代码搜索：Approximation

找到约 1,542 项符合「Approximation」的源代码

代码结果 1,542
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m mgtlsr.m

function [m,dh] = mgtlsr(d,w,r) % MGTLSR - Global Total Least Squares misfit computation. % [M,DH] = MGTLSR(D,W,R) gives the GTLS misfit M and the GTLS % approximation DH of the data D by the model ke
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www.eeworm.com/read/261734/11626024

m func_myappcoef2.m

function a = func_Myappcoef2(c,s,varargin) %APPCOEF2 Extract 2-D approximation coefficients. % This code is by Jing Tian if errargn(mfilename,nargin,[3:5],nargout,[0:1]), error('*'), end rmax =
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www.eeworm.com/read/251851/12315295

m seg_approx_vrclock.m

function [SEG,SPf] = seg_approx_VRClock(sys_eq,ode_param,X0,SP0,Pcon) % Approximate a single segment of a flow pipe for a `nonlinear` dynamics. % This particular segment approximation routine is
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www.eeworm.com/read/251851/12315297

m stretch_func_ode_for_dha.m

function f = stretch_func_ode_for_DHA(X,sys_eq,ode_param,n_vector,t0,tf,dimension) % Compute objective function for the optimization problem in the flow pipe % segment approximation procedure for
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www.eeworm.com/read/251851/12315327

m stretch_func_ode.m

function f = stretch_func_ode(X,sys_eq,ode_param,n_vector,t0,tf,dimension) % Compute objective function for the optimization problem in the flow pipe % segment approximation procedure for `nonline
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www.eeworm.com/read/233420/14154460

cpp nonlinear_galerkin.cpp

#include "vs.h" const double EPSILON = 1.e-12; int main() { // three parameters approximation; Bubnov-Galerkin Method only // A. Bode's Integration Formula double weight[13] = {14.0/45.0, 64.0
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www.eeworm.com/read/217557/14958779

m seg_approx_vrclock.m

function [SEG,SPf] = seg_approx_VRClock(sys_eq,ode_param,X0,SP0,Pcon) % Approximate a single segment of a flow pipe for a `nonlinear` dynamics. % This particular segment approximation routine is
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www.eeworm.com/read/217557/14958781

m stretch_func_ode_for_dha.m

function f = stretch_func_ode_for_DHA(X,sys_eq,ode_param,n_vector,t0,tf,dimension) % Compute objective function for the optimization problem in the flow pipe % segment approximation procedure for
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www.eeworm.com/read/217557/14958803

m stretch_func_ode.m

function f = stretch_func_ode(X,sys_eq,ode_param,n_vector,t0,tf,dimension) % Compute objective function for the optimization problem in the flow pipe % segment approximation procedure for `nonline
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www.eeworm.com/read/472943/1402531

m millsm.m

function m = MillsM(s) % m = MillsM(s) % using an approximation due to W. Bryc, eqn (14) in his article % z = -s; m = sqrt(2*pi) .*( z.^3 + 5.575192695 .* z.^2 + 12.77436324 .* z)
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