OAI/NumberTheory/PiExponent/Approximation/Arithmetic.lean
28 declarations, 0 contain sorry, 0 declared as axioms
- def
OAI.PiExponent.Arithmetic.lcmConstantline 13 - theorem
OAI.PiExponent.Arithmetic.lcmConstant_posline 15 - theorem
OAI.PiExponent.Arithmetic.log_lcmUpto_leline 20 - theorem
OAI.PiExponent.Arithmetic.gaussian_norm_one_leline 25 - theorem
OAI.PiExponent.Arithmetic.gaussian_det_norm_one_leline 33 - theorem
OAI.PiExponent.Arithmetic.det_row_column_scaleline 40 - theorem
OAI.PiExponent.Arithmetic.cleared_det_norm_boundline 49 - theorem
OAI.PiExponent.Arithmetic.cleared_det_log_boundline 76 - theorem
OAI.PiExponent.Arithmetic.log_lcm_power_product_leline 91 - theorem
OAI.PiExponent.Arithmetic.log_lcm_floor_product_leline 102 - theorem
OAI.PiExponent.Arithmetic.sum_ceil_truncation_div_leline 121 - theorem
OAI.PiExponent.Arithmetic.truncation_denominator_log_leline 137 - theorem
OAI.PiExponent.Arithmetic.dvd_lcmUpto_of_pos_leline 152 - theorem
OAI.PiExponent.Arithmetic.lcm_mul_log_coeff_gaussianline 156 - theorem
OAI.PiExponent.Arithmetic.cleared_log_trunc_memline 168 - theorem
OAI.PiExponent.Arithmetic.exists_cleared_log_truncline 178 - theorem
OAI.PiExponent.Arithmetic.gaussian_C_memline 184 - theorem
OAI.PiExponent.Arithmetic.cleared_shifted_log_trunc_memline 188 - theorem
OAI.PiExponent.Arithmetic.cleared_polynomial_power_memline 203 - theorem
OAI.PiExponent.Arithmetic.cleared_polynomial_product_memline 215 - theorem
OAI.PiExponent.Arithmetic.common_denominator_coeff_gaussianline 226 - theorem
OAI.PiExponent.Arithmetic.cleared_det_log_bound_of_entriesline 245 - theorem
OAI.PiExponent.Arithmetic.cleared_det_log_bound_with_denominatorline 256 - theorem
OAI.PiExponent.Arithmetic.shifted_truncation_product_coeff_gaussianline 270 - theorem
OAI.PiExponent.Arithmetic.column_log_cost_leline 281 - theorem
OAI.PiExponent.Arithmetic.sum_exponents_le_weight_divline 288 - theorem
OAI.PiExponent.Arithmetic.row_log_cost_lowerline 296 - theorem
OAI.PiExponent.Arithmetic.normalized_arithmetic_boundline 316