代码搜索:Formulas
找到约 254 项符合「Formulas」的源代码
代码结果 254
www.eeworm.com/read/438188/7734787
m compleftpoly2c.m
% function [degrees,lambda,stats]=CompLeftPoly2c(R,c,n);
%
% Computes degree distributions from the polynomial
% family
%
% f(x;b,n) =c*x^{2*n}+(1-c)*x^n)
%
% Uses explicit formulas for the Ta
www.eeworm.com/read/397426/8050818
m compleftpoly2c.m
% function [degrees,lambda,stats]=CompLeftPoly2c(R,c,n);
%
% Computes degree distributions from the polynomial
% family
%
% f(x;b,n) =c*x^{2*n}+(1-c)*x^n)
%
% Uses explicit formulas for the Ta
www.eeworm.com/read/143047/12902589
m compleftpoly2c.m
% function [degrees,lambda,stats]=CompLeftPoly2c(R,c,n);
%
% Computes degree distributions from the polynomial
% family
%
% f(x;b,n) =c*x^{2*n}+(1-c)*x^n)
%
% Uses explicit formulas for the Ta
www.eeworm.com/read/324153/13282789
m compleftpoly2c.m
% function [degrees,lambda,stats]=CompLeftPoly2c(R,c,n);
%
% Computes degree distributions from the polynomial
% family
%
% f(x;b,n) =c*x^{2*n}+(1-c)*x^n)
%
% Uses explicit formulas for the Ta
www.eeworm.com/read/248904/12535300
lut surface.lut
* A variation of the 'hot' color scheme, however the colours are brighter
* Excel formulas for RED/GREEN/BLUE with index in cell B6
* RED =ROUND(IF(B6
www.eeworm.com/read/209211/4982131
c albers.c
#include
#include
#include "map.h"
/* For Albers formulas see Deetz and Adams "Elements of Map Projection", */
/* USGS Special Publication No. 68, GPO 1921 */
static double r0sq, r1sq
www.eeworm.com/read/429426/1948766
extra entries.extra
D/formulas////
/car.data///1074775857/
/car.names///1074775857/
/f1.gif///1074775861/
/f2.gif///1074775861/
/f3.gif///1074775861/
/f4.gif///1074775861/
/glass.tab///1074775861/
/housing.tab///
www.eeworm.com/read/429426/1948768
old entries.extra.old
D/formulas////
/car.data///1074775857/
/car.names///1074775857/
/f1.gif///1074775861/
/f2.gif///1074775861/
/f3.gif///1074775861/
/f4.gif///1074775861/
/glass.tab///1074775861/
/housing.tab///
www.eeworm.com/read/448535/7531223
m test2regress.m
% Test the formulas for regression in two dimensions
% input: x and y vectors
% Copyright 1999 by Todd K. Moon
x = 0:10
n = length(x);
y = 3*x + 2 + 3*randn(1,n)
clf
subplot(2,2,1)
plot(x,y,
www.eeworm.com/read/208657/15239750
m ode78.m
function [tout,yout]=ode78(F,tspan,y0,tol,trace,par)
% ODE78 Integrates a system of ordinary differential equations using
% 7th order formulas.
%
% [tout,yout]=ode78(F,tspan,y0,tol,trace);
%