Basic file structure for the different selection methods

Author: AdrianvEik

dfmcontrol_C/Utility/selection.c

@@ -1,3 +1,48 @@
 #include "stdio.h"
 #include "stdlib.h"
 #include "math.h"
+
+#include "selection.h"
+
+// gen purpose
+void calc_fx(float** pop, int individuals, int genes, float(*fx)(float), float** result){
+
+}
+
+// Flattening functions
+void lin_flattening(float** pop, int individuals, int genes, float a, float b,float** result){
+
+}
+void exp_flattening(float** pop, int individuals, int genes, float a, float b,float** result){
+
+}
+void log_flattening(float** pop, int individuals, int genes, float a, float b,float** result){
+
+}
+void norm_flattening(float** pop, int individuals, int genes, float a, float b,float** result){
+
+}
+void sig_flattening(float** pop, int individuals, int genes, float a, float b,float** result){
+
+}
+void no_flattening(float** pop, int individuals, int genes, float a, float b,float** result){
+
+}
+
+
+// Selection functions
+void roulette(float** pop, int individuals, int genes, float(*fx)(float),int mode, int** result){
+
+}
+void rank_tournament_selection(float** pop, int individuals, int genes, float(*fx)(float), int tournament_size, float prob_param, int mode, int** result){
+
+}
+void rank_selection(float** pop, int individuals, int genes, float(*fx)(float), float prob_param, int mode, int** result){
+
+}
+void rank_space_selection(float** pop, int individuals, int genes, float(*fx)(float), float prob_param, float div_param, int mode, int** result){
+
+}
+void boltzmann_selection(float** pop, int individuals, int genes, float(*fx)(float), float temp_param, int mode, int** result){
+    
+}

dfmcontrol_C/Utility/selection.h

@@ -0,0 +1,24 @@
+
+#ifndef _Selection_
+#define _Selection_
+
+// gen purpose
+void calc_fx(float** pop, int individuals, int genes, float(*fx)(float), float** result);
+
+// Flattening functions
+void lin_flattening(float** pop, int individuals, int genes, float a, float b,float** result);
+void exp_flattening(float** pop, int individuals, int genes, float a, float b,float** result);
+void log_flattening(float** pop, int individuals, int genes, float a, float b,float** result);
+void norm_flattening(float** pop, int individuals, int genes, float a, float b,float** result);
+void sig_flattening(float** pop, int individuals, int genes, float a, float b,float** result);
+void no_flattening(float** pop, int individuals, int genes, float a, float b,float** result);
+
+
+// Selection functions
+void roulette(float** pop, int individuals, int genes, float(*fx)(float),int mode, int** result);
+void rank_tournament_selection(float** pop, int individuals, int genes, float(*fx)(float), int tournament_size, float prob_param, int mode, int** result);
+void rank_selection(float** pop, int individuals, int genes, float(*fx)(float), float prob_param, int mode, int** result);
+void rank_space_selection(float** pop, int individuals, int genes, float(*fx)(float), float prob_param, float div_param, int mode, int** result);
+void boltzmann_selection(float** pop, int individuals, int genes, float(*fx)(float), float temp_param, int mode, int** result);
+
+#endif