代码搜索:triangular

找到约 1,594 项符合「triangular」的源代码

代码结果 1,594
www.eeworm.com/read/140700/13066261

txt alg065.txt

> restart; > # LDL^t ALGORITHM 6.5 > # > # To factor the positive definite n by n matrix A into LDL**T, > # where L is a lower triangular matrix with ones along the diagonal > # and D is a diagon
www.eeworm.com/read/139007/13195439

m cholp.m

function [R, P, I] = cholp(A, piv) %CHOLP Cholesky factorization with pivoting of a positive semidefinite matrix. % [R, P] = CHOLP(A) returns an upper triangular matrix R and a % permu
www.eeworm.com/read/479405/6694490

m msc2f.m

% msc2f.m % Scope: This MATLAB macro determines the real symmetric matrix stored as % a two-dimensional array from its upper triangular part stored %
www.eeworm.com/read/410206/11298454

m smoothmesh.m

function [p,t] = smoothmesh(p,t,maxit,tol) % SMOOTHMESH: Smooth a triangular mesh using Laplacian smoothing. % % Laplacian smoothing is an iterative process that generally leads to an % improve
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m smoothmesh.m

function [p,t] = smoothmesh(p,t,maxit,tol) % SMOOTHMESH: Smooth a triangular mesh using Laplacian smoothing. % % Laplacian smoothing is an iterative process that generally leads to an % improve
www.eeworm.com/read/338643/12290414

m msc2f.m

% msc2f.m % Scope: This MATLAB macro determines the real symmetric matrix stored as % a two-dimensional array from its upper triangular part stored %
www.eeworm.com/read/114395/15054979

m feisot3.m

function [shapet3,dhdrt3,dhdst3]=feisot3(rvalue,svalue) %------------------------------------------------------------------------ % Purpose: % compute isoparametric three-node triangular sha
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m feisot3.m

function [shapet3,dhdrt3,dhdst3]=feisot3(rvalue,svalue) %------------------------------------------------------------------------ % Purpose: % compute isoparametric three-node triangular sha
www.eeworm.com/read/167185/5462126

c lsyminv.c

lsyminv(M,Minv,Temp,n,pdet) /* M symmetric (toeplitz?) positive definite */ /* Minv=Ainv*Ainvt */ /* cholesky finds A, such that M=At*A, A upper triangular */ /* triinv finds Ainv */ /* retu
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c lsyminv.c

lsyminv(M,Minv,Temp,n,pdet) /* M symmetric (toeplitz?) positive definite */ /* Minv=Ainv*Ainvt */ /* cholesky finds A, such that M=At*A, A upper triangular */ /* triinv finds Ainv */ /* retu