]
StdZRadix2.exponent_sub_correct [definition, in Interval.Float.Specific_stdz]
StdZRadix2.exponent_add_correct [definition, in Interval.Float.Specific_stdz]
StdZRadix2.exponent_neg_correct [definition, in Interval.Float.Specific_stdz]
StdZRadix2.exponent_one_correct [definition, in Interval.Float.Specific_stdz]
StdZRadix2.exponent_zero_correct [definition, in Interval.Float.Specific_stdz]
StdZRadix2.exponent_div2_floor [definition, in Interval.Float.Specific_stdz]
StdZRadix2.exponent_cmp [definition, in Interval.Float.Specific_stdz]
StdZRadix2.exponent_sub [definition, in Interval.Float.Specific_stdz]
StdZRadix2.exponent_add [definition, in Interval.Float.Specific_stdz]
StdZRadix2.exponent_neg [definition, in Interval.Float.Specific_stdz]
StdZRadix2.exponent_one [definition, in Interval.Float.Specific_stdz]
StdZRadix2.exponent_zero [definition, in Interval.Float.Specific_stdz]
StdZRadix2.exponent_type [definition, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_sqrt_correct [lemma, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_div_correct [lemma, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_shrp_correct [lemma, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_shr_correct [lemma, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_shl_correct [lemma, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_scale2_correct [lemma, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_digits_correct [lemma, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_sign_correct [lemma, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_even_correct [definition, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_cmp_correct [definition, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_mul_correct [definition, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_sub_correct [definition, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_add_correct [definition, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_one_correct [definition, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_neg_correct [definition, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_pos_correct [definition, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_zero_correct [definition, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_sqrt [definition, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_div [definition, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_shrp [definition, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_shrp_aux_correct [lemma, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_shrp_aux [definition, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_shr [definition, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_shr_aux [definition, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_split_div [definition, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_digits [definition, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_scale2 [definition, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_shl [definition, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_even [definition, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_sign [definition, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_neg [definition, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_pos [definition, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_cmp [definition, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_mul [definition, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_sub [definition, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_add [definition, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_one [definition, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_zero [definition, in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_type [definition, in Interval.Float.Specific_stdz]
StdZRadix2.MtoP [definition, in Interval.Float.Specific_stdz]
StdZRadix2.MtoZ [definition, in Interval.Float.Specific_stdz]
StdZRadix2.PtoM [definition, in Interval.Float.Specific_stdz]
StdZRadix2.PtoM_correct [definition, in Interval.Float.Specific_stdz]
StdZRadix2.radix [definition, in Interval.Float.Specific_stdz]
StdZRadix2.radix_correct [definition, in Interval.Float.Specific_stdz]
StdZRadix2.smantissa_type [definition, in Interval.Float.Specific_stdz]
StdZRadix2.valid_mantissa [definition, in Interval.Float.Specific_stdz]
StdZRadix2.ZtoE [definition, in Interval.Float.Specific_stdz]
StdZRadix2.ZtoE_correct [definition, in Interval.Float.Specific_stdz]
StdZRadix2.ZtoM [definition, in Interval.Float.Specific_stdz]
StdZRadix2.ZtoM_correct [definition, in Interval.Float.Specific_stdz]
SUB [constructor, in Interval.Language.Lang_expr]
sub [abbreviation, in Interval.Missing.Int63Copy]
Sub [constructor, in Interval.Eval.Tree]
subc [abbreviation, in Interval.Missing.Int63Copy]
subcarry [abbreviation, in Interval.Missing.Int63Copy]
subcarryc [abbreviation, in Interval.Missing.Int63Copy]
subcarryc_spec [abbreviation, in Interval.Missing.Int63Copy]
subcarryc_def_spec [abbreviation, in Interval.Missing.Int63Copy]
subcarryc_def [abbreviation, in Interval.Missing.Int63Copy]
subcarry_spec [abbreviation, in Interval.Missing.Int63Copy]
subc_spec [abbreviation, in Interval.Missing.Int63Copy]
subc_def_spec [abbreviation, in Interval.Missing.Int63Copy]
subc_def [abbreviation, in Interval.Missing.Int63Copy]
subset [definition, in Interval.Interval.Interval]
subset_contains [lemma, in Interval.Interval.Interval]
subset' [definition, in Interval.Interval.Interval]
subst_lemma [lemma, in Interval.Integral.Bertrand]
sub_sub_assoc [lemma, in Interval.Interval.Float_full_primfloat]
sub_spec [abbreviation, in Interval.Missing.Int63Copy]
succ [abbreviation, in Interval.Missing.Int63Copy]
succc [abbreviation, in Interval.Missing.Int63Copy]
succc_spec [abbreviation, in Interval.Missing.Int63Copy]
succ_round_N_ge [lemma, in Interval.Interval.Float_full_primfloat]
succ_FLT_shift_ge [lemma, in Interval.Interval.Float_full_primfloat]
succ_round_FLX_le_FLT [lemma, in Interval.Interval.Float_full_primfloat]
succ_round_gt_id [lemma, in Interval.Interval.Float_full_primfloat]
succ_FLX_eq_FLT_large [lemma, in Interval.Interval.Float_full_primfloat]
succ_FLX_le_FLT [lemma, in Interval.Interval.Float_full_primfloat]
succ_spec [abbreviation, in Interval.Missing.Int63Copy]
sum_f_to_big [lemma, in Interval.Interval.Interval_compl]
s_float_sind [definition, in Interval.Float.Specific_ops]
s_float_rec [definition, in Interval.Float.Specific_ops]
s_float_ind [definition, in Interval.Float.Specific_ops]
s_float_rect [definition, in Interval.Float.Specific_ops]
s_float [inductive, in Interval.Float.Specific_ops]
T
Tactic [library]Tactic_float [library]
tail0 [abbreviation, in Interval.Missing.Int63Copy]
tail0_spec [abbreviation, in Interval.Missing.Int63Copy]
tail00_spec [abbreviation, in Interval.Missing.Int63Copy]
Tan [constructor, in Interval.Eval.Tree]
Taylor [library]
TaylorLagrange [section, in Interval.Real.Taylor]
TaylorLagrange.a [variable, in Interval.Real.Taylor]
TaylorLagrange.b [variable, in Interval.Real.Taylor]
TaylorLagrange.CorTL [section, in Interval.Real.Taylor]
TaylorLagrange.CorTL.derivable_pt_lim_Dp [variable, in Interval.Real.Taylor]
TaylorLagrange.D [variable, in Interval.Real.Taylor]
TaylorLagrange.n [variable, in Interval.Real.Taylor]
TaylorLagrange.TL [section, in Interval.Real.Taylor]
TaylorLagrange.TL.c [variable, in Interval.Real.Taylor]
TaylorLagrange.TL.continuity_pt_Dp [variable, in Interval.Real.Taylor]
TaylorLagrange.TL.derivable_pt_lim_Dp [variable, in Interval.Real.Taylor]
TaylorLagrange.TL.g [variable, in Interval.Real.Taylor]
TaylorLagrange.TL.Hx [variable, in Interval.Real.Taylor]
TaylorLagrange.TL.Hx0 [variable, in Interval.Real.Taylor]
TaylorLagrange.TL.x [variable, in Interval.Real.Taylor]
TaylorLagrange.TL.x0 [variable, in Interval.Real.Taylor]
TaylorModel [module, in Interval.Poly.Taylor_model_sharp]
TaylorModel.Aux [module, in Interval.Poly.Taylor_model_sharp]
TaylorModel.bigXadd'_P [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.BndThm [module, in Interval.Poly.Taylor_model_sharp]
TaylorModel.contains_interval_float_integral [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.derive_big [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.ex_derive_big [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.F_Rcontains [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.horner_pad [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.horner_primitive [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.Iadd [abbreviation, in Interval.Poly.Taylor_model_sharp]
TaylorModel.Imul [abbreviation, in Interval.Poly.Taylor_model_sharp]
TaylorModel.integralEnclosure [definition, in Interval.Poly.Taylor_model_sharp]
TaylorModel.integralEnclosure_correct [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.integralError [definition, in Interval.Poly.Taylor_model_sharp]
TaylorModel.IPoly_nai [projection, in Interval.Poly.Taylor_model_sharp]
TaylorModel.IPoly_nth [projection, in Interval.Poly.Taylor_model_sharp]
TaylorModel.IPoly_size [projection, in Interval.Poly.Taylor_model_sharp]
TaylorModel.Isub [abbreviation, in Interval.Poly.Taylor_model_sharp]
TaylorModel.is_derive_n_tan [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.is_derive_n_atan [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.is_const_ext_weak [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.is_const_ext [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.is_const [definition, in Interval.Poly.Taylor_model_sharp]
TaylorModel.I_invsqrt [definition, in Interval.Poly.Taylor_model_sharp]
TaylorModel.i_validTM_Ztech [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.i_validTM_TLrem [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.i_validTM [definition, in Interval.Poly.Taylor_model_sharp]
TaylorModel.J [module, in Interval.Poly.Taylor_model_sharp]
TaylorModel.lower_odd_Rneg_over [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.lower_odd_Rpos_over [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.lower_even_Rneg_over [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.lower_even_Rpos_over [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.mul_error [definition, in Interval.Poly.Taylor_model_sharp]
TaylorModel.nat_ind2 [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.pad_correct [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.polIntegral [definition, in Interval.Poly.Taylor_model_sharp]
TaylorModel.Poly_nth0 [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.Poly_nth [projection, in Interval.Poly.Taylor_model_sharp]
TaylorModel.Poly_size [projection, in Interval.Poly.Taylor_model_sharp]
TaylorModel.pol_int_sub [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.powerRZ_opp [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.powerRZ_1_even [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.pow_Rabs_sign [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument [section, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.Const_prelim [section, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.GenericProof [section, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.GenericProof.aux [section, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.GenericProof.aux.dom [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.GenericProof.aux.Hder_n [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.GenericProof.aux.Hdom [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.GenericProof.aux.Poly_nth [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.GenericProof.aux.Poly_size [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.GenericProof.Dn [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.GenericProof.F [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.GenericProof.F_contains [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.GenericProof.f0 [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.GenericProof.Hder_n [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.GenericProof.IP [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.GenericProof.P [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.GenericProof.Rdelta [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.GenericProof.Rdelta' [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.GenericProof.X [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.GenericProof.xf [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.pad [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.prec [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TaylorModel [section, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TaylorModel.M [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TaylorModel.Tcoeffs [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.NumericIntegration.f_int_numeric [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.NumericIntegration.Hib [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.NumericIntegration.Hia [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.NumericIntegration.Hb [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.NumericIntegration.Ha [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.NumericIntegration.Hx0 [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.NumericIntegration.ib [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.NumericIntegration.ia [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.NumericIntegration.b [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.NumericIntegration.a [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.NumericIntegration.x0 [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.NumericIntegration [section, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.Mf [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.x_Def [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.f_int [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.iX [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.iX0 [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.f [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.xF [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.X [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.X0 [variable, in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral [section, in Interval.Poly.Taylor_model_sharp]
_ - _ [notation, in Interval.Poly.Taylor_model_sharp]
_ + _ [notation, in Interval.Poly.Taylor_model_sharp]
TaylorModel.Rderive_delta [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.Rmonot_contains [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.Ropp_le_0 [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.rpa [abbreviation, in Interval.Poly.Taylor_model_sharp]
TaylorModel.Rpol_integral_0 [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.Rpol_derive [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.Rpol_integrable [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.Rpol_continuous [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.sizes [definition, in Interval.Poly.Taylor_model_sharp]
TaylorModel.size_pad [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TI [module, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TLrem [definition, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TMset0 [definition, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TMset0_correct [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_div_correct [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_div [definition, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_inv_comp_correct [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_inv_comp [definition, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_comp_correct [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_comp [definition, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_type [definition, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_horner_correct [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_horner [definition, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_mul_correct [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_mul [definition, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_div_mixed_r_correct_strong [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_div_mixed_r_nai [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_div_mixed_r_correct [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_div_mixed_r_aux0 [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_mul_mixed_correct_strong [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_mul_mixed_nai [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_mul_mixed_correct [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_div_mixed_r [definition, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_mul_mixed [definition, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_sub_correct [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_opp_correct [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_add_correct [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_ln_correct [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_ln [definition, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_inv_correct [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_inv [definition, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_power_int_correct [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_power_int_correct_aux [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_power_int [definition, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_invsqrt_correct [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_invsqrt [definition, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_sqrt_correct [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_sqrt [definition, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_tan_correct [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_tan [definition, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_atan_correct [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_cos_correct [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_sin_correct [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_exp_correct [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_var_correct_strong [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_var_correct [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_any_correct [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_any [definition, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_cst_correct_strong [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_cst_correct [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_integral_correct [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_integral [definition, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_integral_error_0 [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_integral_error [definition, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_integral_poly [definition, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_fun_eq [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_sub [definition, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_opp [definition, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_add [definition, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_atan [definition, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_cos [definition, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_sin [definition, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_exp [definition, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_var [definition, in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_cst [definition, in Interval.Poly.Taylor_model_sharp]
TaylorModel.toR_power_int_loc [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.toR_power_int [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.upper_Rneg_over [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.upper_Rpos_over [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.validIPoly [record, in Interval.Poly.Taylor_model_sharp]
TaylorModel.validPoly [record, in Interval.Poly.Taylor_model_sharp]
TaylorModel.ZEven_pow_le [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.ZOdd_pow_le [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.Ztech [definition, in Interval.Poly.Taylor_model_sharp]
TaylorModel.Ztech_derive_sign [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorModel.Zumkeller_monot_rem [lemma, in Interval.Poly.Taylor_model_sharp]
TaylorPoly [module, in Interval.Poly.Taylor_poly]
TaylorPoly.cos_rec [definition, in Interval.Poly.Taylor_poly]
TaylorPoly.exp_rec [definition, in Interval.Poly.Taylor_poly]
TaylorPoly.invsqrt_rec [definition, in Interval.Poly.Taylor_poly]
TaylorPoly.inv_rec [definition, in Interval.Poly.Taylor_poly]
TaylorPoly.pow_aux_rec [definition, in Interval.Poly.Taylor_poly]
TaylorPoly.PrecIsPropagated1 [section, in Interval.Poly.Taylor_poly]
TaylorPoly.PrecIsPropagated1.u [variable, in Interval.Poly.Taylor_poly]
_ / _ [notation, in Interval.Poly.Taylor_poly]
_ * _ [notation, in Interval.Poly.Taylor_poly]
_ - _ [notation, in Interval.Poly.Taylor_poly]
_ + _ [notation, in Interval.Poly.Taylor_poly]
TaylorPoly.PrecIsPropagated2 [section, in Interval.Poly.Taylor_poly]
TaylorPoly.PrecIsPropagated2.u [variable, in Interval.Poly.Taylor_poly]
TaylorPoly.sin_rec [definition, in Interval.Poly.Taylor_poly]
TaylorPoly.sqrt_rec [definition, in Interval.Poly.Taylor_poly]
TaylorPoly.T_ln [definition, in Interval.Poly.Taylor_poly]
TaylorPoly.T_atan [definition, in Interval.Poly.Taylor_poly]
TaylorPoly.T_tan [definition, in Interval.Poly.Taylor_poly]
TaylorPoly.T_power_int [definition, in Interval.Poly.Taylor_poly]
TaylorPoly.T_invsqrt [definition, in Interval.Poly.Taylor_poly]
TaylorPoly.T_sqrt [definition, in Interval.Poly.Taylor_poly]
TaylorPoly.T_cos [definition, in Interval.Poly.Taylor_poly]
TaylorPoly.T_sin [definition, in Interval.Poly.Taylor_poly]
TaylorPoly.T_exp [definition, in Interval.Poly.Taylor_poly]
TaylorPoly.T_inv [definition, in Interval.Poly.Taylor_poly]
Taylor_Lagrange [lemma, in Interval.Real.Taylor]
Taylor_poly [library]
Taylor_model [library]
Taylor_model_sharp [library]
Tcoeff [abbreviation, in Interval.Real.Taylor]
term [inductive, in Interval.Eval.Prog]
term_sind [definition, in Interval.Eval.Prog]
term_rec [definition, in Interval.Eval.Prog]
term_ind [definition, in Interval.Eval.Prog]
term_rect [definition, in Interval.Eval.Prog]
TM [module, in Interval.Poly.Taylor_model]
TM.abs [definition, in Interval.Poly.Taylor_model]
TM.abs_correct [lemma, in Interval.Poly.Taylor_model]
TM.add [definition, in Interval.Poly.Taylor_model]
TM.add_correct [lemma, in Interval.Poly.Taylor_model]
TM.add_slow_correct [lemma, in Interval.Poly.Taylor_model]
TM.add_slow [definition, in Interval.Poly.Taylor_model]
TM.approximates [definition, in Interval.Poly.Taylor_model]
TM.approximates_ext [lemma, in Interval.Poly.Taylor_model]
TM.atan [definition, in Interval.Poly.Taylor_model]
TM.atan_correct [lemma, in Interval.Poly.Taylor_model]
TM.Bnd [module, in Interval.Poly.Taylor_model]
TM.const [definition, in Interval.Poly.Taylor_model]
TM.Const [constructor, in Interval.Poly.Taylor_model]
TM.const_correct [lemma, in Interval.Poly.Taylor_model]
TM.contains_fromZ_lower_upper_div [lemma, in Interval.Poly.Taylor_model]
TM.contains_fromZ_lower_upper [lemma, in Interval.Poly.Taylor_model]
TM.contains_midpoint [lemma, in Interval.Poly.Taylor_model]
TM.cos [definition, in Interval.Poly.Taylor_model]
TM.cos_correct [lemma, in Interval.Poly.Taylor_model]
TM.div [definition, in Interval.Poly.Taylor_model]
TM.div_correct [lemma, in Interval.Poly.Taylor_model]
TM.div_slow_correct [lemma, in Interval.Poly.Taylor_model]
TM.div_slow [definition, in Interval.Poly.Taylor_model]
TM.dummy [definition, in Interval.Poly.Taylor_model]
TM.dummy_correct [lemma, in Interval.Poly.Taylor_model]
TM.error_fix_correct [lemma, in Interval.Poly.Taylor_model]
TM.error_fix [definition, in Interval.Poly.Taylor_model]
TM.error_flt_correct [lemma, in Interval.Poly.Taylor_model]
TM.error_flt [definition, in Interval.Poly.Taylor_model]
TM.eval [definition, in Interval.Poly.Taylor_model]
TM.eval_correct [lemma, in Interval.Poly.Taylor_model]
TM.exp [definition, in Interval.Poly.Taylor_model]
TM.exp_correct [lemma, in Interval.Poly.Taylor_model]
TM.fun_gen_correct [lemma, in Interval.Poly.Taylor_model]
TM.fun_gen [definition, in Interval.Poly.Taylor_model]
TM.get_tm_correct [lemma, in Interval.Poly.Taylor_model]
TM.get_tm [definition, in Interval.Poly.Taylor_model]
TM.Iconst [definition, in Interval.Poly.Taylor_model]
TM.Iconst_true_correct [lemma, in Interval.Poly.Taylor_model]
TM.im1 [definition, in Interval.Poly.Taylor_model]
TM.inv [definition, in Interval.Poly.Taylor_model]
TM.inv_correct [lemma, in Interval.Poly.Taylor_model]
TM.Isign_large_Xabs [lemma, in Interval.Poly.Taylor_model]
TM.i1 [definition, in Interval.Poly.Taylor_model]
TM.i2 [definition, in Interval.Poly.Taylor_model]
TM.ln [definition, in Interval.Poly.Taylor_model]
TM.ln_correct [lemma, in Interval.Poly.Taylor_model]
TM.mul [definition, in Interval.Poly.Taylor_model]
TM.mul_correct [lemma, in Interval.Poly.Taylor_model]
TM.mul_slow_correct [lemma, in Interval.Poly.Taylor_model]
TM.mul_slow [definition, in Interval.Poly.Taylor_model]
TM.nearbyint [definition, in Interval.Poly.Taylor_model]
TM.nearbyint_correct [lemma, in Interval.Poly.Taylor_model]
TM.opp [definition, in Interval.Poly.Taylor_model]
TM.opp_correct [lemma, in Interval.Poly.Taylor_model]
TM.opp_slow_correct [lemma, in Interval.Poly.Taylor_model]
TM.opp_slow [definition, in Interval.Poly.Taylor_model]
TM.Pol [module, in Interval.Poly.Taylor_model]
TM.power_int_correct [lemma, in Interval.Poly.Taylor_model]
TM.power_int [definition, in Interval.Poly.Taylor_model]
TM.round_fix_correct [lemma, in Interval.Poly.Taylor_model]
TM.round_fix [definition, in Interval.Poly.Taylor_model]
TM.round_flt_correct [lemma, in Interval.Poly.Taylor_model]
TM.round_flt [definition, in Interval.Poly.Taylor_model]
TM.sin [definition, in Interval.Poly.Taylor_model]
TM.sin_correct [lemma, in Interval.Poly.Taylor_model]
TM.sqr [definition, in Interval.Poly.Taylor_model]
TM.sqrt [definition, in Interval.Poly.Taylor_model]
TM.sqrt_correct [lemma, in Interval.Poly.Taylor_model]
TM.sqr_correct [lemma, in Interval.Poly.Taylor_model]
TM.sub [definition, in Interval.Poly.Taylor_model]
TM.sub_correct [lemma, in Interval.Poly.Taylor_model]
TM.sub_slow_correct [lemma, in Interval.Poly.Taylor_model]
TM.sub_slow [definition, in Interval.Poly.Taylor_model]
TM.T [definition, in Interval.Poly.Taylor_model]
TM.tan [definition, in Interval.Poly.Taylor_model]
TM.tan_correct [lemma, in Interval.Poly.Taylor_model]
TM.Tm [constructor, in Interval.Poly.Taylor_model]
TM.TMI [module, in Interval.Poly.Taylor_model]
TM.t__sind [definition, in Interval.Poly.Taylor_model]
TM.t__rec [definition, in Interval.Poly.Taylor_model]
TM.t__ind [definition, in Interval.Poly.Taylor_model]
TM.t__rect [definition, in Interval.Poly.Taylor_model]
TM.t_ [inductive, in Interval.Poly.Taylor_model]
TM.U [definition, in Interval.Poly.Taylor_model]
TM.var [definition, in Interval.Poly.Taylor_model]
TM.Var [constructor, in Interval.Poly.Taylor_model]
TM.var_correct [lemma, in Interval.Poly.Taylor_model]
toList [definition, in Interval.Language.Lang_simpl]
to_Z_split [abbreviation, in Interval.Missing.Int63Copy]
to_Z_gcd [abbreviation, in Interval.Missing.Int63Copy]
to_Z_inj [abbreviation, in Interval.Missing.Int63Copy]
to_Z_1 [abbreviation, in Interval.Missing.Int63Copy]
to_Z_0 [abbreviation, in Interval.Missing.Int63Copy]
to_Z_bounded [abbreviation, in Interval.Missing.Int63Copy]
to_Z_rec_bounded [abbreviation, in Interval.Missing.Int63Copy]
to_Z [abbreviation, in Interval.Missing.Int63Copy]
to_Z_rec [abbreviation, in Interval.Missing.Int63Copy]
TR [module, in Interval.Poly.Taylor_model_sharp]
Transcend [library]
TranscendentalFloatFast [module, in Interval.Interval.Transcend]
TranscendentalFloatFast.atan_correct [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.atan_fast_correct [lemma, in Interval.Interval.Transcend]
TranscendentalFloatFast.atan_fastP_correct [lemma, in Interval.Interval.Transcend]
TranscendentalFloatFast.atan_fast0_correct [lemma, in Interval.Interval.Transcend]
TranscendentalFloatFast.atan_fast [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.atan_fastP [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.atan_fast0 [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.atan_fast0_aux [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.cm1 [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.constants [inductive, in Interval.Interval.Transcend]
TranscendentalFloatFast.constant_generator [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.constant_generator_aux [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.constant_getter [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.constant_getter_aux [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.Consts [constructor, in Interval.Interval.Transcend]
TranscendentalFloatFast.cos_correct [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.cos_fast_correct [lemma, in Interval.Interval.Transcend]
TranscendentalFloatFast.cos_fast [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.cos_fastP_correct [lemma, in Interval.Interval.Transcend]
TranscendentalFloatFast.cos_fastP [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.cos_fast0_correct [lemma, in Interval.Interval.Transcend]
TranscendentalFloatFast.cos_fast0 [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.cos_fast0_aux [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.c1 [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.c1_8_correct [lemma, in Interval.Interval.Transcend]
TranscendentalFloatFast.c1_2_correct [lemma, in Interval.Interval.Transcend]
TranscendentalFloatFast.c1_n_correct [lemma, in Interval.Interval.Transcend]
TranscendentalFloatFast.c1_p_c1_8 [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.c1_8 [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.c1_2 [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.c2 [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.c3 [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.expn_reduce_correct [lemma, in Interval.Interval.Transcend]
TranscendentalFloatFast.expn_fast0_correct [lemma, in Interval.Interval.Transcend]
TranscendentalFloatFast.expn_reduce [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.expn_fast0 [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.expn_fast0_aux [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.exp_fast_correct [lemma, in Interval.Interval.Transcend]
TranscendentalFloatFast.exp_fast [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.F' [module, in Interval.Interval.Transcend]
TranscendentalFloatFast.HConst [constructor, in Interval.Interval.Transcend]
TranscendentalFloatFast.hidden_constant_generator [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.hidden_constant [inductive, in Interval.Interval.Transcend]
TranscendentalFloatFast.I [module, in Interval.Interval.Transcend]
TranscendentalFloatFast.i1 [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.i2 [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.i239 [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.i3 [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.i4 [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.i5 [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.i6 [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.J [module, in Interval.Interval.Transcend]
TranscendentalFloatFast.ln_fast_correct [lemma, in Interval.Interval.Transcend]
TranscendentalFloatFast.ln_fast1P_correct [lemma, in Interval.Interval.Transcend]
TranscendentalFloatFast.ln_fast [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.ln_fast1P [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.ln1p_fast0_correct [lemma, in Interval.Interval.Transcend]
TranscendentalFloatFast.ln1p_fast0 [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.ln1p_fast0_aux [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.pi4 [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.pi4_correct [lemma, in Interval.Interval.Transcend]
TranscendentalFloatFast.pi4_seq [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.pi4_gen [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.semi_extension [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.sin_correct [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.sin_fast_correct [lemma, in Interval.Interval.Transcend]
TranscendentalFloatFast.sin_fast [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.sin_fastP_correct [lemma, in Interval.Interval.Transcend]
TranscendentalFloatFast.sin_fastP [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.sin_fast0_correct [lemma, in Interval.Interval.Transcend]
TranscendentalFloatFast.sin_fast0 [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.sin_cos_reduce_correct [lemma, in Interval.Interval.Transcend]
TranscendentalFloatFast.sin_cos_reduce [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.tan_correct [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.tan_fast_correct [lemma, in Interval.Interval.Transcend]
TranscendentalFloatFast.tan_fastP_correct [lemma, in Interval.Interval.Transcend]
TranscendentalFloatFast.tan_fast [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.tan_fastP [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.toR [abbreviation, in Interval.Interval.Transcend]
TranscendentalFloatFast.Z2nat [definition, in Interval.Interval.Transcend]
TranscendentalFloatFast.Z2P [definition, in Interval.Interval.Transcend]
Tree [library]
TruncToInt [constructor, in Interval.Language.Lang_expr]
trunc_sqrt [lemma, in Interval.Language.Lang_expr]
Tsum [abbreviation, in Interval.Real.Taylor]
Tterm [abbreviation, in Interval.Real.Taylor]
U
Ufloat [constructor, in Interval.Float.Generic]ufloat [inductive, in Interval.Float.Generic]
ufloat_sind [definition, in Interval.Float.Generic]
ufloat_rec [definition, in Interval.Float.Generic]
ufloat_ind [definition, in Interval.Float.Generic]
ufloat_rect [definition, in Interval.Float.Generic]
ufloat_pos_Eq [definition, in Interval.Float.Generic_proof]
Uint63_sqrt_small [lemma, in Interval.Language.Lang_expr]
Uint63_to_Z_sqrt [lemma, in Interval.Language.Lang_expr]
ulp_FLX_eq_FLT_large [lemma, in Interval.Interval.Float_full_primfloat]
ulp_FLX_le_FLT [lemma, in Interval.Interval.Float_full_primfloat]
Unan [constructor, in Interval.Float.Generic]
unary [projection, in Interval.Eval.Prog]
Unary [constructor, in Interval.Eval.Prog]
unary_real [definition, in Interval.Eval.Tree]
unary_op_sind [definition, in Interval.Eval.Tree]
unary_op_rec [definition, in Interval.Eval.Tree]
unary_op_ind [definition, in Interval.Eval.Tree]
unary_op_rect [definition, in Interval.Eval.Tree]
unary_op [inductive, in Interval.Eval.Tree]
uncurrify [definition, in Interval.Language.Lang_expr]
UnivariateApprox [module, in Interval.Interval.Univariate_sig]
UnivariateApprox.abs [axiom, in Interval.Interval.Univariate_sig]
UnivariateApprox.abs_correct [axiom, in Interval.Interval.Univariate_sig]
UnivariateApprox.add [axiom, in Interval.Interval.Univariate_sig]
UnivariateApprox.add_correct [axiom, in Interval.Interval.Univariate_sig]
UnivariateApprox.approximates [axiom, in Interval.Interval.Univariate_sig]
UnivariateApprox.approximates_ext [axiom, in Interval.Interval.Univariate_sig]
UnivariateApprox.atan [axiom, in Interval.Interval.Univariate_sig]
UnivariateApprox.atan_correct [axiom, in Interval.Interval.Univariate_sig]
UnivariateApprox.const [axiom, in Interval.Interval.Univariate_sig]
UnivariateApprox.const_correct [axiom, in Interval.Interval.Univariate_sig]
UnivariateApprox.cos [axiom, in Interval.Interval.Univariate_sig]
UnivariateApprox.cos_correct [axiom, in Interval.Interval.Univariate_sig]
UnivariateApprox.div [axiom, in Interval.Interval.Univariate_sig]
UnivariateApprox.div_correct [axiom, in Interval.Interval.Univariate_sig]
UnivariateApprox.dummy [axiom, in Interval.Interval.Univariate_sig]
UnivariateApprox.dummy_correct [axiom, in Interval.Interval.Univariate_sig]
UnivariateApprox.eval [axiom, in Interval.Interval.Univariate_sig]
UnivariateApprox.eval_correct [axiom, in Interval.Interval.Univariate_sig]
UnivariateApprox.exp [axiom, in Interval.Interval.Univariate_sig]
UnivariateApprox.exp_correct [axiom, in Interval.Interval.Univariate_sig]
UnivariateApprox.inv [axiom, in Interval.Interval.Univariate_sig]
UnivariateApprox.inv_correct [axiom, in Interval.Interval.Univariate_sig]
UnivariateApprox.ln [axiom, in Interval.Interval.Univariate_sig]
UnivariateApprox.ln_correct [axiom, in Interval.Interval.Univariate_sig]
UnivariateApprox.mul [axiom, in Interval.Interval.Univariate_sig]
UnivariateApprox.mul_correct [axiom, in Interval.Interval.Univariate_sig]
UnivariateApprox.opp [axiom, in Interval.Interval.Univariate_sig]
UnivariateApprox.opp_correct [axiom, in Interval.Interval.Univariate_sig]
UnivariateApprox.sin [axiom, in Interval.Interval.Univariate_sig]
UnivariateApprox.sin_correct [axiom, in Interval.Interval.Univariate_sig]
UnivariateApprox.sqrt [axiom, in Interval.Interval.Univariate_sig]
UnivariateApprox.sqrt_correct [axiom, in Interval.Interval.Univariate_sig]
UnivariateApprox.sub [axiom, in Interval.Interval.Univariate_sig]
UnivariateApprox.sub_correct [axiom, in Interval.Interval.Univariate_sig]
UnivariateApprox.T [axiom, in Interval.Interval.Univariate_sig]
UnivariateApprox.tan [axiom, in Interval.Interval.Univariate_sig]
UnivariateApprox.tan_correct [axiom, in Interval.Interval.Univariate_sig]
UnivariateApprox.U [definition, in Interval.Interval.Univariate_sig]
UnivariateApprox.var [axiom, in Interval.Interval.Univariate_sig]
UnivariateApprox.var_correct [axiom, in Interval.Interval.Univariate_sig]
Univariate_sig [library]
unknown [projection, in Interval.Eval.Prog]
Un_cv_ln1pc [lemma, in Interval.Missing.Stdlib]
Un_decreasing_ln1pc [lemma, in Interval.Missing.Stdlib]
Un_cv_atanc [lemma, in Interval.Missing.Stdlib]
Un_decreasing_atanc [lemma, in Interval.Missing.Stdlib]
Un_decreasing_sinc [lemma, in Interval.Missing.Stdlib]
Un_cv_subseq [lemma, in Interval.Missing.Stdlib]
Un_decreasing_cos [lemma, in Interval.Missing.Stdlib]
Un_decreasing_exp [lemma, in Interval.Missing.Stdlib]
UtoX [definition, in Interval.Float.Generic]
UtoX_pos_Eq [lemma, in Interval.Float.Generic_proof]
Uzero [constructor, in Interval.Float.Generic]
V
valid [definition, in Interval.Integral.Refine]valid_Inan [lemma, in Interval.Integral.Refine]
valid_rnd_of_mode [lemma, in Interval.Float.Basic]
Var [constructor, in Interval.Language.Lang_expr]
Void [constructor, in Interval.Language.Lang_simpl]
W
wB [abbreviation, in Interval.Missing.Int63Copy]wB_pos [abbreviation, in Interval.Missing.Int63Copy]
wB_diff_0 [abbreviation, in Interval.Missing.Int63Copy]
wellBehaved [definition, in Interval.Language.Lang_expr]
wellBehaved_decompose [lemma, in Interval.Language.Lang_expr]
wellDefined [definition, in Interval.Language.Lang_expr]
wellFormed [definition, in Interval.Language.Lang_expr]
well_formed_list_var [lemma, in Interval.Language.Lang_simpl]
well_formed_list_var_aux [lemma, in Interval.Language.Lang_simpl]
well_formed [definition, in Interval.Language.Lang_simpl]
X
Xabs [abbreviation, in Interval.Real.Xreal]Xadd [abbreviation, in Interval.Real.Xreal]
Xadd_0_r [lemma, in Interval.Real.Xreal]
Xadd_0_l [lemma, in Interval.Real.Xreal]
Xadd_comm [lemma, in Interval.Real.Xreal]
Xatan [abbreviation, in Interval.Real.Xreal]
Xbind [definition, in Interval.Real.Xreal]
Xbind2 [definition, in Interval.Real.Xreal]
Xcmp [definition, in Interval.Real.Xreal]
Xcomparison [inductive, in Interval.Real.Xreal]
Xcomparison_sind [definition, in Interval.Real.Xreal]
Xcomparison_rec [definition, in Interval.Real.Xreal]
Xcomparison_ind [definition, in Interval.Real.Xreal]
Xcomparison_rect [definition, in Interval.Real.Xreal]
Xcos [abbreviation, in Interval.Real.Xreal]
Xderive [definition, in Interval.Real.Xreal_derive]
Xderive_MVT [lemma, in Interval.Real.Xreal_derive]
Xderive_pt_constant [lemma, in Interval.Real.Xreal_derive]
Xderive_pt_identity [lemma, in Interval.Real.Xreal_derive]
Xderive_pt_eq_fun [lemma, in Interval.Real.Xreal_derive]
Xderive_pt_partial_fun [lemma, in Interval.Real.Xreal_derive]
Xderive_pt_power_int [lemma, in Interval.Real.Xreal_derive]
Xderive_pt_atan [lemma, in Interval.Real.Xreal_derive]
Xderive_pt_ln [lemma, in Interval.Real.Xreal_derive]
Xderive_pt_exp [lemma, in Interval.Real.Xreal_derive]
Xderive_pt_tan [lemma, in Interval.Real.Xreal_derive]
Xderive_pt_cos [lemma, in Interval.Real.Xreal_derive]
Xderive_pt_sin [lemma, in Interval.Real.Xreal_derive]
Xderive_pt_sqrt [lemma, in Interval.Real.Xreal_derive]
Xderive_pt_inv [lemma, in Interval.Real.Xreal_derive]
Xderive_pt_abs [lemma, in Interval.Real.Xreal_derive]
Xderive_pt_neg [lemma, in Interval.Real.Xreal_derive]
Xderive_pt_div [lemma, in Interval.Real.Xreal_derive]
Xderive_pt_mul [lemma, in Interval.Real.Xreal_derive]
Xderive_pt_sub [lemma, in Interval.Real.Xreal_derive]
Xderive_pt_add [lemma, in Interval.Real.Xreal_derive]
Xderive_pt [definition, in Interval.Real.Xreal_derive]
Xdiv [abbreviation, in Interval.Real.Xreal]
Xdiv_0_r [lemma, in Interval.Real.Xreal]
Xdiv_split [lemma, in Interval.Real.Xreal]
Xdiv' [definition, in Interval.Real.Xreal]
Xeq [constructor, in Interval.Real.Xreal]
Xerror_flt [definition, in Interval.Float.Basic]
Xerror_fix [definition, in Interval.Float.Basic]
Xexp [abbreviation, in Interval.Real.Xreal]
Xgt [constructor, in Interval.Real.Xreal]
Xinv [abbreviation, in Interval.Real.Xreal]
Xinv_Xmul_distr [lemma, in Interval.Real.Xreal]
Xinv' [definition, in Interval.Real.Xreal]
Xlift [abbreviation, in Interval.Real.Xreal]
Xlift2 [abbreviation, in Interval.Real.Xreal]
Xlift2_nan_r [lemma, in Interval.Real.Xreal]
Xln [abbreviation, in Interval.Real.Xreal]
Xln' [definition, in Interval.Real.Xreal]
Xlower [definition, in Interval.Interval.Interval]
Xlt [constructor, in Interval.Real.Xreal]
Xmask [definition, in Interval.Real.Xreal]
Xmax [abbreviation, in Interval.Real.Xreal]
Xmin [abbreviation, in Interval.Real.Xreal]
Xmul [abbreviation, in Interval.Real.Xreal]
Xmul_Xinv [lemma, in Interval.Real.Xreal]
Xmul_Xneg_distr_r [lemma, in Interval.Real.Xreal]
Xmul_Xneg_distr_l [lemma, in Interval.Real.Xreal]
Xmul_Xadd_distr_r [lemma, in Interval.Real.Xreal]
Xmul_1_r [lemma, in Interval.Real.Xreal]
Xmul_1_l [lemma, in Interval.Real.Xreal]
Xmul_assoc [lemma, in Interval.Real.Xreal]
Xmul_comm [lemma, in Interval.Real.Xreal]
Xnan [constructor, in Interval.Real.Xreal]
Xnearbyint [abbreviation, in Interval.Float.Basic]
Xneg [abbreviation, in Interval.Real.Xreal]
Xneg_involutive [lemma, in Interval.Real.Xreal]
Xpower_int_correct [lemma, in Interval.Real.Xreal]
Xpower_int [definition, in Interval.Real.Xreal]
Xpower_int' [definition, in Interval.Real.Xreal]
Xreal [constructor, in Interval.Real.Xreal]
Xreal [library]
xreal_to_real [lemma, in Interval.Eval.Eval]
Xreal_derive [library]
Xround [definition, in Interval.Float.Basic]
Xround_flt [definition, in Interval.Float.Basic]
Xround_fix [definition, in Interval.Float.Basic]
Xscale [definition, in Interval.Real.Xreal]
Xsin [abbreviation, in Interval.Real.Xreal]
Xsqr [abbreviation, in Interval.Real.Xreal]
Xsqrt [abbreviation, in Interval.Real.Xreal]
Xsqrt_nan [abbreviation, in Interval.Real.Xreal]
Xsqrt_nan' [definition, in Interval.Real.Xreal]
Xsqrt' [definition, in Interval.Real.Xreal]
Xsub [abbreviation, in Interval.Real.Xreal]
Xsub_split [lemma, in Interval.Real.Xreal]
Xtan [abbreviation, in Interval.Real.Xreal]
Xtan' [definition, in Interval.Real.Xreal]
Xund [constructor, in Interval.Real.Xreal]
Xupper [definition, in Interval.Interval.Interval]
x_alpha_beta [lemma, in Interval.Integral.Bertrand]
x_alpha_0 [lemma, in Interval.Integral.Bertrand]
Z
Z [module, in Interval.Float.Primitive_ops]Zcmod [definition, in Interval.Language.Lang_expr]
ZeroToEpsilon [section, in Interval.Integral.Bertrand]
Zfloor_mul [lemma, in Interval.Language.Lang_expr]
Zfloor_add [lemma, in Interval.Language.Lang_expr]
Zmod_distr [abbreviation, in Interval.Missing.Int63Copy]
Zmod_le_first [abbreviation, in Interval.Missing.Int63Copy]
ZnearestE_plus_even [lemma, in Interval.Language.Lang_expr]
Znearest_IZR [lemma, in Interval.Float.Generic_proof]
ZOpToFunction [definition, in Interval.Language.Lang_expr]
zpos_gt_0 [lemma, in Interval.Float.Basic]
Ztrunc_div_ [lemma, in Interval.Language.Lang_expr]
Z_div_mod_eq [lemma, in Interval.Missing.Stdlib]
Z_mul__canonical__Monoid_Law [definition, in Interval.Missing.MathComp2]
Z_mul__canonical__SemiGroup_Law [definition, in Interval.Missing.MathComp2]
Z_evenE [abbreviation, in Interval.Missing.Int63Copy]
Z_oddE [abbreviation, in Interval.Missing.Int63Copy]
Z.frexp [abbreviation, in Interval.Float.Primitive_ops]
Z.ldexp [abbreviation, in Interval.Float.Primitive_ops]
other
_ ≡ _ (int63_scope) [notation, in Interval.Missing.Int63Copy][-| _ |] (int63_scope) [notation, in Interval.Missing.Int63Copy]
[+| _ |] (int63_scope) [notation, in Interval.Missing.Int63Copy]
_ / _ (XR_scope) [notation, in Interval.Real.Xreal]
_ * _ (XR_scope) [notation, in Interval.Real.Xreal]
- _ (XR_scope) [notation, in Interval.Real.Xreal]
_ - _ (XR_scope) [notation, in Interval.Real.Xreal]
_ + _ (XR_scope) [notation, in Interval.Real.Xreal]
_ cmod _ (Z_scope) [notation, in Interval.Language.Lang_expr]
Notation Index
F
--> _ [in Interval.Poly.Datatypes]I
_ ≤? _ (int63_scope) [in Interval.Missing.Int63Copy]_ <=? _ (int63_scope) [in Interval.Missing.Int63Copy]
_ <? _ (int63_scope) [in Interval.Missing.Int63Copy]
_ =? _ (int63_scope) [in Interval.Missing.Int63Copy]
_ mod _ (int63_scope) [in Interval.Missing.Int63Copy]
_ / _ (int63_scope) [in Interval.Missing.Int63Copy]
_ * _ (int63_scope) [in Interval.Missing.Int63Copy]
_ - _ (int63_scope) [in Interval.Missing.Int63Copy]
_ + _ (int63_scope) [in Interval.Missing.Int63Copy]
_ lxor _ (int63_scope) [in Interval.Missing.Int63Copy]
_ lor _ (int63_scope) [in Interval.Missing.Int63Copy]
_ land _ (int63_scope) [in Interval.Missing.Int63Copy]
_ >> _ (int63_scope) [in Interval.Missing.Int63Copy]
_ << _ (int63_scope) [in Interval.Missing.Int63Copy]
_ -c _ (int63_scope) [in Interval.Missing.Int63Copy]
_ +c _ (int63_scope) [in Interval.Missing.Int63Copy]
- _ (int63_scope) [in Interval.Missing.Int63Copy]
Φ _ (int63_scope) [in Interval.Missing.Int63Copy]
φ _ (int63_scope) [in Interval.Missing.Int63Copy]
_ ?= _ (int63_scope) [in Interval.Missing.Int63Copy]
P
_ ^` () (R_scope) [in Interval.Poly.Datatypes]_ .[ _ ] (R_scope) [in Interval.Poly.Datatypes]
_ >:: _ (ipoly_scope) [in Interval.Poly.Datatypes]
_ >: _ (ipoly_scope) [in Interval.Poly.Datatypes]
R
_ / _ (rnd_scope) [in Interval.Language.Lang_expr]_ * _ (rnd_scope) [in Interval.Language.Lang_expr]
_ - _ (rnd_scope) [in Interval.Language.Lang_expr]
_ + _ (rnd_scope) [in Interval.Language.Lang_expr]
S
_ >:: _ (ipoly_scope) [in Interval.Poly.Datatypes]_ >: _ (ipoly_scope) [in Interval.Poly.Datatypes]
T
_ - _ [in Interval.Poly.Taylor_model_sharp]_ + _ [in Interval.Poly.Taylor_model_sharp]
_ / _ [in Interval.Poly.Taylor_poly]
_ * _ [in Interval.Poly.Taylor_poly]
_ - _ [in Interval.Poly.Taylor_poly]
_ + _ [in Interval.Poly.Taylor_poly]
other
_ ≡ _ (int63_scope) [in Interval.Missing.Int63Copy][-| _ |] (int63_scope) [in Interval.Missing.Int63Copy]
[+| _ |] (int63_scope) [in Interval.Missing.Int63Copy]
_ / _ (XR_scope) [in Interval.Real.Xreal]
_ * _ (XR_scope) [in Interval.Real.Xreal]
- _ (XR_scope) [in Interval.Real.Xreal]
_ - _ (XR_scope) [in Interval.Real.Xreal]
_ + _ (XR_scope) [in Interval.Real.Xreal]
_ cmod _ (Z_scope) [in Interval.Language.Lang_expr]
Module Index
B
BaseOps [in Interval.Poly.Datatypes]BertrandInterval [in Interval.Integral.Bertrand]
BertrandInterval.J [in Interval.Integral.Bertrand]
BigIntRadix2 [in Interval.Float.Specific_bigint]
BigOp [in Interval.Missing.MathComp2]
Bnd [in Interval.Eval.Reify]
Bnd [in Interval.Eval.Tree]
Bnd.E [in Interval.Eval.Reify]
Bnd.J [in Interval.Eval.Reify]
Bnd.J [in Interval.Eval.Tree]
C
Compat [in Interval.Float.Primitive_ops]F
Faux [in Interval.Language.Lang_simpl]Float [in Interval.Tactic_float]
FloatCarrier [in Interval.Float.Specific_sig]
FloatExt [in Interval.Float.Sig]
FloatInterval [in Interval.Interval.Float]
FloatIntervalFull [in Interval.Interval.Float_full]
FloatIntervalFull.T [in Interval.Interval.Float_full]
FloatInterval.F [in Interval.Interval.Float]
FloatInterval.F' [in Interval.Interval.Float]
FloatOps [in Interval.Float.Sig]
Format [in Interval.Language.Lang_expr]
Format64 [in Interval.Language.Lang_expr]
FullInt [in Interval.Poly.Datatypes]
FullOps [in Interval.Poly.Datatypes]
FullR [in Interval.Poly.Datatypes]
G
GenericFloat [in Interval.Float.Generic_ops]I
Iaux [in Interval.Language.Lang_simpl]IH [in Interval.Language.Lang_simpl]
IntegralRefiner [in Interval.Integral.Refine]
IntegralRefiner.J [in Interval.Integral.Refine]
IntegralTactic [in Interval.Integral.Integral]
IntegralTacticAux [in Interval.Tactics.Integral_helper]
IntegralTacticAux.BI [in Interval.Tactics.Integral_helper]
IntegralTacticAux.F' [in Interval.Tactics.Integral_helper]
IntegralTacticAux.IH [in Interval.Tactics.Integral_helper]
IntegralTacticAux.IR [in Interval.Tactics.Integral_helper]
IntegralTacticAux.IT [in Interval.Tactics.Integral_helper]
IntegralTacticAux.IU [in Interval.Tactics.Integral_helper]
IntegralTactic.J [in Interval.Integral.Integral]
IntegralTaylor [in Interval.Integral.Integral]
IntegralTaylor.J [in Interval.Integral.Integral]
IntegralTaylor.TM [in Interval.Integral.Integral]
Interval [in Interval.Tactic_float]
IntervalAlgos [in Interval.Eval.Eval]
IntervalAlgos.BndValuator [in Interval.Eval.Eval]
IntervalAlgos.DiffValuator [in Interval.Eval.Eval]
IntervalAlgos.J [in Interval.Eval.Eval]
IntervalAlgos.TaylorValuator [in Interval.Eval.Eval]
IntervalAlgos.TaylorValuator.TM [in Interval.Eval.Eval]
IntervalAux [in Interval.Interval.Interval_compl]
IntervalBasicExt [in Interval.Interval.Interval]
IntervalBasicOps [in Interval.Interval.Interval]
IntervalBasicOps.F [in Interval.Interval.Interval]
IntervalBounds [in Interval.Interval.Interval]
IntervalExt [in Interval.Interval.Interval]
IntervalOps [in Interval.Interval.Interval]
IntervalTactic [in Interval.Tactic]
IntervalTacticAux [in Interval.Tactics.Interval_helper]
IntervalTacticAux.A [in Interval.Tactics.Interval_helper]
IntervalTacticAux.J [in Interval.Tactics.Interval_helper]
IntervalTacticAux.R [in Interval.Tactics.Interval_helper]
IntervalTacticAux.SimpleTactic [in Interval.Tactics.Interval_helper]
IntervalTacticAux.T [in Interval.Tactics.Interval_helper]
IntervalTactic.Private [in Interval.Tactic]
IntervalTactic.Private.IT1 [in Interval.Tactic]
IntervalTactic.Private.IT2 [in Interval.Tactic]
IntervalTactic.Private.I1 [in Interval.Tactic]
IntervalTactic.Private.I2 [in Interval.Tactic]
IntervalTactic.Private.PT1 [in Interval.Tactic]
IntervalTactic.Private.PT2 [in Interval.Tactic]
IntervalTactic.Private.RT1 [in Interval.Tactic]
IntervalTactic.Private.RT2 [in Interval.Tactic]
Int32 [in Interval.Language.Lang_expr]
Int63 [in Interval.Language.Lang_expr]
Int63 [in Interval.Missing.Int63Compat]
Int63Notations [in Interval.Missing.Int63Copy]
Int63NotationsInternalB [in Interval.Missing.Int63Copy]
Int63NotationsInternalC [in Interval.Missing.Int63Copy]
Int63NotationsInternalD [in Interval.Missing.Int63Copy]
Int64 [in Interval.Language.Lang_expr]
IT [in Interval.Tactic]
P
PlotTacticAux [in Interval.Tactics.Plot_helper]PlotTacticAux.F' [in Interval.Tactics.Plot_helper]
PlotTacticAux.IH [in Interval.Tactics.Plot_helper]
PolR [in Interval.Poly.Datatypes]
PolR.Notations [in Interval.Poly.Datatypes]
PolyBound [in Interval.Poly.Bound]
PolyBoundHorner [in Interval.Poly.Bound]
PolyBoundHornerQuad [in Interval.Poly.Bound_quad]
PolyBoundHornerQuad.Bnd [in Interval.Poly.Bound_quad]
PolyBoundHornerQuad.J [in Interval.Poly.Bound_quad]
PolyBoundHorner.J [in Interval.Poly.Bound]
PolyBoundThm [in Interval.Poly.Bound]
PolyBound.J [in Interval.Poly.Bound]
PolyIntOps [in Interval.Poly.Datatypes]
PolyIntOps.Int [in Interval.Poly.Datatypes]
PolyIntOps.J [in Interval.Poly.Datatypes]
PolyIntOps.Notations [in Interval.Poly.Datatypes]
PolyOps [in Interval.Poly.Datatypes]
PowDivOps [in Interval.Poly.Datatypes]
PrimFloatIntervalFull [in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.ExpImpl [in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.Faux [in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.I [in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.Iaux [in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.IT [in Interval.Interval.Float_full_primfloat]
PrimitiveFloat [in Interval.Float.Primitive_ops]
Private [in Interval.Language.Lang_tac]
R
Radix [in Interval.Float.Generic_ops]Radix10 [in Interval.Float.Generic_ops]
Radix2 [in Interval.Float.Generic_ops]
RootTacticAux [in Interval.Tactics.Root_helper]
RootTacticAux.F' [in Interval.Tactics.Root_helper]
RootTacticAux.IH [in Interval.Tactics.Root_helper]
RoundedR [in Interval.Language.Lang_expr]
Rrnd [in Interval.Language.Lang_expr]
S
SeqPoly [in Interval.Poly.Datatypes]SeqPolyInt [in Interval.Poly.Datatypes]
SeqPolyInt.Int [in Interval.Poly.Datatypes]
SeqPolyInt.J [in Interval.Poly.Datatypes]
SeqPolyInt.Notations [in Interval.Poly.Datatypes]
SFBI2 [in Interval.Tactic]
SI [in Interval.Language.Lang_expr]
Size [in Interval.Language.Lang_expr]
Size32 [in Interval.Language.Lang_expr]
Size63 [in Interval.Language.Lang_expr]
Size64 [in Interval.Language.Lang_expr]
SpecificFloat [in Interval.Float.Specific_ops]
StdZRadix2 [in Interval.Float.Specific_stdz]
T
TaylorModel [in Interval.Poly.Taylor_model_sharp]TaylorModel.Aux [in Interval.Poly.Taylor_model_sharp]
TaylorModel.BndThm [in Interval.Poly.Taylor_model_sharp]
TaylorModel.J [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TI [in Interval.Poly.Taylor_model_sharp]
TaylorPoly [in Interval.Poly.Taylor_poly]
TM [in Interval.Poly.Taylor_model]
TM.Bnd [in Interval.Poly.Taylor_model]
TM.Pol [in Interval.Poly.Taylor_model]
TM.TMI [in Interval.Poly.Taylor_model]
TR [in Interval.Poly.Taylor_model_sharp]
TranscendentalFloatFast [in Interval.Interval.Transcend]
TranscendentalFloatFast.F' [in Interval.Interval.Transcend]
TranscendentalFloatFast.I [in Interval.Interval.Transcend]
TranscendentalFloatFast.J [in Interval.Interval.Transcend]
U
UnivariateApprox [in Interval.Interval.Univariate_sig]Z
Z [in Interval.Float.Primitive_ops]Variable Index
B
BertrandInterval.EffectiveBertrand.Infinity.A [in Interval.Integral.Bertrand]BertrandInterval.EffectiveBertrand.Infinity.a [in Interval.Integral.Bertrand]
BertrandInterval.EffectiveBertrand.Infinity.Hcontainsa [in Interval.Integral.Bertrand]
BertrandInterval.EffectiveBertrand.Infinity.iA [in Interval.Integral.Bertrand]
BertrandInterval.EffectiveBertrand.prec [in Interval.Integral.Bertrand]
BertrandInterval.EffectiveBertrand.Sing.Epsilon [in Interval.Integral.Bertrand]
BertrandInterval.EffectiveBertrand.Sing.epsilon [in Interval.Integral.Bertrand]
BertrandInterval.EffectiveBertrand.Sing.eps_gt0 [in Interval.Integral.Bertrand]
BertrandInterval.EffectiveBertrand.Sing.HEps [in Interval.Integral.Bertrand]
BertrandInterval.EffectiveBertrand.Sing.iEps [in Interval.Integral.Bertrand]
D
Definitions.beta [in Interval.Float.Basic]Defix1.a0 [in Interval.Poly.Basic_rec]
Defix1.d [in Interval.Poly.Basic_rec]
Defix1.F [in Interval.Poly.Basic_rec]
Defix1.T [in Interval.Poly.Basic_rec]
Defix2.a0 [in Interval.Poly.Basic_rec]
Defix2.a1 [in Interval.Poly.Basic_rec]
Defix2.d [in Interval.Poly.Basic_rec]
Defix2.F [in Interval.Poly.Basic_rec]
Defix2.T [in Interval.Poly.Basic_rec]
F
foldri_proof.H0 [in Interval.Missing.MathComp]foldri_proof.dt [in Interval.Missing.MathComp]
foldri_proof.dv [in Interval.Missing.MathComp]
foldri_proof.Rel [in Interval.Missing.MathComp]
foldri_proof.T [in Interval.Missing.MathComp]
foldri_proof.V [in Interval.Missing.MathComp]
Foldri.f [in Interval.Missing.MathComp]
Foldri.R [in Interval.Missing.MathComp]
Foldri.T [in Interval.Missing.MathComp]
Foldri.z0 [in Interval.Missing.MathComp]
fold_proof.H0 [in Interval.Missing.MathComp]
fold_proof.dt [in Interval.Missing.MathComp]
fold_proof.dv [in Interval.Missing.MathComp]
fold_proof.Rel [in Interval.Missing.MathComp]
fold_proof.T [in Interval.Missing.MathComp]
fold_proof.V [in Interval.Missing.MathComp]
G
GenDefix1.A [in Interval.Poly.Basic_rec]GenDefix1.a0 [in Interval.Poly.Basic_rec]
GenDefix1.F [in Interval.Poly.Basic_rec]
GenDefix1.G [in Interval.Poly.Basic_rec]
GenDefix1.init [in Interval.Poly.Basic_rec]
GenDefix1.T [in Interval.Poly.Basic_rec]
H
Head_Last.d [in Interval.Missing.MathComp]Head_Last.T [in Interval.Missing.MathComp]
I
IntegralRefiner.Bounds.exact_sum [in Interval.Integral.Refine]IntegralRefiner.Bounds.uf [in Interval.Integral.Refine]
IntegralRefiner.Bounds.vf [in Interval.Integral.Refine]
IntegralTaylor.DepthZeroPol.a [in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.b [in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.f [in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.Hconta [in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.Hcontb [in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.Hcontxa [in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.Hcontxb [in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.HiFIntExt [in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.Hintegrable [in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.ia [in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.ib [in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.iF [in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.iX [in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.iX0 [in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.Mf [in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.prec [in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.validMf [in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.X [in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.X0 [in Interval.Integral.Integral]
IntegralTaylor.DepthZeroPol.x0 [in Interval.Integral.Integral]
Integral.f [in Interval.Missing.Stdlib]
Integral.Hab [in Interval.Missing.Stdlib]
Integral.Hint [in Interval.Missing.Stdlib]
Integral.ra [in Interval.Missing.Stdlib]
Integral.rb [in Interval.Missing.Stdlib]
IntervalAux.PrecArgument.prec [in Interval.Interval.Interval_compl]
M
map_proof.Hop [in Interval.Missing.MathComp]map_proof.H0v [in Interval.Missing.MathComp]
map_proof.H0t [in Interval.Missing.MathComp]
map_proof.H0 [in Interval.Missing.MathComp]
map_proof.top [in Interval.Missing.MathComp]
map_proof.vop [in Interval.Missing.MathComp]
map_proof.dt [in Interval.Missing.MathComp]
map_proof.dv [in Interval.Missing.MathComp]
map_proof.Rel [in Interval.Missing.MathComp]
map_proof.T [in Interval.Missing.MathComp]
map_proof.V [in Interval.Missing.MathComp]
map2_proof.Hop [in Interval.Missing.MathComp]
map2_proof.H0v2 [in Interval.Missing.MathComp]
map2_proof.H0v1 [in Interval.Missing.MathComp]
map2_proof.H0t2 [in Interval.Missing.MathComp]
map2_proof.H0t1 [in Interval.Missing.MathComp]
map2_proof.H0eq [in Interval.Missing.MathComp]
map2_proof.Hop' [in Interval.Missing.MathComp]
map2_proof.H0v [in Interval.Missing.MathComp]
map2_proof.H0t [in Interval.Missing.MathComp]
map2_proof.H0 [in Interval.Missing.MathComp]
map2_proof.top' [in Interval.Missing.MathComp]
map2_proof.top [in Interval.Missing.MathComp]
map2_proof.vop' [in Interval.Missing.MathComp]
map2_proof.vop [in Interval.Missing.MathComp]
map2_proof.dt [in Interval.Missing.MathComp]
map2_proof.dv [in Interval.Missing.MathComp]
map2_proof.Rel [in Interval.Missing.MathComp]
map2_proof.T [in Interval.Missing.MathComp]
map2_proof.V [in Interval.Missing.MathComp]
Map2.C [in Interval.Missing.MathComp]
Map2.op [in Interval.Missing.MathComp]
Map2.op' [in Interval.Missing.MathComp]
Map2.x0 [in Interval.Missing.MathComp]
misc_proofs.H0 [in Interval.Missing.MathComp]
misc_proofs.dt [in Interval.Missing.MathComp]
misc_proofs.dv [in Interval.Missing.MathComp]
misc_proofs.Rel [in Interval.Missing.MathComp]
misc_proofs.T [in Interval.Missing.MathComp]
misc_proofs.V [in Interval.Missing.MathComp]
mkseq_proof.H0 [in Interval.Missing.MathComp]
mkseq_proof.dt [in Interval.Missing.MathComp]
mkseq_proof.dv [in Interval.Missing.MathComp]
mkseq_proof.Rel [in Interval.Missing.MathComp]
mkseq_proof.T [in Interval.Missing.MathComp]
mkseq_proof.V [in Interval.Missing.MathComp]
N
NDerive.Dn [in Interval.Interval.Interval_compl]NDerive.dom [in Interval.Interval.Interval_compl]
NDerive.f [in Interval.Interval.Interval_compl]
NDerive.Hdef [in Interval.Interval.Interval_compl]
NDerive.Hder [in Interval.Interval.Interval_compl]
NDerive.Hdom [in Interval.Interval.Interval_compl]
NDerive.n [in Interval.Interval.Interval_compl]
NDerive.xf [in Interval.Interval.Interval_compl]
P
Pairing.le [in Interval.Integral.Priority]PredArg.P [in Interval.Interval.Interval_compl]
R
rec_proofs.H0 [in Interval.Poly.Basic_rec]rec_proofs.dt [in Interval.Poly.Basic_rec]
rec_proofs.dv [in Interval.Poly.Basic_rec]
rec_proofs.Rel [in Interval.Poly.Basic_rec]
rec_proofs.T [in Interval.Poly.Basic_rec]
rec_proofs.V [in Interval.Poly.Basic_rec]
S
SeqPoly.PrecIsPropagated.u [in Interval.Poly.Datatypes]SeqPoly.precSection.u [in Interval.Poly.Datatypes]
T
TaylorLagrange.a [in Interval.Real.Taylor]TaylorLagrange.b [in Interval.Real.Taylor]
TaylorLagrange.CorTL.derivable_pt_lim_Dp [in Interval.Real.Taylor]
TaylorLagrange.D [in Interval.Real.Taylor]
TaylorLagrange.n [in Interval.Real.Taylor]
TaylorLagrange.TL.c [in Interval.Real.Taylor]
TaylorLagrange.TL.continuity_pt_Dp [in Interval.Real.Taylor]
TaylorLagrange.TL.derivable_pt_lim_Dp [in Interval.Real.Taylor]
TaylorLagrange.TL.g [in Interval.Real.Taylor]
TaylorLagrange.TL.Hx [in Interval.Real.Taylor]
TaylorLagrange.TL.Hx0 [in Interval.Real.Taylor]
TaylorLagrange.TL.x [in Interval.Real.Taylor]
TaylorLagrange.TL.x0 [in Interval.Real.Taylor]
TaylorModel.PrecArgument.GenericProof.aux.dom [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.GenericProof.aux.Hder_n [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.GenericProof.aux.Hdom [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.GenericProof.aux.Poly_nth [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.GenericProof.aux.Poly_size [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.GenericProof.Dn [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.GenericProof.F [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.GenericProof.F_contains [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.GenericProof.f0 [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.GenericProof.Hder_n [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.GenericProof.IP [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.GenericProof.P [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.GenericProof.Rdelta [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.GenericProof.Rdelta' [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.GenericProof.X [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.GenericProof.xf [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.pad [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.prec [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TaylorModel.M [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TaylorModel.Tcoeffs [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.NumericIntegration.f_int_numeric [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.NumericIntegration.Hib [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.NumericIntegration.Hia [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.NumericIntegration.Hb [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.NumericIntegration.Ha [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.NumericIntegration.Hx0 [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.NumericIntegration.ib [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.NumericIntegration.ia [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.NumericIntegration.b [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.NumericIntegration.a [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.NumericIntegration.x0 [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.Mf [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.x_Def [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.f_int [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.iX [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.iX0 [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.f [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.xF [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.X [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.X0 [in Interval.Poly.Taylor_model_sharp]
TaylorPoly.PrecIsPropagated1.u [in Interval.Poly.Taylor_poly]
TaylorPoly.PrecIsPropagated2.u [in Interval.Poly.Taylor_poly]
Library Index
B
BasicBasic_rec
Bertrand
Bound
Bound_quad
C
CoquelicotD
DatatypesE
EvalF
FloatFloat_full_primfloat
Float_full
Flocq
G
GenericGeneric_ops
Generic_proof
I
IntegralIntegral_helper
Interval
Interval_compl
Interval_helper
Int63Compat
Int63Copy
L
Lang_simplLang_tac
Lang_expr
M
MathCompMathComp1or2
MathComp2
P
PlotPlot_helper
Primitive_ops
Priority
Prog
R
RefineReify
Root_helper
S
SigSpecific_stdz
Specific_sig
Specific_bigint
Specific_ops
Stdlib
T
TacticTactic_float
Taylor
Taylor_poly
Taylor_model
Taylor_model_sharp
Transcend
Tree
U
Univariate_sigX
XrealXreal_derive
Lemma Index
A
addn_pred_leqI [in Interval.Missing.MathComp]adjust_mantissa_Eq [in Interval.Float.Generic_proof]
adjust_pos_correct [in Interval.Float.Generic_proof]
adjust_mantissa_correct [in Interval.Float.Generic_proof]
all_permut [in Interval.Integral.Priority]
alternated_series_ineq' [in Interval.Missing.Stdlib]
asr_land [in Interval.Interval.Float_full_primfloat]
atanc_opp [in Interval.Missing.Stdlib]
atanc_exists [in Interval.Missing.Stdlib]
atan_atanc [in Interval.Missing.Stdlib]
atan_plus_PI4 [in Interval.Missing.Stdlib]
AtomToGoal_correct [in Interval.Language.Lang_simpl]
at_right_le_at_point [in Interval.Integral.Integral]
at_point_filter_prod_l [in Interval.Integral.Integral]
at_point_filter_prod [in Interval.Integral.Integral]
aux_4 [in Interval.Language.Lang_expr]
aux_3 [in Interval.Language.Lang_expr]
aux_2 [in Interval.Language.Lang_expr]
B
ball_to_lra [in Interval.Missing.Coquelicot]behead_rec2down [in Interval.Poly.Basic_rec]
behead_loop2 [in Interval.Poly.Basic_rec]
behead_grec1down [in Interval.Poly.Basic_rec]
behead_rec1down [in Interval.Poly.Basic_rec]
behead_rev_take [in Interval.Poly.Basic_rec]
behead_rcons [in Interval.Poly.Basic_rec]
BertrandInterval.f_int_fast_correct [in Interval.Integral.Bertrand]
BertrandInterval.f_int_fast_f_int [in Interval.Integral.Bertrand]
BertrandInterval.f_int_correct [in Interval.Integral.Bertrand]
BertrandInterval.f_neg_int_correct [in Interval.Integral.Bertrand]
BertrandInterval.f0eps_correct [in Interval.Integral.Bertrand]
BigIntRadix2.exponent_cmp_correct [in Interval.Float.Specific_bigint]
BigIntRadix2.exponent_div2_floor_correct [in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_sqrt_correct [in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_div_correct [in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_shrp_correct [in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_shr_correct [in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_sign_correct [in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_shl_correct [in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_scale2_correct [in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_digits_correct [in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_cmp_correct [in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_mul_correct [in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_sub_correct [in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_add_correct [in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_one_correct [in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_even_correct [in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_neg_correct [in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_pos_correct [in Interval.Float.Specific_bigint]
BigIntRadix2.PtoM_correct [in Interval.Float.Specific_bigint]
big_nat_leq_idx [in Interval.Missing.MathComp]
bisect' [in Interval.Interval.Interval]
Bnd.binary_bnd_correct [in Interval.Eval.Tree]
Bnd.eval_goal_bnd_correct [in Interval.Eval.Reify]
Bnd.eval_hyps_bnd_correct [in Interval.Eval.Reify]
Bnd.eval_hyp_bnd_correct [in Interval.Eval.Reify]
Bnd.eval_bnd_correct [in Interval.Eval.Tree]
Bnd.nullary_bnd_correct [in Interval.Eval.Tree]
Bnd.unary_bnd_correct [in Interval.Eval.Tree]
BTreeToList_aux_concat [in Interval.Language.Lang_simpl]
C
CArithExprToTree_Psucc [in Interval.Language.Lang_simpl]change_nth_correct [in Interval.Eval.Eval]
cmod_bounded [in Interval.Language.Lang_expr]
cmod_cmod [in Interval.Language.Lang_expr]
cmod_mul_mod [in Interval.Language.Lang_expr]
cmod_add_mod [in Interval.Language.Lang_expr]
cmod_mul_add_mod [in Interval.Language.Lang_expr]
compatible_correct [in Interval.Language.Lang_simpl]
cond_Zopp_mult [in Interval.Float.Generic_proof]
connected_le [in Interval.Missing.Stdlib]
connected_ge [in Interval.Missing.Stdlib]
connected_and [in Interval.Missing.Stdlib]
contains_upper [in Interval.Interval.Interval]
contains_lower [in Interval.Interval.Interval]
contains_Xreal [in Interval.Interval.Interval]
contains_le [in Interval.Interval.Interval]
contains_Inan [in Interval.Interval.Interval]
contains_Xnan [in Interval.Interval.Interval]
contains_connected [in Interval.Interval.Interval]
continuity_pt_ne [in Interval.Missing.Stdlib]
continuity_pt_gt [in Interval.Missing.Stdlib]
continuity_pt_lt [in Interval.Missing.Stdlib]
continuity_pt_sum [in Interval.Real.Taylor]
continuous_unary [in Interval.Eval.Eval]
continuous_f_neg [in Interval.Integral.Bertrand]
continuous_Rdiv_1_x [in Interval.Integral.Bertrand]
convert_location_bij [in Interval.Float.Generic_proof]
Cor_Taylor_Lagrange [in Interval.Real.Taylor]
cut_root [in Interval.Tactics.Root_helper]
D
decomposeToCProp_correct [in Interval.Language.Lang_simpl]decompose_correct [in Interval.Eval.Prog]
derivable_neg_imp_decreasing [in Interval.Missing.Stdlib]
derivable_pos_imp_increasing [in Interval.Missing.Stdlib]
derivable_pt_lim_tan [in Interval.Missing.Stdlib]
derivable_pt_lim_eq_locally [in Interval.Missing.Stdlib]
derivable_pt_lim_eq [in Interval.Missing.Stdlib]
derivable_imp_defined_ne [in Interval.Real.Xreal_derive]
derivable_imp_defined_lt [in Interval.Real.Xreal_derive]
derivable_imp_defined_gt [in Interval.Real.Xreal_derive]
derivable_imp_defined_any_2 [in Interval.Real.Xreal_derive]
derivable_imp_defined_any [in Interval.Real.Xreal_derive]
derivable_imp_defined [in Interval.Real.Xreal_derive]
derivable_pt_lim_aux [in Interval.Real.Taylor]
derivable_pt_lim_sum [in Interval.Real.Taylor]
Derive_nS [in Interval.Missing.Coquelicot]
digits_conversion [in Interval.Float.Generic_proof]
drop_correct [in Interval.Missing.MathComp]
E
eqrP [in Interval.Missing.MathComp2]equivFloat [in Interval.Language.Lang_expr]
equivFloat_ArrayAcc [in Interval.Language.Lang_expr]
equivFloat_Sqrt_BinFloat [in Interval.Language.Lang_expr]
equivFloat_Sqrt_Integer [in Interval.Language.Lang_expr]
equivFloat_FloatInj [in Interval.Language.Lang_expr]
equivFloat_TruncToInt [in Interval.Language.Lang_expr]
equivFloat_FastNearbyintToInt [in Interval.Language.Lang_expr]
equivFloat_FastNearbyint [in Interval.Language.Lang_expr]
equivFloat_Nearbyint [in Interval.Language.Lang_expr]
equivFloat_FmaExact [in Interval.Language.Lang_expr]
equivFloat_Fma [in Interval.Language.Lang_expr]
equivFloat_OpExact [in Interval.Language.Lang_expr]
equivFloat_Op_DIV_Integer [in Interval.Language.Lang_expr]
equivFloat_Op_MUL_Integer [in Interval.Language.Lang_expr]
equivFloat_Op_SUB_Integer [in Interval.Language.Lang_expr]
equivFloat_Op_ADD_Integer [in Interval.Language.Lang_expr]
equivFloat_Op_DIV_BinFloat [in Interval.Language.Lang_expr]
equivFloat_Op_MUL_BinFloat [in Interval.Language.Lang_expr]
equivFloat_Op_SUB_BinFloat [in Interval.Language.Lang_expr]
equivFloat_Op_ADD_BinFloat [in Interval.Language.Lang_expr]
equivFloat_Int [in Interval.Language.Lang_expr]
equivPrim [in Interval.Language.Lang_expr]
equivPrim_ArrayAcc [in Interval.Language.Lang_expr]
equivPrim_Sqrt_BinFloat [in Interval.Language.Lang_expr]
equivPrim_Sqrt_Integer [in Interval.Language.Lang_expr]
equivPrim_FloatInj [in Interval.Language.Lang_expr]
equivPrim_TruncToInt [in Interval.Language.Lang_expr]
equivPrim_FastNearbyintToInt [in Interval.Language.Lang_expr]
equivPrim_FastNearbyint [in Interval.Language.Lang_expr]
equivPrim_Nearbyint [in Interval.Language.Lang_expr]
equivPrim_FmaExact [in Interval.Language.Lang_expr]
equivPrim_Fma [in Interval.Language.Lang_expr]
equivPrim_OpExact [in Interval.Language.Lang_expr]
equivPrim_Op_DIV_Integer [in Interval.Language.Lang_expr]
equivPrim_Op_MUL_Integer [in Interval.Language.Lang_expr]
equivPrim_Op_SUB_Integer [in Interval.Language.Lang_expr]
equivPrim_Op_ADD_Integer [in Interval.Language.Lang_expr]
equivPrim_Op_DIV_BinFloat [in Interval.Language.Lang_expr]
equivPrim_Op_MUL_BinFloat [in Interval.Language.Lang_expr]
equivPrim_Op_SUB_BinFloat [in Interval.Language.Lang_expr]
equivPrim_Op_ADD_BinFloat [in Interval.Language.Lang_expr]
equivPrim_Int [in Interval.Language.Lang_expr]
evalCArithExpr2_succ [in Interval.Language.Lang_simpl]
evalReal_evalRounded [in Interval.Language.Lang_expr]
eval_nth_rcons_unique [in Interval.Eval.Prog]
eval_inductive_prop [in Interval.Eval.Prog]
eval_exprsucc [in Interval.Language.Lang_simpl]
eval_inductive_prop_floor_fun [in Interval.Eval.Eval]
eval_inductive_prop_fun [in Interval.Eval.Eval]
even_or_odd [in Interval.Missing.Stdlib]
even_radix_correct [in Interval.Float.Generic_proof]
extractCProp_correct [in Interval.Language.Lang_simpl]
extract_correct [in Interval.Eval.Prog]
extract_list_correct [in Interval.Eval.Prog]
ex_RInt_gen_cauchy_left [in Interval.Integral.Integral]
ex_RInt_gen_cauchy [in Interval.Integral.Integral]
ex_RInt_ex_RInt_gen [in Interval.Integral.Integral]
ex_derive_n_powerRZ [in Interval.Missing.Coquelicot]
ex_derive_is_derive [in Interval.Missing.Coquelicot]
ex_derive_n_is_derive_n [in Interval.Missing.Coquelicot]
ex_derive_nSS [in Interval.Missing.Coquelicot]
ex_RInt_translation_sub [in Interval.Missing.Coquelicot]
ex_RInt_translation_add [in Interval.Missing.Coquelicot]
ex_derive_powerRZS [in Interval.Integral.Bertrand]
ex_derive_powerRZ [in Interval.Integral.Bertrand]
F
Fabs_correct [in Interval.Float.Generic_proof]fact_seq_correct [in Interval.Poly.Basic_rec]
Fadd_exact_correct [in Interval.Float.Generic_proof]
Fadd_slow_correct [in Interval.Float.Generic_proof]
Fadd_slow_aux_correct [in Interval.Float.Generic_proof]
Fadd_slow_aux2_correct [in Interval.Float.Generic_proof]
Fadd_slow_aux1_correct [in Interval.Float.Generic_proof]
falling_seq_correct [in Interval.Poly.Basic_rec]
fastnearbyint_correct [in Interval.Language.Lang_expr]
Fcmp_correct [in Interval.Float.Generic_proof]
Fcmp_aux2_correct [in Interval.Float.Generic_proof]
Fdiv_correct [in Interval.Float.Generic_proof]
filterlimi_const [in Interval.Integral.Integral]
filterlimi_const_loc [in Interval.Integral.Integral]
filterlim_pow_m_odd [in Interval.Integral.Bertrand]
filterlim_pow_m_even [in Interval.Integral.Bertrand]
filterlim_pow_infty [in Interval.Integral.Bertrand]
filterlim_sqr_m_infty [in Interval.Integral.Bertrand]
filter_prod_at_point_l [in Interval.Integral.Integral]
filter_prod_at_point [in Interval.Integral.Integral]
filter_prod_at_point_infty [in Interval.Integral.Integral]
find_expr_correct [in Interval.Eval.Prog]
finite_array_correct [in Interval.Language.Lang_expr]
FloatExt.classify_zero [in Interval.Float.Sig]
FloatExt.classify_real [in Interval.Float.Sig]
FloatExt.cmp_correct [in Interval.Float.Sig]
FloatExt.is_nan_neg [in Interval.Float.Sig]
FloatExt.is_nan_nan [in Interval.Float.Sig]
FloatExt.le_correct_r [in Interval.Float.Sig]
FloatExt.le_correct_l [in Interval.Float.Sig]
FloatExt.le_correct [in Interval.Float.Sig]
FloatExt.le'_correct [in Interval.Float.Sig]
FloatExt.lt_correct [in Interval.Float.Sig]
FloatExt.lt'_correct [in Interval.Float.Sig]
FloatExt.max_valid_ub [in Interval.Float.Sig]
FloatExt.min_valid_lb [in Interval.Float.Sig]
FloatExt.mul_DN_correct [in Interval.Float.Sig]
FloatExt.mul_UP_correct [in Interval.Float.Sig]
FloatExt.nan_correct [in Interval.Float.Sig]
FloatExt.neg_correct [in Interval.Float.Sig]
FloatExt.real_correct_false [in Interval.Float.Sig]
FloatExt.real_correct [in Interval.Float.Sig]
FloatExt.real_neg [in Interval.Float.Sig]
FloatExt.sqr_UP_correct [in Interval.Float.Sig]
FloatExt.toX_spec [in Interval.Float.Sig]
FloatExt.valid_ub_neg [in Interval.Float.Sig]
FloatExt.valid_lb_neg [in Interval.Float.Sig]
FloatExt.valid_ub_zero [in Interval.Float.Sig]
FloatExt.valid_lb_zero [in Interval.Float.Sig]
FloatExt.valid_ub_nan [in Interval.Float.Sig]
FloatExt.valid_lb_nan [in Interval.Float.Sig]
FloatExt.valid_ub_real [in Interval.Float.Sig]
FloatExt.valid_lb_real [in Interval.Float.Sig]
FloatIntervalFull.atan_correct [in Interval.Interval.Float_full]
FloatIntervalFull.cos_correct [in Interval.Interval.Float_full]
FloatIntervalFull.exp_correct [in Interval.Interval.Float_full]
FloatIntervalFull.ln_correct [in Interval.Interval.Float_full]
FloatIntervalFull.pi_correct [in Interval.Interval.Float_full]
FloatIntervalFull.pi4_mul2 [in Interval.Interval.Float_full]
FloatIntervalFull.sin_correct [in Interval.Interval.Float_full]
FloatIntervalFull.tan_correct [in Interval.Interval.Float_full]
FloatInterval.abs_correct_aux [in Interval.Interval.Float]
FloatInterval.abs_ge_0' [in Interval.Interval.Float]
FloatInterval.abs_ge_0 [in Interval.Interval.Float]
FloatInterval.abs_correct [in Interval.Interval.Float]
FloatInterval.add_propagate_r [in Interval.Interval.Float]
FloatInterval.add_propagate_l [in Interval.Interval.Float]
FloatInterval.add_correct [in Interval.Interval.Float]
FloatInterval.bisect_correct [in Interval.Interval.Float]
FloatInterval.bnd_correct [in Interval.Interval.Float]
FloatInterval.bounded_correct [in Interval.Interval.Float]
FloatInterval.contains_le [in Interval.Interval.Float]
FloatInterval.div_propagate_r [in Interval.Interval.Float]
FloatInterval.div_propagate_l [in Interval.Interval.Float]
FloatInterval.div_correct [in Interval.Interval.Float]
FloatInterval.div_mixed_r_correct [in Interval.Interval.Float]
FloatInterval.empty_correct [in Interval.Interval.Float]
FloatInterval.error_flt_contains_0 [in Interval.Interval.Float]
FloatInterval.error_flt_correct [in Interval.Interval.Float]
FloatInterval.error_flt_correct_aux [in Interval.Interval.Float]
FloatInterval.error_fix_contains_0 [in Interval.Interval.Float]
FloatInterval.error_fix_correct [in Interval.Interval.Float]
FloatInterval.error_fix_correct_aux [in Interval.Interval.Float]
FloatInterval.error_aux_correct_aux [in Interval.Interval.Float]
FloatInterval.Fpower_pos_dn_correct [in Interval.Interval.Float]
FloatInterval.Fpower_pos_up_correct [in Interval.Interval.Float]
FloatInterval.fromZ_correct [in Interval.Interval.Float]
FloatInterval.fromZ_small_correct [in Interval.Interval.Float]
FloatInterval.invnz_correct [in Interval.Interval.Float]
FloatInterval.inv_correct [in Interval.Interval.Float]
FloatInterval.is_empty_correct [in Interval.Interval.Float]
FloatInterval.join_correct [in Interval.Interval.Float]
FloatInterval.lower_complement_correct [in Interval.Interval.Float]
FloatInterval.lower_extent_correct [in Interval.Interval.Float]
FloatInterval.lower_bounded_correct [in Interval.Interval.Float]
FloatInterval.lower_correct [in Interval.Interval.Float]
FloatInterval.mask_propagate_r [in Interval.Interval.Float]
FloatInterval.mask_propagate_l [in Interval.Interval.Float]
FloatInterval.mask_correct' [in Interval.Interval.Float]
FloatInterval.mask_correct [in Interval.Interval.Float]
FloatInterval.meet_correct' [in Interval.Interval.Float]
FloatInterval.meet_correct [in Interval.Interval.Float]
FloatInterval.midpoint_correct [in Interval.Interval.Float]
FloatInterval.mul_propagate_r [in Interval.Interval.Float]
FloatInterval.mul_propagate_l [in Interval.Interval.Float]
FloatInterval.mul_correct [in Interval.Interval.Float]
FloatInterval.mul_mixed_correct [in Interval.Interval.Float]
FloatInterval.mul2_correct [in Interval.Interval.Float]
FloatInterval.nai_correct [in Interval.Interval.Float]
FloatInterval.nearbyint_correct [in Interval.Interval.Float]
FloatInterval.neg_correct' [in Interval.Interval.Float]
FloatInterval.neg_correct [in Interval.Interval.Float]
FloatInterval.output_correct [in Interval.Interval.Float]
FloatInterval.power_int_correct [in Interval.Interval.Float]
FloatInterval.power_pos_correct [in Interval.Interval.Float]
FloatInterval.real_correct [in Interval.Interval.Float]
FloatInterval.sign_strict_correct [in Interval.Interval.Float]
FloatInterval.sign_strict_correct_ [in Interval.Interval.Float]
FloatInterval.sign_large_correct [in Interval.Interval.Float]
FloatInterval.sign_large_correct_ [in Interval.Interval.Float]
FloatInterval.singleton_correct [in Interval.Interval.Float]
FloatInterval.sqrt_correct [in Interval.Interval.Float]
FloatInterval.sqr_correct [in Interval.Interval.Float]
FloatInterval.subset_correct [in Interval.Interval.Float]
FloatInterval.sub_propagate_r [in Interval.Interval.Float]
FloatInterval.sub_propagate_l [in Interval.Interval.Float]
FloatInterval.sub_correct [in Interval.Interval.Float]
FloatInterval.upper_complement_correct [in Interval.Interval.Float]
FloatInterval.upper_extent_correct [in Interval.Interval.Float]
FloatInterval.upper_bounded_correct [in Interval.Interval.Float]
FloatInterval.upper_correct [in Interval.Interval.Float]
FloatInterval.valid_ub_upper [in Interval.Interval.Float]
FloatInterval.valid_lb_lower [in Interval.Interval.Float]
FloatInterval.valid_ub_real [in Interval.Interval.Float]
FloatInterval.valid_lb_real [in Interval.Interval.Float]
FloatInterval.whole_correct [in Interval.Interval.Float]
FloatInterval.zero_correct [in Interval.Interval.Float]
float_array_min_partial_correct [in Interval.Language.Lang_expr]
float_array_max_partial_correct [in Interval.Language.Lang_expr]
FLX_FLT_aux [in Interval.Interval.Float_full_primfloat]
Fmax_correct [in Interval.Float.Generic_proof]
Fmin_correct [in Interval.Float.Generic_proof]
Fmul_correct [in Interval.Float.Generic_proof]
Fmul_aux_correct [in Interval.Float.Generic_proof]
Fnearbyint_exact_correct [in Interval.Float.Generic_proof]
Fneg_correct [in Interval.Float.Generic_proof]
foldr_correct [in Interval.Missing.MathComp]
fold_left_permut [in Interval.Integral.Priority]
fold_right_permut [in Interval.Integral.Priority]
Fround_at_prec_pos_Eq [in Interval.Float.Generic_proof]
Fround_at_prec_correct [in Interval.Float.Generic_proof]
Fscale2_correct [in Interval.Float.Generic_proof]
Fsqrt_correct [in Interval.Float.Generic_proof]
Fsub_correct [in Interval.Float.Generic_proof]
Fsub_split [in Interval.Float.Generic_proof]
FtoR_shift [in Interval.Float.Generic_proof]
FtoR_mul [in Interval.Float.Generic_proof]
FtoR_sub [in Interval.Float.Generic_proof]
FtoR_add [in Interval.Float.Generic_proof]
FtoR_abs [in Interval.Float.Generic_proof]
FtoR_non_neg [in Interval.Float.Generic_proof]
FtoR_Rneg [in Interval.Float.Generic_proof]
FtoR_neg [in Interval.Float.Generic_proof]
FtoR_Rpos [in Interval.Float.Generic_proof]
FtoR_split [in Interval.Float.Basic]
f_neg_correct_RInt_gen_a_infty [in Interval.Integral.Bertrand]
f_neg_correct_RInt_gen_0_a [in Interval.Integral.Bertrand]
f_neg_correct_RInt_a_infty [in Interval.Integral.Bertrand]
f_neg_correct_RInt_0_1 [in Interval.Integral.Bertrand]
f_lim_correct [in Interval.Integral.Bertrand]
f_lim_is_lim [in Interval.Integral.Bertrand]
f_correct_RInt [in Interval.Integral.Bertrand]
f_correct [in Interval.Integral.Bertrand]
f0eps_lim_correct_sing [in Interval.Integral.Bertrand]
f0eps_lim_correct [in Interval.Integral.Bertrand]
f0eps_lim_is_lim_sing [in Interval.Integral.Bertrand]
f0eps_lim_is_lim [in Interval.Integral.Bertrand]
f0eps_correct_sing [in Interval.Integral.Bertrand]
f0eps_correct [in Interval.Integral.Bertrand]
G
generateCProp_taylor_correct [in Interval.Language.Lang_simpl]generateCProp_correct [in Interval.Language.Lang_simpl]
GenericFloat.abs_correct [in Interval.Float.Generic_ops]
GenericFloat.add_DN_correct [in Interval.Float.Generic_ops]
GenericFloat.add_UP_correct [in Interval.Float.Generic_ops]
GenericFloat.classify_correct [in Interval.Float.Generic_ops]
GenericFloat.cmp_correct [in Interval.Float.Generic_ops]
GenericFloat.div_DN_correct [in Interval.Float.Generic_ops]
GenericFloat.div_UP_correct [in Interval.Float.Generic_ops]
GenericFloat.div2_correct [in Interval.Float.Generic_ops]
GenericFloat.fromZ_UP_correct [in Interval.Float.Generic_ops]
GenericFloat.fromZ_DN_correct [in Interval.Float.Generic_ops]
GenericFloat.fromZ_correct [in Interval.Float.Generic_ops]
GenericFloat.fromZ_correct' [in Interval.Float.Generic_ops]
GenericFloat.is_nan_correct [in Interval.Float.Generic_ops]
GenericFloat.mag_correct [in Interval.Float.Generic_ops]
GenericFloat.max_correct [in Interval.Float.Generic_ops]
GenericFloat.midpoint_correct [in Interval.Float.Generic_ops]
GenericFloat.min_correct [in Interval.Float.Generic_ops]
GenericFloat.mul_DN_correct [in Interval.Float.Generic_ops]
GenericFloat.mul_UP_correct [in Interval.Float.Generic_ops]
GenericFloat.nearbyint_DN_correct [in Interval.Float.Generic_ops]
GenericFloat.nearbyint_UP_correct [in Interval.Float.Generic_ops]
GenericFloat.neg_correct [in Interval.Float.Generic_ops]
GenericFloat.pow2_UP_correct [in Interval.Float.Generic_ops]
GenericFloat.real_correct [in Interval.Float.Generic_ops]
GenericFloat.rnd_binop_DN_correct [in Interval.Float.Generic_ops]
GenericFloat.rnd_binop_UP_correct [in Interval.Float.Generic_ops]
GenericFloat.sqrt_DN_correct [in Interval.Float.Generic_ops]
GenericFloat.sqrt_UP_correct [in Interval.Float.Generic_ops]
GenericFloat.sub_DN_correct [in Interval.Float.Generic_ops]
GenericFloat.sub_UP_correct [in Interval.Float.Generic_ops]
GenericFloat.valid_ub_correct [in Interval.Float.Generic_ops]
GenericFloat.valid_lb_correct [in Interval.Float.Generic_ops]
GenericFloat.ZtoS_correct [in Interval.Float.Generic_ops]
generic_format_fexp_IZR [in Interval.Language.Lang_expr]
gloop1S_ex [in Interval.Poly.Basic_rec]
grec1downE [in Interval.Poly.Basic_rec]
grec1up_correct [in Interval.Poly.Basic_rec]
grec1up_init [in Interval.Poly.Basic_rec]
H
head_rec2downSS [in Interval.Poly.Basic_rec]head_loop2S [in Interval.Poly.Basic_rec]
head_gloop1 [in Interval.Poly.Basic_rec]
head_rec1downS [in Interval.Poly.Basic_rec]
head_loop1 [in Interval.Poly.Basic_rec]
head_loop1S [in Interval.Poly.Basic_rec]
I
injective_split [in Interval.Integral.Priority]IntegralRefiner.bisect_correct [in Interval.Integral.Refine]
IntegralRefiner.contains_RInt_valid [in Interval.Integral.Refine]
IntegralRefiner.split_piece_correct [in Interval.Integral.Refine]
IntegralRefiner.sum_invariant [in Interval.Integral.Refine]
IntegralRefiner.valid_at_mixed' [in Interval.Integral.Refine]
IntegralRefiner.valid_at_mixed [in Interval.Integral.Refine]
IntegralRefiner.valid_at_point [in Interval.Integral.Refine]
IntegralTacticAux.bertrand_prog_correct [in Interval.Tactics.Integral_helper]
IntegralTacticAux.contains_RInt_gen_zero_bertrand_pow0 [in Interval.Tactics.Integral_helper]
IntegralTacticAux.contains_RInt_gen_zero_bertrand [in Interval.Tactics.Integral_helper]
IntegralTacticAux.contains_RInt_gen_zero [in Interval.Tactics.Integral_helper]
IntegralTacticAux.contains_RInt_gen_infty_invxln [in Interval.Tactics.Integral_helper]
IntegralTacticAux.contains_RInt_gen_infty_bertrand [in Interval.Tactics.Integral_helper]
IntegralTacticAux.contains_RInt_gen_infty [in Interval.Tactics.Integral_helper]
IntegralTacticAux.contains_RInt [in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_gen_zero_contains_bertrand_pow0 [in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_gen_zero_bertrand_pow0 [in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_gen_zero_contains_bertrand [in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_gen_zero_bertrand [in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_gen_infty_contains_invxln [in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_gen_infty_invxln [in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_gen_infty_contains_bertrand [in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_gen_infty_bertrand [in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_contains_correct [in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_correct [in Interval.Tactics.Integral_helper]
IntegralTacticAux.invxln_prog_correct [in Interval.Tactics.Integral_helper]
IntegralTactic.at_right_semi_open_interval [in Interval.Integral.Integral]
IntegralTactic.at_right_open_interval [in Interval.Integral.Integral]
IntegralTactic.bounded_ex [in Interval.Integral.Integral]
IntegralTactic.integral_interval_mul_infty [in Interval.Integral.Integral]
IntegralTactic.integral_interval_mul_zero [in Interval.Integral.Integral]
IntegralTactic.integral_interval_mul_sing [in Interval.Integral.Integral]
IntegralTactic.is_RInt_const_sign [in Interval.Integral.Integral]
IntegralTactic.is_RInt_le_0 [in Interval.Integral.Integral]
IntegralTaylor.taylor_integral_naive_intersection_correct [in Interval.Integral.Integral]
IntegralTaylor.taylor_integral_correct [in Interval.Integral.Integral]
IntervalAlgos.bisect_correct [in Interval.Eval.Eval]
IntervalAlgos.BndValuator.continuous_eval [in Interval.Eval.Eval]
IntervalAlgos.BndValuator.eval_correct_ext' [in Interval.Eval.Eval]
IntervalAlgos.BndValuator.eval_correct_ext [in Interval.Eval.Eval]
IntervalAlgos.BndValuator.eval_correct' [in Interval.Eval.Eval]
IntervalAlgos.BndValuator.eval_correct [in Interval.Eval.Eval]
IntervalAlgos.BndValuator.eval_correct_aux [in Interval.Eval.Eval]
IntervalAlgos.BndValuator.ex_RInt_eval [in Interval.Eval.Eval]
IntervalAlgos.change_nth_bisect [in Interval.Eval.Eval]
IntervalAlgos.contains_all_cons [in Interval.Eval.Eval]
IntervalAlgos.contains_map_Xreal [in Interval.Eval.Eval]
IntervalAlgos.continuous_eval_ext [in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.binary_diff_bnd_correct [in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.binary_diff_correct [in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.convert_bnd [in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.diff_refining_correct [in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.diff_refining_points_correct [in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.diff_refining_aux_2 [in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.diff_refining_aux_1 [in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.diff_refining_aux_0 [in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.eval_correct [in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.eval_correct_ext [in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.eval_diff_bnd_correct [in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.eval_diff_correct [in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.root_correct [in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.root_correct_ext [in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.unary_diff_bnd_correct [in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.unary_diff_correct [in Interval.Eval.Eval]
IntervalAlgos.lookup_correct [in Interval.Eval.Eval]
IntervalAlgos.TaylorValuator.eval_correct [in Interval.Eval.Eval]
IntervalAlgos.TaylorValuator.eval_correct_ext [in Interval.Eval.Eval]
IntervalAlgos.TaylorValuator.eval_correct_aux' [in Interval.Eval.Eval]
IntervalAlgos.TaylorValuator.eval_correct_aux [in Interval.Eval.Eval]
IntervalAux.apart0_correct [in Interval.Interval.Interval_compl]
IntervalAux.gt0_correct [in Interval.Interval.Interval_compl]
IntervalAux.isNNegOrNPos_false [in Interval.Interval.Interval_compl]
IntervalAux.mul_0_contains_0_r [in Interval.Interval.Interval_compl]
IntervalAux.mul_0_contains_0_l [in Interval.Interval.Interval_compl]
IntervalAux.pow_contains_0 [in Interval.Interval.Interval_compl]
IntervalAux.R_from_nat_correct [in Interval.Interval.Interval_compl]
IntervalAux.subset_sub_contains_0 [in Interval.Interval.Interval_compl]
IntervalBasicExt.abs_correct [in Interval.Interval.Interval]
IntervalBasicExt.add_correct [in Interval.Interval.Interval]
IntervalBasicExt.contains_midpoint [in Interval.Interval.Interval]
IntervalBasicExt.contains_RInt [in Interval.Interval.Interval]
IntervalBasicExt.contains_only_0 [in Interval.Interval.Interval]
IntervalBasicExt.contains_le [in Interval.Interval.Interval]
IntervalBasicExt.div_correct [in Interval.Interval.Interval]
IntervalBasicExt.error_flt_propagate [in Interval.Interval.Interval]
IntervalBasicExt.error_fix_propagate [in Interval.Interval.Interval]
IntervalBasicExt.invnz_correct [in Interval.Interval.Interval]
IntervalBasicExt.inv_correct [in Interval.Interval.Interval]
IntervalBasicExt.inv_propagate [in Interval.Interval.Interval]
IntervalBasicExt.join_correct [in Interval.Interval.Interval]
IntervalBasicExt.midpoint_correct [in Interval.Interval.Interval]
IntervalBasicExt.mul_correct [in Interval.Interval.Interval]
IntervalBasicExt.nai_correct [in Interval.Interval.Interval]
IntervalBasicExt.nearbyint_correct [in Interval.Interval.Interval]
IntervalBasicExt.neg_correct [in Interval.Interval.Interval]
IntervalBasicExt.neg_propagate [in Interval.Interval.Interval]
IntervalBasicExt.power_int_correct [in Interval.Interval.Interval]
IntervalBasicExt.power_int_propagate [in Interval.Interval.Interval]
IntervalBasicExt.propagate_extension [in Interval.Interval.Interval]
IntervalBasicExt.round_flt_correct' [in Interval.Interval.Interval]
IntervalBasicExt.round_flt_correct [in Interval.Interval.Interval]
IntervalBasicExt.round_fix_correct' [in Interval.Interval.Interval]
IntervalBasicExt.round_fix_correct [in Interval.Interval.Interval]
IntervalBasicExt.sqrt_correct [in Interval.Interval.Interval]
IntervalBasicExt.sqrt_propagate [in Interval.Interval.Interval]
IntervalBasicExt.sqr_correct [in Interval.Interval.Interval]
IntervalBasicExt.subset_midpoint [in Interval.Interval.Interval]
IntervalBasicExt.sub_correct [in Interval.Interval.Interval]
IntervalBasicExt.zero_correct [in Interval.Interval.Interval]
IntervalExt.atan_correct [in Interval.Interval.Interval]
IntervalExt.cos_correct [in Interval.Interval.Interval]
IntervalExt.exp_correct [in Interval.Interval.Interval]
IntervalExt.ln_correct [in Interval.Interval.Interval]
IntervalExt.sin_correct [in Interval.Interval.Interval]
IntervalExt.tan_correct [in Interval.Interval.Interval]
IntervalTacticAux.app_merge_hyps_eval_bnd [in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_taylor_plain_correct [in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_contains_taylor_correct [in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_taylor_correct [in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_diff_plain_correct [in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_contains_diff_correct [in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_diff_correct [in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_plain_correct [in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_contains_correct [in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_correct [in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_lookup_contains_aux [in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_contains_aux [in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_aux [in Interval.Tactics.Interval_helper]
intvl_lVu [in Interval.Interval.Interval_compl]
intvl_u [in Interval.Interval.Interval_compl]
intvl_l [in Interval.Interval.Interval_compl]
intvl_connected [in Interval.Interval.Interval_compl]
int_x_alpha [in Interval.Integral.Bertrand]
in_bounds_to_Z_Uint63_sqrt [in Interval.Language.Lang_expr]
is_RInt_gen_filterlim [in Interval.Integral.Integral]
is_RInt_gen_0 [in Interval.Integral.Integral]
is_RInt_gen_exp_infty [in Interval.Missing.Coquelicot]
is_derive_n_cos [in Interval.Missing.Coquelicot]
is_derive_2n_cos [in Interval.Missing.Coquelicot]
is_derive_n_sin [in Interval.Missing.Coquelicot]
is_derive_2n_sin [in Interval.Missing.Coquelicot]
is_derive_n_invsqrt [in Interval.Missing.Coquelicot]
is_derive_n_sqrt [in Interval.Missing.Coquelicot]
is_derive_n_ln [in Interval.Missing.Coquelicot]
is_derive_n_inv [in Interval.Missing.Coquelicot]
is_derive_n_Rpower [in Interval.Missing.Coquelicot]
is_derive_n_powerRZ [in Interval.Missing.Coquelicot]
is_derive_n_inv_pow [in Interval.Missing.Coquelicot]
is_derive_n_pow [in Interval.Missing.Coquelicot]
is_derive_ext_alt [in Interval.Missing.Coquelicot]
is_RInt_translation_sub [in Interval.Missing.Coquelicot]
is_RInt_translation_add [in Interval.Missing.Coquelicot]
is_lim_sqr_infty [in Interval.Integral.Bertrand]
is_derive_f_neg [in Interval.Integral.Bertrand]
is_derive_Rpower [in Interval.Integral.Bertrand]
is_lim_Rpower [in Interval.Integral.Bertrand]
is_lim_pow_0 [in Interval.Integral.Bertrand]
is_lim_pow_infty [in Interval.Integral.Bertrand]
is_lim_powerRZ_0 [in Interval.Integral.Bertrand]
is_lim_RInv_m_infty [in Interval.Integral.Bertrand]
is_lim_RInv_p_infty [in Interval.Integral.Bertrand]
is_RInt_powerRZ [in Interval.Integral.Bertrand]
is_derive_powerRZS [in Interval.Integral.Bertrand]
is_derive_powerRZ [in Interval.Integral.Bertrand]
is_negative_false [in Interval.Real.Xreal]
is_negative_true [in Interval.Real.Xreal]
is_negative_spec [in Interval.Real.Xreal]
is_positive_false [in Interval.Real.Xreal]
is_positive_true [in Interval.Real.Xreal]
is_positive_spec [in Interval.Real.Xreal]
is_zero_false [in Interval.Real.Xreal]
is_zero_true [in Interval.Real.Xreal]
is_zero_0 [in Interval.Real.Xreal]
is_zero_spec [in Interval.Real.Xreal]
is_zero_correct_float [in Interval.Float.Basic]
ITaylor_Lagrange [in Interval.Interval.Interval_compl]
iter_until_correct [in Interval.Integral.Refine]
L
last_rev [in Interval.Missing.MathComp]last_rec2up [in Interval.Poly.Basic_rec]
last_grec1up [in Interval.Poly.Basic_rec]
last_rec1up [in Interval.Poly.Basic_rec]
length_list_var_aux [in Interval.Language.Lang_simpl]
length_change_nth [in Interval.Eval.Eval]
leq_addLRI [in Interval.Missing.MathComp]
leq_addLR [in Interval.Missing.MathComp]
leq_subnK [in Interval.Missing.MathComp]
lesb_ltb [in Interval.Language.Lang_expr]
le_contains [in Interval.Interval.Interval]
le_lower_trans [in Interval.Float.Basic]
le_upper_trans [in Interval.Float.Basic]
le_lower_neg [in Interval.Float.Basic]
le_upper_neg [in Interval.Float.Basic]
le_lower_refl [in Interval.Float.Basic]
le_upper_refl [in Interval.Float.Basic]
list_var_correct2 [in Interval.Language.Lang_simpl]
list_var_correct1 [in Interval.Language.Lang_simpl]
list_ind2 [in Interval.Integral.Priority]
ln_Rpower [in Interval.Integral.Bertrand]
ln1pc_in_int [in Interval.Missing.Stdlib]
ln1pc_exists [in Interval.Missing.Stdlib]
ln1p_ln1pc [in Interval.Missing.Stdlib]
locally_true_imp [in Interval.Missing.Stdlib]
locally_true_and [in Interval.Missing.Stdlib]
loop1S_ex [in Interval.Poly.Basic_rec]
ltn_leq_pred [in Interval.Missing.MathComp]
ltn_leqN [in Interval.Missing.MathComp]
M
map_correct [in Interval.Missing.MathComp]map2_correct [in Interval.Missing.MathComp]
maxnS [in Interval.Poly.Taylor_model]
maxSn [in Interval.Poly.Taylor_model]
max_arity_nth [in Interval.Eval.Prog]
max_arity_correct [in Interval.Eval.Prog]
max1n [in Interval.Missing.MathComp]
merge_app [in Interval.Language.Lang_simpl]
merge_decomp [in Interval.Language.Lang_simpl]
mkseq_correct [in Interval.Missing.MathComp]
mod_mul_mod [in Interval.Language.Lang_expr]
mod_add_mod [in Interval.Language.Lang_expr]
mod_mul_add_mod [in Interval.Language.Lang_expr]
N
ncons_correct [in Interval.Missing.MathComp]not_empty_contains [in Interval.Interval.Interval]
no_floor_prog_rev [in Interval.Eval.Eval]
no_floor_prog_rcons [in Interval.Eval.Eval]
no_floor_prog_cons [in Interval.Eval.Eval]
nth_list_var_aux_S [in Interval.Language.Lang_simpl]
nth_map_lt [in Interval.Eval.Eval]
nth_map [in Interval.Eval.Eval]
nth_take_dflt [in Interval.Missing.MathComp]
nth_mkseq_dflt [in Interval.Missing.MathComp]
nth_map2_dflt [in Interval.Missing.MathComp]
nth_map_dflt [in Interval.Missing.MathComp]
nth_behead [in Interval.Missing.MathComp]
nth_rec2up_indep [in Interval.Poly.Basic_rec]
nth_rec2down_indep [in Interval.Poly.Basic_rec]
nth_rec2downD_dflt2 [in Interval.Poly.Basic_rec]
nth_rec2downD [in Interval.Poly.Basic_rec]
nth_rec2upSS' [in Interval.Poly.Basic_rec]
nth_rec2downSS' [in Interval.Poly.Basic_rec]
nth_rec2up_last [in Interval.Poly.Basic_rec]
nth_grec1up [in Interval.Poly.Basic_rec]
nth_grec1up_last [in Interval.Poly.Basic_rec]
nth_grec1up_indep [in Interval.Poly.Basic_rec]
nth_grec1down_indep [in Interval.Poly.Basic_rec]
nth_grec1downD_dflt2 [in Interval.Poly.Basic_rec]
nth_grec1downD [in Interval.Poly.Basic_rec]
nth_rec1up [in Interval.Poly.Basic_rec]
nth_rec1up_indep [in Interval.Poly.Basic_rec]
nth_rec1down_indep [in Interval.Poly.Basic_rec]
nth_rec1downD_dflt2 [in Interval.Poly.Basic_rec]
nth_rec1downD [in Interval.Poly.Basic_rec]
nth_rec1upS [in Interval.Poly.Basic_rec]
nth_rec1up_last [in Interval.Poly.Basic_rec]
O
one_step_by_parts [in Interval.Integral.Bertrand]onth_insert [in Interval.Integral.Priority]
onth_app_r [in Interval.Integral.Priority]
onth_app_l [in Interval.Integral.Priority]
onth_rev [in Interval.Integral.Priority]
onth_nth [in Interval.Integral.Priority]
output_bnd_correct [in Interval.Interval.Float]
P
par_construct_mergerest [in Interval.Language.Lang_simpl]par_mergerest_decomp [in Interval.Language.Lang_simpl]
permut_remove [in Interval.Integral.Priority]
permut_insert [in Interval.Integral.Priority]
permut_cons_rev [in Interval.Integral.Priority]
permut_cons [in Interval.Integral.Priority]
permut_app_r [in Interval.Integral.Priority]
permut_app [in Interval.Integral.Priority]
permut_app_l [in Interval.Integral.Priority]
permut_rev [in Interval.Integral.Priority]
permut_trans [in Interval.Integral.Priority]
permut_sym [in Interval.Integral.Priority]
permut_refl [in Interval.Integral.Priority]
pheap_insert_correct [in Interval.Integral.Priority]
PlotTacticAux.affine_transf [in Interval.Tactics.Plot_helper]
PlotTacticAux.clamp_plot_correct [in Interval.Tactics.Plot_helper]
PlotTacticAux.clamp_correct [in Interval.Tactics.Plot_helper]
PlotTacticAux.plot_ext [in Interval.Tactics.Plot_helper]
PlotTacticAux.sample_plot_correct [in Interval.Tactics.Plot_helper]
PolR.coef_deriv [in Interval.Poly.Datatypes]
PolR.Derive_horner [in Interval.Poly.Datatypes]
PolR.ex_derive_horner [in Interval.Poly.Datatypes]
PolR.hornerE [in Interval.Poly.Datatypes]
PolR.hornerE_wide [in Interval.Poly.Datatypes]
PolR.horner_div_mixed_r [in Interval.Poly.Datatypes]
PolR.horner_mul_mixed [in Interval.Poly.Datatypes]
PolR.horner_lift [in Interval.Poly.Datatypes]
PolR.horner_mul [in Interval.Poly.Datatypes]
PolR.horner_mulCl [in Interval.Poly.Datatypes]
PolR.horner_sub [in Interval.Poly.Datatypes]
PolR.horner_add [in Interval.Poly.Datatypes]
PolR.horner_opp [in Interval.Poly.Datatypes]
PolR.horner_polyC [in Interval.Poly.Datatypes]
PolR.horner_derivE [in Interval.Poly.Datatypes]
PolR.horner_derivE_wide [in Interval.Poly.Datatypes]
PolR.horner0 [in Interval.Poly.Datatypes]
PolR.is_derive_horner [in Interval.Poly.Datatypes]
PolR.mul_coeff0l [in Interval.Poly.Datatypes]
PolR.mul_coeff_eq0 [in Interval.Poly.Datatypes]
PolR.nth_primitive [in Interval.Poly.Datatypes]
PolR.nth_mulCl [in Interval.Poly.Datatypes]
PolR.nth_lift [in Interval.Poly.Datatypes]
PolR.nth_div_mixed_r [in Interval.Poly.Datatypes]
PolR.nth_mul_mixed [in Interval.Poly.Datatypes]
PolR.nth_sub [in Interval.Poly.Datatypes]
PolR.nth_opp [in Interval.Poly.Datatypes]
PolR.nth_add [in Interval.Poly.Datatypes]
PolR.nth_mul' [in Interval.Poly.Datatypes]
PolR.toSeq_horner0 [in Interval.Poly.Datatypes]
PolyBoundHornerQuad.ComputeBound_propagate [in Interval.Poly.Bound_quad]
PolyBoundHornerQuad.ComputeBound_correct [in Interval.Poly.Bound_quad]
PolyBoundHorner.ComputeBound_propagate [in Interval.Poly.Bound]
PolyBoundHorner.ComputeBound_correct [in Interval.Poly.Bound]
PolyBoundThm.ComputeBound_nth0 [in Interval.Poly.Bound]
powerRZ_ind [in Interval.Integral.Bertrand]
pow_negx [in Interval.Integral.Bertrand]
pred_succ_round_N_le [in Interval.Interval.Float_full_primfloat]
pred_round_N_le [in Interval.Interval.Float_full_primfloat]
pred_FLT_shift_le [in Interval.Interval.Float_full_primfloat]
pred_FLX_exact_shift [in Interval.Interval.Float_full_primfloat]
pred_round_FLT_le_FLX [in Interval.Interval.Float_full_primfloat]
pred_FLT_eq_FLX_large [in Interval.Interval.Float_full_primfloat]
pred_FLT_le_FLX [in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.ExpImpl.exp_aux_correct [in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.exp_correct [in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.pi_correct [in Interval.Interval.Float_full_primfloat]
PrimInt63_opp_inj [in Interval.Language.Lang_expr]
PrimInt63_opp_involutive [in Interval.Language.Lang_expr]
PrimitiveFloat.abs_correct [in Interval.Float.Primitive_ops]
PrimitiveFloat.add_DN_correct [in Interval.Float.Primitive_ops]
PrimitiveFloat.add_UP_correct [in Interval.Float.Primitive_ops]
PrimitiveFloat.Bdiv2_correct [in Interval.Float.Primitive_ops]
PrimitiveFloat.Bnormfr_mantissa_correct [in Interval.Float.Primitive_ops]
PrimitiveFloat.Bsign_pos [in Interval.Float.Primitive_ops]
PrimitiveFloat.BtoX_Bopp [in Interval.Float.Primitive_ops]
PrimitiveFloat.BtoX_B2R [in Interval.Float.Primitive_ops]
PrimitiveFloat.B2R_BtoX [in Interval.Float.Primitive_ops]
PrimitiveFloat.classify_correct [in Interval.Float.Primitive_ops]
PrimitiveFloat.cmp_correct [in Interval.Float.Primitive_ops]
PrimitiveFloat.compare_cmp [in Interval.Float.Primitive_ops]
PrimitiveFloat.div_DN_correct [in Interval.Float.Primitive_ops]
PrimitiveFloat.div_UP_correct [in Interval.Float.Primitive_ops]
PrimitiveFloat.div2_correct [in Interval.Float.Primitive_ops]
PrimitiveFloat.fromZ_DN_correct [in Interval.Float.Primitive_ops]
PrimitiveFloat.fromZ_UP_correct [in Interval.Float.Primitive_ops]
PrimitiveFloat.fromZ_correct [in Interval.Float.Primitive_ops]
PrimitiveFloat.is_nan_correct [in Interval.Float.Primitive_ops]
PrimitiveFloat.le_lower_pred_finite [in Interval.Float.Primitive_ops]
PrimitiveFloat.le_upper_succ_finite [in Interval.Float.Primitive_ops]
PrimitiveFloat.mag_correct [in Interval.Float.Primitive_ops]
PrimitiveFloat.max_correct [in Interval.Float.Primitive_ops]
PrimitiveFloat.midpoint_correct [in Interval.Float.Primitive_ops]
PrimitiveFloat.min_correct [in Interval.Float.Primitive_ops]
PrimitiveFloat.mul_DN_correct [in Interval.Float.Primitive_ops]
PrimitiveFloat.mul_UP_correct [in Interval.Float.Primitive_ops]
PrimitiveFloat.nan_correct [in Interval.Float.Primitive_ops]
PrimitiveFloat.nearbyint_DN_correct [in Interval.Float.Primitive_ops]
PrimitiveFloat.nearbyint_UP_correct [in Interval.Float.Primitive_ops]
PrimitiveFloat.nearbyint_correct [in Interval.Float.Primitive_ops]
PrimitiveFloat.neg_correct [in Interval.Float.Primitive_ops]
PrimitiveFloat.of_int63_of_pos_exact [in Interval.Float.Primitive_ops]
PrimitiveFloat.of_int63_exact [in Interval.Float.Primitive_ops]
PrimitiveFloat.pow2_UP_correct [in Interval.Float.Primitive_ops]
PrimitiveFloat.real_is_finite [in Interval.Float.Primitive_ops]
PrimitiveFloat.real_correct [in Interval.Float.Primitive_ops]
PrimitiveFloat.Rmax_compare [in Interval.Float.Primitive_ops]
PrimitiveFloat.shiftr_pos [in Interval.Float.Primitive_ops]
PrimitiveFloat.sqrt_DN_correct [in Interval.Float.Primitive_ops]
PrimitiveFloat.sqrt_UP_correct [in Interval.Float.Primitive_ops]
PrimitiveFloat.sub_DN_correct [in Interval.Float.Primitive_ops]
PrimitiveFloat.sub_UP_correct [in Interval.Float.Primitive_ops]
PrimitiveFloat.toX_neg [in Interval.Float.Primitive_ops]
PrimitiveFloat.toX_Prim2B [in Interval.Float.Primitive_ops]
PrimitiveFloat.valid_lb_next_down [in Interval.Float.Primitive_ops]
PrimitiveFloat.valid_ub_next_up [in Interval.Float.Primitive_ops]
PrimitiveFloat.valid_ub_correct [in Interval.Float.Primitive_ops]
PrimitiveFloat.valid_lb_correct [in Interval.Float.Primitive_ops]
PrimitiveFloat.zero_correct [in Interval.Float.Primitive_ops]
PrimitiveFloat.ZtoS_correct [in Interval.Float.Primitive_ops]
Prim2SF2R_Prim2B2R [in Interval.Language.Lang_expr]
Private.cut_trivial_Prim_BinFloat [in Interval.Language.Lang_tac]
Private.cut_trivial_Prim_Integer [in Interval.Language.Lang_tac]
Private.cut_Prim_BinFloat [in Interval.Language.Lang_tac]
Private.cut_Prim_Integer [in Interval.Language.Lang_tac]
Private.destructLet [in Interval.Language.Lang_tac]
prodi_to_single_r [in Interval.Missing.Coquelicot]
prodi_to_single_l [in Interval.Missing.Coquelicot]
prod_to_single [in Interval.Missing.Coquelicot]
ptree_fold_correct [in Interval.Integral.Priority]
ptree_pop_correct [in Interval.Integral.Priority]
ptree_merge_pairs_correct [in Interval.Integral.Priority]
ptree_insert_correct [in Interval.Integral.Priority]
ptree_meld_correct [in Interval.Integral.Priority]
ptree_ind' [in Interval.Integral.Priority]
R
Rabs_def2_le [in Interval.Missing.Stdlib]Rabs_def1_le [in Interval.Missing.Stdlib]
radix_to_pos [in Interval.Float.Generic_proof]
Rbar_mult_m_r [in Interval.Integral.Bertrand]
Rbar_mult_m_l [in Interval.Integral.Bertrand]
Rbar_mult_p_r [in Interval.Integral.Bertrand]
Rbar_mult_p_l [in Interval.Integral.Bertrand]
Rcompare_div_r [in Interval.Float.Generic_proof]
Rcompare_div_l [in Interval.Float.Generic_proof]
rcons_unique_correct [in Interval.Eval.Prog]
Rderive_cst_sign [in Interval.Interval.Interval_compl]
Rderive_neg_imp_decr [in Interval.Interval.Interval_compl]
Rderive_pos_imp_incr [in Interval.Interval.Interval_compl]
Rdiv_neg_compat_rev [in Interval.Missing.Stdlib]
Rdiv_neg_compat [in Interval.Missing.Stdlib]
Rdiv_pos_compat_rev [in Interval.Missing.Stdlib]
Rdiv_pos_compat [in Interval.Missing.Stdlib]
Rdiv_eq_reg [in Interval.Missing.Stdlib]
Rdiv_ge_mult_pos [in Interval.Float.Generic_proof]
Rdiv_gt_mult_pos [in Interval.Float.Generic_proof]
Rdiv_le_mult_pos [in Interval.Float.Generic_proof]
Rdiv_lt_mult_pos [in Interval.Float.Generic_proof]
rec1down_co0 [in Interval.Poly.Basic_rec]
rec1up_correct [in Interval.Poly.Basic_rec]
rec1up_co0 [in Interval.Poly.Basic_rec]
rec2up_correct [in Interval.Poly.Basic_rec]
rev_formula [in Interval.Eval.Prog]
rewrite_div_diff [in Interval.Eval.Eval]
rewrite_inv_diff [in Interval.Eval.Eval]
RInt_gen_helper [in Interval.Integral.Refine]
RInt_helper [in Interval.Integral.Refine]
RInt_le_l [in Interval.Missing.Stdlib]
RInt_le_r [in Interval.Missing.Stdlib]
RInt_gen_neg [in Interval.Integral.Integral]
RInt_gen_pos [in Interval.Integral.Integral]
RInt_gen_le [in Interval.Integral.Integral]
RInt_gen_ext_eq [in Interval.Missing.Coquelicot]
RInt_gen_ext [in Interval.Missing.Coquelicot]
RInt_translation_sub [in Interval.Missing.Coquelicot]
RInt_translation_add [in Interval.Missing.Coquelicot]
Rle_Rinv_neg [in Interval.Missing.Stdlib]
Rle_Rinv_pos [in Interval.Missing.Stdlib]
Rlt_neq_sym [in Interval.Missing.Stdlib]
Rlt_bool_float [in Interval.Float.Generic_proof]
Rmin_Rle [in Interval.Missing.Stdlib]
RmultA [in Interval.Missing.MathComp2]
Rmult_le_neg_neg [in Interval.Missing.Stdlib]
Rmult_le_neg_pos [in Interval.Missing.Stdlib]
Rmult_le_pos_neg [in Interval.Missing.Stdlib]
Rmult_le_pos_pos [in Interval.Missing.Stdlib]
Rmult_le_compat_neg_r [in Interval.Missing.Stdlib]
Rnearbyint_IZR [in Interval.Float.Generic_proof]
Rnearbyint_error [in Interval.Float.Basic]
Rnearbyint_error_NE [in Interval.Float.Basic]
Rnearbyint_error_ZR [in Interval.Float.Basic]
Rnearbyint_error_ZR_pos [in Interval.Float.Basic]
Rnearbyint_error_ZR_neg [in Interval.Float.Basic]
Rnearbyint_error_UP [in Interval.Float.Basic]
Rnearbyint_error_DN [in Interval.Float.Basic]
Rnearbyint_le [in Interval.Float.Basic]
Rolle_lim [in Interval.Real.Taylor]
RootTacticAux.refine_root_correct [in Interval.Tactics.Root_helper]
RootTacticAux.root_contains_correct [in Interval.Tactics.Root_helper]
RoundedR.maxval_lt [in Interval.Language.Lang_expr]
RoundedR.minval_gt [in Interval.Language.Lang_expr]
RoundedR.nearbyint_IZR [in Interval.Language.Lang_expr]
RplusA [in Interval.Missing.MathComp2]
Rpower_pos [in Interval.Integral.Bertrand]
Rsqr_plus1_neq0 [in Interval.Missing.Stdlib]
Rsqr_plus1_pos [in Interval.Missing.Stdlib]
S
SeqPolyInt.add_correct [in Interval.Poly.Datatypes]SeqPolyInt.deriv_correct [in Interval.Poly.Datatypes]
SeqPolyInt.div_mixed_r_correct [in Interval.Poly.Datatypes]
SeqPolyInt.dotmuldiv_propagate [in Interval.Poly.Datatypes]
SeqPolyInt.dotmuldiv_correct [in Interval.Poly.Datatypes]
SeqPolyInt.grec1_propagate [in Interval.Poly.Datatypes]
SeqPolyInt.grec1_correct [in Interval.Poly.Datatypes]
SeqPolyInt.horner_correct [in Interval.Poly.Datatypes]
SeqPolyInt.horner_propagate [in Interval.Poly.Datatypes]
SeqPolyInt.lift_correct [in Interval.Poly.Datatypes]
SeqPolyInt.map_correct [in Interval.Poly.Datatypes]
SeqPolyInt.mul_mixed_correct [in Interval.Poly.Datatypes]
SeqPolyInt.mul_tail_correct [in Interval.Poly.Datatypes]
SeqPolyInt.mul_trunc_correct [in Interval.Poly.Datatypes]
SeqPolyInt.mul_correct [in Interval.Poly.Datatypes]
SeqPolyInt.mul_coeff_correct [in Interval.Poly.Datatypes]
SeqPolyInt.nth_default_alt [in Interval.Poly.Datatypes]
SeqPolyInt.one_correct [in Interval.Poly.Datatypes]
SeqPolyInt.opp_correct [in Interval.Poly.Datatypes]
SeqPolyInt.polyCons_propagate [in Interval.Poly.Datatypes]
SeqPolyInt.polyCons_correct [in Interval.Poly.Datatypes]
SeqPolyInt.polyC_correct [in Interval.Poly.Datatypes]
SeqPolyInt.polyNil_correct [in Interval.Poly.Datatypes]
SeqPolyInt.polyX_correct [in Interval.Poly.Datatypes]
SeqPolyInt.primitive_correct [in Interval.Poly.Datatypes]
SeqPolyInt.rec1_propagate [in Interval.Poly.Datatypes]
SeqPolyInt.rec1_correct [in Interval.Poly.Datatypes]
SeqPolyInt.rec2_correct [in Interval.Poly.Datatypes]
SeqPolyInt.set_nth_correct [in Interval.Poly.Datatypes]
SeqPolyInt.sub_correct [in Interval.Poly.Datatypes]
SeqPolyInt.tail_correct [in Interval.Poly.Datatypes]
SeqPolyInt.zero_correct [in Interval.Poly.Datatypes]
SeqPoly.fold_polyCons [in Interval.Poly.Datatypes]
SeqPoly.fold_polyNil [in Interval.Poly.Datatypes]
SeqPoly.horner_seq [in Interval.Poly.Datatypes]
SeqPoly.mul_coeffE [in Interval.Poly.Datatypes]
SeqPoly.nth_dotmuldiv [in Interval.Poly.Datatypes]
SeqPoly.nth_mul_tail [in Interval.Poly.Datatypes]
SeqPoly.nth_mul_trunc [in Interval.Poly.Datatypes]
SeqPoly.nth_mul [in Interval.Poly.Datatypes]
SeqPoly.nth_toSeq [in Interval.Poly.Datatypes]
SeqPoly.nth_polyCons [in Interval.Poly.Datatypes]
SeqPoly.nth_polyNil [in Interval.Poly.Datatypes]
SeqPoly.nth_default [in Interval.Poly.Datatypes]
SeqPoly.nth_set_nth [in Interval.Poly.Datatypes]
SeqPoly.oneE [in Interval.Poly.Datatypes]
SeqPoly.polyCE [in Interval.Poly.Datatypes]
SeqPoly.polyXE [in Interval.Poly.Datatypes]
SeqPoly.poly_ind [in Interval.Poly.Datatypes]
SeqPoly.size_map [in Interval.Poly.Datatypes]
SeqPoly.size_primitive [in Interval.Poly.Datatypes]
SeqPoly.size_tail [in Interval.Poly.Datatypes]
SeqPoly.size_dotmuldiv [in Interval.Poly.Datatypes]
SeqPoly.size_polyCons [in Interval.Poly.Datatypes]
SeqPoly.size_polyNil [in Interval.Poly.Datatypes]
SeqPoly.size_set_nth [in Interval.Poly.Datatypes]
SeqPoly.size_mul [in Interval.Poly.Datatypes]
SeqPoly.size_div_mixed_r [in Interval.Poly.Datatypes]
SeqPoly.size_mul_mixed [in Interval.Poly.Datatypes]
SeqPoly.size_lift [in Interval.Poly.Datatypes]
SeqPoly.size_deriv [in Interval.Poly.Datatypes]
SeqPoly.size_sub [in Interval.Poly.Datatypes]
SeqPoly.size_opp [in Interval.Poly.Datatypes]
SeqPoly.size_add [in Interval.Poly.Datatypes]
SeqPoly.size_mul_tail [in Interval.Poly.Datatypes]
SeqPoly.size_mul_trunc [in Interval.Poly.Datatypes]
SeqPoly.size_rec2 [in Interval.Poly.Datatypes]
SeqPoly.size_rec1 [in Interval.Poly.Datatypes]
SeqPoly.size_grec1 [in Interval.Poly.Datatypes]
seq_foldri_correct [in Interval.Missing.MathComp]
seq_foldr_correct [in Interval.Missing.MathComp]
set_nth_correct [in Interval.Missing.MathComp]
SF2B'_B2SF [in Interval.Missing.Flocq]
shift_correct [in Interval.Float.Generic_proof]
shift1_correct [in Interval.Float.Generic_proof]
simplifyCProp_correct [in Interval.Language.Lang_simpl]
sinc_0 [in Interval.Missing.Stdlib]
sin_sinc [in Interval.Missing.Stdlib]
size_map2 [in Interval.Missing.MathComp]
size_falling_seq [in Interval.Poly.Basic_rec]
size_fact_seq [in Interval.Poly.Basic_rec]
size_rec2up [in Interval.Poly.Basic_rec]
size_rec2down [in Interval.Poly.Basic_rec]
size_loop2 [in Interval.Poly.Basic_rec]
size_grec1up [in Interval.Poly.Basic_rec]
size_grec1down [in Interval.Poly.Basic_rec]
size_gloop1 [in Interval.Poly.Basic_rec]
size_rec1up [in Interval.Poly.Basic_rec]
size_rec1down [in Interval.Poly.Basic_rec]
size_loop1 [in Interval.Poly.Basic_rec]
SI.in_bounds_norm [in Interval.Language.Lang_expr]
SI.norm_in_bounds [in Interval.Language.Lang_expr]
SpecificFloat.abs_correct [in Interval.Float.Specific_ops]
SpecificFloat.add_DN_correct [in Interval.Float.Specific_ops]
SpecificFloat.add_UP_correct [in Interval.Float.Specific_ops]
SpecificFloat.add_slow_correct [in Interval.Float.Specific_ops]
SpecificFloat.add_slow_aux2_correct [in Interval.Float.Specific_ops]
SpecificFloat.add_slow_aux1_correct [in Interval.Float.Specific_ops]
SpecificFloat.add_exact_correct [in Interval.Float.Specific_ops]
SpecificFloat.add_exact_aux_correct [in Interval.Float.Specific_ops]
SpecificFloat.adjust_mantissa_correct [in Interval.Float.Specific_ops]
SpecificFloat.classify_correct [in Interval.Float.Specific_ops]
SpecificFloat.cmp_correct [in Interval.Float.Specific_ops]
SpecificFloat.cmp_aux2_correct [in Interval.Float.Specific_ops]
SpecificFloat.div_DN_correct [in Interval.Float.Specific_ops]
SpecificFloat.div_UP_correct [in Interval.Float.Specific_ops]
SpecificFloat.div_correct [in Interval.Float.Specific_ops]
SpecificFloat.div2_correct [in Interval.Float.Specific_ops]
SpecificFloat.fromZ_UP_correct [in Interval.Float.Specific_ops]
SpecificFloat.fromZ_DN_correct [in Interval.Float.Specific_ops]
SpecificFloat.fromZ_correct [in Interval.Float.Specific_ops]
SpecificFloat.fromZ_correct' [in Interval.Float.Specific_ops]
SpecificFloat.is_nan_correct [in Interval.Float.Specific_ops]
SpecificFloat.mag_correct [in Interval.Float.Specific_ops]
SpecificFloat.match_helper_1 [in Interval.Float.Specific_ops]
SpecificFloat.max_correct [in Interval.Float.Specific_ops]
SpecificFloat.midpoint_correct [in Interval.Float.Specific_ops]
SpecificFloat.min_correct [in Interval.Float.Specific_ops]
SpecificFloat.mul_DN_correct [in Interval.Float.Specific_ops]
SpecificFloat.mul_UP_correct [in Interval.Float.Specific_ops]
SpecificFloat.mul_correct [in Interval.Float.Specific_ops]
SpecificFloat.nearbyint_DN_correct [in Interval.Float.Specific_ops]
SpecificFloat.nearbyint_UP_correct [in Interval.Float.Specific_ops]
SpecificFloat.nearbyint_correct [in Interval.Float.Specific_ops]
SpecificFloat.neg_correct [in Interval.Float.Specific_ops]
SpecificFloat.pow2_UP_correct [in Interval.Float.Specific_ops]
SpecificFloat.real_correct [in Interval.Float.Specific_ops]
SpecificFloat.round_at_exp_aux_correct [in Interval.Float.Specific_ops]
SpecificFloat.round_aux_correct [in Interval.Float.Specific_ops]
SpecificFloat.scale2_correct [in Interval.Float.Specific_ops]
SpecificFloat.sqrt_DN_correct [in Interval.Float.Specific_ops]
SpecificFloat.sqrt_UP_correct [in Interval.Float.Specific_ops]
SpecificFloat.sqrt_correct [in Interval.Float.Specific_ops]
SpecificFloat.sub_DN_correct [in Interval.Float.Specific_ops]
SpecificFloat.sub_UP_correct [in Interval.Float.Specific_ops]
SpecificFloat.toF_zero [in Interval.Float.Specific_ops]
SpecificFloat.toF_float [in Interval.Float.Specific_ops]
SpecificFloat.toX_Float [in Interval.Float.Specific_ops]
SpecificFloat.valid_ub_correct [in Interval.Float.Specific_ops]
SpecificFloat.valid_lb_correct [in Interval.Float.Specific_ops]
SpecificFloat.zero_correct [in Interval.Float.Specific_ops]
SpecificFloat.ZtoS_correct [in Interval.Float.Specific_ops]
split_expr_correct [in Interval.Eval.Prog]
StdZRadix2.exponent_div2_floor_correct [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_sqrt_correct [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_div_correct [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_shrp_correct [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_shr_correct [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_shl_correct [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_scale2_correct [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_digits_correct [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_sign_correct [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_shrp_aux_correct [in Interval.Float.Specific_stdz]
subset_contains [in Interval.Interval.Interval]
subst_lemma [in Interval.Integral.Bertrand]
sub_sub_assoc [in Interval.Interval.Float_full_primfloat]
succ_round_N_ge [in Interval.Interval.Float_full_primfloat]
succ_FLT_shift_ge [in Interval.Interval.Float_full_primfloat]
succ_round_FLX_le_FLT [in Interval.Interval.Float_full_primfloat]
succ_round_gt_id [in Interval.Interval.Float_full_primfloat]
succ_FLX_eq_FLT_large [in Interval.Interval.Float_full_primfloat]
succ_FLX_le_FLT [in Interval.Interval.Float_full_primfloat]
sum_f_to_big [in Interval.Interval.Interval_compl]
T
TaylorModel.bigXadd'_P [in Interval.Poly.Taylor_model_sharp]TaylorModel.contains_interval_float_integral [in Interval.Poly.Taylor_model_sharp]
TaylorModel.derive_big [in Interval.Poly.Taylor_model_sharp]
TaylorModel.ex_derive_big [in Interval.Poly.Taylor_model_sharp]
TaylorModel.F_Rcontains [in Interval.Poly.Taylor_model_sharp]
TaylorModel.horner_pad [in Interval.Poly.Taylor_model_sharp]
TaylorModel.horner_primitive [in Interval.Poly.Taylor_model_sharp]
TaylorModel.integralEnclosure_correct [in Interval.Poly.Taylor_model_sharp]
TaylorModel.is_derive_n_tan [in Interval.Poly.Taylor_model_sharp]
TaylorModel.is_derive_n_atan [in Interval.Poly.Taylor_model_sharp]
TaylorModel.is_const_ext_weak [in Interval.Poly.Taylor_model_sharp]
TaylorModel.is_const_ext [in Interval.Poly.Taylor_model_sharp]
TaylorModel.i_validTM_Ztech [in Interval.Poly.Taylor_model_sharp]
TaylorModel.i_validTM_TLrem [in Interval.Poly.Taylor_model_sharp]
TaylorModel.lower_odd_Rneg_over [in Interval.Poly.Taylor_model_sharp]
TaylorModel.lower_odd_Rpos_over [in Interval.Poly.Taylor_model_sharp]
TaylorModel.lower_even_Rneg_over [in Interval.Poly.Taylor_model_sharp]
TaylorModel.lower_even_Rpos_over [in Interval.Poly.Taylor_model_sharp]
TaylorModel.nat_ind2 [in Interval.Poly.Taylor_model_sharp]
TaylorModel.pad_correct [in Interval.Poly.Taylor_model_sharp]
TaylorModel.Poly_nth0 [in Interval.Poly.Taylor_model_sharp]
TaylorModel.pol_int_sub [in Interval.Poly.Taylor_model_sharp]
TaylorModel.powerRZ_opp [in Interval.Poly.Taylor_model_sharp]
TaylorModel.powerRZ_1_even [in Interval.Poly.Taylor_model_sharp]
TaylorModel.pow_Rabs_sign [in Interval.Poly.Taylor_model_sharp]
TaylorModel.Rderive_delta [in Interval.Poly.Taylor_model_sharp]
TaylorModel.Rmonot_contains [in Interval.Poly.Taylor_model_sharp]
TaylorModel.Ropp_le_0 [in Interval.Poly.Taylor_model_sharp]
TaylorModel.Rpol_integral_0 [in Interval.Poly.Taylor_model_sharp]
TaylorModel.Rpol_derive [in Interval.Poly.Taylor_model_sharp]
TaylorModel.Rpol_integrable [in Interval.Poly.Taylor_model_sharp]
TaylorModel.Rpol_continuous [in Interval.Poly.Taylor_model_sharp]
TaylorModel.size_pad [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TMset0_correct [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_div_correct [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_inv_comp_correct [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_comp_correct [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_horner_correct [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_mul_correct [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_div_mixed_r_correct_strong [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_div_mixed_r_nai [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_div_mixed_r_correct [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_div_mixed_r_aux0 [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_mul_mixed_correct_strong [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_mul_mixed_nai [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_mul_mixed_correct [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_sub_correct [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_opp_correct [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_add_correct [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_ln_correct [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_inv_correct [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_power_int_correct [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_power_int_correct_aux [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_invsqrt_correct [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_sqrt_correct [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_tan_correct [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_atan_correct [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_cos_correct [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_sin_correct [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_exp_correct [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_var_correct_strong [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_var_correct [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_any_correct [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_cst_correct_strong [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_cst_correct [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_integral_correct [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_integral_error_0 [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_fun_eq [in Interval.Poly.Taylor_model_sharp]
TaylorModel.toR_power_int_loc [in Interval.Poly.Taylor_model_sharp]
TaylorModel.toR_power_int [in Interval.Poly.Taylor_model_sharp]
TaylorModel.upper_Rneg_over [in Interval.Poly.Taylor_model_sharp]
TaylorModel.upper_Rpos_over [in Interval.Poly.Taylor_model_sharp]
TaylorModel.ZEven_pow_le [in Interval.Poly.Taylor_model_sharp]
TaylorModel.ZOdd_pow_le [in Interval.Poly.Taylor_model_sharp]
TaylorModel.Ztech_derive_sign [in Interval.Poly.Taylor_model_sharp]
TaylorModel.Zumkeller_monot_rem [in Interval.Poly.Taylor_model_sharp]
Taylor_Lagrange [in Interval.Real.Taylor]
TM.abs_correct [in Interval.Poly.Taylor_model]
TM.add_correct [in Interval.Poly.Taylor_model]
TM.add_slow_correct [in Interval.Poly.Taylor_model]
TM.approximates_ext [in Interval.Poly.Taylor_model]
TM.atan_correct [in Interval.Poly.Taylor_model]
TM.const_correct [in Interval.Poly.Taylor_model]
TM.contains_fromZ_lower_upper_div [in Interval.Poly.Taylor_model]
TM.contains_fromZ_lower_upper [in Interval.Poly.Taylor_model]
TM.contains_midpoint [in Interval.Poly.Taylor_model]
TM.cos_correct [in Interval.Poly.Taylor_model]
TM.div_correct [in Interval.Poly.Taylor_model]
TM.div_slow_correct [in Interval.Poly.Taylor_model]
TM.dummy_correct [in Interval.Poly.Taylor_model]
TM.error_fix_correct [in Interval.Poly.Taylor_model]
TM.error_flt_correct [in Interval.Poly.Taylor_model]
TM.eval_correct [in Interval.Poly.Taylor_model]
TM.exp_correct [in Interval.Poly.Taylor_model]
TM.fun_gen_correct [in Interval.Poly.Taylor_model]
TM.get_tm_correct [in Interval.Poly.Taylor_model]
TM.Iconst_true_correct [in Interval.Poly.Taylor_model]
TM.inv_correct [in Interval.Poly.Taylor_model]
TM.Isign_large_Xabs [in Interval.Poly.Taylor_model]
TM.ln_correct [in Interval.Poly.Taylor_model]
TM.mul_correct [in Interval.Poly.Taylor_model]
TM.mul_slow_correct [in Interval.Poly.Taylor_model]
TM.nearbyint_correct [in Interval.Poly.Taylor_model]
TM.opp_correct [in Interval.Poly.Taylor_model]
TM.opp_slow_correct [in Interval.Poly.Taylor_model]
TM.power_int_correct [in Interval.Poly.Taylor_model]
TM.round_fix_correct [in Interval.Poly.Taylor_model]
TM.round_flt_correct [in Interval.Poly.Taylor_model]
TM.sin_correct [in Interval.Poly.Taylor_model]
TM.sqrt_correct [in Interval.Poly.Taylor_model]
TM.sqr_correct [in Interval.Poly.Taylor_model]
TM.sub_correct [in Interval.Poly.Taylor_model]
TM.sub_slow_correct [in Interval.Poly.Taylor_model]
TM.tan_correct [in Interval.Poly.Taylor_model]
TM.var_correct [in Interval.Poly.Taylor_model]
TranscendentalFloatFast.atan_fast_correct [in Interval.Interval.Transcend]
TranscendentalFloatFast.atan_fastP_correct [in Interval.Interval.Transcend]
TranscendentalFloatFast.atan_fast0_correct [in Interval.Interval.Transcend]
TranscendentalFloatFast.cos_fast_correct [in Interval.Interval.Transcend]
TranscendentalFloatFast.cos_fastP_correct [in Interval.Interval.Transcend]
TranscendentalFloatFast.cos_fast0_correct [in Interval.Interval.Transcend]
TranscendentalFloatFast.c1_8_correct [in Interval.Interval.Transcend]
TranscendentalFloatFast.c1_2_correct [in Interval.Interval.Transcend]
TranscendentalFloatFast.c1_n_correct [in Interval.Interval.Transcend]
TranscendentalFloatFast.expn_reduce_correct [in Interval.Interval.Transcend]
TranscendentalFloatFast.expn_fast0_correct [in Interval.Interval.Transcend]
TranscendentalFloatFast.exp_fast_correct [in Interval.Interval.Transcend]
TranscendentalFloatFast.ln_fast_correct [in Interval.Interval.Transcend]
TranscendentalFloatFast.ln_fast1P_correct [in Interval.Interval.Transcend]
TranscendentalFloatFast.ln1p_fast0_correct [in Interval.Interval.Transcend]
TranscendentalFloatFast.pi4_correct [in Interval.Interval.Transcend]
TranscendentalFloatFast.sin_fast_correct [in Interval.Interval.Transcend]
TranscendentalFloatFast.sin_fastP_correct [in Interval.Interval.Transcend]
TranscendentalFloatFast.sin_fast0_correct [in Interval.Interval.Transcend]
TranscendentalFloatFast.sin_cos_reduce_correct [in Interval.Interval.Transcend]
TranscendentalFloatFast.tan_fast_correct [in Interval.Interval.Transcend]
TranscendentalFloatFast.tan_fastP_correct [in Interval.Interval.Transcend]
trunc_sqrt [in Interval.Language.Lang_expr]
U
Uint63_sqrt_small [in Interval.Language.Lang_expr]Uint63_to_Z_sqrt [in Interval.Language.Lang_expr]
ulp_FLX_eq_FLT_large [in Interval.Interval.Float_full_primfloat]
ulp_FLX_le_FLT [in Interval.Interval.Float_full_primfloat]
Un_cv_ln1pc [in Interval.Missing.Stdlib]
Un_decreasing_ln1pc [in Interval.Missing.Stdlib]
Un_cv_atanc [in Interval.Missing.Stdlib]
Un_decreasing_atanc [in Interval.Missing.Stdlib]
Un_decreasing_sinc [in Interval.Missing.Stdlib]
Un_cv_subseq [in Interval.Missing.Stdlib]
Un_decreasing_cos [in Interval.Missing.Stdlib]
Un_decreasing_exp [in Interval.Missing.Stdlib]
UtoX_pos_Eq [in Interval.Float.Generic_proof]
V
valid_Inan [in Interval.Integral.Refine]valid_rnd_of_mode [in Interval.Float.Basic]
W
wellBehaved_decompose [in Interval.Language.Lang_expr]well_formed_list_var [in Interval.Language.Lang_simpl]
well_formed_list_var_aux [in Interval.Language.Lang_simpl]
X
Xadd_0_r [in Interval.Real.Xreal]Xadd_0_l [in Interval.Real.Xreal]
Xadd_comm [in Interval.Real.Xreal]
Xderive_MVT [in Interval.Real.Xreal_derive]
Xderive_pt_constant [in Interval.Real.Xreal_derive]
Xderive_pt_identity [in Interval.Real.Xreal_derive]
Xderive_pt_eq_fun [in Interval.Real.Xreal_derive]
Xderive_pt_partial_fun [in Interval.Real.Xreal_derive]
Xderive_pt_power_int [in Interval.Real.Xreal_derive]
Xderive_pt_atan [in Interval.Real.Xreal_derive]
Xderive_pt_ln [in Interval.Real.Xreal_derive]
Xderive_pt_exp [in Interval.Real.Xreal_derive]
Xderive_pt_tan [in Interval.Real.Xreal_derive]
Xderive_pt_cos [in Interval.Real.Xreal_derive]
Xderive_pt_sin [in Interval.Real.Xreal_derive]
Xderive_pt_sqrt [in Interval.Real.Xreal_derive]
Xderive_pt_inv [in Interval.Real.Xreal_derive]
Xderive_pt_abs [in Interval.Real.Xreal_derive]
Xderive_pt_neg [in Interval.Real.Xreal_derive]
Xderive_pt_div [in Interval.Real.Xreal_derive]
Xderive_pt_mul [in Interval.Real.Xreal_derive]
Xderive_pt_sub [in Interval.Real.Xreal_derive]
Xderive_pt_add [in Interval.Real.Xreal_derive]
Xdiv_0_r [in Interval.Real.Xreal]
Xdiv_split [in Interval.Real.Xreal]
Xinv_Xmul_distr [in Interval.Real.Xreal]
Xlift2_nan_r [in Interval.Real.Xreal]
Xmul_Xinv [in Interval.Real.Xreal]
Xmul_Xneg_distr_r [in Interval.Real.Xreal]
Xmul_Xneg_distr_l [in Interval.Real.Xreal]
Xmul_Xadd_distr_r [in Interval.Real.Xreal]
Xmul_1_r [in Interval.Real.Xreal]
Xmul_1_l [in Interval.Real.Xreal]
Xmul_assoc [in Interval.Real.Xreal]
Xmul_comm [in Interval.Real.Xreal]
Xneg_involutive [in Interval.Real.Xreal]
Xpower_int_correct [in Interval.Real.Xreal]
xreal_to_real [in Interval.Eval.Eval]
Xsub_split [in Interval.Real.Xreal]
x_alpha_beta [in Interval.Integral.Bertrand]
x_alpha_0 [in Interval.Integral.Bertrand]
Z
Zfloor_mul [in Interval.Language.Lang_expr]Zfloor_add [in Interval.Language.Lang_expr]
ZnearestE_plus_even [in Interval.Language.Lang_expr]
Znearest_IZR [in Interval.Float.Generic_proof]
zpos_gt_0 [in Interval.Float.Basic]
Ztrunc_div_ [in Interval.Language.Lang_expr]
Z_div_mod_eq [in Interval.Missing.Stdlib]
Constructor Index
A
Abs [in Interval.Eval.Tree]ADD [in Interval.Language.Lang_expr]
Add [in Interval.Eval.Tree]
ArrayAcc [in Interval.Language.Lang_expr]
Assert [in Interval.Language.Lang_expr]
Atan [in Interval.Eval.Tree]
B
BDecimal [in Interval.Interval.Interval]BFraction [in Interval.Interval.Interval]
Binary [in Interval.Eval.Prog]
BinFl [in Interval.Language.Lang_expr]
BinFloat [in Interval.Language.Lang_expr]
BInteger [in Interval.Interval.Interval]
Bpow [in Interval.Eval.Tree]
C
CADD [in Interval.Language.Lang_simpl]CAnd [in Interval.Language.Lang_simpl]
CAtom [in Interval.Language.Lang_simpl]
CBinFl [in Interval.Language.Lang_simpl]
CFalse [in Interval.Language.Lang_simpl]
CFLTDIV [in Interval.Language.Lang_simpl]
CInt [in Interval.Language.Lang_simpl]
CINTDIV [in Interval.Language.Lang_simpl]
CLdexp [in Interval.Language.Lang_simpl]
CMUL [in Interval.Language.Lang_simpl]
CNearbyint [in Interval.Language.Lang_simpl]
COp [in Interval.Language.Lang_simpl]
Cos [in Interval.Eval.Tree]
CRnd [in Interval.Language.Lang_simpl]
CSqrt [in Interval.Language.Lang_simpl]
CSUB [in Interval.Language.Lang_simpl]
CTrue [in Interval.Language.Lang_simpl]
CTrunc [in Interval.Language.Lang_simpl]
CVar [in Interval.Language.Lang_simpl]
D
DIV [in Interval.Language.Lang_expr]Div [in Interval.Eval.Tree]
E
Eabort [in Interval.Eval.Prog]Ebinary [in Interval.Eval.Tree]
Econst [in Interval.Eval.Tree]
Eprog [in Interval.Eval.Prog]
ErrorFix [in Interval.Eval.Tree]
ErrorFlt [in Interval.Eval.Tree]
Eunary [in Interval.Eval.Tree]
Evar [in Interval.Eval.Tree]
Exp [in Interval.Eval.Tree]
F
FastNearbyint [in Interval.Language.Lang_expr]FastNearbyintToInt [in Interval.Language.Lang_expr]
Float [in Interval.Float.Specific_ops]
Float [in Interval.Float.Basic]
FloatExt.toX_Xreal [in Interval.Float.Sig]
FloatExt.toX_Xnan [in Interval.Float.Sig]
FloatInj [in Interval.Language.Lang_expr]
FloatInterval.Contains_le [in Interval.Interval.Float]
Fma [in Interval.Language.Lang_expr]
FmaExact [in Interval.Language.Lang_expr]
Fminfty [in Interval.Float.Sig]
Fnan [in Interval.Float.Sig]
Fnan [in Interval.Float.Specific_ops]
Fnan [in Interval.Float.Basic]
Forward [in Interval.Eval.Prog]
Fpinfty [in Interval.Float.Sig]
Freal [in Interval.Float.Sig]
Fzero [in Interval.Float.Basic]
G
Gabsle [in Interval.Eval.Reify]Gge [in Interval.Eval.Reify]
Ggt [in Interval.Eval.Reify]
Gle [in Interval.Eval.Reify]
Glele [in Interval.Eval.Reify]
Glelt [in Interval.Eval.Reify]
Glt [in Interval.Eval.Reify]
Gltle [in Interval.Eval.Reify]
Gltlt [in Interval.Eval.Reify]
Gne [in Interval.Eval.Reify]
H
Habsle [in Interval.Eval.Reify]Hge [in Interval.Eval.Reify]
Hle [in Interval.Eval.Reify]
Hlele [in Interval.Eval.Reify]
I
Ibnd [in Interval.Interval.Interval]Ibnd [in Interval.Interval.Float]
ie_upper [in Interval.Tactics.Interval_helper]
ie_lower [in Interval.Tactics.Interval_helper]
ie_none [in Interval.Tactics.Interval_helper]
Inan [in Interval.Interval.Interval]
Inan [in Interval.Interval.Float]
InFloat64 [in Interval.Language.Lang_simpl]
InFloat64Int [in Interval.Language.Lang_simpl]
InInt32 [in Interval.Language.Lang_simpl]
InInt51 [in Interval.Language.Lang_simpl]
InInt64 [in Interval.Language.Lang_simpl]
Int [in Interval.Language.Lang_expr]
Int [in Interval.Eval.Tree]
Integer [in Interval.Language.Lang_expr]
IntegralRefiner.IBp [in Interval.Integral.Refine]
IntegralRefiner.IBu [in Interval.Integral.Refine]
IntegralRefiner.IBv [in Interval.Integral.Refine]
IntegralRefiner.Piece [in Interval.Integral.Refine]
IntervalTacticAux.SimpleTactic.i_depth [in Interval.Tactics.Interval_helper]
IntervalTacticAux.SimpleTactic.i_degree [in Interval.Tactics.Interval_helper]
IntervalTacticAux.SimpleTactic.i_taylor [in Interval.Tactics.Interval_helper]
IntervalTacticAux.SimpleTactic.i_autodiff [in Interval.Tactics.Interval_helper]
IntervalTacticAux.SimpleTactic.i_bisect [in Interval.Tactics.Interval_helper]
IntervalTacticAux.SimpleTactic.i_prec [in Interval.Tactics.Interval_helper]
Inv [in Interval.Eval.Tree]
itm_taylor [in Interval.Tactics.Interval_helper]
itm_autodiff [in Interval.Tactics.Interval_helper]
itm_naive [in Interval.Tactics.Interval_helper]
i_delay [in Interval.Tactic]
i_decimal [in Interval.Tactic]
i_size [in Interval.Tactic]
i_native_compute [in Interval.Tactic]
i_relwidth [in Interval.Tactic]
i_width [in Interval.Tactic]
i_fuel [in Interval.Tactic]
i_depth [in Interval.Tactic]
i_degree [in Interval.Tactic]
i_taylor [in Interval.Tactic]
i_autodiff [in Interval.Tactic]
i_bisect [in Interval.Tactic]
i_prec [in Interval.Tactic]
L
LdexpControl [in Interval.Language.Lang_simpl]Leaf [in Interval.Language.Lang_simpl]
Let [in Interval.Language.Lang_expr]
Ln [in Interval.Eval.Tree]
M
Mnumber [in Interval.Float.Specific_sig]MUL [in Interval.Language.Lang_expr]
Mul [in Interval.Eval.Tree]
Mzero [in Interval.Float.Specific_sig]
N
Nearbyint [in Interval.Language.Lang_expr]Nearbyint [in Interval.Eval.Tree]
Neg [in Interval.Eval.Tree]
Node [in Interval.Language.Lang_simpl]
NonNeg [in Interval.Language.Lang_simpl]
NonZero [in Interval.Language.Lang_simpl]
O
Op [in Interval.Language.Lang_expr]OpExact [in Interval.Language.Lang_expr]
P
Permut [in Interval.Integral.Priority]PHnone [in Interval.Integral.Priority]
PHsome [in Interval.Integral.Priority]
Pi [in Interval.Eval.Tree]
Postcond [in Interval.Language.Lang_expr]
pos_Up [in Interval.Float.Generic]
pos_Mi [in Interval.Float.Generic]
pos_Lo [in Interval.Float.Generic]
pos_Eq [in Interval.Float.Generic]
PowerInt [in Interval.Eval.Tree]
PTsome [in Interval.Integral.Priority]
R
RndExact [in Interval.Language.Lang_simpl]rnd_NE [in Interval.Float.Basic]
rnd_ZR [in Interval.Float.Basic]
rnd_DN [in Interval.Float.Basic]
rnd_UP [in Interval.Float.Basic]
RoundFix [in Interval.Eval.Tree]
RoundFlt [in Interval.Eval.Tree]
S
Scomposed [in Interval.Eval.Prog]Sconst [in Interval.Eval.Prog]
Sin [in Interval.Eval.Tree]
Sqr [in Interval.Eval.Tree]
Sqrt [in Interval.Language.Lang_expr]
Sqrt [in Interval.Eval.Tree]
SUB [in Interval.Language.Lang_expr]
Sub [in Interval.Eval.Tree]
T
Tan [in Interval.Eval.Tree]TM.Const [in Interval.Poly.Taylor_model]
TM.Tm [in Interval.Poly.Taylor_model]
TM.Var [in Interval.Poly.Taylor_model]
TranscendentalFloatFast.Consts [in Interval.Interval.Transcend]
TranscendentalFloatFast.HConst [in Interval.Interval.Transcend]
TruncToInt [in Interval.Language.Lang_expr]
U
Ufloat [in Interval.Float.Generic]Unan [in Interval.Float.Generic]
Unary [in Interval.Eval.Prog]
Uzero [in Interval.Float.Generic]
V
Var [in Interval.Language.Lang_expr]Void [in Interval.Language.Lang_simpl]
X
Xeq [in Interval.Real.Xreal]Xgt [in Interval.Real.Xreal]
Xlt [in Interval.Real.Xreal]
Xnan [in Interval.Real.Xreal]
Xreal [in Interval.Real.Xreal]
Xund [in Interval.Real.Xreal]
Axiom Index
B
BaseOps.add [in Interval.Poly.Datatypes]BaseOps.mul [in Interval.Poly.Datatypes]
BaseOps.one [in Interval.Poly.Datatypes]
BaseOps.opp [in Interval.Poly.Datatypes]
BaseOps.sub [in Interval.Poly.Datatypes]
BaseOps.T [in Interval.Poly.Datatypes]
BaseOps.U [in Interval.Poly.Datatypes]
BaseOps.zero [in Interval.Poly.Datatypes]
F
FloatCarrier.EtoZ [in Interval.Float.Specific_sig]FloatCarrier.exponent_div2_floor_correct [in Interval.Float.Specific_sig]
FloatCarrier.exponent_cmp_correct [in Interval.Float.Specific_sig]
FloatCarrier.exponent_sub_correct [in Interval.Float.Specific_sig]
FloatCarrier.exponent_add_correct [in Interval.Float.Specific_sig]
FloatCarrier.exponent_neg_correct [in Interval.Float.Specific_sig]
FloatCarrier.exponent_one_correct [in Interval.Float.Specific_sig]
FloatCarrier.exponent_zero_correct [in Interval.Float.Specific_sig]
FloatCarrier.exponent_div2_floor [in Interval.Float.Specific_sig]
FloatCarrier.exponent_cmp [in Interval.Float.Specific_sig]
FloatCarrier.exponent_sub [in Interval.Float.Specific_sig]
FloatCarrier.exponent_add [in Interval.Float.Specific_sig]
FloatCarrier.exponent_neg [in Interval.Float.Specific_sig]
FloatCarrier.exponent_one [in Interval.Float.Specific_sig]
FloatCarrier.exponent_zero [in Interval.Float.Specific_sig]
FloatCarrier.exponent_type [in Interval.Float.Specific_sig]
FloatCarrier.mantissa_sqrt_correct [in Interval.Float.Specific_sig]
FloatCarrier.mantissa_div_correct [in Interval.Float.Specific_sig]
FloatCarrier.mantissa_shrp_correct [in Interval.Float.Specific_sig]
FloatCarrier.mantissa_shr_correct [in Interval.Float.Specific_sig]
FloatCarrier.mantissa_shl_correct [in Interval.Float.Specific_sig]
FloatCarrier.mantissa_scale2_correct [in Interval.Float.Specific_sig]
FloatCarrier.mantissa_digits_correct [in Interval.Float.Specific_sig]
FloatCarrier.mantissa_cmp_correct [in Interval.Float.Specific_sig]
FloatCarrier.mantissa_mul_correct [in Interval.Float.Specific_sig]
FloatCarrier.mantissa_sub_correct [in Interval.Float.Specific_sig]
FloatCarrier.mantissa_add_correct [in Interval.Float.Specific_sig]
FloatCarrier.mantissa_one_correct [in Interval.Float.Specific_sig]
FloatCarrier.mantissa_even_correct [in Interval.Float.Specific_sig]
FloatCarrier.mantissa_sign_correct [in Interval.Float.Specific_sig]
FloatCarrier.mantissa_neg_correct [in Interval.Float.Specific_sig]
FloatCarrier.mantissa_pos_correct [in Interval.Float.Specific_sig]
FloatCarrier.mantissa_zero_correct [in Interval.Float.Specific_sig]
FloatCarrier.mantissa_sqrt [in Interval.Float.Specific_sig]
FloatCarrier.mantissa_div [in Interval.Float.Specific_sig]
FloatCarrier.mantissa_shrp [in Interval.Float.Specific_sig]
FloatCarrier.mantissa_shr [in Interval.Float.Specific_sig]
FloatCarrier.mantissa_shl [in Interval.Float.Specific_sig]
FloatCarrier.mantissa_scale2 [in Interval.Float.Specific_sig]
FloatCarrier.mantissa_even [in Interval.Float.Specific_sig]
FloatCarrier.mantissa_digits [in Interval.Float.Specific_sig]
FloatCarrier.mantissa_cmp [in Interval.Float.Specific_sig]
FloatCarrier.mantissa_mul [in Interval.Float.Specific_sig]
FloatCarrier.mantissa_sub [in Interval.Float.Specific_sig]
FloatCarrier.mantissa_add [in Interval.Float.Specific_sig]
FloatCarrier.mantissa_sign [in Interval.Float.Specific_sig]
FloatCarrier.mantissa_neg [in Interval.Float.Specific_sig]
FloatCarrier.mantissa_pos [in Interval.Float.Specific_sig]
FloatCarrier.mantissa_one [in Interval.Float.Specific_sig]
FloatCarrier.mantissa_zero [in Interval.Float.Specific_sig]
FloatCarrier.mantissa_type [in Interval.Float.Specific_sig]
FloatCarrier.MtoP [in Interval.Float.Specific_sig]
FloatCarrier.MtoZ [in Interval.Float.Specific_sig]
FloatCarrier.PtoM [in Interval.Float.Specific_sig]
FloatCarrier.PtoM_correct [in Interval.Float.Specific_sig]
FloatCarrier.radix [in Interval.Float.Specific_sig]
FloatCarrier.smantissa_type [in Interval.Float.Specific_sig]
FloatCarrier.valid_mantissa [in Interval.Float.Specific_sig]
FloatCarrier.ZtoE [in Interval.Float.Specific_sig]
FloatCarrier.ZtoE_correct [in Interval.Float.Specific_sig]
FloatCarrier.ZtoM [in Interval.Float.Specific_sig]
FloatCarrier.ZtoM_correct [in Interval.Float.Specific_sig]
FloatOps.abs [in Interval.Float.Sig]
FloatOps.abs_correct [in Interval.Float.Sig]
FloatOps.add_DN_correct [in Interval.Float.Sig]
FloatOps.add_UP_correct [in Interval.Float.Sig]
FloatOps.add_DN [in Interval.Float.Sig]
FloatOps.add_UP [in Interval.Float.Sig]
FloatOps.classify [in Interval.Float.Sig]
FloatOps.classify_correct [in Interval.Float.Sig]
FloatOps.cmp [in Interval.Float.Sig]
FloatOps.cmp_correct [in Interval.Float.Sig]
FloatOps.div_DN_correct [in Interval.Float.Sig]
FloatOps.div_UP_correct [in Interval.Float.Sig]
FloatOps.div_DN [in Interval.Float.Sig]
FloatOps.div_UP [in Interval.Float.Sig]
FloatOps.div2 [in Interval.Float.Sig]
FloatOps.div2_correct [in Interval.Float.Sig]
FloatOps.fromF [in Interval.Float.Sig]
FloatOps.fromZ [in Interval.Float.Sig]
FloatOps.fromZ_UP_correct [in Interval.Float.Sig]
FloatOps.fromZ_DN_correct [in Interval.Float.Sig]
FloatOps.fromZ_correct [in Interval.Float.Sig]
FloatOps.fromZ_UP [in Interval.Float.Sig]
FloatOps.fromZ_DN [in Interval.Float.Sig]
FloatOps.incr_prec [in Interval.Float.Sig]
FloatOps.is_nan_correct [in Interval.Float.Sig]
FloatOps.is_nan [in Interval.Float.Sig]
FloatOps.mag [in Interval.Float.Sig]
FloatOps.mag_correct [in Interval.Float.Sig]
FloatOps.max [in Interval.Float.Sig]
FloatOps.max_correct [in Interval.Float.Sig]
FloatOps.midpoint [in Interval.Float.Sig]
FloatOps.midpoint_correct [in Interval.Float.Sig]
FloatOps.min [in Interval.Float.Sig]
FloatOps.min_correct [in Interval.Float.Sig]
FloatOps.mul_DN_correct [in Interval.Float.Sig]
FloatOps.mul_UP_correct [in Interval.Float.Sig]
FloatOps.mul_DN [in Interval.Float.Sig]
FloatOps.mul_UP [in Interval.Float.Sig]
FloatOps.nan [in Interval.Float.Sig]
FloatOps.nan_correct [in Interval.Float.Sig]
FloatOps.nearbyint_DN_correct [in Interval.Float.Sig]
FloatOps.nearbyint_UP_correct [in Interval.Float.Sig]
FloatOps.nearbyint_DN [in Interval.Float.Sig]
FloatOps.nearbyint_UP [in Interval.Float.Sig]
FloatOps.neg [in Interval.Float.Sig]
FloatOps.neg_correct [in Interval.Float.Sig]
FloatOps.pow2_UP_correct [in Interval.Float.Sig]
FloatOps.pow2_UP [in Interval.Float.Sig]
FloatOps.prec [in Interval.Float.Sig]
FloatOps.precision [in Interval.Float.Sig]
FloatOps.PtoP [in Interval.Float.Sig]
FloatOps.radix [in Interval.Float.Sig]
FloatOps.real [in Interval.Float.Sig]
FloatOps.real_correct [in Interval.Float.Sig]
FloatOps.scale [in Interval.Float.Sig]
FloatOps.sensible_format [in Interval.Float.Sig]
FloatOps.sfactor [in Interval.Float.Sig]
FloatOps.sqrt_DN_correct [in Interval.Float.Sig]
FloatOps.sqrt_UP_correct [in Interval.Float.Sig]
FloatOps.sqrt_DN [in Interval.Float.Sig]
FloatOps.sqrt_UP [in Interval.Float.Sig]
FloatOps.StoZ [in Interval.Float.Sig]
FloatOps.sub_DN_correct [in Interval.Float.Sig]
FloatOps.sub_UP_correct [in Interval.Float.Sig]
FloatOps.sub_DN [in Interval.Float.Sig]
FloatOps.sub_UP [in Interval.Float.Sig]
FloatOps.toF [in Interval.Float.Sig]
FloatOps.type [in Interval.Float.Sig]
FloatOps.valid_ub_correct [in Interval.Float.Sig]
FloatOps.valid_lb_correct [in Interval.Float.Sig]
FloatOps.valid_lb [in Interval.Float.Sig]
FloatOps.valid_ub [in Interval.Float.Sig]
FloatOps.zero [in Interval.Float.Sig]
FloatOps.zero_correct [in Interval.Float.Sig]
FloatOps.ZtoS [in Interval.Float.Sig]
FloatOps.ZtoS_correct [in Interval.Float.Sig]
Format.emax [in Interval.Language.Lang_expr]
Format.prec [in Interval.Language.Lang_expr]
FullOps.atan [in Interval.Poly.Datatypes]
FullOps.cos [in Interval.Poly.Datatypes]
FullOps.exp [in Interval.Poly.Datatypes]
FullOps.invsqrt [in Interval.Poly.Datatypes]
FullOps.ln [in Interval.Poly.Datatypes]
FullOps.sin [in Interval.Poly.Datatypes]
FullOps.sqrt [in Interval.Poly.Datatypes]
FullOps.tan [in Interval.Poly.Datatypes]
I
IntervalBasicOps.abs [in Interval.Interval.Interval]IntervalBasicOps.abs_correct [in Interval.Interval.Interval]
IntervalBasicOps.add [in Interval.Interval.Interval]
IntervalBasicOps.add_propagate_r [in Interval.Interval.Interval]
IntervalBasicOps.add_propagate_l [in Interval.Interval.Interval]
IntervalBasicOps.add_correct [in Interval.Interval.Interval]
IntervalBasicOps.bisect [in Interval.Interval.Interval]
IntervalBasicOps.bisect_correct [in Interval.Interval.Interval]
IntervalBasicOps.bnd [in Interval.Interval.Interval]
IntervalBasicOps.bnd_correct [in Interval.Interval.Interval]
IntervalBasicOps.bounded [in Interval.Interval.Interval]
IntervalBasicOps.bounded_correct [in Interval.Interval.Interval]
IntervalBasicOps.cancel_sub [in Interval.Interval.Interval]
IntervalBasicOps.cancel_add [in Interval.Interval.Interval]
IntervalBasicOps.convert [in Interval.Interval.Interval]
IntervalBasicOps.div [in Interval.Interval.Interval]
IntervalBasicOps.div_propagate_r [in Interval.Interval.Interval]
IntervalBasicOps.div_propagate_l [in Interval.Interval.Interval]
IntervalBasicOps.div_correct [in Interval.Interval.Interval]
IntervalBasicOps.empty [in Interval.Interval.Interval]
IntervalBasicOps.empty_correct [in Interval.Interval.Interval]
IntervalBasicOps.error_flt_correct [in Interval.Interval.Interval]
IntervalBasicOps.error_fix_correct [in Interval.Interval.Interval]
IntervalBasicOps.error_flt [in Interval.Interval.Interval]
IntervalBasicOps.error_fix [in Interval.Interval.Interval]
IntervalBasicOps.fromZ [in Interval.Interval.Interval]
IntervalBasicOps.fromZ_correct [in Interval.Interval.Interval]
IntervalBasicOps.fromZ_small_correct [in Interval.Interval.Interval]
IntervalBasicOps.fromZ_small [in Interval.Interval.Interval]
IntervalBasicOps.inv [in Interval.Interval.Interval]
IntervalBasicOps.invnz [in Interval.Interval.Interval]
IntervalBasicOps.invnz_correct [in Interval.Interval.Interval]
IntervalBasicOps.inv_correct [in Interval.Interval.Interval]
IntervalBasicOps.is_empty_correct [in Interval.Interval.Interval]
IntervalBasicOps.is_empty [in Interval.Interval.Interval]
IntervalBasicOps.join [in Interval.Interval.Interval]
IntervalBasicOps.join_correct [in Interval.Interval.Interval]
IntervalBasicOps.lower [in Interval.Interval.Interval]
IntervalBasicOps.lower_bounded_correct [in Interval.Interval.Interval]
IntervalBasicOps.lower_correct [in Interval.Interval.Interval]
IntervalBasicOps.lower_complement_correct [in Interval.Interval.Interval]
IntervalBasicOps.lower_complement [in Interval.Interval.Interval]
IntervalBasicOps.lower_extent_correct [in Interval.Interval.Interval]
IntervalBasicOps.lower_extent [in Interval.Interval.Interval]
IntervalBasicOps.lower_bounded [in Interval.Interval.Interval]
IntervalBasicOps.mask [in Interval.Interval.Interval]
IntervalBasicOps.mask_propagate_r [in Interval.Interval.Interval]
IntervalBasicOps.mask_propagate_l [in Interval.Interval.Interval]
IntervalBasicOps.mask_correct' [in Interval.Interval.Interval]
IntervalBasicOps.mask_correct [in Interval.Interval.Interval]
IntervalBasicOps.meet [in Interval.Interval.Interval]
IntervalBasicOps.meet_correct' [in Interval.Interval.Interval]
IntervalBasicOps.meet_correct [in Interval.Interval.Interval]
IntervalBasicOps.midpoint [in Interval.Interval.Interval]
IntervalBasicOps.midpoint_correct [in Interval.Interval.Interval]
IntervalBasicOps.mul [in Interval.Interval.Interval]
IntervalBasicOps.mul_propagate_r [in Interval.Interval.Interval]
IntervalBasicOps.mul_propagate_l [in Interval.Interval.Interval]
IntervalBasicOps.mul_correct [in Interval.Interval.Interval]
IntervalBasicOps.nai [in Interval.Interval.Interval]
IntervalBasicOps.nai_correct [in Interval.Interval.Interval]
IntervalBasicOps.nearbyint [in Interval.Interval.Interval]
IntervalBasicOps.nearbyint_correct [in Interval.Interval.Interval]
IntervalBasicOps.neg [in Interval.Interval.Interval]
IntervalBasicOps.neg_correct' [in Interval.Interval.Interval]
IntervalBasicOps.neg_correct [in Interval.Interval.Interval]
IntervalBasicOps.output [in Interval.Interval.Interval]
IntervalBasicOps.output_correct [in Interval.Interval.Interval]
IntervalBasicOps.power_int_correct [in Interval.Interval.Interval]
IntervalBasicOps.power_int [in Interval.Interval.Interval]
IntervalBasicOps.real [in Interval.Interval.Interval]
IntervalBasicOps.real_correct [in Interval.Interval.Interval]
IntervalBasicOps.sign_strict_correct [in Interval.Interval.Interval]
IntervalBasicOps.sign_large_correct [in Interval.Interval.Interval]
IntervalBasicOps.sign_strict [in Interval.Interval.Interval]
IntervalBasicOps.sign_large [in Interval.Interval.Interval]
IntervalBasicOps.singleton [in Interval.Interval.Interval]
IntervalBasicOps.singleton_correct [in Interval.Interval.Interval]
IntervalBasicOps.sqr [in Interval.Interval.Interval]
IntervalBasicOps.sqrt [in Interval.Interval.Interval]
IntervalBasicOps.sqrt_correct [in Interval.Interval.Interval]
IntervalBasicOps.sqr_correct [in Interval.Interval.Interval]
IntervalBasicOps.sub [in Interval.Interval.Interval]
IntervalBasicOps.subset [in Interval.Interval.Interval]
IntervalBasicOps.subset_correct [in Interval.Interval.Interval]
IntervalBasicOps.sub_propagate_r [in Interval.Interval.Interval]
IntervalBasicOps.sub_propagate_l [in Interval.Interval.Interval]
IntervalBasicOps.sub_correct [in Interval.Interval.Interval]
IntervalBasicOps.type [in Interval.Interval.Interval]
IntervalBasicOps.upper [in Interval.Interval.Interval]
IntervalBasicOps.upper_bounded_correct [in Interval.Interval.Interval]
IntervalBasicOps.upper_correct [in Interval.Interval.Interval]
IntervalBasicOps.upper_complement_correct [in Interval.Interval.Interval]
IntervalBasicOps.upper_complement [in Interval.Interval.Interval]
IntervalBasicOps.upper_extent_correct [in Interval.Interval.Interval]
IntervalBasicOps.upper_extent [in Interval.Interval.Interval]
IntervalBasicOps.upper_bounded [in Interval.Interval.Interval]
IntervalBasicOps.valid_ub_upper [in Interval.Interval.Interval]
IntervalBasicOps.valid_lb_lower [in Interval.Interval.Interval]
IntervalBasicOps.valid_ub_nan [in Interval.Interval.Interval]
IntervalBasicOps.valid_lb_nan [in Interval.Interval.Interval]
IntervalBasicOps.valid_ub_real [in Interval.Interval.Interval]
IntervalBasicOps.valid_lb_real [in Interval.Interval.Interval]
IntervalBasicOps.valid_ub [in Interval.Interval.Interval]
IntervalBasicOps.valid_lb [in Interval.Interval.Interval]
IntervalBasicOps.whole [in Interval.Interval.Interval]
IntervalBasicOps.whole_correct [in Interval.Interval.Interval]
IntervalBasicOps.wider [in Interval.Interval.Interval]
IntervalBasicOps.zero [in Interval.Interval.Interval]
IntervalBasicOps.zero_correct [in Interval.Interval.Interval]
IntervalBounds.convert [in Interval.Interval.Interval]
IntervalBounds.nan [in Interval.Interval.Interval]
IntervalBounds.precision [in Interval.Interval.Interval]
IntervalBounds.PtoP [in Interval.Interval.Interval]
IntervalBounds.type [in Interval.Interval.Interval]
IntervalOps.atan [in Interval.Interval.Interval]
IntervalOps.atan_correct [in Interval.Interval.Interval]
IntervalOps.cos [in Interval.Interval.Interval]
IntervalOps.cos_correct [in Interval.Interval.Interval]
IntervalOps.exp [in Interval.Interval.Interval]
IntervalOps.exp_correct [in Interval.Interval.Interval]
IntervalOps.ln [in Interval.Interval.Interval]
IntervalOps.ln_correct [in Interval.Interval.Interval]
IntervalOps.pi [in Interval.Interval.Interval]
IntervalOps.pi_correct [in Interval.Interval.Interval]
IntervalOps.sin [in Interval.Interval.Interval]
IntervalOps.sin_correct [in Interval.Interval.Interval]
IntervalOps.tan [in Interval.Interval.Interval]
IntervalOps.tan_correct [in Interval.Interval.Interval]
P
PolyBound.ComputeBound [in Interval.Poly.Bound]PolyBound.ComputeBound_propagate [in Interval.Poly.Bound]
PolyBound.ComputeBound_correct [in Interval.Poly.Bound]
PolyIntOps.add_correct [in Interval.Poly.Datatypes]
PolyIntOps.deriv_correct [in Interval.Poly.Datatypes]
PolyIntOps.div_mixed_r_correct [in Interval.Poly.Datatypes]
PolyIntOps.dotmuldiv_propagate [in Interval.Poly.Datatypes]
PolyIntOps.dotmuldiv_correct [in Interval.Poly.Datatypes]
PolyIntOps.grec1_propagate [in Interval.Poly.Datatypes]
PolyIntOps.grec1_correct [in Interval.Poly.Datatypes]
PolyIntOps.horner_propagate [in Interval.Poly.Datatypes]
PolyIntOps.horner_correct [in Interval.Poly.Datatypes]
PolyIntOps.lift_correct [in Interval.Poly.Datatypes]
PolyIntOps.map_correct [in Interval.Poly.Datatypes]
PolyIntOps.mul_mixed_correct [in Interval.Poly.Datatypes]
PolyIntOps.mul_tail_correct [in Interval.Poly.Datatypes]
PolyIntOps.mul_trunc_correct [in Interval.Poly.Datatypes]
PolyIntOps.mul_correct [in Interval.Poly.Datatypes]
PolyIntOps.nth_default_alt [in Interval.Poly.Datatypes]
PolyIntOps.one_correct [in Interval.Poly.Datatypes]
PolyIntOps.opp_correct [in Interval.Poly.Datatypes]
PolyIntOps.polyCons_propagate [in Interval.Poly.Datatypes]
PolyIntOps.polyCons_correct [in Interval.Poly.Datatypes]
PolyIntOps.polyC_correct [in Interval.Poly.Datatypes]
PolyIntOps.polyNil_correct [in Interval.Poly.Datatypes]
PolyIntOps.polyX_correct [in Interval.Poly.Datatypes]
PolyIntOps.primitive_correct [in Interval.Poly.Datatypes]
PolyIntOps.rec1_propagate [in Interval.Poly.Datatypes]
PolyIntOps.rec1_correct [in Interval.Poly.Datatypes]
PolyIntOps.rec2_correct [in Interval.Poly.Datatypes]
PolyIntOps.set_nth_correct [in Interval.Poly.Datatypes]
PolyIntOps.sub_correct [in Interval.Poly.Datatypes]
PolyIntOps.tail_correct [in Interval.Poly.Datatypes]
PolyIntOps.zero_correct [in Interval.Poly.Datatypes]
PolyOps.add [in Interval.Poly.Datatypes]
PolyOps.deriv [in Interval.Poly.Datatypes]
PolyOps.div_mixed_r [in Interval.Poly.Datatypes]
PolyOps.dotmuldiv [in Interval.Poly.Datatypes]
PolyOps.fold [in Interval.Poly.Datatypes]
PolyOps.fold_polyCons [in Interval.Poly.Datatypes]
PolyOps.fold_polyNil [in Interval.Poly.Datatypes]
PolyOps.grec1 [in Interval.Poly.Datatypes]
PolyOps.horner [in Interval.Poly.Datatypes]
PolyOps.horner_seq [in Interval.Poly.Datatypes]
PolyOps.lift [in Interval.Poly.Datatypes]
PolyOps.map [in Interval.Poly.Datatypes]
PolyOps.mul [in Interval.Poly.Datatypes]
PolyOps.mul_mixed [in Interval.Poly.Datatypes]
PolyOps.mul_tail [in Interval.Poly.Datatypes]
PolyOps.mul_trunc [in Interval.Poly.Datatypes]
PolyOps.nth [in Interval.Poly.Datatypes]
PolyOps.nth_default [in Interval.Poly.Datatypes]
PolyOps.nth_set_nth [in Interval.Poly.Datatypes]
PolyOps.nth_polyNil [in Interval.Poly.Datatypes]
PolyOps.nth_polyCons [in Interval.Poly.Datatypes]
PolyOps.nth_toSeq [in Interval.Poly.Datatypes]
PolyOps.one [in Interval.Poly.Datatypes]
PolyOps.oneE [in Interval.Poly.Datatypes]
PolyOps.opp [in Interval.Poly.Datatypes]
PolyOps.polyC [in Interval.Poly.Datatypes]
PolyOps.polyCE [in Interval.Poly.Datatypes]
PolyOps.polyCons [in Interval.Poly.Datatypes]
PolyOps.polyNil [in Interval.Poly.Datatypes]
PolyOps.polyX [in Interval.Poly.Datatypes]
PolyOps.polyXE [in Interval.Poly.Datatypes]
PolyOps.poly_ind [in Interval.Poly.Datatypes]
PolyOps.primitive [in Interval.Poly.Datatypes]
PolyOps.rec1 [in Interval.Poly.Datatypes]
PolyOps.rec2 [in Interval.Poly.Datatypes]
PolyOps.set_nth [in Interval.Poly.Datatypes]
PolyOps.size [in Interval.Poly.Datatypes]
PolyOps.size_set_nth [in Interval.Poly.Datatypes]
PolyOps.size_dotmuldiv [in Interval.Poly.Datatypes]
PolyOps.size_tail [in Interval.Poly.Datatypes]
PolyOps.size_grec1 [in Interval.Poly.Datatypes]
PolyOps.size_polyCons [in Interval.Poly.Datatypes]
PolyOps.size_polyNil [in Interval.Poly.Datatypes]
PolyOps.size_sub [in Interval.Poly.Datatypes]
PolyOps.size_map [in Interval.Poly.Datatypes]
PolyOps.size_opp [in Interval.Poly.Datatypes]
PolyOps.size_add [in Interval.Poly.Datatypes]
PolyOps.size_mul_tail [in Interval.Poly.Datatypes]
PolyOps.size_mul_trunc [in Interval.Poly.Datatypes]
PolyOps.size_rec2 [in Interval.Poly.Datatypes]
PolyOps.size_rec1 [in Interval.Poly.Datatypes]
PolyOps.size_div_mixed_r [in Interval.Poly.Datatypes]
PolyOps.size_mul_mixed [in Interval.Poly.Datatypes]
PolyOps.size_lift [in Interval.Poly.Datatypes]
PolyOps.size_primitive [in Interval.Poly.Datatypes]
PolyOps.sub [in Interval.Poly.Datatypes]
PolyOps.T [in Interval.Poly.Datatypes]
PolyOps.tail [in Interval.Poly.Datatypes]
PolyOps.toSeq [in Interval.Poly.Datatypes]
PolyOps.zero [in Interval.Poly.Datatypes]
PowDivOps.div [in Interval.Poly.Datatypes]
PowDivOps.fromZ [in Interval.Poly.Datatypes]
PowDivOps.from_nat [in Interval.Poly.Datatypes]
PowDivOps.inv [in Interval.Poly.Datatypes]
PowDivOps.mask [in Interval.Poly.Datatypes]
PowDivOps.power_int [in Interval.Poly.Datatypes]
PowDivOps.sqr [in Interval.Poly.Datatypes]
R
Radix.val [in Interval.Float.Generic_ops]S
Size.bits [in Interval.Language.Lang_expr]U
UnivariateApprox.abs [in Interval.Interval.Univariate_sig]UnivariateApprox.abs_correct [in Interval.Interval.Univariate_sig]
UnivariateApprox.add [in Interval.Interval.Univariate_sig]
UnivariateApprox.add_correct [in Interval.Interval.Univariate_sig]
UnivariateApprox.approximates [in Interval.Interval.Univariate_sig]
UnivariateApprox.approximates_ext [in Interval.Interval.Univariate_sig]
UnivariateApprox.atan [in Interval.Interval.Univariate_sig]
UnivariateApprox.atan_correct [in Interval.Interval.Univariate_sig]
UnivariateApprox.const [in Interval.Interval.Univariate_sig]
UnivariateApprox.const_correct [in Interval.Interval.Univariate_sig]
UnivariateApprox.cos [in Interval.Interval.Univariate_sig]
UnivariateApprox.cos_correct [in Interval.Interval.Univariate_sig]
UnivariateApprox.div [in Interval.Interval.Univariate_sig]
UnivariateApprox.div_correct [in Interval.Interval.Univariate_sig]
UnivariateApprox.dummy [in Interval.Interval.Univariate_sig]
UnivariateApprox.dummy_correct [in Interval.Interval.Univariate_sig]
UnivariateApprox.eval [in Interval.Interval.Univariate_sig]
UnivariateApprox.eval_correct [in Interval.Interval.Univariate_sig]
UnivariateApprox.exp [in Interval.Interval.Univariate_sig]
UnivariateApprox.exp_correct [in Interval.Interval.Univariate_sig]
UnivariateApprox.inv [in Interval.Interval.Univariate_sig]
UnivariateApprox.inv_correct [in Interval.Interval.Univariate_sig]
UnivariateApprox.ln [in Interval.Interval.Univariate_sig]
UnivariateApprox.ln_correct [in Interval.Interval.Univariate_sig]
UnivariateApprox.mul [in Interval.Interval.Univariate_sig]
UnivariateApprox.mul_correct [in Interval.Interval.Univariate_sig]
UnivariateApprox.opp [in Interval.Interval.Univariate_sig]
UnivariateApprox.opp_correct [in Interval.Interval.Univariate_sig]
UnivariateApprox.sin [in Interval.Interval.Univariate_sig]
UnivariateApprox.sin_correct [in Interval.Interval.Univariate_sig]
UnivariateApprox.sqrt [in Interval.Interval.Univariate_sig]
UnivariateApprox.sqrt_correct [in Interval.Interval.Univariate_sig]
UnivariateApprox.sub [in Interval.Interval.Univariate_sig]
UnivariateApprox.sub_correct [in Interval.Interval.Univariate_sig]
UnivariateApprox.T [in Interval.Interval.Univariate_sig]
UnivariateApprox.tan [in Interval.Interval.Univariate_sig]
UnivariateApprox.tan_correct [in Interval.Interval.Univariate_sig]
UnivariateApprox.var [in Interval.Interval.Univariate_sig]
UnivariateApprox.var_correct [in Interval.Interval.Univariate_sig]
Inductive Index
A
ArithExpr [in Interval.Language.Lang_expr]ArithOp [in Interval.Language.Lang_expr]
Atom [in Interval.Language.Lang_simpl]
B
binary_op [in Interval.Eval.Tree]BTree [in Interval.Language.Lang_simpl]
C
CArithExpr [in Interval.Language.Lang_simpl]CArithOp [in Interval.Language.Lang_simpl]
CProp [in Interval.Language.Lang_simpl]
E
expr [in Interval.Eval.Tree]ExprType [in Interval.Language.Lang_expr]
ExtendedR [in Interval.Real.Xreal]
extracted_expr [in Interval.Eval.Prog]
F
fclass [in Interval.Float.Sig]float [in Interval.Float.Basic]
FloatExt.toX_prop [in Interval.Float.Sig]
FloatInterval.contains_le_spec [in Interval.Interval.Float]
f_interval [in Interval.Interval.Float]
G
gol [in Interval.Eval.Reify]H
hyp [in Interval.Eval.Reify]I
IntegralRefiner.integral_bound [in Interval.Integral.Refine]IntegralRefiner.piece [in Interval.Integral.Refine]
interval [in Interval.Interval.Interval]
IntervalTacticAux.SimpleTactic.interval_tac_parameters [in Interval.Tactics.Interval_helper]
interval_extent [in Interval.Tactics.Interval_helper]
interval_tac_method [in Interval.Tactics.Interval_helper]
interval_tac_parameters [in Interval.Tactic]
N
nullary_op [in Interval.Eval.Tree]O
output_bound [in Interval.Interval.Interval]P
permut [in Interval.Integral.Priority]pheap [in Interval.Integral.Priority]
position [in Interval.Float.Generic]
ptree [in Interval.Integral.Priority]
R
rounding_mode [in Interval.Float.Basic]S
signed_number [in Interval.Float.Specific_sig]splitted_expr [in Interval.Eval.Prog]
s_float [in Interval.Float.Specific_ops]
T
term [in Interval.Eval.Prog]TM.t_ [in Interval.Poly.Taylor_model]
TranscendentalFloatFast.constants [in Interval.Interval.Transcend]
TranscendentalFloatFast.hidden_constant [in Interval.Interval.Transcend]
U
ufloat [in Interval.Float.Generic]unary_op [in Interval.Eval.Tree]
X
Xcomparison [in Interval.Real.Xreal]Projection Index
A
approx [in Interval.Poly.Taylor_model_sharp]B
binary [in Interval.Eval.Prog]C
constant [in Interval.Eval.Prog]E
error [in Interval.Poly.Taylor_model_sharp]S
sign [in Interval.Eval.Prog]T
TaylorModel.IPoly_nai [in Interval.Poly.Taylor_model_sharp]TaylorModel.IPoly_nth [in Interval.Poly.Taylor_model_sharp]
TaylorModel.IPoly_size [in Interval.Poly.Taylor_model_sharp]
TaylorModel.Poly_nth [in Interval.Poly.Taylor_model_sharp]
TaylorModel.Poly_size [in Interval.Poly.Taylor_model_sharp]
U
unary [in Interval.Eval.Prog]unknown [in Interval.Eval.Prog]
Instance Index
I
IntegralRefiner.filter_convert [in Interval.Integral.Refine]Section Index
B
BertrandInterval.EffectiveBertrand [in Interval.Integral.Bertrand]BertrandInterval.EffectiveBertrand.Infinity [in Interval.Integral.Bertrand]
BertrandInterval.EffectiveBertrand.Infinity.BertrandLogNegInt [in Interval.Integral.Bertrand]
BertrandInterval.EffectiveBertrand.Sing [in Interval.Integral.Bertrand]
BertrandLogNeg [in Interval.Integral.Bertrand]
bigops [in Interval.Missing.MathComp]
C
CoquelicotMissing [in Interval.Integral.Bertrand]D
Definitions [in Interval.Float.Basic]Defix1 [in Interval.Poly.Basic_rec]
Defix2 [in Interval.Poly.Basic_rec]
E
ExponentInQ [in Interval.Integral.Bertrand]F
Foldri [in Interval.Missing.MathComp]foldri_proof [in Interval.Missing.MathComp]
fold_proof [in Interval.Missing.MathComp]
G
GenDefix1 [in Interval.Poly.Basic_rec]H
Head_Last [in Interval.Missing.MathComp]I
Integral [in Interval.Missing.Stdlib]IntegralRefiner.Bounds [in Interval.Integral.Refine]
IntegralTaylor.DepthZeroPol [in Interval.Integral.Integral]
IntervalAux.PrecArgument [in Interval.Interval.Interval_compl]
IterUntil [in Interval.Integral.Refine]
M
map_proof [in Interval.Missing.MathComp]Map2 [in Interval.Missing.MathComp]
map2_proof [in Interval.Missing.MathComp]
misc_proofs [in Interval.Missing.MathComp]
Missing [in Interval.Integral.Integral]
mkseq_proof [in Interval.Missing.MathComp]
N
NatCompl [in Interval.Missing.MathComp]NDerive [in Interval.Interval.Interval_compl]
P
Pairing [in Interval.Integral.Priority]Permut [in Interval.Integral.Priority]
powerRZMissing [in Interval.Integral.Bertrand]
PredArg [in Interval.Interval.Interval_compl]
R
RecZ [in Interval.Poly.Basic_rec]rec_proofs [in Interval.Poly.Basic_rec]
S
SeqPoly.PrecIsPropagated [in Interval.Poly.Datatypes]SeqPoly.precSection [in Interval.Poly.Datatypes]
T
TaylorLagrange [in Interval.Real.Taylor]TaylorLagrange.CorTL [in Interval.Real.Taylor]
TaylorLagrange.TL [in Interval.Real.Taylor]
TaylorModel.PrecArgument [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.Const_prelim [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.GenericProof [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.GenericProof.aux [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TaylorModel [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral.NumericIntegration [in Interval.Poly.Taylor_model_sharp]
TaylorModel.PrecArgument.TM_integral [in Interval.Poly.Taylor_model_sharp]
TaylorPoly.PrecIsPropagated1 [in Interval.Poly.Taylor_poly]
TaylorPoly.PrecIsPropagated2 [in Interval.Poly.Taylor_poly]
Z
ZeroToEpsilon [in Interval.Integral.Bertrand]Abbreviation Index
A
add [in Interval.Missing.Int63Copy]addc [in Interval.Missing.Int63Copy]
addcarry [in Interval.Missing.Int63Copy]
addcarryc [in Interval.Missing.Int63Copy]
addcarryc_spec [in Interval.Missing.Int63Copy]
addcarryc_def_spec [in Interval.Missing.Int63Copy]
addcarryc_def [in Interval.Missing.Int63Copy]
addcarry_spec [in Interval.Missing.Int63Copy]
addc_spec [in Interval.Missing.Int63Copy]
addc_def_spec [in Interval.Missing.Int63Copy]
addc_def [in Interval.Missing.Int63Copy]
addmuldiv [in Interval.Missing.Int63Copy]
addmuldiv_spec [in Interval.Missing.Int63Copy]
addmuldiv_def_spec [in Interval.Missing.Int63Copy]
addmuldiv_def [in Interval.Missing.Int63Copy]
add_cancel_r [in Interval.Missing.Int63Copy]
add_cancel_l [in Interval.Missing.Int63Copy]
add_le_r [in Interval.Missing.Int63Copy]
add_comm [in Interval.Missing.Int63Copy]
add_assoc [in Interval.Missing.Int63Copy]
add_spec [in Interval.Missing.Int63Copy]
B
BigOp.bigopE [in Interval.Missing.MathComp2]bit [in Interval.Missing.Int63Copy]
bitE [in Interval.Missing.Int63Copy]
bit_add_or [in Interval.Missing.Int63Copy]
bit_0 [in Interval.Missing.Int63Copy]
bit_lsl [in Interval.Missing.Int63Copy]
bit_ext [in Interval.Missing.Int63Copy]
bit_half [in Interval.Missing.Int63Copy]
bit_M [in Interval.Missing.Int63Copy]
bit_1 [in Interval.Missing.Int63Copy]
bit_b2i [in Interval.Missing.Int63Copy]
bit_lsr [in Interval.Missing.Int63Copy]
bit_split [in Interval.Missing.Int63Copy]
bit_0_spec [in Interval.Missing.Int63Copy]
b2i [in Interval.Missing.Int63Copy]
C
Cab [in Interval.Real.Taylor]can_inj [in Interval.Missing.Int63Copy]
cast [in Interval.Missing.Int63Copy]
cast_diff [in Interval.Missing.Int63Copy]
cast_refl [in Interval.Missing.Int63Copy]
compare [in Interval.Missing.Int63Copy]
compare_spec [in Interval.Missing.Int63Copy]
compare_def_spec [in Interval.Missing.Int63Copy]
compare_def [in Interval.Missing.Int63Copy]
D
digits [in Interval.Missing.Int63Copy]div [in Interval.Missing.Int63Copy]
diveucl [in Interval.Missing.Int63Copy]
diveucl_21_spec_aux [in Interval.Missing.Int63Copy]
diveucl_spec [in Interval.Missing.Int63Copy]
diveucl_21_spec [in Interval.Missing.Int63Copy]
diveucl_def_spec [in Interval.Missing.Int63Copy]
diveucl_21 [in Interval.Missing.Int63Copy]
diveucl_def [in Interval.Missing.Int63Copy]
div_spec [in Interval.Missing.Int63Copy]
div2_phi [in Interval.Missing.Int63Copy]
E
eqb [in Interval.Missing.Int63Copy]eqbP [in Interval.Missing.Int63Copy]
eqb_false_correct [in Interval.Missing.Int63Copy]
eqb_false_complete [in Interval.Missing.Int63Copy]
eqb_false_spec [in Interval.Missing.Int63Copy]
eqb_spec [in Interval.Missing.Int63Copy]
eqb_complete [in Interval.Missing.Int63Copy]
eqb_refl [in Interval.Missing.Int63Copy]
eqb_correct [in Interval.Missing.Int63Copy]
eqmE [in Interval.Missing.Int63Copy]
eqmI [in Interval.Missing.Int63Copy]
eqm_subE [in Interval.Missing.Int63Copy]
eqm_sub [in Interval.Missing.Int63Copy]
eqm_mod [in Interval.Missing.Int63Copy]
eqo [in Interval.Missing.Int63Copy]
eqo_diff [in Interval.Missing.Int63Copy]
eqo_refl [in Interval.Missing.Int63Copy]
eqs [in Interval.Missing.Int63Copy]
eq_dec [in Interval.Missing.Int63Copy]
G
gcd [in Interval.Missing.Int63Copy]gcd_spec [in Interval.Missing.Int63Copy]
gcd_rec [in Interval.Missing.Int63Copy]
get_digit [in Interval.Missing.Int63Copy]
H
head0 [in Interval.Missing.Int63Copy]head0_spec [in Interval.Missing.Int63Copy]
head00_spec [in Interval.Missing.Int63Copy]
high_bit [in Interval.Missing.Int63Copy]
I
IInan [in Interval.Interval.Interval_compl]int [in Interval.Missing.Int63Copy]
int_eqm [in Interval.Missing.Int63Copy]
Int63.add_spec [in Interval.Missing.Int63Compat]
Int63.eqb [in Interval.Missing.Int63Compat]
Int63.eqbP [in Interval.Missing.Int63Compat]
Int63.land_spec' [in Interval.Missing.Int63Compat]
Int63.leb [in Interval.Missing.Int63Compat]
Int63.of_Z_spec [in Interval.Missing.Int63Compat]
Int63.of_Z [in Interval.Missing.Int63Compat]
Int63.of_pos [in Interval.Missing.Int63Compat]
Int63.sub_spec [in Interval.Missing.Int63Compat]
Int63.to_Z_1 [in Interval.Missing.Int63Compat]
Int63.to_Z_inj [in Interval.Missing.Int63Compat]
Int63.to_Z_bounded [in Interval.Missing.Int63Compat]
Int63.to_Z [in Interval.Missing.Int63Compat]
is_zeroE [in Interval.Missing.Int63Copy]
is_int [in Interval.Missing.Int63Copy]
is_even_lsl_1 [in Interval.Missing.Int63Copy]
is_even_0 [in Interval.Missing.Int63Copy]
is_even_spec [in Interval.Missing.Int63Copy]
is_even_bit [in Interval.Missing.Int63Copy]
is_zero_spec [in Interval.Missing.Int63Copy]
is_even [in Interval.Missing.Int63Copy]
is_zero [in Interval.Missing.Int63Copy]
iter_sqrt_correct [in Interval.Missing.Int63Copy]
iter_sqrt [in Interval.Missing.Int63Copy]
iter2_sqrt_correct [in Interval.Missing.Int63Copy]
iter2_sqrt [in Interval.Missing.Int63Copy]
L
land [in Interval.Missing.Int63Copy]landA [in Interval.Missing.Int63Copy]
landC [in Interval.Missing.Int63Copy]
land_spec' [in Interval.Missing.Int63Copy]
land_spec [in Interval.Missing.Int63Copy]
land0 [in Interval.Missing.Int63Copy]
land0_r [in Interval.Missing.Int63Copy]
leb [in Interval.Missing.Int63Copy]
lebP [in Interval.Missing.Int63Copy]
leb_spec [in Interval.Missing.Int63Copy]
lor [in Interval.Missing.Int63Copy]
lorA [in Interval.Missing.Int63Copy]
lorC [in Interval.Missing.Int63Copy]
lor_spec' [in Interval.Missing.Int63Copy]
lor_le [in Interval.Missing.Int63Copy]
lor_lsr [in Interval.Missing.Int63Copy]
lor_spec [in Interval.Missing.Int63Copy]
lor0 [in Interval.Missing.Int63Copy]
lor0_r [in Interval.Missing.Int63Copy]
lsl [in Interval.Missing.Int63Copy]
lsl_add_distr [in Interval.Missing.Int63Copy]
lsl_spec [in Interval.Missing.Int63Copy]
lsl0 [in Interval.Missing.Int63Copy]
lsl0_r [in Interval.Missing.Int63Copy]
lsr [in Interval.Missing.Int63Copy]
lsr_M_r [in Interval.Missing.Int63Copy]
lsr_add [in Interval.Missing.Int63Copy]
lsr_1 [in Interval.Missing.Int63Copy]
lsr_0_r [in Interval.Missing.Int63Copy]
lsr_spec [in Interval.Missing.Int63Copy]
lsr0 [in Interval.Missing.Int63Copy]
ltb [in Interval.Missing.Int63Copy]
ltbP [in Interval.Missing.Int63Copy]
ltb_spec [in Interval.Missing.Int63Copy]
lt_pow_lt_log [in Interval.Missing.Int63Copy]
lxor [in Interval.Missing.Int63Copy]
lxorA [in Interval.Missing.Int63Copy]
lxorC [in Interval.Missing.Int63Copy]
lxor_spec' [in Interval.Missing.Int63Copy]
lxor_spec [in Interval.Missing.Int63Copy]
lxor0 [in Interval.Missing.Int63Copy]
lxor0_r [in Interval.Missing.Int63Copy]
M
max_int [in Interval.Missing.Int63Copy]mod [in Interval.Missing.Int63Copy]
mod_spec [in Interval.Missing.Int63Copy]
mul [in Interval.Missing.Int63Copy]
mulc [in Interval.Missing.Int63Copy]
mulc_spec [in Interval.Missing.Int63Copy]
mul_spec [in Interval.Missing.Int63Copy]
N
nth_defaults [in Interval.Poly.Basic_rec]O
Oab [in Interval.Real.Taylor]of_int63_spec [in Interval.Missing.Int63Copy]
of_int63 [in Interval.Missing.Int63Copy]
of_Z_spec [in Interval.Missing.Int63Copy]
of_pos_rec_spec [in Interval.Missing.Int63Copy]
of_to_Z [in Interval.Missing.Int63Copy]
of_Z [in Interval.Missing.Int63Copy]
of_pos [in Interval.Missing.Int63Copy]
of_pos_rec [in Interval.Missing.Int63Copy]
opp [in Interval.Missing.Int63Copy]
oppc [in Interval.Missing.Int63Copy]
oppcarry [in Interval.Missing.Int63Copy]
oppcarry_spec [in Interval.Missing.Int63Copy]
oppc_spec [in Interval.Missing.Int63Copy]
opp_to_Z_opp [in Interval.Missing.Int63Copy]
opp_spec [in Interval.Missing.Int63Copy]
P
PolyIntOps.Notations.eq_size [in Interval.Poly.Datatypes]PolyIntOps.seq_eq_size [in Interval.Poly.Datatypes]
pow2_nz [in Interval.Missing.Int63Copy]
pow2_pos [in Interval.Missing.Int63Copy]
pred [in Interval.Missing.Int63Copy]
predc [in Interval.Missing.Int63Copy]
predc_spec [in Interval.Missing.Int63Copy]
pred_spec [in Interval.Missing.Int63Copy]
Q
quotient_by_2 [in Interval.Missing.Int63Copy]R
radix2 [in Interval.Float.Basic]RelP [in Interval.Missing.MathComp]
RelP [in Interval.Missing.MathComp]
RelP [in Interval.Missing.MathComp]
RelP [in Interval.Missing.MathComp]
RelP [in Interval.Missing.MathComp]
RelP [in Interval.Missing.MathComp]
RelP [in Interval.Poly.Basic_rec]
Rmult_neq0 [in Interval.Missing.Stdlib]
RoundedR.rnd [in Interval.Language.Lang_expr]
RoundedR.trunc [in Interval.Language.Lang_expr]
Rpow2 [in Interval.Language.Lang_expr]
S
SeqPolyInt.Notations.eq_size [in Interval.Poly.Datatypes]SeqPolyInt.seq_eq_size [in Interval.Poly.Datatypes]
set_digit [in Interval.Missing.Int63Copy]
size [in Interval.Missing.Int63Copy]
sqrt [in Interval.Missing.Int63Copy]
sqrt_spec [in Interval.Missing.Int63Copy]
sqrt_init [in Interval.Missing.Int63Copy]
sqrt_step_correct [in Interval.Missing.Int63Copy]
sqrt_test_true [in Interval.Missing.Int63Copy]
sqrt_test_false [in Interval.Missing.Int63Copy]
sqrt_main [in Interval.Missing.Int63Copy]
sqrt_main_trick [in Interval.Missing.Int63Copy]
sqrt_step [in Interval.Missing.Int63Copy]
sqrt2 [in Interval.Missing.Int63Copy]
sqrt2_spec [in Interval.Missing.Int63Copy]
sqrt2_step_correct [in Interval.Missing.Int63Copy]
sqrt2_lower_bound [in Interval.Missing.Int63Copy]
sqrt2_step_def [in Interval.Missing.Int63Copy]
sqrt2_step [in Interval.Missing.Int63Copy]
sub [in Interval.Missing.Int63Copy]
subc [in Interval.Missing.Int63Copy]
subcarry [in Interval.Missing.Int63Copy]
subcarryc [in Interval.Missing.Int63Copy]
subcarryc_spec [in Interval.Missing.Int63Copy]
subcarryc_def_spec [in Interval.Missing.Int63Copy]
subcarryc_def [in Interval.Missing.Int63Copy]
subcarry_spec [in Interval.Missing.Int63Copy]
subc_spec [in Interval.Missing.Int63Copy]
subc_def_spec [in Interval.Missing.Int63Copy]
subc_def [in Interval.Missing.Int63Copy]
sub_spec [in Interval.Missing.Int63Copy]
succ [in Interval.Missing.Int63Copy]
succc [in Interval.Missing.Int63Copy]
succc_spec [in Interval.Missing.Int63Copy]
succ_spec [in Interval.Missing.Int63Copy]
T
tail0 [in Interval.Missing.Int63Copy]tail0_spec [in Interval.Missing.Int63Copy]
tail00_spec [in Interval.Missing.Int63Copy]
TaylorModel.Iadd [in Interval.Poly.Taylor_model_sharp]
TaylorModel.Imul [in Interval.Poly.Taylor_model_sharp]
TaylorModel.Isub [in Interval.Poly.Taylor_model_sharp]
TaylorModel.rpa [in Interval.Poly.Taylor_model_sharp]
Tcoeff [in Interval.Real.Taylor]
to_Z_split [in Interval.Missing.Int63Copy]
to_Z_gcd [in Interval.Missing.Int63Copy]
to_Z_inj [in Interval.Missing.Int63Copy]
to_Z_1 [in Interval.Missing.Int63Copy]
to_Z_0 [in Interval.Missing.Int63Copy]
to_Z_bounded [in Interval.Missing.Int63Copy]
to_Z_rec_bounded [in Interval.Missing.Int63Copy]
to_Z [in Interval.Missing.Int63Copy]
to_Z_rec [in Interval.Missing.Int63Copy]
TranscendentalFloatFast.toR [in Interval.Interval.Transcend]
Tsum [in Interval.Real.Taylor]
Tterm [in Interval.Real.Taylor]
W
wB [in Interval.Missing.Int63Copy]wB_pos [in Interval.Missing.Int63Copy]
wB_diff_0 [in Interval.Missing.Int63Copy]
X
Xabs [in Interval.Real.Xreal]Xadd [in Interval.Real.Xreal]
Xatan [in Interval.Real.Xreal]
Xcos [in Interval.Real.Xreal]
Xdiv [in Interval.Real.Xreal]
Xexp [in Interval.Real.Xreal]
Xinv [in Interval.Real.Xreal]
Xlift [in Interval.Real.Xreal]
Xlift2 [in Interval.Real.Xreal]
Xln [in Interval.Real.Xreal]
Xmax [in Interval.Real.Xreal]
Xmin [in Interval.Real.Xreal]
Xmul [in Interval.Real.Xreal]
Xnearbyint [in Interval.Float.Basic]
Xneg [in Interval.Real.Xreal]
Xsin [in Interval.Real.Xreal]
Xsqr [in Interval.Real.Xreal]
Xsqrt [in Interval.Real.Xreal]
Xsqrt_nan [in Interval.Real.Xreal]
Xsub [in Interval.Real.Xreal]
Xtan [in Interval.Real.Xreal]
Z
Zmod_distr [in Interval.Missing.Int63Copy]Zmod_le_first [in Interval.Missing.Int63Copy]
Z_evenE [in Interval.Missing.Int63Copy]
Z_oddE [in Interval.Missing.Int63Copy]
Z.frexp [in Interval.Float.Primitive_ops]
Z.ldexp [in Interval.Float.Primitive_ops]
Definition Index
A
add_compatibility [in Interval.Language.Lang_simpl]adjust_mantissa [in Interval.Float.Generic]
adjust_pos [in Interval.Float.Generic]
all [in Interval.Integral.Priority]
ArithExpr_sind [in Interval.Language.Lang_expr]
ArithExpr_rec [in Interval.Language.Lang_expr]
ArithExpr_ind [in Interval.Language.Lang_expr]
ArithExpr_rect [in Interval.Language.Lang_expr]
ArithOpToCArithOp [in Interval.Language.Lang_simpl]
ArithOp_sind [in Interval.Language.Lang_expr]
ArithOp_rec [in Interval.Language.Lang_expr]
ArithOp_ind [in Interval.Language.Lang_expr]
ArithOp_rect [in Interval.Language.Lang_expr]
ArrayFree [in Interval.Language.Lang_simpl]
assertions [in Interval.Language.Lang_expr]
atanc [in Interval.Missing.Stdlib]
AtomToGoal [in Interval.Language.Lang_simpl]
AtomToProp [in Interval.Language.Lang_simpl]
Atom_sind [in Interval.Language.Lang_simpl]
Atom_rec [in Interval.Language.Lang_simpl]
Atom_ind [in Interval.Language.Lang_simpl]
Atom_rect [in Interval.Language.Lang_simpl]
B
Bertrand [in Interval.Integral.Bertrand]BertrandInterval.f_int [in Interval.Integral.Bertrand]
BertrandInterval.f_int_fast [in Interval.Integral.Bertrand]
BertrandInterval.f_int_aux [in Interval.Integral.Bertrand]
BertrandInterval.f_neg_int [in Interval.Integral.Bertrand]
BertrandInterval.f0eps_int [in Interval.Integral.Bertrand]
Bertrand_lim [in Interval.Integral.Bertrand]
BigIntRadix2.EtoZ [in Interval.Float.Specific_bigint]
BigIntRadix2.exponent_sub_correct [in Interval.Float.Specific_bigint]
BigIntRadix2.exponent_add_correct [in Interval.Float.Specific_bigint]
BigIntRadix2.exponent_neg_correct [in Interval.Float.Specific_bigint]
BigIntRadix2.exponent_one_correct [in Interval.Float.Specific_bigint]
BigIntRadix2.exponent_zero_correct [in Interval.Float.Specific_bigint]
BigIntRadix2.exponent_div2_floor [in Interval.Float.Specific_bigint]
BigIntRadix2.exponent_cmp [in Interval.Float.Specific_bigint]
BigIntRadix2.exponent_sub [in Interval.Float.Specific_bigint]
BigIntRadix2.exponent_add [in Interval.Float.Specific_bigint]
BigIntRadix2.exponent_neg [in Interval.Float.Specific_bigint]
BigIntRadix2.exponent_one [in Interval.Float.Specific_bigint]
BigIntRadix2.exponent_zero [in Interval.Float.Specific_bigint]
BigIntRadix2.exponent_type [in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_zero_correct [in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_sqrt [in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_shrp [in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_shr [in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_div [in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_split_div [in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_even [in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_digits [in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_scale2 [in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_shl [in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_sign [in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_neg [in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_pos [in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_cmp [in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_mul [in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_sub [in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_add [in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_one [in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_zero [in Interval.Float.Specific_bigint]
BigIntRadix2.mantissa_type [in Interval.Float.Specific_bigint]
BigIntRadix2.MtoP [in Interval.Float.Specific_bigint]
BigIntRadix2.MtoZ [in Interval.Float.Specific_bigint]
BigIntRadix2.PtoM [in Interval.Float.Specific_bigint]
BigIntRadix2.radix [in Interval.Float.Specific_bigint]
BigIntRadix2.radix_correct [in Interval.Float.Specific_bigint]
BigIntRadix2.smantissa_type [in Interval.Float.Specific_bigint]
BigIntRadix2.valid_mantissa [in Interval.Float.Specific_bigint]
BigIntRadix2.ZtoE [in Interval.Float.Specific_bigint]
BigIntRadix2.ZtoE_correct [in Interval.Float.Specific_bigint]
BigIntRadix2.ZtoM [in Interval.Float.Specific_bigint]
BigIntRadix2.ZtoM_correct [in Interval.Float.Specific_bigint]
binary_real [in Interval.Eval.Tree]
binary_op_sind [in Interval.Eval.Tree]
binary_op_rec [in Interval.Eval.Tree]
binary_op_ind [in Interval.Eval.Tree]
binary_op_rect [in Interval.Eval.Tree]
binnorm [in Interval.Language.Lang_expr]
Bnd.binary_bnd [in Interval.Eval.Tree]
Bnd.eval_goal_bnd [in Interval.Eval.Reify]
Bnd.eval_hyps_bnd [in Interval.Eval.Reify]
Bnd.eval_hyp_bnd [in Interval.Eval.Reify]
Bnd.eval_bnd [in Interval.Eval.Tree]
Bnd.merge_hyps [in Interval.Eval.Reify]
Bnd.merge_hyps_aux [in Interval.Eval.Reify]
Bnd.nullary_bnd [in Interval.Eval.Tree]
Bnd.unary_bnd [in Interval.Eval.Tree]
bpow' [in Interval.Eval.Tree]
BTreeToList [in Interval.Language.Lang_simpl]
BTreeToList_aux [in Interval.Language.Lang_simpl]
BTree_sind [in Interval.Language.Lang_simpl]
BTree_rec [in Interval.Language.Lang_simpl]
BTree_ind [in Interval.Language.Lang_simpl]
BTree_rect [in Interval.Language.Lang_simpl]
C
CArithExprToTree [in Interval.Language.Lang_simpl]CArithExpr_sind [in Interval.Language.Lang_simpl]
CArithExpr_rec [in Interval.Language.Lang_simpl]
CArithExpr_ind [in Interval.Language.Lang_simpl]
CArithExpr_rect [in Interval.Language.Lang_simpl]
CArithOp_sind [in Interval.Language.Lang_simpl]
CArithOp_rec [in Interval.Language.Lang_simpl]
CArithOp_ind [in Interval.Language.Lang_simpl]
CArithOp_rect [in Interval.Language.Lang_simpl]
change_nth [in Interval.Eval.Eval]
compareResults [in Interval.Language.Lang_simpl]
compatible [in Interval.Language.Lang_simpl]
compatible_atom [in Interval.Language.Lang_simpl]
Compat.frexp [in Interval.Float.Primitive_ops]
Compat.ldexp [in Interval.Float.Primitive_ops]
connected [in Interval.Missing.Stdlib]
cons_unique [in Interval.Eval.Prog]
contains [in Interval.Interval.Interval]
contains_output [in Interval.Interval.Interval]
convertibleFloat [in Interval.Language.Lang_expr]
convertibleFloat_list [in Interval.Language.Lang_expr]
convertiblePrim [in Interval.Language.Lang_expr]
convertiblePrim_list [in Interval.Language.Lang_expr]
convert_location [in Interval.Float.Generic]
convert_location_inv [in Interval.Float.Generic_proof]
convert_bound [in Interval.Interval.Interval]
count_digits [in Interval.Float.Basic]
count_digits_aux [in Interval.Float.Basic]
CPropToProp [in Interval.Language.Lang_simpl]
CProp_sind [in Interval.Language.Lang_simpl]
CProp_rec [in Interval.Language.Lang_simpl]
CProp_ind [in Interval.Language.Lang_simpl]
CProp_rect [in Interval.Language.Lang_simpl]
C2M [in Interval.Language.Lang_expr]
C2M_list [in Interval.Language.Lang_expr]
D
decompose [in Interval.Eval.Prog]decomposeToCProp [in Interval.Language.Lang_simpl]
degree [in Interval.Language.Lang_simpl]
domain' [in Interval.Interval.Interval]
E
eqExprTypeFloat [in Interval.Language.Lang_expr]eqExprTypePrim [in Interval.Language.Lang_expr]
eqr [in Interval.Missing.MathComp2]
error_flt [in Interval.Float.Basic]
error_fix [in Interval.Float.Basic]
eval [in Interval.Eval.Tree]
evalCArithExpr1 [in Interval.Language.Lang_simpl]
evalCArithExpr2 [in Interval.Language.Lang_simpl]
evalExact [in Interval.Language.Lang_expr]
evalExprTypeFloat [in Interval.Language.Lang_expr]
evalExprTypeFloat_list [in Interval.Language.Lang_expr]
evalExprTypePrim [in Interval.Language.Lang_expr]
evalExprTypePrim_list [in Interval.Language.Lang_expr]
evalExprTypeReal_list [in Interval.Language.Lang_expr]
evalExprTypeRounded [in Interval.Language.Lang_expr]
evalExprTypeRounded_fun [in Interval.Language.Lang_expr]
evalExprTypeRounded_list [in Interval.Language.Lang_expr]
evalFloat [in Interval.Language.Lang_expr]
evalPrim [in Interval.Language.Lang_expr]
evalReal [in Interval.Language.Lang_expr]
evalRounded [in Interval.Language.Lang_expr]
eval_real' [in Interval.Eval.Prog]
eval_real_nth [in Interval.Eval.Prog]
eval_real [in Interval.Eval.Prog]
eval_generic [in Interval.Eval.Prog]
eval_generic_body [in Interval.Eval.Prog]
eval_ext [in Interval.Eval.Eval]
eval_goal [in Interval.Eval.Reify]
eval_hyps [in Interval.Eval.Reify]
eval_hyps_aux [in Interval.Eval.Reify]
eval_hyp [in Interval.Eval.Reify]
exprsucc [in Interval.Language.Lang_simpl]
ExprType_sind [in Interval.Language.Lang_expr]
ExprType_rec [in Interval.Language.Lang_expr]
ExprType_ind [in Interval.Language.Lang_expr]
ExprType_rect [in Interval.Language.Lang_expr]
expr_eq_dec [in Interval.Eval.Prog]
expr_sind [in Interval.Eval.Tree]
expr_rec [in Interval.Eval.Tree]
expr_ind [in Interval.Eval.Tree]
expr_rect [in Interval.Eval.Tree]
ExtendedR_sind [in Interval.Real.Xreal]
ExtendedR_rec [in Interval.Real.Xreal]
ExtendedR_ind [in Interval.Real.Xreal]
ExtendedR_rect [in Interval.Real.Xreal]
extension [in Interval.Real.Xreal]
extract [in Interval.Eval.Prog]
extractCProp [in Interval.Language.Lang_simpl]
extracted_expr_sind [in Interval.Eval.Prog]
extracted_expr_rec [in Interval.Eval.Prog]
extracted_expr_ind [in Interval.Eval.Prog]
extracted_expr_rect [in Interval.Eval.Prog]
extract_list [in Interval.Eval.Prog]
ext_operations [in Interval.Eval.Eval]
F
f [in Interval.Integral.Bertrand]Fabs [in Interval.Float.Generic]
fact_seq [in Interval.Poly.Basic_rec]
fact_rec [in Interval.Poly.Basic_rec]
Fadd [in Interval.Float.Generic]
Fadd_fast [in Interval.Float.Generic]
Fadd_fast_aux [in Interval.Float.Generic]
Fadd_fast_aux2 [in Interval.Float.Generic]
Fadd_fast_aux1 [in Interval.Float.Generic]
Fadd_exact [in Interval.Float.Generic]
Fadd_slow [in Interval.Float.Generic]
Fadd_slow_aux [in Interval.Float.Generic]
Fadd_slow_aux2 [in Interval.Float.Generic]
Fadd_slow_aux1 [in Interval.Float.Generic]
Fadd_correct [in Interval.Float.Generic_proof]
falling_seq [in Interval.Poly.Basic_rec]
falling_rec [in Interval.Poly.Basic_rec]
Fcmp [in Interval.Float.Generic]
Fcmp_aux2 [in Interval.Float.Generic]
Fcmp_aux1 [in Interval.Float.Generic]
Fdiv [in Interval.Float.Generic]
Fdiv_aux [in Interval.Float.Generic]
Fdiv_aux2 [in Interval.Float.Generic]
Fdiv2 [in Interval.Float.Generic]
find_expr [in Interval.Eval.Prog]
find_expr_aux [in Interval.Eval.Prog]
finite_array [in Interval.Language.Lang_expr]
FloatExt.cmp [in Interval.Float.Sig]
FloatExt.le [in Interval.Float.Sig]
FloatExt.le' [in Interval.Float.Sig]
FloatExt.lt [in Interval.Float.Sig]
FloatExt.lt' [in Interval.Float.Sig]
FloatExt.toX_prop_sind [in Interval.Float.Sig]
FloatExt.toX_prop_ind [in Interval.Float.Sig]
FloatIntervalFull.atan [in Interval.Interval.Float_full]
FloatIntervalFull.cos [in Interval.Interval.Float_full]
FloatIntervalFull.c3 [in Interval.Interval.Float_full]
FloatIntervalFull.c4 [in Interval.Interval.Float_full]
FloatIntervalFull.c8 [in Interval.Interval.Float_full]
FloatIntervalFull.exp [in Interval.Interval.Float_full]
FloatIntervalFull.ln [in Interval.Interval.Float_full]
FloatIntervalFull.pi [in Interval.Interval.Float_full]
FloatIntervalFull.sin [in Interval.Interval.Float_full]
FloatIntervalFull.tan [in Interval.Interval.Float_full]
FloatInterval.abs [in Interval.Interval.Float]
FloatInterval.add [in Interval.Interval.Float]
FloatInterval.bisect [in Interval.Interval.Float]
FloatInterval.bnd [in Interval.Interval.Float]
FloatInterval.bounded [in Interval.Interval.Float]
FloatInterval.bounded_prop [in Interval.Interval.Float]
FloatInterval.bound_type [in Interval.Interval.Float]
FloatInterval.cancel_sub [in Interval.Interval.Float]
FloatInterval.cancel_add [in Interval.Interval.Float]
FloatInterval.cm1 [in Interval.Interval.Float]
FloatInterval.contains_le_spec_sind [in Interval.Interval.Float]
FloatInterval.contains_le_spec_ind [in Interval.Interval.Float]
FloatInterval.convert [in Interval.Interval.Float]
FloatInterval.convert_bound [in Interval.Interval.Float]
FloatInterval.c1 [in Interval.Interval.Float]
FloatInterval.c2 [in Interval.Interval.Float]
FloatInterval.div [in Interval.Interval.Float]
FloatInterval.div_mixed_r [in Interval.Interval.Float]
FloatInterval.empty [in Interval.Interval.Float]
FloatInterval.error_flt [in Interval.Interval.Float]
FloatInterval.error_fix [in Interval.Interval.Float]
FloatInterval.error_aux [in Interval.Interval.Float]
FloatInterval.extension [in Interval.Interval.Float]
FloatInterval.extension_2 [in Interval.Interval.Float]
FloatInterval.Fdivz_DN [in Interval.Interval.Float]
FloatInterval.Fdivz_UP [in Interval.Interval.Float]
FloatInterval.Fpower_pos_DN [in Interval.Interval.Float]
FloatInterval.Fpower_pos_UP [in Interval.Interval.Float]
FloatInterval.fromZ [in Interval.Interval.Float]
FloatInterval.fromZ_small [in Interval.Interval.Float]
FloatInterval.inv [in Interval.Interval.Float]
FloatInterval.invnz [in Interval.Interval.Float]
FloatInterval.is_empty [in Interval.Interval.Float]
FloatInterval.join [in Interval.Interval.Float]
FloatInterval.lower [in Interval.Interval.Float]
FloatInterval.lower_complement [in Interval.Interval.Float]
FloatInterval.lower_extent [in Interval.Interval.Float]
FloatInterval.lower_bounded [in Interval.Interval.Float]
FloatInterval.mask [in Interval.Interval.Float]
FloatInterval.meet [in Interval.Interval.Float]
FloatInterval.midpoint [in Interval.Interval.Float]
FloatInterval.mul [in Interval.Interval.Float]
FloatInterval.mul_mixed [in Interval.Interval.Float]
FloatInterval.mul2 [in Interval.Interval.Float]
FloatInterval.nai [in Interval.Interval.Float]
FloatInterval.nan [in Interval.Interval.Float]
FloatInterval.nearbyint [in Interval.Interval.Float]
FloatInterval.neg [in Interval.Interval.Float]
FloatInterval.output [in Interval.Interval.Float]
FloatInterval.power_int [in Interval.Interval.Float]
FloatInterval.power_pos [in Interval.Interval.Float]
FloatInterval.precision [in Interval.Interval.Float]
FloatInterval.propagate_r [in Interval.Interval.Float]
FloatInterval.propagate_l [in Interval.Interval.Float]
FloatInterval.p52 [in Interval.Interval.Float]
FloatInterval.real [in Interval.Interval.Float]
FloatInterval.sign_strict [in Interval.Interval.Float]
FloatInterval.sign_strict_ [in Interval.Interval.Float]
FloatInterval.sign_large [in Interval.Interval.Float]
FloatInterval.sign_large_ [in Interval.Interval.Float]
FloatInterval.singleton [in Interval.Interval.Float]
FloatInterval.sqr [in Interval.Interval.Float]
FloatInterval.sqrt [in Interval.Interval.Float]
FloatInterval.sub [in Interval.Interval.Float]
FloatInterval.subset [in Interval.Interval.Float]
FloatInterval.type [in Interval.Interval.Float]
FloatInterval.upper [in Interval.Interval.Float]
FloatInterval.upper_complement [in Interval.Interval.Float]
FloatInterval.upper_extent [in Interval.Interval.Float]
FloatInterval.upper_bounded [in Interval.Interval.Float]
FloatInterval.valid_ub_nan [in Interval.Interval.Float]
FloatInterval.valid_lb_nan [in Interval.Interval.Float]
FloatInterval.valid_ub [in Interval.Interval.Float]
FloatInterval.valid_lb [in Interval.Interval.Float]
FloatInterval.whole [in Interval.Interval.Float]
FloatInterval.wider [in Interval.Interval.Float]
FloatInterval.zero [in Interval.Interval.Float]
FloatOps.convert [in Interval.Float.Sig]
FloatOps.is_real_lb [in Interval.Float.Sig]
FloatOps.is_real_ub [in Interval.Float.Sig]
FloatOps.is_neg_real [in Interval.Float.Sig]
FloatOps.is_non_pos_real [in Interval.Float.Sig]
FloatOps.is_pos_real [in Interval.Float.Sig]
FloatOps.is_non_neg_real [in Interval.Float.Sig]
FloatOps.is_neg [in Interval.Float.Sig]
FloatOps.is_non_pos' [in Interval.Float.Sig]
FloatOps.is_non_pos [in Interval.Float.Sig]
FloatOps.is_pos [in Interval.Float.Sig]
FloatOps.is_non_neg' [in Interval.Float.Sig]
FloatOps.is_non_neg [in Interval.Float.Sig]
FloatOps.toR [in Interval.Float.Sig]
FloatOps.toX [in Interval.Float.Sig]
float_array_min [in Interval.Language.Lang_expr]
float_array_max [in Interval.Language.Lang_expr]
float_array_min_partial [in Interval.Language.Lang_expr]
float_array_max_partial [in Interval.Language.Lang_expr]
float_min [in Interval.Language.Lang_expr]
float_max [in Interval.Language.Lang_expr]
float_to_ufloat [in Interval.Float.Generic]
float_sind [in Interval.Float.Basic]
float_rec [in Interval.Float.Basic]
float_ind [in Interval.Float.Basic]
float_rect [in Interval.Float.Basic]
Fmag [in Interval.Float.Generic]
Fmax [in Interval.Float.Generic]
Fmin [in Interval.Float.Generic]
Fmul [in Interval.Float.Generic]
Fmul_aux [in Interval.Float.Generic]
Fnearbyint [in Interval.Float.Generic]
Fnearbyint_exact [in Interval.Float.Generic]
Fneg [in Interval.Float.Generic]
foldri [in Interval.Missing.MathComp]
fold_split [in Interval.Eval.Prog]
Format64.emax [in Interval.Language.Lang_expr]
Format64.prec [in Interval.Language.Lang_expr]
FPadd [in Interval.Language.Lang_expr]
FPdiv [in Interval.Language.Lang_expr]
FPfma [in Interval.Language.Lang_expr]
FPldexp [in Interval.Language.Lang_expr]
FPmul [in Interval.Language.Lang_expr]
FPnearbyint [in Interval.Language.Lang_expr]
FPOpToFunction [in Interval.Language.Lang_expr]
Fpow2 [in Interval.Float.Generic]
FPsqrt [in Interval.Language.Lang_expr]
FPsub [in Interval.Language.Lang_expr]
FPtrunc [in Interval.Language.Lang_expr]
Frem [in Interval.Float.Generic]
Frem_aux [in Interval.Float.Generic]
Frem_aux1 [in Interval.Float.Generic]
Fround [in Interval.Float.Generic]
Fround_at_exp [in Interval.Float.Generic]
Fround_at_prec [in Interval.Float.Generic]
Fround_none [in Interval.Float.Generic]
Fscale [in Interval.Float.Generic]
Fscale2 [in Interval.Float.Generic]
Fsqrt [in Interval.Float.Generic]
Fsqrt_aux [in Interval.Float.Generic]
Fsqrt_aux2 [in Interval.Float.Generic]
Fsub [in Interval.Float.Generic]
Fsub_fast [in Interval.Float.Generic]
Fsub_fast_aux [in Interval.Float.Generic]
Fsub_slow [in Interval.Float.Generic]
Fsub_slow_aux [in Interval.Float.Generic]
FtoR [in Interval.Float.Basic]
FtoX [in Interval.Float.Basic]
FullInt.add [in Interval.Poly.Datatypes]
FullInt.atan [in Interval.Poly.Datatypes]
FullInt.cos [in Interval.Poly.Datatypes]
FullInt.div [in Interval.Poly.Datatypes]
FullInt.exp [in Interval.Poly.Datatypes]
FullInt.fromZ [in Interval.Poly.Datatypes]
FullInt.from_nat [in Interval.Poly.Datatypes]
FullInt.inv [in Interval.Poly.Datatypes]
FullInt.invsqrt [in Interval.Poly.Datatypes]
FullInt.ln [in Interval.Poly.Datatypes]
FullInt.mask [in Interval.Poly.Datatypes]
FullInt.mul [in Interval.Poly.Datatypes]
FullInt.one [in Interval.Poly.Datatypes]
FullInt.opp [in Interval.Poly.Datatypes]
FullInt.power_int [in Interval.Poly.Datatypes]
FullInt.sin [in Interval.Poly.Datatypes]
FullInt.sqr [in Interval.Poly.Datatypes]
FullInt.sqrt [in Interval.Poly.Datatypes]
FullInt.sub [in Interval.Poly.Datatypes]
FullInt.T [in Interval.Poly.Datatypes]
FullInt.tan [in Interval.Poly.Datatypes]
FullInt.U [in Interval.Poly.Datatypes]
FullInt.zero [in Interval.Poly.Datatypes]
FullR.add [in Interval.Poly.Datatypes]
FullR.atan [in Interval.Poly.Datatypes]
FullR.cos [in Interval.Poly.Datatypes]
FullR.div [in Interval.Poly.Datatypes]
FullR.exp [in Interval.Poly.Datatypes]
FullR.fromZ [in Interval.Poly.Datatypes]
FullR.from_nat [in Interval.Poly.Datatypes]
FullR.inv [in Interval.Poly.Datatypes]
FullR.invsqrt [in Interval.Poly.Datatypes]
FullR.ln [in Interval.Poly.Datatypes]
FullR.mask [in Interval.Poly.Datatypes]
FullR.mul [in Interval.Poly.Datatypes]
FullR.one [in Interval.Poly.Datatypes]
FullR.opp [in Interval.Poly.Datatypes]
FullR.power_int [in Interval.Poly.Datatypes]
FullR.sin [in Interval.Poly.Datatypes]
FullR.sqr [in Interval.Poly.Datatypes]
FullR.sqrt [in Interval.Poly.Datatypes]
FullR.sub [in Interval.Poly.Datatypes]
FullR.T [in Interval.Poly.Datatypes]
FullR.tan [in Interval.Poly.Datatypes]
FullR.U [in Interval.Poly.Datatypes]
FullR.zero [in Interval.Poly.Datatypes]
fullyCorrect [in Interval.Language.Lang_expr]
f_neg [in Interval.Integral.Bertrand]
f_lim [in Interval.Integral.Bertrand]
f_interval_sind [in Interval.Interval.Float]
f_interval_rec [in Interval.Interval.Float]
f_interval_ind [in Interval.Interval.Float]
f_interval_rect [in Interval.Interval.Float]
f0eps [in Interval.Integral.Bertrand]
f0eps_lim [in Interval.Integral.Bertrand]
G
generateCProp [in Interval.Language.Lang_simpl]generateCProp_taylor [in Interval.Language.Lang_simpl]
GenericFloat.abs [in Interval.Float.Generic_ops]
GenericFloat.add_DN [in Interval.Float.Generic_ops]
GenericFloat.add_UP [in Interval.Float.Generic_ops]
GenericFloat.classify [in Interval.Float.Generic_ops]
GenericFloat.cmp [in Interval.Float.Generic_ops]
GenericFloat.convert [in Interval.Float.Generic_ops]
GenericFloat.div_DN [in Interval.Float.Generic_ops]
GenericFloat.div_UP [in Interval.Float.Generic_ops]
GenericFloat.div2 [in Interval.Float.Generic_ops]
GenericFloat.fromF [in Interval.Float.Generic_ops]
GenericFloat.fromZ [in Interval.Float.Generic_ops]
GenericFloat.fromZ_UP [in Interval.Float.Generic_ops]
GenericFloat.fromZ_DN [in Interval.Float.Generic_ops]
GenericFloat.incr_prec [in Interval.Float.Generic_ops]
GenericFloat.is_real_lb [in Interval.Float.Generic_ops]
GenericFloat.is_real_ub [in Interval.Float.Generic_ops]
GenericFloat.is_neg_real [in Interval.Float.Generic_ops]
GenericFloat.is_non_pos_real [in Interval.Float.Generic_ops]
GenericFloat.is_pos_real [in Interval.Float.Generic_ops]
GenericFloat.is_non_neg_real [in Interval.Float.Generic_ops]
GenericFloat.is_neg [in Interval.Float.Generic_ops]
GenericFloat.is_non_pos' [in Interval.Float.Generic_ops]
GenericFloat.is_non_pos [in Interval.Float.Generic_ops]
GenericFloat.is_pos [in Interval.Float.Generic_ops]
GenericFloat.is_non_neg' [in Interval.Float.Generic_ops]
GenericFloat.is_non_neg [in Interval.Float.Generic_ops]
GenericFloat.is_nan [in Interval.Float.Generic_ops]
GenericFloat.mag [in Interval.Float.Generic_ops]
GenericFloat.max [in Interval.Float.Generic_ops]
GenericFloat.midpoint [in Interval.Float.Generic_ops]
GenericFloat.min [in Interval.Float.Generic_ops]
GenericFloat.mul_DN [in Interval.Float.Generic_ops]
GenericFloat.mul_UP [in Interval.Float.Generic_ops]
GenericFloat.nan [in Interval.Float.Generic_ops]
GenericFloat.nan_correct [in Interval.Float.Generic_ops]
GenericFloat.nearbyint_DN [in Interval.Float.Generic_ops]
GenericFloat.nearbyint_UP [in Interval.Float.Generic_ops]
GenericFloat.neg [in Interval.Float.Generic_ops]
GenericFloat.pow2_UP [in Interval.Float.Generic_ops]
GenericFloat.prec [in Interval.Float.Generic_ops]
GenericFloat.precision [in Interval.Float.Generic_ops]
GenericFloat.PtoP [in Interval.Float.Generic_ops]
GenericFloat.radix [in Interval.Float.Generic_ops]
GenericFloat.real [in Interval.Float.Generic_ops]
GenericFloat.scale [in Interval.Float.Generic_ops]
GenericFloat.sensible_format [in Interval.Float.Generic_ops]
GenericFloat.sfactor [in Interval.Float.Generic_ops]
GenericFloat.sqrt_DN [in Interval.Float.Generic_ops]
GenericFloat.sqrt_UP [in Interval.Float.Generic_ops]
GenericFloat.StoZ [in Interval.Float.Generic_ops]
GenericFloat.sub_DN [in Interval.Float.Generic_ops]
GenericFloat.sub_UP [in Interval.Float.Generic_ops]
GenericFloat.toF [in Interval.Float.Generic_ops]
GenericFloat.toR [in Interval.Float.Generic_ops]
GenericFloat.toX [in Interval.Float.Generic_ops]
GenericFloat.type [in Interval.Float.Generic_ops]
GenericFloat.valid_lb [in Interval.Float.Generic_ops]
GenericFloat.valid_ub [in Interval.Float.Generic_ops]
GenericFloat.zero [in Interval.Float.Generic_ops]
GenericFloat.zero_correct [in Interval.Float.Generic_ops]
GenericFloat.ZtoS [in Interval.Float.Generic_ops]
getCArithExpr [in Interval.Language.Lang_simpl]
gloop1 [in Interval.Poly.Basic_rec]
gol_sind [in Interval.Eval.Reify]
gol_rec [in Interval.Eval.Reify]
gol_ind [in Interval.Eval.Reify]
gol_rect [in Interval.Eval.Reify]
grec1down [in Interval.Poly.Basic_rec]
grec1up [in Interval.Poly.Basic_rec]
H
hb [in Interval.Missing.MathComp]HB_unnamed_mixin_28 [in Interval.Missing.MathComp2]
HB_unnamed_mixin_27 [in Interval.Missing.MathComp2]
HB_unnamed_factory_24 [in Interval.Missing.MathComp2]
HB_unnamed_factory_22 [in Interval.Missing.MathComp2]
HB_unnamed_factory_20 [in Interval.Missing.MathComp2]
HB_unnamed_mixin_19 [in Interval.Missing.MathComp2]
HB_unnamed_mixin_18 [in Interval.Missing.MathComp2]
HB_unnamed_mixin_17 [in Interval.Missing.MathComp2]
HB_unnamed_factory_10 [in Interval.Missing.MathComp2]
HB_unnamed_mixin_9 [in Interval.Missing.MathComp2]
HB_unnamed_mixin_8 [in Interval.Missing.MathComp2]
HB_unnamed_mixin_7 [in Interval.Missing.MathComp2]
HB_unnamed_factory_3 [in Interval.Missing.MathComp2]
HB_unnamed_factory_1 [in Interval.Missing.MathComp2]
HPrec_lt_emax [in Interval.Language.Lang_expr]
HPrec_gt_0 [in Interval.Language.Lang_expr]
hyp_sind [in Interval.Eval.Reify]
hyp_rec [in Interval.Eval.Reify]
hyp_ind [in Interval.Eval.Reify]
hyp_rect [in Interval.Eval.Reify]
I
IntegralRefiner.bisect [in Interval.Integral.Refine]IntegralRefiner.convert [in Interval.Integral.Refine]
IntegralRefiner.integral_bound_sind [in Interval.Integral.Refine]
IntegralRefiner.integral_bound_rec [in Interval.Integral.Refine]
IntegralRefiner.integral_bound_ind [in Interval.Integral.Refine]
IntegralRefiner.integral_bound_rect [in Interval.Integral.Refine]
IntegralRefiner.invariant [in Interval.Integral.Refine]
IntegralRefiner.invariant_aux [in Interval.Integral.Refine]
IntegralRefiner.le_piece [in Interval.Integral.Refine]
IntegralRefiner.piece_sind [in Interval.Integral.Refine]
IntegralRefiner.piece_rec [in Interval.Integral.Refine]
IntegralRefiner.piece_ind [in Interval.Integral.Refine]
IntegralRefiner.piece_rect [in Interval.Integral.Refine]
IntegralRefiner.split_piece [in Interval.Integral.Refine]
IntegralRefiner.sum [in Interval.Integral.Refine]
IntegralRefiner.valid [in Interval.Integral.Refine]
IntegralTacticAux.bertrand_zero_interval [in Interval.Tactics.Integral_helper]
IntegralTacticAux.bertrand_infty_interval [in Interval.Tactics.Integral_helper]
IntegralTacticAux.bertrand_prog [in Interval.Tactics.Integral_helper]
IntegralTacticAux.check_width [in Interval.Tactics.Integral_helper]
IntegralTacticAux.check_goal [in Interval.Tactics.Integral_helper]
IntegralTacticAux.c1 [in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_gen_zero_plain [in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_gen_zero_contains [in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_gen_zero [in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_gen_zero_init [in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_gen_infty_plain [in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_gen_infty_contains [in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_gen_infty [in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_gen_infty_init [in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_plain [in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_contains [in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt [in Interval.Tactics.Integral_helper]
IntegralTacticAux.eval_RInt_init [in Interval.Tactics.Integral_helper]
IntegralTacticAux.invxln_interval [in Interval.Tactics.Integral_helper]
IntegralTacticAux.invxln_prog [in Interval.Tactics.Integral_helper]
IntegralTactic.constant_sign [in Interval.Integral.Integral]
IntegralTaylor.taylor_integral_naive_intersection [in Interval.Integral.Integral]
IntegralTaylor.taylor_integral [in Interval.Integral.Integral]
IntervalAlgos.bisect [in Interval.Eval.Eval]
IntervalAlgos.bisect_step [in Interval.Eval.Eval]
IntervalAlgos.BndValuator.eval [in Interval.Eval.Eval]
IntervalAlgos.BndValuator.operations [in Interval.Eval.Eval]
IntervalAlgos.contains_all [in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.diff_refining [in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.diff_refining_points [in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.diff_operations [in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.eval [in Interval.Eval.Eval]
IntervalAlgos.DiffValuator.root [in Interval.Eval.Eval]
IntervalAlgos.lookup [in Interval.Eval.Eval]
IntervalAlgos.lookup_piece [in Interval.Eval.Eval]
IntervalAlgos.lookup_main [in Interval.Eval.Eval]
IntervalAlgos.lookup_step [in Interval.Eval.Eval]
IntervalAlgos.TaylorValuator.eval [in Interval.Eval.Eval]
IntervalAlgos.TaylorValuator.operations [in Interval.Eval.Eval]
IntervalAux.apart0 [in Interval.Interval.Interval_compl]
IntervalAux.gt0 [in Interval.Interval.Interval_compl]
IntervalAux.isNNegOrNPos [in Interval.Interval.Interval_compl]
IntervalBasicExt.extension [in Interval.Interval.Interval]
IntervalBasicExt.extension_2 [in Interval.Interval.Interval]
IntervalBasicExt.midpoint [in Interval.Interval.Interval]
IntervalBasicExt.propagate [in Interval.Interval.Interval]
IntervalBasicExt.round_flt [in Interval.Interval.Interval]
IntervalBasicExt.round_fix [in Interval.Interval.Interval]
IntervalBasicOps.bounded_prop [in Interval.Interval.Interval]
IntervalBasicOps.extension [in Interval.Interval.Interval]
IntervalBasicOps.extension_2 [in Interval.Interval.Interval]
IntervalBasicOps.precision [in Interval.Interval.Interval]
IntervalBasicOps.propagate_r [in Interval.Interval.Interval]
IntervalBasicOps.propagate_l [in Interval.Interval.Interval]
IntervalTacticAux.compute_inputs [in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_taylor_plain [in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_contains_taylor [in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_taylor [in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_taylor_fun [in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_diff_plain [in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_contains_diff [in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_diff [in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_diff_fun [in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_plain [in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_contains [in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect [in Interval.Tactics.Interval_helper]
IntervalTacticAux.eval_bisect_fun [in Interval.Tactics.Interval_helper]
IntervalTacticAux.extent [in Interval.Tactics.Interval_helper]
IntervalTacticAux.SimpleTactic.interval_tac_parameters_sind [in Interval.Tactics.Interval_helper]
IntervalTacticAux.SimpleTactic.interval_tac_parameters_rec [in Interval.Tactics.Interval_helper]
IntervalTacticAux.SimpleTactic.interval_tac_parameters_ind [in Interval.Tactics.Interval_helper]
IntervalTacticAux.SimpleTactic.interval_tac_parameters_rect [in Interval.Tactics.Interval_helper]
interval_extent_sind [in Interval.Tactics.Interval_helper]
interval_extent_rec [in Interval.Tactics.Interval_helper]
interval_extent_ind [in Interval.Tactics.Interval_helper]
interval_extent_rect [in Interval.Tactics.Interval_helper]
interval_tac_method_sind [in Interval.Tactics.Interval_helper]
interval_tac_method_rec [in Interval.Tactics.Interval_helper]
interval_tac_method_ind [in Interval.Tactics.Interval_helper]
interval_tac_method_rect [in Interval.Tactics.Interval_helper]
interval_sind [in Interval.Interval.Interval]
interval_rec [in Interval.Interval.Interval]
interval_ind [in Interval.Interval.Interval]
interval_rect [in Interval.Interval.Interval]
interval_tac_parameters_sind [in Interval.Tactic]
interval_tac_parameters_rec [in Interval.Tactic]
interval_tac_parameters_ind [in Interval.Tactic]
interval_tac_parameters_rect [in Interval.Tactic]
intvl [in Interval.Interval.Interval_compl]
isConversionFloat [in Interval.Language.Lang_expr]
isConversionPrim [in Interval.Language.Lang_expr]
is_negative [in Interval.Real.Xreal]
is_positive [in Interval.Real.Xreal]
is_zero [in Interval.Real.Xreal]
iter_until [in Interval.Integral.Refine]
L
le_lower' [in Interval.Interval.Float]le_lower [in Interval.Float.Basic]
le_upper [in Interval.Float.Basic]
list_var [in Interval.Language.Lang_simpl]
list_var_aux [in Interval.Language.Lang_simpl]
ln1pc [in Interval.Missing.Stdlib]
locally_true [in Interval.Missing.Stdlib]
loop1 [in Interval.Poly.Basic_rec]
loop2 [in Interval.Poly.Basic_rec]
M
map2 [in Interval.Missing.MathComp]max_arity_list [in Interval.Eval.Prog]
max_arity [in Interval.Eval.Prog]
merge [in Interval.Language.Lang_simpl]
mode_choice [in Interval.Float.Generic_proof]
Monoid_isLaw__to__SemiGroup_isLaw [in Interval.Missing.MathComp2]
Monoid_isLaw__to__Monoid_isMonoidLaw [in Interval.Missing.MathComp2]
Monoid_isComLaw__to__Monoid_isMonoidLaw__16 [in Interval.Missing.MathComp2]
Monoid_isComLaw__to__SemiGroup_isLaw__14 [in Interval.Missing.MathComp2]
Monoid_isComLaw__to__SemiGroup_isCommutativeLaw__12 [in Interval.Missing.MathComp2]
Monoid_isComLaw__to__Monoid_isMonoidLaw [in Interval.Missing.MathComp2]
Monoid_isComLaw__to__SemiGroup_isLaw [in Interval.Missing.MathComp2]
Monoid_isComLaw__to__SemiGroup_isCommutativeLaw [in Interval.Missing.MathComp2]
M2R [in Interval.Language.Lang_expr]
M2R_list [in Interval.Language.Lang_expr]
N
need_change_zero [in Interval.Float.Generic]need_change_radix [in Interval.Float.Generic]
need_change [in Interval.Float.Generic]
notXnan [in Interval.Real.Xreal]
not_empty [in Interval.Interval.Interval]
no_floor_prog [in Interval.Eval.Eval]
no_floor_term [in Interval.Eval.Eval]
no_floor_op [in Interval.Eval.Eval]
nthExprTypeFloat [in Interval.Language.Lang_expr]
nthExprTypePrim [in Interval.Language.Lang_expr]
nthExprTypeReal [in Interval.Language.Lang_expr]
nthExprTypeRounded [in Interval.Language.Lang_expr]
nullary_real [in Interval.Eval.Tree]
nullary_op_sind [in Interval.Eval.Tree]
nullary_op_rec [in Interval.Eval.Tree]
nullary_op_ind [in Interval.Eval.Tree]
nullary_op_rect [in Interval.Eval.Tree]
O
onth [in Interval.Integral.Priority]operationsExact [in Interval.Language.Lang_expr]
output_bound_sind [in Interval.Interval.Interval]
output_bound_rec [in Interval.Interval.Interval]
output_bound_ind [in Interval.Interval.Interval]
output_bound_rect [in Interval.Interval.Interval]
output_bnd [in Interval.Interval.Float]
P
par_mergerest [in Interval.Language.Lang_simpl]par_construct [in Interval.Language.Lang_simpl]
permut_sind [in Interval.Integral.Priority]
permut_ind [in Interval.Integral.Priority]
PFOpToFunction [in Interval.Language.Lang_expr]
pheap_insert [in Interval.Integral.Priority]
pheap_to_list [in Interval.Integral.Priority]
pheap_sind [in Interval.Integral.Priority]
pheap_rec [in Interval.Integral.Priority]
pheap_ind [in Interval.Integral.Priority]
pheap_rect [in Interval.Integral.Priority]
PIOpToFunction [in Interval.Language.Lang_expr]
PlotTacticAux.bound_plot [in Interval.Tactics.Plot_helper]
PlotTacticAux.bound_plot_aux [in Interval.Tactics.Plot_helper]
PlotTacticAux.clamp [in Interval.Tactics.Plot_helper]
PlotTacticAux.clamp_plot [in Interval.Tactics.Plot_helper]
PlotTacticAux.clamp_upper [in Interval.Tactics.Plot_helper]
PlotTacticAux.clamp_lower [in Interval.Tactics.Plot_helper]
PlotTacticAux.get_threshold [in Interval.Tactics.Plot_helper]
PlotTacticAux.get_bounds [in Interval.Tactics.Plot_helper]
PlotTacticAux.plot1 [in Interval.Tactics.Plot_helper]
PlotTacticAux.sample_plot [in Interval.Tactics.Plot_helper]
PlotTacticAux.sample_plot_aux [in Interval.Tactics.Plot_helper]
plot2 [in Interval.Tactics.Plot_helper]
PolyBoundHornerQuad.ComputeBound [in Interval.Poly.Bound_quad]
PolyBoundHorner.ComputeBound [in Interval.Poly.Bound]
PolyIntOps.contains_pointwise [in Interval.Poly.Datatypes]
PolyIntOps.poly_eqNai [in Interval.Poly.Datatypes]
PolyIntOps.seq_eqNai [in Interval.Poly.Datatypes]
PolyIntOps.seq_contains_pointwise [in Interval.Poly.Datatypes]
PolyOps.U [in Interval.Poly.Datatypes]
position_sind [in Interval.Float.Generic]
position_rec [in Interval.Float.Generic]
position_ind [in Interval.Float.Generic]
position_rect [in Interval.Float.Generic]
postconditions [in Interval.Language.Lang_expr]
prec [in Interval.Language.Lang_simpl]
PrimFloatIntervalFull.atan [in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.atan_correct [in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.cos [in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.cos_correct [in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.exp [in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.ExpImpl.consts [in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.ExpImpl.exp_aux [in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.ExpImpl.g0 [in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.ExpImpl.InvLog2_64 [in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.ExpImpl.Log2div64h [in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.ExpImpl.Log2div64l [in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.ExpImpl.Papprox [in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.ExpImpl.q1 [in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.ExpImpl.q2 [in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.ExpImpl.q3 [in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.ExpImpl.q4 [in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.ExpImpl.q5 [in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.ln [in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.ln_correct [in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.pi [in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.sin [in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.sin_correct [in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.tan [in Interval.Interval.Float_full_primfloat]
PrimFloatIntervalFull.tan_correct [in Interval.Interval.Float_full_primfloat]
PrimitiveFloat.abs [in Interval.Float.Primitive_ops]
PrimitiveFloat.add_DN [in Interval.Float.Primitive_ops]
PrimitiveFloat.add_UP [in Interval.Float.Primitive_ops]
PrimitiveFloat.BtoX [in Interval.Float.Primitive_ops]
PrimitiveFloat.classify [in Interval.Float.Primitive_ops]
PrimitiveFloat.cmp [in Interval.Float.Primitive_ops]
PrimitiveFloat.convert [in Interval.Float.Primitive_ops]
PrimitiveFloat.div_DN [in Interval.Float.Primitive_ops]
PrimitiveFloat.div_UP [in Interval.Float.Primitive_ops]
PrimitiveFloat.div2 [in Interval.Float.Primitive_ops]
PrimitiveFloat.float_comparison_of_Xcomparison [in Interval.Float.Primitive_ops]
PrimitiveFloat.fromF [in Interval.Float.Primitive_ops]
PrimitiveFloat.fromZ [in Interval.Float.Primitive_ops]
PrimitiveFloat.fromZ_DN [in Interval.Float.Primitive_ops]
PrimitiveFloat.fromZ_UP [in Interval.Float.Primitive_ops]
PrimitiveFloat.incr_prec [in Interval.Float.Primitive_ops]
PrimitiveFloat.is_real_lb [in Interval.Float.Primitive_ops]
PrimitiveFloat.is_real_ub [in Interval.Float.Primitive_ops]
PrimitiveFloat.is_neg_real [in Interval.Float.Primitive_ops]
PrimitiveFloat.is_non_pos_real [in Interval.Float.Primitive_ops]
PrimitiveFloat.is_pos_real [in Interval.Float.Primitive_ops]
PrimitiveFloat.is_non_neg_real [in Interval.Float.Primitive_ops]
PrimitiveFloat.is_neg [in Interval.Float.Primitive_ops]
PrimitiveFloat.is_non_pos' [in Interval.Float.Primitive_ops]
PrimitiveFloat.is_non_pos [in Interval.Float.Primitive_ops]
PrimitiveFloat.is_pos [in Interval.Float.Primitive_ops]
PrimitiveFloat.is_non_neg' [in Interval.Float.Primitive_ops]
PrimitiveFloat.is_non_neg [in Interval.Float.Primitive_ops]
PrimitiveFloat.is_nan [in Interval.Float.Primitive_ops]
PrimitiveFloat.mag [in Interval.Float.Primitive_ops]
PrimitiveFloat.max [in Interval.Float.Primitive_ops]
PrimitiveFloat.midpoint [in Interval.Float.Primitive_ops]
PrimitiveFloat.min [in Interval.Float.Primitive_ops]
PrimitiveFloat.mul_DN [in Interval.Float.Primitive_ops]
PrimitiveFloat.mul_UP [in Interval.Float.Primitive_ops]
PrimitiveFloat.nan [in Interval.Float.Primitive_ops]
PrimitiveFloat.nearbyint [in Interval.Float.Primitive_ops]
PrimitiveFloat.nearbyint_DN [in Interval.Float.Primitive_ops]
PrimitiveFloat.nearbyint_UP [in Interval.Float.Primitive_ops]
PrimitiveFloat.neg [in Interval.Float.Primitive_ops]
PrimitiveFloat.pow2_UP [in Interval.Float.Primitive_ops]
PrimitiveFloat.prec [in Interval.Float.Primitive_ops]
PrimitiveFloat.precision [in Interval.Float.Primitive_ops]
PrimitiveFloat.PtoP [in Interval.Float.Primitive_ops]
PrimitiveFloat.radix [in Interval.Float.Primitive_ops]
PrimitiveFloat.real [in Interval.Float.Primitive_ops]
PrimitiveFloat.scale [in Interval.Float.Primitive_ops]
PrimitiveFloat.sensible_format [in Interval.Float.Primitive_ops]
PrimitiveFloat.sfactor [in Interval.Float.Primitive_ops]
PrimitiveFloat.sqrt_DN [in Interval.Float.Primitive_ops]
PrimitiveFloat.sqrt_UP [in Interval.Float.Primitive_ops]
PrimitiveFloat.StoZ [in Interval.Float.Primitive_ops]
PrimitiveFloat.sub_DN [in Interval.Float.Primitive_ops]
PrimitiveFloat.sub_UP [in Interval.Float.Primitive_ops]
PrimitiveFloat.toF [in Interval.Float.Primitive_ops]
PrimitiveFloat.toR [in Interval.Float.Primitive_ops]
PrimitiveFloat.toX [in Interval.Float.Primitive_ops]
PrimitiveFloat.type [in Interval.Float.Primitive_ops]
PrimitiveFloat.valid_lb [in Interval.Float.Primitive_ops]
PrimitiveFloat.valid_ub [in Interval.Float.Primitive_ops]
PrimitiveFloat.Xcomparison_of_float_comparison [in Interval.Float.Primitive_ops]
PrimitiveFloat.zero [in Interval.Float.Primitive_ops]
PrimitiveFloat.ZtoS [in Interval.Float.Primitive_ops]
proj_fun [in Interval.Real.Xreal]
proj_val [in Interval.Real.Xreal]
Psucc [in Interval.Language.Lang_simpl]
ptree_fold [in Interval.Integral.Priority]
ptree_pop [in Interval.Integral.Priority]
ptree_merge_pairs [in Interval.Integral.Priority]
ptree_insert [in Interval.Integral.Priority]
ptree_meld [in Interval.Integral.Priority]
ptree_to_list [in Interval.Integral.Priority]
ptree_sind [in Interval.Integral.Priority]
ptree_rec [in Interval.Integral.Priority]
ptree_ind [in Interval.Integral.Priority]
ptree_rect [in Interval.Integral.Priority]
P2C [in Interval.Language.Lang_expr]
P2C_list [in Interval.Language.Lang_expr]
P2M [in Interval.Language.Lang_expr]
P2M_list [in Interval.Language.Lang_expr]
R
Radix10.val [in Interval.Float.Generic_ops]Radix2.val [in Interval.Float.Generic_ops]
RbaseSymbolsImpl_Rplus__canonical__Monoid_AddLaw [in Interval.Missing.MathComp2]
RbaseSymbolsImpl_Rmult__canonical__Monoid_MulLaw [in Interval.Missing.MathComp2]
RbaseSymbolsImpl_Rmult__canonical__Monoid_ComLaw [in Interval.Missing.MathComp2]
RbaseSymbolsImpl_Rmult__canonical__Monoid_Law [in Interval.Missing.MathComp2]
RbaseSymbolsImpl_Rmult__canonical__SemiGroup_ComLaw [in Interval.Missing.MathComp2]
RbaseSymbolsImpl_Rmult__canonical__SemiGroup_Law [in Interval.Missing.MathComp2]
RbaseSymbolsImpl_Rplus__canonical__Monoid_ComLaw [in Interval.Missing.MathComp2]
RbaseSymbolsImpl_Rplus__canonical__Monoid_Law [in Interval.Missing.MathComp2]
RbaseSymbolsImpl_Rplus__canonical__SemiGroup_ComLaw [in Interval.Missing.MathComp2]
RbaseSymbolsImpl_Rplus__canonical__SemiGroup_Law [in Interval.Missing.MathComp2]
RbaseSymbolsImpl_R__canonical__eqtype_Equality [in Interval.Missing.MathComp2]
rcons_unique [in Interval.Eval.Prog]
Rcst_sign [in Interval.Interval.Interval_compl]
Rdecr [in Interval.Interval.Interval_compl]
Rderive_over [in Interval.Interval.Interval_compl]
real_operations [in Interval.Eval.Prog]
rec1down [in Interval.Poly.Basic_rec]
rec1up [in Interval.Poly.Basic_rec]
rec2down [in Interval.Poly.Basic_rec]
rec2up [in Interval.Poly.Basic_rec]
reify_var [in Interval.Tactics.Plot_helper]
reify_var [in Interval.Tactics.Integral_helper]
Rincr [in Interval.Interval.Interval_compl]
Rmonot [in Interval.Interval.Interval_compl]
rnd_of_mode [in Interval.Float.Basic]
Rnearbyint [in Interval.Float.Basic]
Rneg_over [in Interval.Interval.Interval_compl]
RootTacticAux.check_goal [in Interval.Tactics.Root_helper]
RootTacticAux.fast_enough [in Interval.Tactics.Root_helper]
RootTacticAux.refine_root [in Interval.Tactics.Root_helper]
RootTacticAux.refine_root_aux [in Interval.Tactics.Root_helper]
RootTacticAux.root_plain [in Interval.Tactics.Root_helper]
RootTacticAux.root_plain_aux [in Interval.Tactics.Root_helper]
RootTacticAux.root_contains [in Interval.Tactics.Root_helper]
ROpToFunction [in Interval.Language.Lang_expr]
round [in Interval.Float.Basic]
RoundedR.emax [in Interval.Language.Lang_expr]
RoundedR.emin [in Interval.Language.Lang_expr]
RoundedR.fma [in Interval.Language.Lang_expr]
RoundedR.ldexp [in Interval.Language.Lang_expr]
RoundedR.maxval [in Interval.Language.Lang_expr]
RoundedR.minval [in Interval.Language.Lang_expr]
RoundedR.nearbyint [in Interval.Language.Lang_expr]
RoundedR.prec [in Interval.Language.Lang_expr]
RoundedR.Rnd [in Interval.Language.Lang_expr]
RoundedR.sqrt [in Interval.Language.Lang_expr]
rounding_mode_of_mode [in Interval.Language.Lang_simpl]
round_flt [in Interval.Float.Basic]
round_fix [in Interval.Float.Basic]
Rpos_over [in Interval.Interval.Interval_compl]
RrndOpToFunction [in Interval.Language.Lang_expr]
Rsimpl [in Interval.Missing.Stdlib]
S
SeqPolyInt.contains_pointwise [in Interval.Poly.Datatypes]SeqPolyInt.poly_eqNai [in Interval.Poly.Datatypes]
SeqPolyInt.seq_eqNai [in Interval.Poly.Datatypes]
SeqPolyInt.seq_contains_pointwise [in Interval.Poly.Datatypes]
SeqPoly.add [in Interval.Poly.Datatypes]
SeqPoly.deriv [in Interval.Poly.Datatypes]
SeqPoly.deriv_loop [in Interval.Poly.Datatypes]
SeqPoly.div_mixed_r [in Interval.Poly.Datatypes]
SeqPoly.dotmuldiv [in Interval.Poly.Datatypes]
SeqPoly.fold [in Interval.Poly.Datatypes]
SeqPoly.grec1 [in Interval.Poly.Datatypes]
SeqPoly.horner [in Interval.Poly.Datatypes]
SeqPoly.int_coeff_shift [in Interval.Poly.Datatypes]
SeqPoly.int_coeff [in Interval.Poly.Datatypes]
SeqPoly.lift [in Interval.Poly.Datatypes]
SeqPoly.map [in Interval.Poly.Datatypes]
SeqPoly.mul [in Interval.Poly.Datatypes]
SeqPoly.mul_mixed [in Interval.Poly.Datatypes]
SeqPoly.mul_tail [in Interval.Poly.Datatypes]
SeqPoly.mul_trunc [in Interval.Poly.Datatypes]
SeqPoly.mul_coeff [in Interval.Poly.Datatypes]
SeqPoly.nth [in Interval.Poly.Datatypes]
SeqPoly.one [in Interval.Poly.Datatypes]
SeqPoly.opp [in Interval.Poly.Datatypes]
SeqPoly.polyC [in Interval.Poly.Datatypes]
SeqPoly.polyCons [in Interval.Poly.Datatypes]
SeqPoly.polyNil [in Interval.Poly.Datatypes]
SeqPoly.polyX [in Interval.Poly.Datatypes]
SeqPoly.primitive [in Interval.Poly.Datatypes]
SeqPoly.rec1 [in Interval.Poly.Datatypes]
SeqPoly.rec2 [in Interval.Poly.Datatypes]
SeqPoly.set_nth [in Interval.Poly.Datatypes]
SeqPoly.size [in Interval.Poly.Datatypes]
SeqPoly.sub [in Interval.Poly.Datatypes]
SeqPoly.T [in Interval.Poly.Datatypes]
SeqPoly.tail [in Interval.Poly.Datatypes]
SeqPoly.toSeq [in Interval.Poly.Datatypes]
SeqPoly.U [in Interval.Poly.Datatypes]
SeqPoly.zero [in Interval.Poly.Datatypes]
SF2B' [in Interval.Missing.Flocq]
shift [in Interval.Float.Generic]
signed_number_sind [in Interval.Float.Specific_sig]
signed_number_rec [in Interval.Float.Specific_sig]
signed_number_ind [in Interval.Float.Specific_sig]
signed_number_rect [in Interval.Float.Specific_sig]
simplifyCProp [in Interval.Language.Lang_simpl]
sinc [in Interval.Missing.Stdlib]
SIOpToFunction [in Interval.Language.Lang_expr]
Size32.bits [in Interval.Language.Lang_expr]
Size63.bits [in Interval.Language.Lang_expr]
Size64.bits [in Interval.Language.Lang_expr]
SI.add [in Interval.Language.Lang_expr]
SI.bits [in Interval.Language.Lang_expr]
SI.div [in Interval.Language.Lang_expr]
SI.in_bounds [in Interval.Language.Lang_expr]
SI.mul [in Interval.Language.Lang_expr]
SI.N [in Interval.Language.Lang_expr]
SI.norm [in Interval.Language.Lang_expr]
SI.quot [in Interval.Language.Lang_expr]
SI.sub [in Interval.Language.Lang_expr]
SpecificFloat.abs [in Interval.Float.Specific_ops]
SpecificFloat.add_DN [in Interval.Float.Specific_ops]
SpecificFloat.add_UP [in Interval.Float.Specific_ops]
SpecificFloat.add_slow [in Interval.Float.Specific_ops]
SpecificFloat.add_slow_aux2 [in Interval.Float.Specific_ops]
SpecificFloat.add_slow_aux1 [in Interval.Float.Specific_ops]
SpecificFloat.add_exact [in Interval.Float.Specific_ops]
SpecificFloat.add_exact_aux2 [in Interval.Float.Specific_ops]
SpecificFloat.add_exact_aux1 [in Interval.Float.Specific_ops]
SpecificFloat.adjust_mantissa [in Interval.Float.Specific_ops]
SpecificFloat.classify [in Interval.Float.Specific_ops]
SpecificFloat.cmp [in Interval.Float.Specific_ops]
SpecificFloat.cmp_aux2 [in Interval.Float.Specific_ops]
SpecificFloat.cmp_aux1 [in Interval.Float.Specific_ops]
SpecificFloat.convert [in Interval.Float.Specific_ops]
SpecificFloat.div [in Interval.Float.Specific_ops]
SpecificFloat.div_DN [in Interval.Float.Specific_ops]
SpecificFloat.div_UP [in Interval.Float.Specific_ops]
SpecificFloat.div_aux [in Interval.Float.Specific_ops]
SpecificFloat.div2 [in Interval.Float.Specific_ops]
SpecificFloat.float_aux [in Interval.Float.Specific_ops]
SpecificFloat.fromF [in Interval.Float.Specific_ops]
SpecificFloat.fromZ [in Interval.Float.Specific_ops]
SpecificFloat.fromZ_UP [in Interval.Float.Specific_ops]
SpecificFloat.fromZ_DN [in Interval.Float.Specific_ops]
SpecificFloat.incr_prec [in Interval.Float.Specific_ops]
SpecificFloat.is_real_lb [in Interval.Float.Specific_ops]
SpecificFloat.is_real_ub [in Interval.Float.Specific_ops]
SpecificFloat.is_neg_real [in Interval.Float.Specific_ops]
SpecificFloat.is_non_pos_real [in Interval.Float.Specific_ops]
SpecificFloat.is_pos_real [in Interval.Float.Specific_ops]
SpecificFloat.is_non_neg_real [in Interval.Float.Specific_ops]
SpecificFloat.is_neg [in Interval.Float.Specific_ops]
SpecificFloat.is_non_pos' [in Interval.Float.Specific_ops]
SpecificFloat.is_non_pos [in Interval.Float.Specific_ops]
SpecificFloat.is_pos [in Interval.Float.Specific_ops]
SpecificFloat.is_non_neg' [in Interval.Float.Specific_ops]
SpecificFloat.is_non_neg [in Interval.Float.Specific_ops]
SpecificFloat.is_nan [in Interval.Float.Specific_ops]
SpecificFloat.mag [in Interval.Float.Specific_ops]
SpecificFloat.max [in Interval.Float.Specific_ops]
SpecificFloat.midpoint [in Interval.Float.Specific_ops]
SpecificFloat.min [in Interval.Float.Specific_ops]
SpecificFloat.mul [in Interval.Float.Specific_ops]
SpecificFloat.mul_DN [in Interval.Float.Specific_ops]
SpecificFloat.mul_UP [in Interval.Float.Specific_ops]
SpecificFloat.nan [in Interval.Float.Specific_ops]
SpecificFloat.nan_correct [in Interval.Float.Specific_ops]
SpecificFloat.nearbyint [in Interval.Float.Specific_ops]
SpecificFloat.nearbyint_DN [in Interval.Float.Specific_ops]
SpecificFloat.nearbyint_UP [in Interval.Float.Specific_ops]
SpecificFloat.neg [in Interval.Float.Specific_ops]
SpecificFloat.pow2_UP [in Interval.Float.Specific_ops]
SpecificFloat.prec [in Interval.Float.Specific_ops]
SpecificFloat.precision [in Interval.Float.Specific_ops]
SpecificFloat.PtoP [in Interval.Float.Specific_ops]
SpecificFloat.radix [in Interval.Float.Specific_ops]
SpecificFloat.real [in Interval.Float.Specific_ops]
SpecificFloat.round_at_exp_aux [in Interval.Float.Specific_ops]
SpecificFloat.round_aux [in Interval.Float.Specific_ops]
SpecificFloat.scale [in Interval.Float.Specific_ops]
SpecificFloat.scale2 [in Interval.Float.Specific_ops]
SpecificFloat.sensible_format [in Interval.Float.Specific_ops]
SpecificFloat.sfactor [in Interval.Float.Specific_ops]
SpecificFloat.sm1 [in Interval.Float.Specific_ops]
SpecificFloat.sqrt [in Interval.Float.Specific_ops]
SpecificFloat.sqrt_DN [in Interval.Float.Specific_ops]
SpecificFloat.sqrt_UP [in Interval.Float.Specific_ops]
SpecificFloat.StoZ [in Interval.Float.Specific_ops]
SpecificFloat.sub_DN [in Interval.Float.Specific_ops]
SpecificFloat.sub_UP [in Interval.Float.Specific_ops]
SpecificFloat.toF [in Interval.Float.Specific_ops]
SpecificFloat.toR [in Interval.Float.Specific_ops]
SpecificFloat.toX [in Interval.Float.Specific_ops]
SpecificFloat.type [in Interval.Float.Specific_ops]
SpecificFloat.valid_lb [in Interval.Float.Specific_ops]
SpecificFloat.valid_ub [in Interval.Float.Specific_ops]
SpecificFloat.zero [in Interval.Float.Specific_ops]
SpecificFloat.ZtoS [in Interval.Float.Specific_ops]
splitted_expr_sind [in Interval.Eval.Prog]
splitted_expr_rec [in Interval.Eval.Prog]
splitted_expr_ind [in Interval.Eval.Prog]
splitted_expr_rect [in Interval.Eval.Prog]
split_expr [in Interval.Eval.Prog]
StdZRadix2.digits_aux [in Interval.Float.Specific_stdz]
StdZRadix2.EtoZ [in Interval.Float.Specific_stdz]
StdZRadix2.exponent_cmp_correct [in Interval.Float.Specific_stdz]
StdZRadix2.exponent_sub_correct [in Interval.Float.Specific_stdz]
StdZRadix2.exponent_add_correct [in Interval.Float.Specific_stdz]
StdZRadix2.exponent_neg_correct [in Interval.Float.Specific_stdz]
StdZRadix2.exponent_one_correct [in Interval.Float.Specific_stdz]
StdZRadix2.exponent_zero_correct [in Interval.Float.Specific_stdz]
StdZRadix2.exponent_div2_floor [in Interval.Float.Specific_stdz]
StdZRadix2.exponent_cmp [in Interval.Float.Specific_stdz]
StdZRadix2.exponent_sub [in Interval.Float.Specific_stdz]
StdZRadix2.exponent_add [in Interval.Float.Specific_stdz]
StdZRadix2.exponent_neg [in Interval.Float.Specific_stdz]
StdZRadix2.exponent_one [in Interval.Float.Specific_stdz]
StdZRadix2.exponent_zero [in Interval.Float.Specific_stdz]
StdZRadix2.exponent_type [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_even_correct [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_cmp_correct [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_mul_correct [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_sub_correct [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_add_correct [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_one_correct [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_neg_correct [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_pos_correct [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_zero_correct [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_sqrt [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_div [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_shrp [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_shrp_aux [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_shr [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_shr_aux [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_split_div [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_digits [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_scale2 [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_shl [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_even [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_sign [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_neg [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_pos [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_cmp [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_mul [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_sub [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_add [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_one [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_zero [in Interval.Float.Specific_stdz]
StdZRadix2.mantissa_type [in Interval.Float.Specific_stdz]
StdZRadix2.MtoP [in Interval.Float.Specific_stdz]
StdZRadix2.MtoZ [in Interval.Float.Specific_stdz]
StdZRadix2.PtoM [in Interval.Float.Specific_stdz]
StdZRadix2.PtoM_correct [in Interval.Float.Specific_stdz]
StdZRadix2.radix [in Interval.Float.Specific_stdz]
StdZRadix2.radix_correct [in Interval.Float.Specific_stdz]
StdZRadix2.smantissa_type [in Interval.Float.Specific_stdz]
StdZRadix2.valid_mantissa [in Interval.Float.Specific_stdz]
StdZRadix2.ZtoE [in Interval.Float.Specific_stdz]
StdZRadix2.ZtoE_correct [in Interval.Float.Specific_stdz]
StdZRadix2.ZtoM [in Interval.Float.Specific_stdz]
StdZRadix2.ZtoM_correct [in Interval.Float.Specific_stdz]
subset [in Interval.Interval.Interval]
subset' [in Interval.Interval.Interval]
s_float_sind [in Interval.Float.Specific_ops]
s_float_rec [in Interval.Float.Specific_ops]
s_float_ind [in Interval.Float.Specific_ops]
s_float_rect [in Interval.Float.Specific_ops]
T
TaylorModel.integralEnclosure [in Interval.Poly.Taylor_model_sharp]TaylorModel.integralError [in Interval.Poly.Taylor_model_sharp]
TaylorModel.is_const [in Interval.Poly.Taylor_model_sharp]
TaylorModel.I_invsqrt [in Interval.Poly.Taylor_model_sharp]
TaylorModel.i_validTM [in Interval.Poly.Taylor_model_sharp]
TaylorModel.mul_error [in Interval.Poly.Taylor_model_sharp]
TaylorModel.polIntegral [in Interval.Poly.Taylor_model_sharp]
TaylorModel.sizes [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TLrem [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TMset0 [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_div [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_inv_comp [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_comp [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_type [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_horner [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_mul [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_div_mixed_r [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_mul_mixed [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_ln [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_inv [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_power_int [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_invsqrt [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_sqrt [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_tan [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_any [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_integral [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_integral_error [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_integral_poly [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_sub [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_opp [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_add [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_atan [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_cos [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_sin [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_exp [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_var [in Interval.Poly.Taylor_model_sharp]
TaylorModel.TM_cst [in Interval.Poly.Taylor_model_sharp]
TaylorModel.Ztech [in Interval.Poly.Taylor_model_sharp]
TaylorPoly.cos_rec [in Interval.Poly.Taylor_poly]
TaylorPoly.exp_rec [in Interval.Poly.Taylor_poly]
TaylorPoly.invsqrt_rec [in Interval.Poly.Taylor_poly]
TaylorPoly.inv_rec [in Interval.Poly.Taylor_poly]
TaylorPoly.pow_aux_rec [in Interval.Poly.Taylor_poly]
TaylorPoly.sin_rec [in Interval.Poly.Taylor_poly]
TaylorPoly.sqrt_rec [in Interval.Poly.Taylor_poly]
TaylorPoly.T_ln [in Interval.Poly.Taylor_poly]
TaylorPoly.T_atan [in Interval.Poly.Taylor_poly]
TaylorPoly.T_tan [in Interval.Poly.Taylor_poly]
TaylorPoly.T_power_int [in Interval.Poly.Taylor_poly]
TaylorPoly.T_invsqrt [in Interval.Poly.Taylor_poly]
TaylorPoly.T_sqrt [in Interval.Poly.Taylor_poly]
TaylorPoly.T_cos [in Interval.Poly.Taylor_poly]
TaylorPoly.T_sin [in Interval.Poly.Taylor_poly]
TaylorPoly.T_exp [in Interval.Poly.Taylor_poly]
TaylorPoly.T_inv [in Interval.Poly.Taylor_poly]
term_sind [in Interval.Eval.Prog]
term_rec [in Interval.Eval.Prog]
term_ind [in Interval.Eval.Prog]
term_rect [in Interval.Eval.Prog]
TM.abs [in Interval.Poly.Taylor_model]
TM.add [in Interval.Poly.Taylor_model]
TM.add_slow [in Interval.Poly.Taylor_model]
TM.approximates [in Interval.Poly.Taylor_model]
TM.atan [in Interval.Poly.Taylor_model]
TM.const [in Interval.Poly.Taylor_model]
TM.cos [in Interval.Poly.Taylor_model]
TM.div [in Interval.Poly.Taylor_model]
TM.div_slow [in Interval.Poly.Taylor_model]
TM.dummy [in Interval.Poly.Taylor_model]
TM.error_fix [in Interval.Poly.Taylor_model]
TM.error_flt [in Interval.Poly.Taylor_model]
TM.eval [in Interval.Poly.Taylor_model]
TM.exp [in Interval.Poly.Taylor_model]
TM.fun_gen [in Interval.Poly.Taylor_model]
TM.get_tm [in Interval.Poly.Taylor_model]
TM.Iconst [in Interval.Poly.Taylor_model]
TM.im1 [in Interval.Poly.Taylor_model]
TM.inv [in Interval.Poly.Taylor_model]
TM.i1 [in Interval.Poly.Taylor_model]
TM.i2 [in Interval.Poly.Taylor_model]
TM.ln [in Interval.Poly.Taylor_model]
TM.mul [in Interval.Poly.Taylor_model]
TM.mul_slow [in Interval.Poly.Taylor_model]
TM.nearbyint [in Interval.Poly.Taylor_model]
TM.opp [in Interval.Poly.Taylor_model]
TM.opp_slow [in Interval.Poly.Taylor_model]
TM.power_int [in Interval.Poly.Taylor_model]
TM.round_fix [in Interval.Poly.Taylor_model]
TM.round_flt [in Interval.Poly.Taylor_model]
TM.sin [in Interval.Poly.Taylor_model]
TM.sqr [in Interval.Poly.Taylor_model]
TM.sqrt [in Interval.Poly.Taylor_model]
TM.sub [in Interval.Poly.Taylor_model]
TM.sub_slow [in Interval.Poly.Taylor_model]
TM.T [in Interval.Poly.Taylor_model]
TM.tan [in Interval.Poly.Taylor_model]
TM.t__sind [in Interval.Poly.Taylor_model]
TM.t__rec [in Interval.Poly.Taylor_model]
TM.t__ind [in Interval.Poly.Taylor_model]
TM.t__rect [in Interval.Poly.Taylor_model]
TM.U [in Interval.Poly.Taylor_model]
TM.var [in Interval.Poly.Taylor_model]
toList [in Interval.Language.Lang_simpl]
TranscendentalFloatFast.atan_correct [in Interval.Interval.Transcend]
TranscendentalFloatFast.atan_fast [in Interval.Interval.Transcend]
TranscendentalFloatFast.atan_fastP [in Interval.Interval.Transcend]
TranscendentalFloatFast.atan_fast0 [in Interval.Interval.Transcend]
TranscendentalFloatFast.atan_fast0_aux [in Interval.Interval.Transcend]
TranscendentalFloatFast.cm1 [in Interval.Interval.Transcend]
TranscendentalFloatFast.constant_generator [in Interval.Interval.Transcend]
TranscendentalFloatFast.constant_generator_aux [in Interval.Interval.Transcend]
TranscendentalFloatFast.constant_getter [in Interval.Interval.Transcend]
TranscendentalFloatFast.constant_getter_aux [in Interval.Interval.Transcend]
TranscendentalFloatFast.cos_correct [in Interval.Interval.Transcend]
TranscendentalFloatFast.cos_fast [in Interval.Interval.Transcend]
TranscendentalFloatFast.cos_fastP [in Interval.Interval.Transcend]
TranscendentalFloatFast.cos_fast0 [in Interval.Interval.Transcend]
TranscendentalFloatFast.cos_fast0_aux [in Interval.Interval.Transcend]
TranscendentalFloatFast.c1 [in Interval.Interval.Transcend]
TranscendentalFloatFast.c1_p_c1_8 [in Interval.Interval.Transcend]
TranscendentalFloatFast.c1_8 [in Interval.Interval.Transcend]
TranscendentalFloatFast.c1_2 [in Interval.Interval.Transcend]
TranscendentalFloatFast.c2 [in Interval.Interval.Transcend]
TranscendentalFloatFast.c3 [in Interval.Interval.Transcend]
TranscendentalFloatFast.expn_reduce [in Interval.Interval.Transcend]
TranscendentalFloatFast.expn_fast0 [in Interval.Interval.Transcend]
TranscendentalFloatFast.expn_fast0_aux [in Interval.Interval.Transcend]
TranscendentalFloatFast.exp_fast [in Interval.Interval.Transcend]
TranscendentalFloatFast.hidden_constant_generator [in Interval.Interval.Transcend]
TranscendentalFloatFast.i1 [in Interval.Interval.Transcend]
TranscendentalFloatFast.i2 [in Interval.Interval.Transcend]
TranscendentalFloatFast.i239 [in Interval.Interval.Transcend]
TranscendentalFloatFast.i3 [in Interval.Interval.Transcend]
TranscendentalFloatFast.i4 [in Interval.Interval.Transcend]
TranscendentalFloatFast.i5 [in Interval.Interval.Transcend]
TranscendentalFloatFast.i6 [in Interval.Interval.Transcend]
TranscendentalFloatFast.ln_fast [in Interval.Interval.Transcend]
TranscendentalFloatFast.ln_fast1P [in Interval.Interval.Transcend]
TranscendentalFloatFast.ln1p_fast0 [in Interval.Interval.Transcend]
TranscendentalFloatFast.ln1p_fast0_aux [in Interval.Interval.Transcend]
TranscendentalFloatFast.pi4 [in Interval.Interval.Transcend]
TranscendentalFloatFast.pi4_seq [in Interval.Interval.Transcend]
TranscendentalFloatFast.pi4_gen [in Interval.Interval.Transcend]
TranscendentalFloatFast.semi_extension [in Interval.Interval.Transcend]
TranscendentalFloatFast.sin_correct [in Interval.Interval.Transcend]
TranscendentalFloatFast.sin_fast [in Interval.Interval.Transcend]
TranscendentalFloatFast.sin_fastP [in Interval.Interval.Transcend]
TranscendentalFloatFast.sin_fast0 [in Interval.Interval.Transcend]
TranscendentalFloatFast.sin_cos_reduce [in Interval.Interval.Transcend]
TranscendentalFloatFast.tan_correct [in Interval.Interval.Transcend]
TranscendentalFloatFast.tan_fast [in Interval.Interval.Transcend]
TranscendentalFloatFast.tan_fastP [in Interval.Interval.Transcend]
TranscendentalFloatFast.Z2nat [in Interval.Interval.Transcend]
TranscendentalFloatFast.Z2P [in Interval.Interval.Transcend]
U
ufloat_sind [in Interval.Float.Generic]ufloat_rec [in Interval.Float.Generic]
ufloat_ind [in Interval.Float.Generic]
ufloat_rect [in Interval.Float.Generic]
ufloat_pos_Eq [in Interval.Float.Generic_proof]
unary_real [in Interval.Eval.Tree]
unary_op_sind [in Interval.Eval.Tree]
unary_op_rec [in Interval.Eval.Tree]
unary_op_ind [in Interval.Eval.Tree]
unary_op_rect [in Interval.Eval.Tree]
uncurrify [in Interval.Language.Lang_expr]
UnivariateApprox.U [in Interval.Interval.Univariate_sig]
UtoX [in Interval.Float.Generic]
V
valid [in Interval.Integral.Refine]W
wellBehaved [in Interval.Language.Lang_expr]wellDefined [in Interval.Language.Lang_expr]
wellFormed [in Interval.Language.Lang_expr]
well_formed [in Interval.Language.Lang_simpl]
X
Xbind [in Interval.Real.Xreal]Xbind2 [in Interval.Real.Xreal]
Xcmp [in Interval.Real.Xreal]
Xcomparison_sind [in Interval.Real.Xreal]
Xcomparison_rec [in Interval.Real.Xreal]
Xcomparison_ind [in Interval.Real.Xreal]
Xcomparison_rect [in Interval.Real.Xreal]
Xderive [in Interval.Real.Xreal_derive]
Xderive_pt [in Interval.Real.Xreal_derive]
Xdiv' [in Interval.Real.Xreal]
Xerror_flt [in Interval.Float.Basic]
Xerror_fix [in Interval.Float.Basic]
Xinv' [in Interval.Real.Xreal]
Xln' [in Interval.Real.Xreal]
Xlower [in Interval.Interval.Interval]
Xmask [in Interval.Real.Xreal]
Xpower_int [in Interval.Real.Xreal]
Xpower_int' [in Interval.Real.Xreal]
Xround [in Interval.Float.Basic]
Xround_flt [in Interval.Float.Basic]
Xround_fix [in Interval.Float.Basic]
Xscale [in Interval.Real.Xreal]
Xsqrt_nan' [in Interval.Real.Xreal]
Xsqrt' [in Interval.Real.Xreal]
Xtan' [in Interval.Real.Xreal]
Xupper [in Interval.Interval.Interval]
Z
Zcmod [in Interval.Language.Lang_expr]ZOpToFunction [in Interval.Language.Lang_expr]
Z_mul__canonical__Monoid_Law [in Interval.Missing.MathComp2]
Z_mul__canonical__SemiGroup_Law [in Interval.Missing.MathComp2]
Record Index
O
operations [in Interval.Eval.Prog]R
rpa [in Interval.Poly.Taylor_model_sharp]T
TaylorModel.validIPoly [in Interval.Poly.Taylor_model_sharp]TaylorModel.validPoly [in Interval.Poly.Taylor_model_sharp]
| Global Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (3954 entries) |
| Notation Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (46 entries) |
| Module Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (147 entries) |
| Variable Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (192 entries) |
| Library Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (53 entries) |
| Lemma Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (1228 entries) |
| Constructor Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (178 entries) |
| Axiom Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (427 entries) |
| Inductive Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (43 entries) |
| Projection Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (12 entries) |
| Instance Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (1 entry) |
| Section Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (50 entries) |
| Abbreviation Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (284 entries) |
| Definition Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (1289 entries) |
| Record Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (4 entries) |
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