(x0+x1) (x0-x1) (x0*x1) (x0/x1) fmod(x0,x1) pow(x0,x1) sqrt(x0) e{CHARX}p(x0) pow(10,x0) log(x0) log10(x0) (log(x0)/log(x1)) floor(x0) ceil(x0) fabs(x0) (1/(x0)) (-(x0)) (x0) pow(x0,2) pow(x0,3) pow(x0,4) pow(x0,5) pow(x0,(1.0/3.0)) pow(x0,(1.0/4.0)) pow(x0,(1.0/5.0)) (x0+x1+x2) (x0-x1-x2) (x0*x1*x2) (x0/x1/x2) (x0+x1+x2+x3) (x0-x1-x2-x3) (x0*x1*x2*x3) (x0/x1/x2/x3) gepMin2(x0,x1) gepMin3(x0,x1,x2) gepMin4(x0,x1,x2,x3) gepMa{CHARX}2(x0,x1) gepMa{CHARX}3(x0,x1,x2) gepMa{CHARX}4(x0,x1,x2,x3) ((x0+x1)/2) ((x0+x1+x2)/3) ((x0+x1+x2+x3)/4) gepLogi(x0) gepLogi2(x0,x1) gepLogi3(x0,x1,x2) gepLogi4(x0,x1,x2,x3) gepGau(x0) gepGau2(x0,x1) gepGau3(x0,x1,x2) gepGau4(x0,x1,x2,x3) (0.0) (1.0) (0.0) (1.0) (3.141592653589793) (2.718281828459045) sin(x0) cos(x0) tan(x0) (1/sin(x0)) (1/cos(x0)) (1/tan(x0)) asin(x0) acos(x0) atan(x0) gepAcsc(x0) gepAsec(x0) gepAcot(x0) sinh(x0) cosh(x0) tanh(x0) gepCsch(x0) gepSech(x0) gepCoth(x0) gepAsinh(x0) gepAcosh(x0) gepAtanh(x0) gepAcsch(x0) gepAsech(x0) gepAcoth(x0) (1-x0) (((x0 < 0) || (x1 < 0)) ? 1 : 0) (((x0 >= 0) || (x1 >= 0)) ? 1 : 0) (((x0 <= 0) || (x1 <= 0)) ? 1 : 0) (((x0 < 1) || (x1 < 1)) ? 1 : 0) (((x0 >= 1) || (x1 >= 1)) ? 1 : 0) (((x0 <= 1) || (x1 <= 1)) ? 1 : 0) (((x0 < 0) && (x1 < 0)) ? 1 : 0) (((x0 >= 0) && (x1 >= 0)) ? 1 : 0) (((x0 <= 0) && (x1 <= 0)) ? 1 : 0) (((x0 < 1) && (x1 < 1)) ? 1 : 0) (((x0 >= 1) && (x1 >= 1)) ? 1 : 0) (((x0 <= 1) && (x1 <= 1)) ? 1 : 0) (x0 < x1 ? x0 : x1) (x0 > x1 ? x0 : x1) (x0 <= x1 ? x0 : x1) (x0 >= x1 ? x0 : x1) (x0 == x1 ? x0 : x1) (x0 != x1 ? x0 : x1) (x0 < x1 ? 1 : 0) (x0 > x1 ? 1 : 0) (x0 <= x1 ? 1 : 0) (x0 >= x1 ? 1 : 0) (x0 == x1 ? 1 : 0) (x0 != x1 ? 1 : 0) (x0 < x1 ? (x0+x1) : (x0-x1)) (x0 > x1 ? (x0+x1) : (x0-x1)) (x0 <= x1 ? (x0+x1) : (x0-x1)) (x0 >= x1 ? (x0+x1) : (x0-x1)) (x0 == x1 ? (x0+x1) : (x0-x1)) (x0 != x1 ? (x0+x1) : (x0-x1)) (x0 < x1 ? (x0*x1) : (x0/x1)) (x0 > x1 ? (x0*x1) : (x0/x1)) (x0 <= x1 ? (x0*x1) : (x0/x1)) (x0 >= x1 ? (x0*x1) : (x0/x1)) (x0 == x1 ? (x0*x1) : (x0/x1)) (x0 != x1 ? (x0*x1) : (x0/x1)) (x0 < x1 ? (x0+x1) : (x0*x1)) (x0 > x1 ? (x0+x1) : (x0*x1)) (x0 <= x1 ? (x0+x1) : (x0*x1)) (x0 >= x1 ? (x0+x1) : (x0*x1)) (x0 == x1 ? (x0+x1) : (x0*x1)) (x0 != x1 ? (x0+x1) : (x0*x1)) (x0 < x1 ? (x0+x1) : sin(x0*x1)) (x0 > x1 ? (x0+x1) : sin(x0*x1)) (x0 <= x1 ? (x0+x1) : sin(x0*x1)) (x0 >= x1 ? (x0+x1) : sin(x0*x1)) (x0 == x1 ? (x0+x1) : sin(x0*x1)) (x0 != x1 ? (x0+x1) : sin(x0*x1)) (x0 < x1 ? (x0+x1) : atan(x0*x1)) (x0 > x1 ? (x0+x1) : atan(x0*x1)) (x0 <= x1 ? (x0+x1) : atan(x0*x1)) (x0 >= x1 ? (x0+x1) : atan(x0*x1)) (x0 == x1 ? (x0+x1) : atan(x0*x1)) (x0 != x1 ? (x0+x1) : atan(x0*x1)) (x0 < 0 ? x1 : x2) (x0 > 0 ? x1 : x2) (x0 <= 0 ? x1 : x2) (x0 >= 0 ? x1 : x2) (x0 == 0 ? x1 : x2) (x0 != 0 ? x1 : x2) ((x0+x1) < x2 ? (x0+x1) : x2) ((x0+x1) > x2 ? (x0+x1) : x2) ((x0+x1) <= x2 ? (x0+x1) : x2) ((x0+x1) >= x2 ? (x0+x1) : x2) ((x0+x1) == x2 ? (x0+x1) : x2) ((x0+x1) != x2 ? (x0+x1) : x2) ((x0+x1) < x2 ? (x0+x1) : (x0+x2)) ((x0+x1) > x2 ? (x0+x1) : (x0+x2)) ((x0+x1) <= x2 ? (x0+x1) : (x0+x2)) ((x0+x1) >= x2 ? (x0+x1) : (x0+x2)) ((x0+x1) == x2 ? (x0+x1) : (x0+x2)) ((x0+x1) != x2 ? (x0+x1) : (x0+x2)) ((x0+x1) < x2 ? (x0+x1) : (x0-x2)) ((x0+x1) > x2 ? (x0+x1) : (x0-x2)) ((x0+x1) <= x2 ? (x0+x1) : (x0-x2)) ((x0+x1) >= x2 ? (x0+x1) : (x0-x2)) ((x0+x1) == x2 ? (x0+x1) : (x0-x2)) ((x0+x1) != x2 ? (x0+x1) : (x0-x2)) ((x0+x1) < x2 ? (x0+x1) : (x0*x2)) ((x0+x1) > x2 ? (x0+x1) : (x0*x2)) ((x0+x1) <= x2 ? (x0+x1) : (x0*x2)) ((x0+x1) >= x2 ? (x0+x1) : (x0*x2)) ((x0+x1) == x2 ? (x0+x1) : (x0*x2)) ((x0+x1) != x2 ? (x0+x1) : (x0*x2)) ((x0+x1) < x2 ? (x0+x1) : (x0/x2)) ((x0+x1) > x2 ? (x0+x1) : (x0/x2)) ((x0+x1) <= x2 ? (x0+x1) : (x0/x2)) ((x0+x1) >= x2 ? (x0+x1) : (x0/x2)) ((x0+x1) == x2 ? (x0+x1) : (x0/x2)) ((x0+x1) != x2 ? (x0+x1) : (x0/x2)) ((x0+x1) < x2 ? (x0*x1) : (x0+x2)) ((x0+x1) > x2 ? (x0*x1) : (x0+x2)) ((x0+x1) <= x2 ? (x0*x1) : (x0+x2)) ((x0+x1) >= x2 ? (x0*x1) : (x0+x2)) ((x0+x1) == x2 ? (x0*x1) : (x0+x2)) ((x0+x1) != x2 ? (x0*x1) : (x0+x2)) ((x0+x1) < x2 ? (x0*x1) : (x0-x2)) ((x0+x1) > x2 ? (x0*x1) : (x0-x2)) ((x0+x1) <= x2 ? (x0*x1) : (x0-x2)) ((x0+x1) >= x2 ? (x0*x1) : (x0-x2)) ((x0+x1) == x2 ? (x0*x1) : (x0-x2)) ((x0+x1) != x2 ? (x0*x1) : (x0-x2)) ((x0+x1) < x2 ? (x0*x1) : (x0*x2)) ((x0+x1) > x2 ? (x0*x1) : (x0*x2)) ((x0+x1) <= x2 ? (x0*x1) : (x0*x2)) ((x0+x1) >= x2 ? (x0*x1) : (x0*x2)) ((x0+x1) == x2 ? (x0*x1) : (x0*x2)) ((x0+x1) != x2 ? (x0*x1) : (x0*x2)) ((x0+x1) < x2 ? (x0*x1) : (x0/x2)) ((x0+x1) > x2 ? (x0*x1) : (x0/x2)) ((x0+x1) <= x2 ? (x0*x1) : (x0/x2)) ((x0+x1) >= x2 ? (x0*x1) : (x0/x2)) ((x0+x1) == x2 ? (x0*x1) : (x0/x2)) ((x0+x1) != x2 ? (x0*x1) : (x0/x2)) ((x0+x1) < x2 ? (x0+x1+x2) : sin(x0*x1*x2)) ((x0+x1) > x2 ? (x0+x1+x2) : sin(x0*x1*x2)) ((x0+x1) <= x2 ? (x0+x1+x2) : sin(x0*x1*x2)) ((x0+x1) >= x2 ? (x0+x1+x2) : sin(x0*x1*x2)) ((x0+x1) == x2 ? (x0+x1+x2) : sin(x0*x1*x2)) ((x0+x1) != x2 ? (x0+x1+x2) : sin(x0*x1*x2)) ((x0+x1) < x2 ? (x0+x1+x2) : atan(x0*x1*x2)) ((x0+x1) > x2 ? (x0+x1+x2) : atan(x0*x1*x2)) ((x0+x1) <= x2 ? (x0+x1+x2) : atan(x0*x1*x2)) ((x0+x1) >= x2 ? (x0+x1+x2) : atan(x0*x1*x2)) ((x0+x1) == x2 ? (x0+x1+x2) : atan(x0*x1*x2)) ((x0+x1) != x2 ? (x0+x1+x2) : atan(x0*x1*x2)) (x0 < x1 ? x2 : x3) (x0 > x1 ? x2 : x3) (x0 <= x1 ? x2 : x3) (x0 >= x1 ? x2 : x3) (x0 == x1 ? x2 : x3) (x0 != x1 ? x2 : x3) ((x0+x1) < (x2+x3) ? x2 : x3) ((x0+x1) > (x2+x3) ? x2 : x3) ((x0+x1) <= (x2+x3) ? x2 : x3) ((x0+x1) >= (x2+x3) ? x2 : x3) ((x0+x1) == (x2+x3) ? x2 : x3) ((x0+x1) != (x2+x3) ? x2 : x3) ((x0+x1) < (x2+x3) ? (x0+x1) : (x2+x3)) ((x0+x1) > (x2+x3) ? (x0+x1) : (x2+x3)) ((x0+x1) <= (x2+x3) ? (x0+x1) : (x2+x3)) ((x0+x1) >= (x2+x3) ? (x0+x1) : (x2+x3)) ((x0+x1) == (x2+x3) ? (x0+x1) : (x2+x3)) ((x0+x1) != (x2+x3) ? (x0+x1) : (x2+x3)) ((x0+x1) < (x2+x3) ? (x0+x1) : (x2-x3)) ((x0+x1) > (x2+x3) ? (x0+x1) : (x2-x3)) ((x0+x1) <= (x2+x3) ? (x0+x1) : (x2-x3)) ((x0+x1) >= (x2+x3) ? (x0+x1) : (x2-x3)) ((x0+x1) == (x2+x3) ? (x0+x1) : (x2-x3)) ((x0+x1) != (x2+x3) ? (x0+x1) : (x2-x3)) ((x0+x1) < (x2+x3) ? (x0+x1) : (x2*x3)) ((x0+x1) > (x2+x3) ? (x0+x1) : (x2*x3)) ((x0+x1) <= (x2+x3) ? (x0+x1) : (x2*x3)) ((x0+x1) >= (x2+x3) ? (x0+x1) : (x2*x3)) ((x0+x1) == (x2+x3) ? (x0+x1) : (x2*x3)) ((x0+x1) != (x2+x3) ? (x0+x1) : (x2*x3)) ((x0+x1) < (x2+x3) ? (x0+x1) : (x2/x3)) ((x0+x1) > (x2+x3) ? (x0+x1) : (x2/x3)) ((x0+x1) <= (x2+x3) ? (x0+x1) : (x2/x3)) ((x0+x1) >= (x2+x3) ? (x0+x1) : (x2/x3)) ((x0+x1) == (x2+x3) ? (x0+x1) : (x2/x3)) ((x0+x1) != (x2+x3) ? (x0+x1) : (x2/x3)) ((x0+x1) < (x2+x3) ? (x0*x1) : (x2+x3)) ((x0+x1) > (x2+x3) ? (x0*x1) : (x2+x3)) ((x0+x1) <= (x2+x3) ? (x0*x1) : (x2+x3)) ((x0+x1) >= (x2+x3) ? (x0*x1) : (x2+x3)) ((x0+x1) == (x2+x3) ? (x0*x1) : (x2+x3)) ((x0+x1) != (x2+x3) ? (x0*x1) : (x2+x3)) ((x0+x1) < (x2+x3) ? (x0*x1) : (x2-x3)) ((x0+x1) > (x2+x3) ? (x0*x1) : (x2-x3)) ((x0+x1) <= (x2+x3) ? (x0*x1) : (x2-x3)) ((x0+x1) >= (x2+x3) ? (x0*x1) : (x2-x3)) ((x0+x1) == (x2+x3) ? (x0*x1) : (x2-x3)) ((x0+x1) != (x2+x3) ? (x0*x1) : (x2-x3)) ((x0+x1) < (x2+x3) ? (x0*x1) : (x2*x3)) ((x0+x1) > (x2+x3) ? (x0*x1) : (x2*x3)) ((x0+x1) <= (x2+x3) ? (x0*x1) : (x2*x3)) ((x0+x1) >= (x2+x3) ? (x0*x1) : (x2*x3)) ((x0+x1) == (x2+x3) ? (x0*x1) : (x2*x3)) ((x0+x1) != (x2+x3) ? (x0*x1) : (x2*x3)) ((x0+x1) < (x2+x3) ? (x0*x1) : (x2/x3)) ((x0+x1) > (x2+x3) ? (x0*x1) : (x2/x3)) ((x0+x1) <= (x2+x3) ? (x0*x1) : (x2/x3)) ((x0+x1) >= (x2+x3) ? (x0*x1) : (x2/x3)) ((x0+x1) == (x2+x3) ? (x0*x1) : (x2/x3)) ((x0+x1) != (x2+x3) ? (x0*x1) : (x2/x3)) ((x0+x1) < (x2+x3) ? sin(x0*x1) : sin(x2*x3)) ((x0+x1) > (x2+x3) ? sin(x0*x1) : sin(x2*x3)) ((x0+x1) <= (x2+x3) ? sin(x0*x1) : sin(x2*x3)) ((x0+x1) >= (x2+x3) ? sin(x0*x1) : sin(x2*x3)) ((x0+x1) == (x2+x3) ? sin(x0*x1) : sin(x2*x3)) ((x0+x1) != (x2+x3) ? sin(x0*x1) : sin(x2*x3)) ((x0+x1) < (x2+x3) ? atan(x0*x1) : atan(x2*x3)) ((x0+x1) > (x2+x3) ? atan(x0*x1) : atan(x2*x3)) ((x0+x1) <= (x2+x3) ? atan(x0*x1) : atan(x2*x3)) ((x0+x1) >= (x2+x3) ? atan(x0*x1) : atan(x2*x3)) ((x0+x1) == (x2+x3) ? atan(x0*x1) : atan(x2*x3)) ((x0+x1) != (x2+x3) ? atan(x0*x1) : atan(x2*x3)) #include <math.h>

{CRLF}{CRLF}double gepModel(double d[]){CRLF}{

{CRLF}{CRLF}int gepModel(double d[]){CRLF}{{CRLF}{TAB}const double ROUNDING_THRESHOLD = {set_ff#Threshold};{CRLF}

{CRLF}double gepModel(double d[]);{SUPPRESS_CRLF} {CRLF}int gepModel(double d[]);{SUPPRESS_CRLF} {TAB}const double {labelname} = {labelindex};{CRLF} {TAB}const int {labelname} = {labelindex};{CRLF} double dblTemp = 0.0; ;{CRLF} 1 1 double gepLogi(double x){CRLF}{{CRLF}{TAB}return 1/(1+exp(-x));{CRLF}}{CRLF} double gepLogi2(double x, double y){CRLF}{{CRLF}{TAB}return 1/(1+exp(-(x+y)));{CRLF}}{CRLF} double gepLogi3(double x, double y, double z){CRLF}{{CRLF}{TAB}return 1/(1+exp(-(x+y+z)));{CRLF}}{CRLF} double gepLogi4(double a, double b, double c, double d){CRLF}{{CRLF}{TAB}return 1/(1+exp(-(a+b+c+d)));{CRLF}}{CRLF} double gepGau(double x){CRLF}{{CRLF}{TAB}return exp(-pow(x,2));{CRLF}}{CRLF} double gepGau2(double x, double y){CRLF}{{CRLF}{TAB}return exp(-pow((x+y),2));{CRLF}}{CRLF} double gepGau3(double x, double y, double z){CRLF}{{CRLF}{TAB}return exp(-pow((x+y+z),2));{CRLF}}{CRLF} double gepGau4(double a, double b, double c, double d){CRLF}{{CRLF}{TAB}return exp(-pow((a+b+c+d),2));{CRLF}}{CRLF} double gepAcsc(double x){CRLF}{{CRLF}{TAB}double varSign = 0;{CRLF}{TAB}if (x < 0) {CRLF}{TAB}{TAB}varSign = -1;{CRLF}{TAB}else{CRLF}{TAB}{{CRLF}{TAB}{TAB}if (x > 0){CRLF}{TAB}{TAB}{TAB}varSign = 1;{CRLF}{TAB}{TAB}else{CRLF}{TAB}{TAB}{TAB}varSign = 0;{CRLF}{TAB}}{CRLF}{TAB}return atan(varSign/sqrt(x*x-1));{CRLF}}{CRLF} double gepAsec(double x){CRLF}{{CRLF}{TAB}double varSign = 0;{CRLF}{TAB}if (x < 0){CRLF}{TAB}{TAB}varSign = -1;{CRLF}{TAB}else{CRLF}{TAB}{{CRLF}{TAB}{TAB}if (x > 0){CRLF}{TAB}{TAB}{TAB}varSign = 1;{CRLF}{TAB}{TAB}else{CRLF}{TAB}{TAB}{TAB}varSign = 0;{CRLF}{TAB}}{CRLF}{CRLF}{TAB}if (fabs(x) == 1){CRLF}{TAB}{{CRLF}{TAB}{TAB}if (x == -1){CRLF}{TAB}{TAB}{TAB}return 4*atan(1);{CRLF}{TAB}{TAB}else{CRLF}{TAB}{TAB}{TAB}return 0;{CRLF}{TAB}}{CRLF}{TAB}else{CRLF}{TAB}{{CRLF}{TAB}{TAB}return 2*atan(1)-atan(varSign/sqrt(x*x-1));{CRLF}{TAB}}{CRLF}}{CRLF} double gepAcot(double x){CRLF}{{CRLF}{TAB}return atan(1/x);{CRLF}}{CRLF} double gepCsch(double x){CRLF}{{CRLF}{TAB}return 2/(exp(x)-exp(-x));{CRLF}}{CRLF} double gepSech(double x){CRLF}{{CRLF}{TAB}return 2/(exp(x)+exp(-x));{CRLF}}{CRLF} double gepCoth(double x){CRLF}{{CRLF}{TAB}return (exp(x)+exp(-x))/(exp(x)-exp(-x));{CRLF}}{CRLF} double gepAsinh(double x){CRLF}{{CRLF}{TAB}return log(x+sqrt(x*x+1));{CRLF}}{CRLF} double gepAcosh(double x){CRLF}{{CRLF}{TAB}return log(x+sqrt(x*x-1));{CRLF}}{CRLF} double gepAtanh(double x){CRLF}{{CRLF}{TAB}return log((1+x)/(1-x))/2;{CRLF}}{CRLF} double gepAcsch(double x){CRLF}{{CRLF}{TAB}double varSign = 0;{CRLF}{TAB}if (x < 0) {CRLF}{TAB}{TAB}varSign = -1;{CRLF}{TAB}else{CRLF}{TAB}{{CRLF}{TAB}{TAB}if (x > 0){CRLF}{TAB}{TAB}{TAB}varSign = 1;{CRLF}{TAB}{TAB}else{CRLF}{TAB}{TAB}{TAB}varSign = 0;{CRLF}{TAB}}{CRLF}{TAB}return log((varSign*sqrt(x*x+1)+1)/x);{CRLF}}{CRLF} double gepAsech(double x){CRLF}{{CRLF}{TAB}return log((sqrt(-x*x+1)+1)/x);{CRLF}}{CRLF} double gepAcoth(double x){CRLF}{{CRLF}{TAB}return log((x+1)/(x-1))/2;{CRLF}}{CRLF} double gepMin2(double x, double y){CRLF}{{CRLF}{TAB}double varTemp = x;{CRLF}{TAB}if (varTemp > y){CRLF}{TAB}{TAB}varTemp = y;{CRLF}{TAB}return varTemp;{CRLF}}{CRLF} double gepMin3(double x, double y, double z){CRLF}{{CRLF}{TAB}double varTemp = x;{CRLF}{TAB}if (varTemp > y){CRLF}{TAB}{TAB}varTemp = y;{CRLF}{TAB}if (varTemp > z){CRLF}{TAB}{TAB}varTemp = z;{CRLF}{TAB}return varTemp;{CRLF}}{CRLF} double gepMin4(double a, double b, double c, double d){CRLF}{{CRLF}{TAB}double varTemp = a;{CRLF}{TAB}if (varTemp > b){CRLF}{TAB}{TAB}varTemp = b;{CRLF}{TAB}if (varTemp > c){CRLF}{TAB}{TAB}varTemp = c;{CRLF}{TAB}if (varTemp > d){CRLF}{TAB}{TAB}varTemp = d;{CRLF}{TAB}return varTemp;{CRLF}}{CRLF} double gepMax2(double x, double y){CRLF}{{CRLF}{TAB}double varTemp = x;{CRLF}{TAB}if (varTemp < y){CRLF}{TAB}{TAB}varTemp = y;{CRLF}{TAB}return varTemp;{CRLF}}{CRLF} double gepMax3(double x, double y, double z){CRLF}{{CRLF}{TAB}double varTemp = x;{CRLF}{TAB}if (varTemp < y){CRLF}{TAB}{TAB}varTemp = y;{CRLF}{TAB}if (varTemp < z){CRLF}{TAB}{TAB}varTemp = z;{CRLF}{TAB}return varTemp;{CRLF}}{CRLF} double gepMax4(double a, double b, double c, double d){CRLF}{{CRLF}{TAB}double varTemp = a;{CRLF}{TAB}if (varTemp < b){CRLF}{TAB}{TAB}varTemp = b;{CRLF}{TAB}if (varTemp < c){CRLF}{TAB}{TAB}varTemp = c;{CRLF}{TAB}if (varTemp < d){CRLF}{TAB}{TAB}varTemp = d;{CRLF}{TAB}return varTemp;{CRLF}}{CRLF} double int if else const return #include // // Add a DDF with the name {FUNCTION_SYMBOL} in {LANGUAGE}{CRLF}// and a parameter list equivalent to {PARAMETER_LIST}{CRLF} // Add a UDF with the name {FUNCTION_SYMBOL} in {LANGUAGE}{CRLF}