| 
									
										
										
										
											2009-03-09 00:42:12 +00:00
										 |  |  | /******************************************************************************\
 | 
					
						
							|  |  |  | *                                                                              * | 
					
						
							|  |  |  | *    SimpleCUDD library (www.cs.kuleuven.be/~theo/tools/simplecudd.html)       * | 
					
						
							|  |  |  | *  SimpleCUDD was developed at Katholieke Universiteit Leuven(www.kuleuven.be) * | 
					
						
							|  |  |  | *                                                                              * | 
					
						
							| 
									
										
										
										
											2010-10-01 12:04:45 +02:00
										 |  |  | *  Copyright Katholieke Universiteit Leuven 2008, 2009, 2010                   * | 
					
						
							| 
									
										
										
										
											2009-03-09 00:42:12 +00:00
										 |  |  | *                                                                              * | 
					
						
							| 
									
										
										
										
											2010-10-01 12:04:45 +02:00
										 |  |  | *  Author: Bernd Gutmann                                                       * | 
					
						
							|  |  |  | *  File: problogmath.c                                                         * | 
					
						
							| 
									
										
										
										
											2010-12-17 12:23:03 +01:00
										 |  |  | *  $Date:: 2010-12-17 12:21:58 +0100 (Fri, 17 Dec 2010)                      $ * | 
					
						
							|  |  |  | *  $Revision:: 5159                                                          $ * | 
					
						
							| 
									
										
										
										
											2009-03-09 00:42:12 +00:00
										 |  |  | *                                                                              * | 
					
						
							|  |  |  | ******************************************************************************** | 
					
						
							|  |  |  | *                                                                              * | 
					
						
							| 
									
										
										
										
											2010-10-01 12:04:45 +02:00
										 |  |  | * Artistic License 2.0                                                         * | 
					
						
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										 |  |  | *                                                                              * | 
					
						
							|  |  |  | *         The End                                                              * | 
					
						
							|  |  |  | *                                                                              * | 
					
						
							|  |  |  | \******************************************************************************/ | 
					
						
							|  |  |  | 
 | 
					
						
							| 
									
										
										
										
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										 |  |  | #include "problogmath.h"
 | 
					
						
							| 
									
										
										
										
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										 |  |  | #include "general.h"
 | 
					
						
							| 
									
										
										
										
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										 |  |  | 
 | 
					
						
							| 
									
										
										
										
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										 |  |  | double sigmoid(double x, double slope) { | 
					
						
							|  |  |  |   return 1.0 / (1.0 + exp(-x * slope)); | 
					
						
							|  |  |  | } | 
					
						
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										 |  |  | 
 | 
					
						
							| 
									
										
										
										
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										 |  |  | // This function calculates the accumulated density of the normal distribution
 | 
					
						
							|  |  |  | // For details see G. Marsaglia, Evaluating the Normal Distribution, Journal of Statistical Software, 2004:11(4).
 | 
					
						
							|  |  |  | double Phi(double x)  { | 
					
						
							|  |  |  |   double s=x; | 
					
						
							|  |  |  |   double t=0.0; | 
					
						
							|  |  |  |   double b=x; | 
					
						
							|  |  |  |   double q=x*x; | 
					
						
							|  |  |  |   double i=1; | 
					
						
							| 
									
										
										
										
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										 |  |  | 
 | 
					
						
							| 
									
										
										
										
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										 |  |  |   // if the value is too small or too big, return
 | 
					
						
							|  |  |  |   // 0/1 to avoid long computations
 | 
					
						
							|  |  |  |   if (x < -10.0) { | 
					
						
							|  |  |  |     return 0.0; | 
					
						
							| 
									
										
										
										
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										 |  |  |   } | 
					
						
							| 
									
										
										
										
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										 |  |  | 
 | 
					
						
							|  |  |  |   if (x > 10.0) { | 
					
						
							|  |  |  |     return 1.0; | 
					
						
							| 
									
										
										
										
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										 |  |  |   } | 
					
						
							| 
									
										
										
										
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										 |  |  | 
 | 
					
						
							|  |  |  |   // t is the value from last iteration
 | 
					
						
							|  |  |  |   // s is the value from the current iteration
 | 
					
						
							|  |  |  |   // iterate until they are equal
 | 
					
						
							|  |  |  |   while(fabs(s-t) >= DBL_MIN) { | 
					
						
							|  |  |  |     t=s; | 
					
						
							|  |  |  |     i+=2; | 
					
						
							|  |  |  |     b*=q/i; | 
					
						
							|  |  |  |     s+=b; | 
					
						
							| 
									
										
										
										
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										 |  |  |   } | 
					
						
							| 
									
										
										
										
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										 |  |  | 
 | 
					
						
							|  |  |  |   return 0.5+s*exp(-0.5*q-0.91893853320467274178); | 
					
						
							|  |  |  | } | 
					
						
							|  |  |  | 
 | 
					
						
							|  |  |  | // integrates the normal distribution over [low,high]
 | 
					
						
							|  |  |  | double cumulative_normal(double low, double high, double mu, double sigma) { | 
					
						
							|  |  |  |   return Phi((high-mu)/sigma) - Phi((low-mu)/sigma); | 
					
						
							|  |  |  | } | 
					
						
							|  |  |  | 
 | 
					
						
							|  |  |  | // integrates the normal distribution over [-oo,high]
 | 
					
						
							|  |  |  | double cumulative_normal_upper(double high, double mu, double sigma) { | 
					
						
							|  |  |  |   return Phi((high-mu)/sigma); | 
					
						
							|  |  |  | } | 
					
						
							|  |  |  | 
 | 
					
						
							|  |  |  | 
 | 
					
						
							|  |  |  | // evaluates the density of the normal distribution
 | 
					
						
							|  |  |  | double normal(double x, double mu,double sigma) { | 
					
						
							|  |  |  |   double inner=(x-mu)/sigma; | 
					
						
							|  |  |  |   double denom=sigma*sqrt(2*3.14159265358979323846); | 
					
						
							|  |  |  |   return exp(-inner*inner/2)/denom; | 
					
						
							|  |  |  | } | 
					
						
							|  |  |  | 
 | 
					
						
							|  |  |  | double cumulative_normal_dmu(double low, double high,double mu,double sigma) { | 
					
						
							|  |  |  |   return normal(low,mu,sigma) - normal(high,mu,sigma); | 
					
						
							|  |  |  | } | 
					
						
							|  |  |  | 
 | 
					
						
							|  |  |  | double cumulative_normal_upper_dmu(double high,double mu,double sigma) { | 
					
						
							|  |  |  |   return  - normal(high,mu,sigma); | 
					
						
							|  |  |  | } | 
					
						
							|  |  |  | 
 | 
					
						
							|  |  |  | 
 | 
					
						
							|  |  |  | double cumulative_normal_dsigma(double low, double high,double mu,double sigma) { | 
					
						
							|  |  |  |   return (((mu-high)*normal(high,mu,sigma) - (mu-low)*normal(low,mu,sigma))/sigma); | 
					
						
							|  |  |  | } | 
					
						
							|  |  |  | 
 | 
					
						
							|  |  |  | double cumulative_normal_upper_dsigma(double high,double mu,double sigma) { | 
					
						
							|  |  |  |   return (mu-high)*normal(high,mu,sigma); | 
					
						
							| 
									
										
										
										
											2009-03-09 00:42:12 +00:00
										 |  |  | } | 
					
						
							|  |  |  | 
 | 
					
						
							| 
									
										
										
										
											2010-08-26 14:44:10 +02:00
										 |  |  | 
 | 
					
						
							|  |  |  | // this function parses two strings "$a;$b" and "???_???l$ch$d" where $a-$d are (real) numbers
 | 
					
						
							|  |  |  | // it is used to parse in the parameters of continues variables from the input file
 | 
					
						
							|  |  |  | density_integral parse_density_integral_string(char *input, char *variablename) { | 
					
						
							|  |  |  |   density_integral result; | 
					
						
							| 
									
										
										
										
											2010-10-01 11:40:24 +02:00
										 |  |  |   double sigma; | 
					
						
							| 
									
										
										
										
											2010-08-26 14:44:10 +02:00
										 |  |  |   int i; | 
					
						
							|  |  |  |   char garbage[64], s1[64],s2[64],s3[64],s4[64]; | 
					
						
							|  |  |  | 
 | 
					
						
							|  |  |  |   if(sscanf(input, "%64[^;];%64[^;]", s1,s2) != 2) { | 
					
						
							|  |  |  |     fprintf(stderr, "Error at parsing the string %s in the function parse_density_integral_string\n",input); | 
					
						
							|  |  |  |     fprintf(stderr, "The string should contain 2 fields seperated by ; characters.\n"); | 
					
						
							|  |  |  |     exit(EXIT_FAILURE); | 
					
						
							|  |  |  |   } | 
					
						
							|  |  |  | 
 | 
					
						
							| 
									
										
										
										
											2010-10-01 11:40:24 +02:00
										 |  |  |   if (!getRealNumber(s1, &result.mu)) { | 
					
						
							| 
									
										
										
										
											2010-08-26 14:44:10 +02:00
										 |  |  |     fprintf(stderr, "Error at parsing the string %s in the function parse_density_integral_string\n",input); | 
					
						
							|  |  |  |     fprintf(stderr, "%s is not a number\n",s1); | 
					
						
							|  |  |  |     exit(EXIT_FAILURE); | 
					
						
							|  |  |  |   } | 
					
						
							|  |  |  | 
 | 
					
						
							| 
									
										
										
										
											2010-10-01 11:40:24 +02:00
										 |  |  |   if (!getRealNumber(s2, &sigma) || sigma<=0.0) { | 
					
						
							| 
									
										
										
										
											2010-08-26 14:44:10 +02:00
										 |  |  |     fprintf(stderr, "Error at parsing the string %s in the function parse_density_integral_string\n",input); | 
					
						
							|  |  |  |     fprintf(stderr, "%s is not a number\n",s2); | 
					
						
							|  |  |  |     exit(EXIT_FAILURE); | 
					
						
							| 
									
										
										
										
											2009-03-09 00:42:12 +00:00
										 |  |  |   } | 
					
						
							| 
									
										
										
										
											2010-10-01 11:40:24 +02:00
										 |  |  |   result.log_sigma=log(sigma); | 
					
						
							| 
									
										
										
										
											2010-08-26 14:44:10 +02:00
										 |  |  | 
 | 
					
						
							|  |  |  | /*  if (result.sigma<=0) { */ | 
					
						
							|  |  |  | /*     fprintf(stderr, "Error at parsing the string %s in the function parse_density_integral_string",input); */ | 
					
						
							|  |  |  | /*     fprintf(stderr, "The value for sigma has to be larger than 0.\n"); */ | 
					
						
							|  |  |  | 
 | 
					
						
							|  |  |  | /*     exit(EXIT_FAILURE); */ | 
					
						
							|  |  |  | /*   } */ | 
					
						
							|  |  |  | 
 | 
					
						
							|  |  |  |   if (sscanf(variablename,"%64[^lh]l%64[^lh]h%64[^lh]",garbage,s3,s4) != 3) { | 
					
						
							|  |  |  |     fprintf(stderr, "Error at parsing the string %s in the function parse_density_integral_string\n",variablename); | 
					
						
							|  |  |  |     fprintf(stderr, "The string should contain 2 fields seperated by ; characters.\n"); | 
					
						
							|  |  |  |     exit(EXIT_FAILURE); | 
					
						
							| 
									
										
										
										
											2009-03-09 00:42:12 +00:00
										 |  |  |   } | 
					
						
							|  |  |  | 
 | 
					
						
							| 
									
										
										
										
											2010-08-26 14:44:10 +02:00
										 |  |  |   //  replace the d by . in s1 and s2
 | 
					
						
							|  |  |  |   for(i=0; s3[i]!='\0' ; i++) { | 
					
						
							|  |  |  |     if (s3[i]=='d') { | 
					
						
							|  |  |  |       s3[i]='.'; | 
					
						
							| 
									
										
										
										
											2009-03-09 00:42:12 +00:00
										 |  |  |     } | 
					
						
							| 
									
										
										
										
											2010-08-26 14:44:10 +02:00
										 |  |  |     if (s3[i]=='m') { | 
					
						
							|  |  |  |       s3[i]='-'; | 
					
						
							|  |  |  |     } | 
					
						
							|  |  |  |   } | 
					
						
							|  |  |  |   for(i=0; s4[i]!='\0' ; i++) { | 
					
						
							|  |  |  |     if (s4[i]=='d') { | 
					
						
							|  |  |  |       s4[i]='.'; | 
					
						
							|  |  |  |     } | 
					
						
							|  |  |  |     if (s4[i]=='m') { | 
					
						
							|  |  |  |       s4[i]='-'; | 
					
						
							| 
									
										
										
										
											2009-03-09 00:42:12 +00:00
										 |  |  |     } | 
					
						
							|  |  |  |   } | 
					
						
							|  |  |  | 
 | 
					
						
							| 
									
										
										
										
											2010-10-01 11:40:24 +02:00
										 |  |  |   if (!getRealNumber(s3, &result.low)) { | 
					
						
							| 
									
										
										
										
											2010-08-26 14:44:10 +02:00
										 |  |  |     fprintf(stderr, "Error at parsing the string %s in the function parse_density_integral_string\n",input); | 
					
						
							|  |  |  |     fprintf(stderr, "%s is not a number\n",s1); | 
					
						
							|  |  |  |     exit(EXIT_FAILURE); | 
					
						
							| 
									
										
										
										
											2009-03-09 00:42:12 +00:00
										 |  |  |   } | 
					
						
							| 
									
										
										
										
											2010-08-26 14:44:10 +02:00
										 |  |  | 
 | 
					
						
							| 
									
										
										
										
											2010-10-01 11:40:24 +02:00
										 |  |  |  if (!getRealNumber(s4, &result.high)) { | 
					
						
							| 
									
										
										
										
											2010-08-26 14:44:10 +02:00
										 |  |  |     fprintf(stderr, "Error ar parsing the string %s in the function parse_density_integral_string\n",input); | 
					
						
							|  |  |  |     fprintf(stderr, "%s is not a number\n",s1); | 
					
						
							|  |  |  |     exit(EXIT_FAILURE); | 
					
						
							|  |  |  |   } | 
					
						
							|  |  |  | 
 | 
					
						
							|  |  |  |    | 
					
						
							|  |  |  |   if (result.low>result.high) { | 
					
						
							|  |  |  |     fprintf(stderr, "Error ar parsing the string %s in the function parse_density_integral_string\n",input); | 
					
						
							|  |  |  |     fprintf(stderr, "The value for low has to be larger than then value for high.\n"); | 
					
						
							|  |  |  |     fprintf(stderr, " was [%f, %f]\n",result.low, result.high); | 
					
						
							|  |  |  |     fprintf(stderr, " input %s \n",input); | 
					
						
							|  |  |  |     fprintf(stderr, " variablename %s \n",variablename); | 
					
						
							|  |  |  |   | 
					
						
							|  |  |  |     exit(EXIT_FAILURE); | 
					
						
							|  |  |  |   } | 
					
						
							|  |  |  | 
 | 
					
						
							| 
									
										
										
										
											2010-10-01 11:40:24 +02:00
										 |  |  |    | 
					
						
							| 
									
										
										
										
											2010-08-26 14:44:10 +02:00
										 |  |  |   return result; | 
					
						
							| 
									
										
										
										
											2009-03-09 00:42:12 +00:00
										 |  |  | } |