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GRP2fn4.cpp
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//------------------------------------------------------------------------| GRP2fn4.cpp //
// | GRP2, Graphik Dialog 2 (deutsch) //
// | von Dietmar Schrausser, (C) SCHRAUSSER 2011 //
//
#include "stdafx.h"
#include "math.h"
#include "grp2.hpp"
#include "GRP2Dlg.hpp"
#include "GRP2fn1.hpp"
#include "GRP2fn2.hpp"
#include "GRP2fn3.hpp"
#include "GRP2fn4.hpp"
#ifdef _DEBUG
#define new DEBUG_NEW
#undef THIS_FILE
static char THIS_FILE[] = __FILE__;
#endif
GRP2fn4::GRP2fn4(CWnd* pParent )
: CDialog(GRP2fn4::IDD, pParent)
{
//{{AFX_DATA_INIT(GRP2fn4)
m_ch_ini = 1;
m_ch_p = 0;
m_ch_p1 = 0;
m_ch_p2 = 0;
m_ch_s0 = 0;
m_ch_s1 = 0;
m_ch_x0 = 0;
m_ch_x1 = 0;
m_ch_x = 0;
m_ch_e = 0;
m_CI = 95.0f;
m_CI_t = 1.0f;
m_CI_z = 1.0f;
m_ch_t = 0;
m_ch_z = 1;
m_df = 10;
//}}AFX_DATA_INIT
}
void GRP2fn4::DoDataExchange(CDataExchange* pDX)
{
CDialog::DoDataExchange(pDX);
//{{AFX_DATA_MAP(GRP2fn4)
DDX_Control(pDX, IDC_EDIT_CI, m_CI_ctr);
DDX_Control(pDX, IDC_CHECK_t, m_cht_ctr);
DDX_Control(pDX, IDC_CHECK_z, m_chz_ctr);
DDX_Control(pDX, IDC_EDIT_CI_z, m_z_ctr);
DDX_Control(pDX, IDC_EDIT_CI_t, m_t_ctr);
DDX_Control(pDX, IDC_EDIT_df, m_df_ctr);
DDX_Control(pDX, IDC_TAB2, m_tab);
DDX_Check(pDX, IDC_CHECK_ini, m_ch_ini);
DDX_Check(pDX, IDC_CHECK_p, m_ch_p);
DDX_Check(pDX, IDC_CHECK_pa1, m_ch_p1);
DDX_Check(pDX, IDC_CHECK_pa2, m_ch_p2);
DDX_Check(pDX, IDC_CHECK_s0, m_ch_s0);
DDX_Check(pDX, IDC_CHECK_s1, m_ch_s1);
DDX_Check(pDX, IDC_CHECK_x0, m_ch_x0);
DDX_Check(pDX, IDC_CHECK_x1, m_ch_x1);
DDX_Check(pDX, IDC_CHECK_xcrit, m_ch_x);
DDX_Check(pDX, IDC_CHECK_e, m_ch_e);
DDX_Text(pDX, IDC_EDIT_CI, m_CI);
DDV_MinMaxFloat(pDX, m_CI, 0.1f, 99.9f);
DDX_Text(pDX, IDC_EDIT_CI_t, m_CI_t);
DDX_Text(pDX, IDC_EDIT_CI_z, m_CI_z);
DDX_Check(pDX, IDC_CHECK_t, m_ch_t);
DDX_Check(pDX, IDC_CHECK_z, m_ch_z);
DDX_Text(pDX, IDC_EDIT_df, m_df);
//}}AFX_DATA_MAP
}
BEGIN_MESSAGE_MAP(GRP2fn4, CDialog)
//{{AFX_MSG_MAP(GRP2fn4)
ON_BN_CLICKED(IDC_CHECK_ini, OnCHECKini)
ON_NOTIFY(TCN_SELCHANGE, IDC_TAB2, OnSelchangeTab2)
ON_BN_CLICKED(ID_Voreinstellungen, OnVoreinstellungen)
ON_BN_CLICKED(IDC_CHECK_p, OnCHECKp)
ON_BN_CLICKED(IDC_CHECK_pa1, OnCHECKpa1)
ON_BN_CLICKED(IDC_CHECK_pa2, OnCHECKpa2)
ON_BN_CLICKED(IDC_CHECK_e, OnCHECKe)
ON_BN_CLICKED(IDC_CHECK_s0, OnCHECKs0)
ON_BN_CLICKED(IDC_CHECK_s1, OnCHECKs1)
ON_BN_CLICKED(IDC_CHECK_x0, OnCHECKx0)
ON_BN_CLICKED(IDC_CHECK_x1, OnCHECKx1)
ON_BN_CLICKED(IDC_CHECK_xcrit, OnCHECKxcrit)
ON_EN_CHANGE(IDC_EDIT_CI_z, OnChangeEDITCIz)
ON_EN_CHANGE(IDC_EDIT_CI_t, OnChangeEDITCIt)
ON_EN_CHANGE(IDC_EDIT_CI, OnChangeEditCi)
ON_NOTIFY(UDN_DELTAPOS, IDC_SPIN_CI, OnDeltaposSpinCi)
ON_NOTIFY(UDN_DELTAPOS, IDC_SPIN_CI_Fe_t, OnDeltaposSPINCIFet)
ON_NOTIFY(UDN_DELTAPOS, IDC_SPIN_CI_Fe_z, OnDeltaposSPINCIFez)
ON_BN_CLICKED(IDC_CHECK_t, OnCHECKt)
ON_BN_CLICKED(IDC_CHECK_z, OnCHECKz)
ON_EN_CHANGE(IDC_EDIT_df, OnChangeEDITdf)
ON_BN_CLICKED(ID_FXY, OnFxy)
//}}AFX_MSG_MAP
END_MESSAGE_MAP()
BOOL GRP2fn4::OnInitDialog()
{
CDialog::OnInitDialog();
UpdateData(1);
CWinApp* pApp = AfxGetApp(); // ini profil lesen
//df_=pApp->GetProfileInt("Funktion","N",1000);
m_CI= atof(pApp->GetProfileString("Funktion","Fe_CI","95.0"));
m_ch_e= pApp->GetProfileInt("Funktion","e_Darstellung",1);
m_ch_x= pApp->GetProfileInt("Funktion","x_Darstellung",0);
m_ch_x0= pApp->GetProfileInt("Funktion","x0_Darstellung",1);
m_ch_x1= pApp->GetProfileInt("Funktion","x1_Darstellung",1);
m_ch_s0= pApp->GetProfileInt("Funktion","s0_Darstellung",0);
m_ch_s1= pApp->GetProfileInt("Funktion","s1_Darstellung",0);
m_p= pApp->GetProfileInt("Funktion","Epsilon_p",0);
if(m_p==0)m_ch_p=1;
if(m_p==1)m_ch_p1=1;
if(m_p==2)m_ch_p2=1;
m_ch_ini= pApp->GetProfileInt("INI_schreiben","fn4",1);
SetWindowPos(&wndTop,pApp->GetProfileInt("Funktion","Position_x",100),
pApp->GetProfileInt("Funktion","Position_y",100), 200+8,100+27, SWP_NOSIZE);
TC_ITEM o;
o.mask = TCIF_TEXT;
/*CTabCtrl m_tab;*/ o.pszText = "f(x)";
m_tab.InsertItem( 0, &o );
o.pszText = "r(x,y)";
m_tab.InsertItem( 1, &o );
o.pszText = "F(p)";
m_tab.InsertItem( 2, &o );
o.pszText = "F(e)";
m_tab.InsertItem( 3, &o );
m_tab.SetCurSel( 3);
sw=0;
GRP2fn4::QP_() ;
SetCh01();
UpdateData(0);
return 1;
}
void GRP2fn4::OnSelchangeTab2(NMHDR* pNMHDR, LRESULT* pResult)
{
if(m_tab.GetCurSel() ==0){OnOK();GRP2fn1 o;o.DoModal();}
if(m_tab.GetCurSel() ==1){OnOK();GRP2fn2 o;o.DoModal();}
if(m_tab.GetCurSel() ==2){OnOK();GRP2fn3 o;o.DoModal();}
if(m_tab.GetCurSel() ==3);
*pResult = 0;
}
void GRP2fn4::OnCHECKp() { UpdateData(1);m_ch_p = 1; m_ch_p1 = 0; m_ch_p2 = 0; CGRP2Dlg o;o.sw_p_e(0); UpdateData(0); }
void GRP2fn4::OnCHECKpa1() { UpdateData(1);m_ch_p = 0; m_ch_p1 = 1; m_ch_p2 = 0; CGRP2Dlg o;o.sw_p_e(1); UpdateData(0); }
void GRP2fn4::OnCHECKpa2() { UpdateData(1);m_ch_p = 0; m_ch_p1 = 0; m_ch_p2 = 1; CGRP2Dlg o;o.sw_p_e(2); UpdateData(0); }
void GRP2fn4::OnCHECKe() { UpdateData(1); CGRP2Dlg o;o.p_e(m_ch_e ); UpdateData(0); }
void GRP2fn4::OnCHECKs0() { UpdateData(1); if(!m_ch_t)m_ch_z=1;if(m_ch_t)m_ch_z=0;SetCh01(); CGRP2Dlg o;o.p_s0(m_ch_s0 ); UpdateData(0); }
void GRP2fn4::OnCHECKs1() { UpdateData(1); if(!m_ch_t)m_ch_z=1;if(m_ch_t)m_ch_z=0;SetCh01(); CGRP2Dlg o;o.p_s1(m_ch_s1 ); UpdateData(0); }
void GRP2fn4::OnCHECKx0() { UpdateData(1); CGRP2Dlg o;o.p_x0(m_ch_x0 ); UpdateData(0); }
void GRP2fn4::OnCHECKx1() { UpdateData(1); CGRP2Dlg o;o.p_x1(m_ch_x1 ); UpdateData(0); }
void GRP2fn4::OnCHECKxcrit(){ UpdateData(1); CGRP2Dlg o;o.p_x(m_ch_x ); UpdateData(0); }
void GRP2fn4::OnChangeEDITCIz(){ UpdateData(1);GRP2fn4::QP_z() ; CGRP2Dlg o;o.CI_Fe(sw,m_CI,m_df); UpdateData(0); }
void GRP2fn4::OnChangeEDITCIt(){ UpdateData(1);GRP2fn4::QP_t(); CGRP2Dlg o;o.CI_Fe(sw,m_CI,m_df); UpdateData(0); }
void GRP2fn4::OnChangeEditCi(){ UpdateData(1);GRP2fn4::QP_(); CGRP2Dlg o;o.CI_Fe(sw,m_CI,m_df); UpdateData(0); }
void GRP2fn4::OnCHECKz()
{
if(m_ch_s0||m_ch_s1){ UpdateData(1);m_ch_t=!m_ch_z; sw=m_ch_t; SetCh01(); GRP2fn4::QP_();CGRP2Dlg o;o.CI_Fe(sw,m_CI,m_df); UpdateData(0); }
if(!m_ch_s0&&!m_ch_s1){ UpdateData(1); m_ch_z=0; m_chz_ctr.SetState(1); UpdateData(0); }
}
void GRP2fn4::OnCHECKt()
{
if(m_ch_s0||m_ch_s1){ UpdateData(1);m_ch_z=!m_ch_t; sw=m_ch_t; SetCh01(); GRP2fn4::QP_();CGRP2Dlg o;o.CI_Fe(sw,m_CI,m_df); UpdateData(0); }
if(!m_ch_s0&&!m_ch_s1){ UpdateData(1); m_ch_t=0; m_cht_ctr.SetState(1); UpdateData(0); }
}
void GRP2fn4::OnChangeEDITdf(){ UpdateData(1); GRP2fn4::QP_();CGRP2Dlg o;o.CI_Fe(sw,m_CI,m_df); UpdateData(0); }
void GRP2fn4::SetCh01()
{
if(m_ch_s0||m_ch_s1)
{
//CButton m_chz_ctr;//
//DDX_Control(pDX, IDC_CHECK_z, m_chz_ctr);
m_chz_ctr.SetState(0);
m_cht_ctr.SetState(0);
m_df_ctr.SetReadOnly(!m_ch_t);
m_t_ctr.SetReadOnly(!m_ch_t);
m_z_ctr.SetReadOnly( m_ch_t);
m_CI_ctr.SetReadOnly(0);
}
if(!m_ch_s0&&!m_ch_s1)
{
m_chz_ctr.SetState(1); m_ch_z=0;
m_cht_ctr.SetState(1); m_ch_t=0;
m_df_ctr.SetReadOnly(1);
m_t_ctr.SetReadOnly(1);
m_z_ctr.SetReadOnly(1);
m_CI_ctr.SetReadOnly(1);
}
}
void GRP2fn4::QP_()
{
m_CI_z=zp_funktion((100 -((100-m_CI)/2))/100);
m_CI_t=tp_funktion((100 -((100-m_CI)/2))/100, m_df );
}
void GRP2fn4::QP_z()
{
m_CI =100*pz_funktion(m_CI_z);
m_CI=m_CI-(100-m_CI);
m_CI_t=tp_funktion((100 -((100-m_CI)/2))/100, m_df );
}
void GRP2fn4::QP_t()
{
m_CI =100*pt_funktion(m_CI_t,m_df);
m_CI=m_CI-(100-m_CI);
m_CI_z=zp_funktion((100 -((100-m_CI)/2))/100);
}
void GRP2fn4::OnDeltaposSpinCi(NMHDR* pNMHDR, LRESULT* pResult)
{
NM_UPDOWN* pNMUpDown = (NM_UPDOWN*)pNMHDR;
if(m_ch_s0||m_ch_s1)
{
if(pNMUpDown->iDelta < 0)if(m_CI<99.9) m_CI=m_CI+0.1;
if(pNMUpDown->iDelta >=0)if(m_CI>0.2) m_CI=m_CI-0.1;
UpdateData(0); OnChangeEditCi();
}
*pResult = 0;
}
void GRP2fn4::OnDeltaposSPINCIFet(NMHDR* pNMHDR, LRESULT* pResult)
{
NM_UPDOWN* pNMUpDown = (NM_UPDOWN*)pNMHDR;
if(sw)if(m_ch_s0||m_ch_s1)
{
if(pNMUpDown->iDelta < 0) m_CI_t=m_CI_t+0.1;
if(pNMUpDown->iDelta >=0) m_CI_t=m_CI_t-0.1;
UpdateData(0); OnChangeEDITCIt();
}
*pResult = 0;
}
void GRP2fn4::OnDeltaposSPINCIFez(NMHDR* pNMHDR, LRESULT* pResult)
{
NM_UPDOWN* pNMUpDown = (NM_UPDOWN*)pNMHDR;
if(!sw)if(m_ch_s0||m_ch_s1)
{
if(pNMUpDown->iDelta < 0) m_CI_z=m_CI_z+0.1;
if(pNMUpDown->iDelta >=0) m_CI_z=m_CI_z-0.1;
UpdateData(0); OnChangeEDITCIz();
}
*pResult = 0;
}
void GRP2fn4::OnFxy() {UpdateData(1);CGRP2Dlg o;o.fxy_sw( );UpdateData(0);}//funktionsmatrix neu setzen
void GRP2fn4::OnCHECKini() { UpdateData(1); UpdateData(0); }
void GRP2fn4::OnVoreinstellungen()
{
UpdateData(1);
m_CI= 95.0; QP_() ;// Fe_CI
m_ch_e= 1; //e_Darstellung
m_ch_x= 0; //x_Darstellung
m_ch_x0= 1; //x0_Darstellung
m_ch_x1= 1; //x1_Darstellung
m_ch_s0= 0; //s0_Darstellung
m_ch_s1= 0; //s1_Darstellung
m_p= 0; //Epsilon_p
m_ch_p= 1; //
m_ch_p1= 0; //
m_ch_p2= 0; //
SetCh01();
CGRP2Dlg o;
o.CI_Fe(sw,m_CI,m_df);
o.sw_p_e(m_p);
o.p_e(m_ch_e );
o.p_s0(m_ch_s0 );
o.p_s1(m_ch_s1 );
o.p_x0(m_ch_x0 );
o.p_x1(m_ch_x1 );
o.p_x(m_ch_x );
UpdateData(0);
}
void GRP2fn4::OnOK()
{
CRect coord;
GetWindowRect(&coord);
CWinApp* pApp = AfxGetApp(); // ini profil schreiben
if(m_ch_ini)
{
pApp->WriteProfileString("Funktion","Fe_CI",ftoc(m_CI,3));
if(m_ch_p==1 )pApp->WriteProfileInt("Funktion","Epsilon_p",0);
if(m_ch_p1==1)pApp->WriteProfileInt("Funktion","Epsilon_p",1);
if(m_ch_p2==1)pApp->WriteProfileInt("Funktion","Epsilon_p",2);
pApp->WriteProfileInt("Funktion","e_Darstellung",m_ch_e);
pApp->WriteProfileInt("Funktion","x_Darstellung",m_ch_x);
pApp->WriteProfileInt("Funktion","x0_Darstellung",m_ch_x0);
pApp->WriteProfileInt("Funktion","x1_Darstellung",m_ch_x1);
pApp->WriteProfileInt("Funktion","s0_Darstellung",m_ch_s0);
pApp->WriteProfileInt("Funktion","s1_Darstellung",m_ch_s1);
}
pApp->WriteProfileInt("INI_schreiben","fn4",m_ch_ini);
pApp->WriteProfileInt("Funktion","Tabelle",4);
pApp->WriteProfileInt("Funktion","Position_x",coord.left);
pApp->WriteProfileInt("Funktion","Position_y",coord.top);
CDialog::OnOK();
}
CString GRP2fn4::ftoc( double x0, int dez )
{
int nZ=100, npkt, vz;
char *str = ecvt(x0, nZ, &npkt, &vz );
CString c_="";
if(vz!=0) c_+='-'; // x<0
if(npkt<=0) // x<1
{
c_+='0';
c_+='.';
for(int i_=1;i_<=-npkt;i_++) c_+='0';
for( i_=0;i_<dez+npkt;i_++) c_+=str[i_];
}
if(npkt>0) // x>=1
{
for(int i_=0;i_<npkt;i_++) c_+=str[i_];
c_+='.';
for( i_=npkt;i_<=dez+npkt-1;i_++) c_+=str[i_];
}
return c_; // CString
}
int GRP2fn4::ftoi(double x_)
{
int i_;
i_=0;
i_=atoi(ftoc(x_,8 /*dezimalstellen*/));
return i_; //int
}
double GRP2fn4::zp_funktion(double wert) // z verteilungsfunktion F(y=p) p -> z //
{
long double p_wert, z_wert, OO[10], RD[10];
z_wert=RD[0]=RD[2]=RD[3]=RD[4]=0; OO[1]=OO[2]=RD[1]=RD[5]=1;
if (wert>=1 || wert<0 ) {printf("\n\nvalue.0 '0<=p<=1'");exit(0);}
//F(x=p)
p_wert = wert;//p-wert eingabe
//z-Wert Berechnung
if(p_wert!=0.5)
{
if(p_wert>0.5) {OO[1]=1-p_wert;} else {OO[1]=p_wert;}
OO[1]=-1*log(4*OO[1]*(1-OO[1]));
OO[2]=(-3.231081277e-09*OO[1]+8.360937017e-08)*OO[1]-1.04527497e-06;
OO[2]=(OO[2]*OO[1]+5.824238515e-06)*OO[1]+6.841218299e-06;
OO[2]=((OO[2]*OO[1]-2.250947176e-04)*OO[1]-8.36435359e-04)*OO[1]+3.706987906e-02;
z_wert=OO[2]*OO[1]+1.570796288;
z_wert=sqrt(OO[1]*z_wert);
if(p_wert<0.5) z_wert = z_wert * -1;
}
if(RD[0]==0)
{
RD[1]=z_wert; RD[2]=-5;
//Kurvenglättung
if(RD[1] !=0 )
{
RD[3] = log10(fabs(RD[1]));
RD[2]=RD[3]+RD[2];
if (RD[3] >= 0) RD[3]= floor(RD[3]);
if (RD[3] < 0) RD[3]= -1*(floor(fabs(RD[3])));
RD[4]=RD[3]; RD[3]=RD[2];
if (RD[3] >= 0) RD[3]= floor(RD[3]);
if (RD[3] < 0) RD[3]= -1*(floor(fabs(RD[3])));
RD[2]=RD[4]-RD[3]-1;
if (RD[2] < 19 )
{
if (RD[2] < 0 ) RD[1]=0;
if (RD[2] >=0 )
{
if (RD[4] >= 90){ RD[1] = RD[1] * 1e-20; RD[3]=RD[4]; RD[4] -= 20;}
RD[5] = sqrt(pow(RD[1]*pow(10,(-1*RD[4])),2)); RD[5]=floor(RD[5]*pow(10,RD[2])+0.5);
RD[5] *= pow(10,RD[4])*pow(10,(-1*RD[2]));
if (RD[3] >= 90) RD[5] = RD[5] * 1e+20;
if (RD[1] >= 0) RD[1] = RD[5];
if (RD[1] < 0) RD[1] = -1*RD[5];
}
}
}
z_wert=RD[1]; ;
}
return z_wert;
};
double GRP2fn4::pz_funktion(double wert) // z verteilungsfunktion F(x=z) z -> p //
{
long double z_wert, p_wert, OO[10], RD[10];
z_wert=RD[0]=RD[2]=RD[3]=RD[4]=0; OO[1]=OO[2]=RD[1]=RD[5]=1;
//F(y=z)
z_wert = wert;//z-wert eingabe
//p-Wert Berechnung
OO[1] = fabs(z_wert);
if(OO[1]>7) p_wert=0;
if(OO[1]<=7)
{
p_wert=OO[1]*(3.80036e-05+OO[1]*(4.88906e-05+OO[1]*0.000005383));
p_wert=1+OO[1]*(0.049867347+OO[1]*(2.11410061e-02+OO[1]*(3.2776263e-03+p_wert)));
p_wert=0.5*pow(p_wert,-16);
}
if (z_wert>0) p_wert=1-p_wert;
if(RD[0]==0)
{
RD[1]=p_wert; RD[2]=-5;
//Kurvenglättung
if(RD[1] !=0 )
{
RD[3] = log10(fabs(RD[1]));
RD[2]=RD[3]+RD[2];
if (RD[3] >= 0) RD[3]= floor(RD[3]);
if (RD[3] < 0) RD[3]= -1*(floor(fabs(RD[3])));
RD[4]=RD[3]; RD[3]=RD[2];
if (RD[3] >= 0) RD[3]= floor(RD[3]);
if (RD[3] < 0) RD[3]= -1*(floor(fabs(RD[3])));
RD[2]=RD[4]-RD[3]-1;
if (RD[2] < 19 )
{
if (RD[2] < 0 ) RD[1]=0;
if (RD[2] >=0 )
{
if (RD[4] >= 90){ RD[1] = RD[1] * 1e-20; RD[3]=RD[4]; RD[4] -= 20;}
RD[5] = sqrt(pow(RD[1]*pow(10,(-1*RD[4])),2)); RD[5]=floor(RD[5]*pow(10,RD[2])+0.5);
RD[5] *= pow(10,RD[4])*pow(10,(-1*RD[2]));
if (RD[3] >= 90) RD[5] = RD[5] * 1e+20;
if (RD[1] >= 0) RD[1] = RD[5];
if (RD[1] < 0) RD[1] = -1*RD[5];
}
}
}
p_wert=RD[1];
}
return p_wert;
};
double GRP2fn4::tp_funktion(long double p_wert, double n_) // t verteilungsfunktion F(y=p) p -> t //
{
long double t_wert, OO[10], RD[10];
t_wert=RD[0]=RD[2]=RD[3]=RD[4]=0; OO[1]=OO[2]=OO[3]=OO[4]=OO[5]=OO[6]=OO[7]=RD[1]=RD[5]=1;
if (p_wert>=1 || p_wert<=0 ) {printf("value.0 '0<=p<=1'");exit(0);}
//t-Wert Berechnung
if(p_wert!=0.5)
{
if(p_wert>0.5) {OO[1]=1-p_wert;} else {OO[1]=p_wert;}
OO[1]=-1*log(4*OO[1]*(1-OO[1]));
OO[2]=(-3.231081277e-09*OO[1]+8.360937017e-08)*OO[1]-1.04527497e-06;
OO[2]=(OO[2]*OO[1]+5.824238515e-06)*OO[1]+6.841218299e-06;
OO[2]=((OO[2]*OO[1]-2.250947176e-04)*OO[1]-8.36435359e-04)*OO[1]+3.706987906e-02;
t_wert=OO[2]*OO[1]+1.570796288;
t_wert=sqrt(OO[1]*t_wert);
if(p_wert>0.5) t_wert=t_wert*-1;
}
if(p_wert==0.5) t_wert=0;
if(RD[0] ==0)
{
OO[3]=pow(t_wert,2);
OO[1]=t_wert+(1+OO[3])*t_wert/(4*n_)+((5*OO[3]+16)*OO[3]+3)*t_wert/(96*pow(n_,2));
OO[1]=OO[1]+(((3*OO[3]+19)*OO[3]+17)*OO[3]-15)*t_wert/(384*pow(n_,3));
OO[1]=OO[1]+((((79*OO[3]+776)*OO[3]+1482)*OO[3]-1920)*OO[3]-945)*t_wert/(92160*pow(n_,4));
t_wert=OO[1]+(((((27*OO[3]+339)*OO[3]+930)*OO[3]-1782)*OO[3]-765)*OO[3]+17955)*t_wert/(368640*pow(n_,5));
}
if(RD[0]==0)
{
RD[1]=t_wert; RD[2]=-5;
//Kurvenglättung
if(RD[1] !=0 )
{
RD[3] = log10(fabs(RD[1]));
RD[2]=RD[3]+RD[2];
if (RD[3] >= 0) RD[3]= floor(RD[3]);
if (RD[3] < 0) RD[3]= -1*(floor(fabs(RD[3])));
RD[4]=RD[3]; RD[3]=RD[2];
if (RD[3] >= 0) RD[3]= floor(RD[3]);
if (RD[3] < 0) RD[3]= -1*(floor(fabs(RD[3])));
RD[2]=RD[4]-RD[3]-1;
if (RD[2] < 19 )
{
if (RD[2] < 0 ) RD[1]=0;
if (RD[2] >=0 )
{
if (RD[4] >= 90){ RD[1] = RD[1] * 1e-20; RD[3]=RD[4]; RD[4] -= 20;}
RD[5] = sqrt(pow(RD[1]*pow(10,(-1*RD[4])),2)); RD[5]=floor(RD[5]*pow(10,RD[2])+0.5);
RD[5] *= pow(10,RD[4])*pow(10,(-1*RD[2]));
if (RD[3] >= 90) RD[5] = RD[5] * 1e+20;
if (RD[1] >= 0) RD[1] = RD[5];
if (RD[1] < 0) RD[1] = -1*RD[5];
}
}
}
t_wert=RD[1];
}
return -t_wert;
}
double GRP2fn4::pt_funktion(long double t_wert, double n_) // t verteilungsfunktion F(x=t) t -> p //
{
int sw=0;
long double p_wert/*P6*/, n_O/*p5*/, OO[10], RD[10], iLauf, iLauf_1, n_Z, n_N;
RD[0]=RD[2]=RD[3]=RD[4]=iLauf_1=0; OO[1]=OO[2]=OO[3]=OO[4]=OO[5]=OO[6]=OO[7]=RD[1]=RD[5]=1;
if (t_wert<0){t_wert=-t_wert;sw=1;} //berechnung über positive t-werte, z bei df=100000
//Prozentrangberechnung
if(n_ != floor(n_))
{
OO[6]=n_; n_=floor(OO[6]); n_O = n_; n_=1; OO[5]=t_wert; t_wert=pow(t_wert,2);
OO[1]=n_O/(n_O+n_*t_wert); OO[3]=sqrt(1-OO[1]); n_Z=2*floor(n_/2)-n_+2; n_N=2*floor(n_O/2)-n_O+2;
if(n_Z*2-n_N == 1 ) { p_wert=1-2/3.1417*atan(OO[3]/sqrt(OO[1])); OO[4]=OO[3]*sqrt(OO[1])/3.1417; }
if(n_Z*2-n_N == 2 ) { p_wert=OO[1]; OO[4]=(1-OO[1])*p_wert;}
if(n_Z*2-n_N == 3 ) { p_wert=sqrt(OO[1]); OO[4]=(1-OO[1])*p_wert/2; }
if(n_Z*2-n_N != 1 && n_Z*2-n_N != 2 && n_Z*2-n_N != 3 ) { p_wert=1-OO[3]; OO[4]=OO[1]*OO[3]/2; }
for(iLauf=n_N; iLauf <= n_O-2; iLauf +=2)
{
if(n_O > iLauf || fabs(2/iLauf*OO[4]) >= (0.00001*p_wert) )
{
iLauf_1=iLauf; p_wert=p_wert-2/iLauf*OO[4];
OO[4]=OO[4]*OO[1]*(n_Z/iLauf+1);
}
}
if(iLauf_1!=iLauf) iLauf_1=iLauf_1+2;
for(iLauf=n_Z; iLauf <= n_-2; iLauf +=2)
{
if(n_ > iLauf || fabs(2/iLauf*OO[4]) >= (0.00001*p_wert) )
{
p_wert=p_wert+2/iLauf*OO[4];
OO[4]=OO[4]*(1-OO[1])*(iLauf_1/iLauf+1);
}
}
if(RD[0] == 0)
{
p_wert=p_wert/2; n_=n_O;t_wert=OO[5];
if(t_wert < 0) p_wert=1-p_wert;
OO[7]=p_wert;
n_=floor(OO[6])+1;
n_O = n_; n_=1; OO[5]=t_wert; t_wert=pow(t_wert,2);
OO[1]=n_O/(n_O+n_*t_wert); OO[3]=sqrt(1-OO[1]);
n_Z=2*floor(n_/2)-n_+2; n_N=2*floor(n_O/2)-n_O+2;
if(n_Z*2-n_N == 1 ) { p_wert=1-2/3.1417*atan(OO[3]/sqrt(OO[1])); OO[4]=OO[3]*sqrt(OO[1])/3.1417; }
if(n_Z*2-n_N == 2 ) { p_wert=OO[1]; OO[4]=(1-OO[1])*p_wert;}
if(n_Z*2-n_N == 3 ) { p_wert=sqrt(OO[1]); OO[4]=(1-OO[1])*p_wert/2; }
if(n_Z*2-n_N != 1 && n_Z*2-n_N != 2 && n_Z*2-n_N != 3 ) { p_wert=1-OO[3]; OO[4]=OO[1]*OO[3]/2; }
for(iLauf=n_N; iLauf <= n_O-2; iLauf +=2)
{
if(n_O > iLauf || fabs(2/iLauf*OO[4]) >= (0.00001*p_wert) )
{
iLauf_1=iLauf; p_wert=p_wert-2/iLauf*OO[4];
OO[4]=OO[4]*OO[1]*(n_Z/iLauf+1);
}
}
if(iLauf_1!=iLauf) iLauf_1=iLauf_1+2;
for(iLauf=n_Z; iLauf <= n_-2; iLauf +=2)
{
if(n_ > iLauf || fabs(2/iLauf*OO[4]) >= (0.00001*p_wert) )
{
p_wert=p_wert+2/iLauf*OO[4];
OO[4]=OO[4]*(1-OO[1])*(iLauf_1/iLauf+1);
}
}
if(RD[0] == 0)
{
p_wert=p_wert/2; n_=n_O; t_wert=OO[5];
if(t_wert < 0) p_wert=1-p_wert;
if(RD[0] == 0)
{
p_wert=(p_wert-OO[7])*(OO[6]-floor(OO[6]))+OO[7]; n_=OO[6];
}
}
}
}
if(n_ == floor(n_))
{
n_O = n_; n_=1; OO[5]=t_wert; t_wert=pow(t_wert,2);
OO[1]=n_O/(n_O+n_*t_wert); OO[3]=sqrt(1-OO[1]);
n_Z=2*floor(n_/2)-n_+2; n_N=2*floor(n_O/2)-n_O+2;
if(n_Z*2-n_N == 1 ) { p_wert=1-2/3.1417*atan(OO[3]/sqrt(OO[1])); OO[4]=OO[3]*sqrt(OO[1])/3.1417; } //n=1
if(n_Z*2-n_N == 2 ) { p_wert=OO[1]; OO[4]=(1-OO[1])*p_wert;}//n={}
if(n_Z*2-n_N == 3 ) { p_wert=sqrt(OO[1]); OO[4]=(1-OO[1])*p_wert/2; }//n={}
if(n_Z*2-n_N != 1 && n_Z*2-n_N != 2 && n_Z*2-n_N != 3 ) { p_wert=1-OO[3]; OO[4]=OO[1]*OO[3]/2; }//n>1
for(iLauf=n_N; iLauf <= n_O-2; iLauf +=2)
{
if(n_O > iLauf || fabs(2/iLauf*OO[4]) >= (0.00001*p_wert) )
{
iLauf_1=iLauf; p_wert=p_wert-2/iLauf*OO[4];
OO[4]=OO[4]*OO[1]*(n_Z/iLauf+1);
}
}
if(iLauf_1!=iLauf) iLauf_1=iLauf_1+2;
for(iLauf=n_Z; iLauf <= n_-2; iLauf +=2)
{
if(n_ > iLauf || fabs(2/iLauf*OO[4]) >= (0.00001*p_wert) )
{
p_wert=p_wert+2/iLauf*OO[4];
OO[4]=OO[4]*(1-OO[1])*(iLauf_1/iLauf+1);
}
}
if(RD[0] == 0)
{
p_wert=p_wert/2; n_=n_O; t_wert=OO[5];
if(t_wert < 0) p_wert=1-p_wert;
}
}
if(RD[0]==0)
{
RD[1]=p_wert; RD[2]=-5;
//Kurvenglättung
if(RD[1] !=0 )
{
RD[3] = log10(fabs(RD[1]));
RD[2]=RD[3]+RD[2];
if (RD[3] >= 0) RD[3]= floor(RD[3]);
if (RD[3] < 0) RD[3]= -1*(floor(fabs(RD[3])));
RD[4]=RD[3]; RD[3]=RD[2];
if (RD[3] >= 0) RD[3]= floor(RD[3]);
if (RD[3] < 0) RD[3]= -1*(floor(fabs(RD[3])));
RD[2]=RD[4]-RD[3]-1;
if (RD[2] < 19 )
{
if (RD[2] < 0 ) RD[1]=0;
if (RD[2] >=0 )
{
if (RD[4] >= 90){ RD[1] = RD[1] * 1e-20; RD[3]=RD[4]; RD[4] -= 20;}
RD[5] = sqrt(pow(RD[1]*pow(10,(-1*RD[4])),2)); RD[5]=floor(RD[5]*pow(10,RD[2])+0.5);
RD[5] *= pow(10,RD[4])*pow(10,(-1*RD[2]));
if (RD[3] >= 90) RD[5] = RD[5] * 1e+20;
if (RD[1] >= 0) RD[1] = RD[5];
if (RD[1] < 0) RD[1] = -1*RD[5];
}
}
}
p_wert=RD[1]; p_wert=1-p_wert;
}
if(sw==1) p_wert=1-p_wert;
return p_wert;
};