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F_Function.c
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F_Function.c
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//---------------------------------------------------------------------------| F_Function by Dietmar SCHRAUSSER 2009 // //
#include <stdio.h>
#include <stdlib.h>
#include <conio.h>
#include <time.h>
#include <math.h>
void _profil();
void _head();
long double QX, QX1, QND, QMD, QQ, QP, QW1, QW2, QX2, Q5, P5, P6, R5=0;//q5=n1, p5=n2, p6=p_wert,
long double QX44, QW3=1, QIF, QJFU, QX0, QXQ, QYQ, QFQ, QZQ, QWQ;
main(int argc, char *argv[])
{
//int iLauf, QILauf;
QX=QYQ=QFQ=QWQ=QZQ=0; QXQ=QWQ=1;
if (argc != 5) {printf("> check arguments\n");_profil();}
if (atoi(argv[1])==1 && (atof(argv[2])>=1 || atof(argv[2])<=0 )) { printf("> check p range\n");_profil();}// datenbereich p
if (atoi(argv[1])==2 && atof(argv[2])<0){printf("> check F range\n"); _profil();} // datenbereich F
P6 = atof(argv[2]);
Q5 = atof(argv[3]);
P5 = atof(argv[4]);
_head();
//-----------------------------------------------------------------------| Prozedur
if (atoi(argv[1]) == 1)//F(x=p)
{
//*FP
P6=1-P6;
if (Q5 > 30 && P5 > 30)
{
//3000
//*NP
if(P6!=0.5)
{
if(P6>0.5) {QW1=1-P6;} else {QW1=P6;}
QW1=-1*log(4*QW1*(1-QW1));
QX44=(-3.231081277e-09*QW1+8.360937017e-08)*QW1-1.04527497e-06;
QX44=(QX44*QW1+5.824238515e-06)*QW1+6.841218299e-06;
QX44=((QX44*QW1-2.250947176e-04)*QW1-8.36435359e-04)*QW1+3.706987906e-02;
QX=QX44*QW1+1.570796288;
QX=sqrt(QW1*QX);
if(P6>0.5) QX=QX*-1;
}
if(P6==0.5) QX=0;
//*NP end:
if(R5==0)
{
QW1=2/9/Q5;
QW2=2/9/P5;
QW3=(1-QW1)*(1-QW2)+QX*sqrt(pow(1-QW1,2))*QW2+pow(1-QW2,2)*QW1-QW1*QW2*pow(QX,2);
QX=pow(QW3/pow(1-QW2,2)-QW2*pow(QX,2),3);
}// 3000 end
}
if (Q5 <= 30 || P5 <= 30)
{
QX1=0; QX2=1; QQ=0.5; QP=P6;
M2950:
QX=(1/QQ-1)*P5/Q5;
//*FU
QW1=P5/(P5+Q5*QX); QW2=sqrt(1-QW1);
QMD=2*floor(Q5/2)-Q5+2;
QND=2*floor(P5/2)-P5+2;
if(QMD*2-QND == 1 ) { P6=1-2/3.1417*atan(QW2/sqrt(QW1)); QW3=QW2*sqrt(QW1)/3.1417; }
if(QMD*2-QND == 2 ) { P6=QW1; QW3=(1-QW1)*P6;}
if(QMD*2-QND == 3 ) { P6=sqrt(QW1); QW3=(1-QW1)*P6/2; }
if(QMD*2-QND != 1 && QMD*2-QND != 2 && QMD*2-QND != 3 ) { P6=1-QW2; QW3=QW1*QW2/2; }
//2800
for(QIF=QND; QIF <= P5-2; QIF +=2)
{
if(P5 > QIF || fabs(2/QIF*QW3) >= 0.00001*P6 )
{
QJFU=QIF;
P6=P6-2/QIF*QW3;
QW3=QW3*QW1*(QMD/QIF+1);
}
}
if(QJFU!=QIF) QJFU=QJFU+2;
for(QIF=QMD; QIF <= Q5-2; QIF +=2) //2860
{
if(Q5 > QIF || fabs(2/QIF*QW3) >= (0.00001*P6) )
{
P6=P6+2/QIF*QW3;
QW3=QW3*(1-QW1)*(QJFU/QIF+1);
}
}
//2910 end *FU
if(R5 == 0) //2990
{
if(P6<=QP) {QX1=QQ;} else {QX2=QQ;}
QX0=QQ;QQ=(QX1+QX2)/2;
if(fabs(QQ-QX0)>0.00001*QQ ) goto M2950;
QX=(1/QQ-1)*P5/Q5; P6=QP;
}
}
//end FP
if(R5 == 0)
{
QXQ=QX; QYQ=-5;
if(QXQ !=0 )//*RNDN
{
QFQ = log10(sqrt(pow(QXQ,2)));
QYQ=QFQ+QYQ;
if (QFQ >= 0) QFQ= floor(QFQ);
if (QFQ < 0) QFQ= -1*(floor(sqrt(pow(QFQ,2))));
QZQ=QFQ; QFQ=QYQ;
if (QFQ >= 0) QFQ= floor(QFQ);
if (QFQ < 0) QFQ= -1*(floor(sqrt(pow(QFQ,2))));
QYQ=QZQ-QFQ-1;
if (QYQ < 19 )
{
if (QYQ < 0 ) QXQ=0;
if (QYQ >=0 )
{
if (QZQ >= 90){ QXQ = QXQ * 1e-20; QFQ=QZQ; QZQ -= 20;}
QWQ = sqrt(pow(QXQ*pow(10,(-1*QZQ)),2)); QWQ=floor(QWQ*pow(10,QYQ)+0.5);
QWQ *= pow(10,QZQ)*pow(10,(-1*QYQ));
if (QFQ >= 90) QWQ = QWQ * 1e+20;
if (QXQ >= 0) QXQ = QWQ;
if (QXQ < 0) QXQ = -1*QWQ;
}
}
}
QX=QXQ; printf(" p= %.3f, F(%i,%i)= %.3f\n", atof(argv[2]), atoi(argv[3]),atoi(argv[4]),QX);
}
}//end if argv[1]
if (atoi(argv[1]) == 2)//F(y=F)
{
QX=P6;
//*FU
QW1=P5/(P5+Q5*QX); QW2=sqrt(1-QW1);
QMD=2*floor(Q5/2)-Q5+2;
QND=2*floor(P5/2)-P5+2;
if(QMD*2-QND == 1 ) { P6=1-2/3.1417*atan(QW2/sqrt(QW1)); QW3=QW2*sqrt(QW1)/3.1417; }
if(QMD*2-QND == 2 ) { P6=QW1; QW3=(1-QW1)*P6;}
if(QMD*2-QND == 3 ) { P6=sqrt(QW1); QW3=(1-QW1)*P6/2; }
if(QMD*2-QND != 1 && QMD*2-QND != 2 && QMD*2-QND != 3 ) { P6=1-QW2; QW3=QW1*QW2/2; }
//2800
for(QIF=QND; QIF <= P5-2; QIF +=2)
{
if(P5 > QIF || fabs(2/QIF*QW3) >= (0.00001*P6) )
{
QJFU=QIF;
P6=P6-2/QIF*QW3;
QW3=QW3*QW1*(QMD/QIF+1);
}
}
if(QJFU!=QIF) QJFU=QJFU+2;
for(QIF=QMD; QIF <= Q5-2; QIF +=2) //2860
{
if(Q5 > QIF || fabs(2/QIF*QW3) >= (0.00001*P6) )
{
P6=P6+2/QIF*QW3;
QW3=QW3*(1-QW1)*(QJFU/QIF+1);
}
}
if(R5 == 0)
{
QXQ= P6; QYQ=-5;
if(QXQ !=0 )//*RNDN
{
QFQ = log10(fabs(QXQ));
QYQ=QFQ+QYQ;
if (QFQ >= 0) QFQ= floor(QFQ);
if (QFQ < 0) QFQ= -1*(floor(fabs(QFQ)));
QZQ=QFQ; QFQ=QYQ;
if (QFQ >= 0) QFQ= floor(QFQ);
if (QFQ < 0) QFQ= -1*(floor(fabs(QFQ)));
QYQ=QZQ-QFQ-1;
if (QYQ < 19 )
{
if (QYQ < 0 ) QXQ=0;
if (QYQ >=0 )
{
if (QZQ >= 90){ QXQ = QXQ * 1e-20; QFQ=QZQ; QZQ -= 20;}
QWQ = sqrt(pow(QXQ*pow(10,(-1*QZQ)),2)); QWQ=floor(QWQ*pow(10,QYQ)+0.5);
QWQ *= pow(10,QZQ)*pow(10,(-1*QYQ));
if (QFQ >= 90) QWQ = QWQ * 1e+20;
if (QXQ >= 0) QXQ = QWQ;
if (QXQ < 0) QXQ = -1*QWQ;
}
}
}
P6=QXQ; printf(" F(%i,%i)= %.3f, p= %.3f\n", atoi(argv[3]),atoi(argv[4]),atof(argv[2]),1-P6);
}
}
getch();
return 0;
}
//---------------------------------------------------------------------------| funktionen
void _profil()
{
printf("--------------------------------------\n");
printf("Usage: F_Function [mode] [x] [n1] [n2]\n");
printf(" [mode] .......... (1)Fx=p\x1A\x46 (2)Fy=F\x1Ap\n");
printf(" [x] ................... p-Wert/F-Wert\n");
printf(" [n1] ............................. n1\n");
printf(" [n2] ............................. n2\n");
printf("--------------------------------------\n");
printf("F_Function by Dietmar Schrausser\n");
printf("compiled on %s @ %s\n", __DATE__, __TIME__);
getch();
exit(0);
}
//---------------------------------------------------------------------------| titelzeile bildschirmausgabe
void _head()
{
printf("\nF_Function by Dietmar Schrausser\n");
printf("compiled on %s @ %s\n", __DATE__, __TIME__);
printf("computing F_Function:");
}
//---------------------------------------------------------------------------| ENDE