(x0+x1)
(x0-x1)
(x0*x1)
(x0/x1)
fmod(x0,x1)
pow(x0,x1)
sqrt(x0)
e~p(x0)
pow(10,x0)
log(x0)
log10(x0)
apsLogi(x0)
floor(x0)
ceil(x0)
fabs(x0)
(1/(x0))
apsNop(x0)
(-(x0))
sin(x0)
cos(x0)
tan(x0)
(1/sin(x0))
(1/cos(x0))
(1/tan(x0))
asin(x0)
acos(x0)
atan(x0)
apsAcsc(x0)
apsAsec(x0)
apsAcot(x0)
sinh(x0)
cosh(x0)
tanh(x0)
apsCsch(x0)
apsSech(x0)
apsCoth(x0)
apsAsinh(x0)
apsAcosh(x0)
apsAtanh(x0)
apsAcsch(x0)
apsAsech(x0)
apsAcoth(x0)
((x0<0{SPACE}||{SPACE}x1<0)?1:0)
((x0>=0{SPACE}||{SPACE}x1>=0)?1:0)
((x0<0{SPACE}&&{SPACE}x1<0)?1:0)
((x0>=0{SPACE}&&{SPACE}x1>=0)?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<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:x3)
(x0>x1?x2:x3)
(x0<=x1?x2:x3)
(x0>=x1?x2:x3)
(x0==x1?x2:x3)
(x0!=x1?x2:x3)
double apsModel(double d[]){CRLF}{
int apsModel(double d[]){CRLF}{{CRLF}{TAB}const double ROUNDING_THRESHOLD = {set_ff#Threshold};{CRLF}
{TAB}const double {labelname} = {labelindex};{CRLF}
double dblTemp = 0.0;
;{CRLF}
1
1
double apsLogi(double x) {CRLF}{{CRLF}{TAB}return 1/(1+exp(-x));{CRLF}}{CRLF}
double apsNop(double x) {CRLF}{{CRLF}{TAB}return x;{CRLF}}{CRLF}
double apsAcsc(double x) {CRLF}{{CRLF}{TAB}int 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(x/sqrt(x*x-1))+(varSign-1)*(2*atan(1));{CRLF}}{CRLF}
double apsAsec(double x) {CRLF}{{CRLF}{TAB}int 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(x/sqrt(x*x-1))+varSign*(2*atan(1));{CRLF}}{CRLF}
double apsAcot(double x) {CRLF}{{CRLF}{TAB}return atan(x)+2*atan(1);{CRLF}}{CRLF}
double apsCsch(double x) {CRLF}{{CRLF}{TAB}return 2/(exp(x)-exp(-x));{CRLF}}{CRLF}
double apsSech(double x) {CRLF}{{CRLF}{TAB}return 2/(exp(x)+exp(-x));{CRLF}}{CRLF}
double apsCoth(double x) {CRLF}{{CRLF}{TAB}return (exp(x)+exp(-x))/(exp(x)-exp(-x));{CRLF}}{CRLF}
double apsAsinh(double x) {CRLF}{{CRLF}{TAB}return log(x+sqrt(x*x+1));{CRLF}}{CRLF}
double apsAcosh(double x) {CRLF}{{CRLF}{TAB}return log(x+sqrt(x*x-1));{CRLF}}{CRLF}
double apsAtanh(double x) {CRLF}{{CRLF}{TAB}return log((1+x)/(1-x))/2;{CRLF}}{CRLF}
double apsAcsch(double x) {CRLF}{{CRLF}{TAB}int 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 apsAsech(double x) {CRLF}{{CRLF}{TAB}return log((sqrt(-x*x+1)+1)/x);{CRLF}}{CRLF}
double apsAcoth(double x) {CRLF}{{CRLF}{TAB}return log((x+1)/(x-1))/2;{CRLF}}{CRLF}
function
double
int
if
else
const
return
//