Class Tc

experimental/vectorized_taylor_arithmetic.py:9–275 · view source on GitHub ↗

Taylor coefficients Tc. One can propagate more than one direction at a time (called vector mode) by initializing with mytc = Tc(x0, [[x11,...,x1Ndir], [x21,...,x2Ndir], .... [xD1,...,xDNdir]]) For convenience

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Callers 15

copyMethod · 0.85

resize_tcMethod · 0.85

__rdiv__Method · 0.85

tc_zerosFunction · 0.85

as_functionMethod · 0.85

__rdiv__Method · 0.85

tapeFunction · 0.85

gradient_from_graphFunction · 0.85

hessianFunction · 0.85

test_constructor_single_direction_list_as_inputFunction · 0.85

test_constructor_single_direction_array_as_inputFunction · 0.85

test_constructor_single_direction_variable_input_lengthFunction · 0.85

Calls

no outgoing calls

Tested by 15

test_constructor_single_direction_list_as_inputFunction · 0.68

test_constructor_single_direction_array_as_inputFunction · 0.68

test_constructor_single_direction_variable_input_lengthFunction · 0.68

test_incremental_addition_single_direction_Tc_Tc_same_orderFunction · 0.68

test_incremental_addition_multiple_directions_with_constantFunction · 0.68

test_incremental_addition_single_direction_Tc_Tc_different_orderFunction · 0.68

test_incremental_addition_multiple_directions_Tc_Tc_same_orderFunction · 0.68

test_incremental_substraction_multiple_directions_Tc_Tc_different_orderFunction · 0.68

test_incremental_multiplication_single_direction_Tc_Tc_same_orderFunction · 0.68

test_incremental_multiplication_single_direction_Tc_Tc_different_orderFunction · 0.68

test_incremental_multiplication_multiple_directions_Tc_Tc_same_orderFunction · 0.68

test_incremental_multiplication_multiple_directions_Tc_scalarFunction · 0.68