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/183001/5260033
solar88
# @(#)solar88 7.4
# Apparent noon times below are for Riyadh; they're a bit off for other places.
# Times were computed using formulas in the U.S. Naval Observatory's
# Almanac for Computers 1988; th
www.eeworm.com/read/131315/5934363
solar87
# @(#)solar87 4.1
# So much for footnotes about Saudi Arabia.
# Apparent noon times below are for Riyadh; your mileage will vary.
# Times were computed using formulas in the U.S. Naval Observatory's
www.eeworm.com/read/183001/5260037
solar87
# @(#)solar87 7.4
# So much for footnotes about Saudi Arabia.
# Apparent noon times below are for Riyadh; your mileage will vary.
# Times were computed using formulas in the U.S. Naval Observatory's
www.eeworm.com/read/193669/8207810
h calculator.h
// $Id: calculator.h,v 1.3 2002/12/17 15:31:55 gerhard Exp gerhard $
// Define Errornumbers to make it easier to find typos in formulas
#include
#define ERR_NOERROR 0
#define ER
www.eeworm.com/read/387238/8698527
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/286977/8733892
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/386496/8739829
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/182456/9203670
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/280508/10325819
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/441397/7671099
m gauss2.m
%GAUSS2 The second geodetical main problem solved by means of
% Gauss' mid-latitude formulas.
%
% Given the coordinates (phi1, lambda1), and (phi2, lambda2)
% of two points. The distance s a