python.linalg Namespace Reference

Variables
	mtx = linalg.Mtx()
list	A = [1,2,3,4]
list	B = [2,3,1,4]
list	C = []
list	A_int = [[1, 2, 3], [4, 5, 6], [7, 8, 9]]
list	B_int = [[9, 8, 7], [6, 5, 4], [3, 2, 1]]
list	C_int = []
	res = mtx.std_mtx_add_int(A_int, B_int, C_int)

Detailed Description

since the Matrix class is a template class, there are classes created
for both Doubles and Integers

The template Matrix class and mtx struct were converted to type double
methods instead of declaring a method for each type.
    *NOTE* there is a respective 'INTEGER' version of each method that
    defaulted to type double, my recommendation is to use the default
    methods that converted to type double as data will more than likely
    follow the scheme.

    SCHEMES:
        class Matrix (int) -> class MatrixI
        an INTEGER type mtx struct is not possible given floating
        point requirements for certain cases of cassert

Variable Documentation

A

list python.linalg.A = [1,2,3,4]

Definition at line 22 of file linalg.py.

Referenced by BOOST_PYTHON_MODULE(), gpmp::nt::RC5.decrypt(), RC6.decrypt_block(), gpmp::linalg::DGEMM.dgemm_micro_kernel(), gpmp::linalg::DGEMM.dgemm_nn(), gpmp::nt::RC5.encrypt(), RC6.encrypt_block(), gpu_mtx_add(), gpmp::linalg::IGEMM.igemm_micro_kernel(), gpmp::linalg::IGEMM.igemm_nn(), RC6.key_schedule(), main(), matrixMul(), mtx_add_f90(), multiply_matrices(), multiply_matrices_std(), gpmp::linalg::DGEMM.pack_buffer_A(), gpmp::linalg::SGEMM.pack_buffer_A(), gpmp::linalg::IGEMM.pack_buffer_A(), gpmp::linalg::DGEMM.pack_micro_A(), gpmp::linalg::SGEMM.pack_micro_A(), gpmp::linalg::IGEMM.pack_micro_A(), run_mtx_add(), run_mtx_add_arr(), run_mtx_add_doub(), run_mtx_add_flt(), gpmp::linalg::SGEMM.sgemm_micro_kernel(), gpmp::linalg::SGEMM.sgemm_nn(), gpmp::linalg::Mtx.std_mtx_add(), gpmp::linalg::Mtx.std_mtx_mult(), gpmp::linalg::Mtx.std_mtx_sub(), and gpmp::linalg::Mtx.std_mtx_tpose().

A_int

list python.linalg.A_int = [[1, 2, 3], [4, 5, 6], [7, 8, 9]]

Definition at line 26 of file linalg.py.

B

list python.linalg.B = [2,3,1,4]

Definition at line 23 of file linalg.py.

Referenced by BOOST_PYTHON_MODULE(), gpmp::nt::RC5.decrypt(), RC6.decrypt_block(), gpmp::linalg::DGEMM.dgemm_micro_kernel(), gpmp::linalg::DGEMM.dgemm_nn(), gpmp::nt::RC5.encrypt(), RC6.encrypt_block(), gpu_mtx_add(), gpmp::linalg::IGEMM.igemm_micro_kernel(), gpmp::linalg::IGEMM.igemm_nn(), RC6.key_schedule(), main(), matrixMul(), mtx_add_f90(), multiply_matrices(), multiply_matrices_std(), gpmp::linalg::DGEMM.pack_buffer_B(), gpmp::linalg::SGEMM.pack_buffer_B(), gpmp::linalg::IGEMM.pack_buffer_B(), gpmp::linalg::DGEMM.pack_micro_B(), gpmp::linalg::SGEMM.pack_micro_B(), gpmp::linalg::IGEMM.pack_micro_B(), run_mtx_add(), run_mtx_add_arr(), run_mtx_add_doub(), run_mtx_add_flt(), gpmp::linalg::SGEMM.sgemm_micro_kernel(), gpmp::linalg::SGEMM.sgemm_nn(), gpmp::linalg::Mtx.std_mtx_add(), gpmp::linalg::Mtx.std_mtx_mult(), and gpmp::linalg::Mtx.std_mtx_sub().

B_int

list python.linalg.B_int = [[9, 8, 7], [6, 5, 4], [3, 2, 1]]

Definition at line 27 of file linalg.py.

C

list python.linalg.C = []

Definition at line 24 of file linalg.py.

Referenced by BOOST_PYTHON_MODULE(), gpmp::ml::SVC.compute_loss(), gpmp::linalg::DGEMM.dgemm_macro_kernel(), gpmp::linalg::DGEMM.dgemm_micro_kernel(), gpmp::linalg::DGEMM.dgemm_nn(), gpu_mtx_add(), gpmp::linalg::IGEMM.igemm_macro_kernel(), gpmp::linalg::IGEMM.igemm_micro_kernel(), gpmp::linalg::IGEMM.igemm_nn(), main(), matrixMul(), mtx_add_f90(), multiply_matrices(), multiply_matrices_std(), run_mtx_add(), run_mtx_add_arr(), run_mtx_add_doub(), run_mtx_add_flt(), gpmp::linalg::SGEMM.sgemm_macro_kernel(), gpmp::linalg::SGEMM.sgemm_micro_kernel(), gpmp::linalg::SGEMM.sgemm_nn(), gpmp::linalg::Mtx.std_mtx_add(), gpmp::linalg::Mtx.std_mtx_mult(), gpmp::linalg::Mtx.std_mtx_sub(), and gpmp::ml::SVC.update_weights().

C_int

list python.linalg.C_int = []

Definition at line 28 of file linalg.py.

mtx

python.linalg.mtx = linalg.Mtx()

Definition at line 20 of file linalg.py.

Referenced by mtx_add_f90(), run_mtx_add(), run_mtx_add_arr(), run_mtx_add_doub(), and run_mtx_add_flt().

res

python.linalg.res = mtx.std_mtx_add_int(A_int, B_int, C_int)

Examples

factors.cpp.

Definition at line 29 of file linalg.py.

Referenced by gpmp::linalg::Matrix< Type >.add(), add_vec_cpu(), add_vec_gpu(), gpmp::linalg::Matrix< Type >.apply_func(), gpmp::linalg::Matrix< Type >.concatenate(), gpmp::linalg::Matrix< Type >.diag(), gpmp::core::ThreadPool.enqueue(), gpmp::linalg::Matrix< Type >.hadamard(), main(), gpmp::PrimalityTest.mod_mul(), gpmp::PrimalityTest.mod_pow(), gpmp::linalg::Matrix< Type >.mult(), multiply_matrices(), gpmp::linalg::Matrix< Type >.operator-(), gpmp::linalg::Matrix< Type >.operator==(), gpmp::linalg::Matrix< Type >.scalar_add(), gpmp::linalg::Matrix< Type >.scalar_mult(), gpmp::linalg::Matrix< Type >.sqr_err(), and gpmp::linalg::Matrix< Type >.sum().