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| #include <vcl.h>
#pragma hdrstop
//---------------------------------------------------------------------------
#pragma argsused
#include <stdio.h>
#include <conio.h>
#include <time.h>
#include <math.h>
//---------------------------------------------------------------------------
struct Gruzov
{ int Ng;
float Massa;
float T;
};
class OA
{ private:
int Ng;
float T;
public:
float Massa;
int sost;
float proisv;
void Fobr(int nr);
};
class VISIR
{ private:
public:
float Massa;
float T;
int sost;
float proisv;
void Fobr(int nv);
};
class VESI
{ private:
public:
float T;
float Massa;
int sost;
float proisv;
void Fobr();
};
class och
{ private:
static och* Begin[2];
static och* End[2];
int Ng;
float Massa;
float T;
och* sled;
// och* pred;
public:
static int kvo[2];
void FZap(Gruzov& gr,int n);
Gruzov& Fvyb(Gruzov& gr,int n);
void Prosmoch(int n);
//void ProsmStek(int n);
};
class Transp
{ public:
float bunker;
float massat;
int sost;
float dm;
float proisv;
void Fobr(int nt);
};
float Norm ( float Mo, float Sko)
{ int i;
float s;
do
{
for(s=0,i=0;i<6;i++)
s +=random(32767)/32767.0;
s = (s-3)*1.414214*Sko + Mo;
}
while (s<=0) ;
return s;
}
och* och::Begin[] = {NULL, NULL};
och* och::End[] ={NULL,NULL};
int och::kvo[]={0,0};
float summass=0;
Gruzov zG;
#pragma argsused
float ST[]={0, 32767.0,32767.0, 32767.0,32767.0, 32767.0,32767.0, 32767.0,32767.0, 32767.0,32767.0, 32767.0,32767.0};
float Tt=0;
float SUM=0;
och* oG, *oG1;
int kA=0;
Transp Tr[4];
OA rasgr[4];
VISIR Vis1, Vis2, Vis3;
VESI Ves;
float dt,Tmod=1200.0,Mmo=5,Msko=0.75,Tvismo=3,Tvissko=0.3,Tvesmo=4,Tvessko=0.6,L;
int main ()
{ Tr[0].bunker=40;
Tr[0].proisv=2,5;
Tr[0].sost=0;
Tr[0].massat =0;
Tr[0].dm=2;
Tr[1].bunker=40;
Tr[1].proisv=2,5;
Tr[1].sost=0;
Tr[1].massat =0;
Tr[1].dm=2;
Tr[2].bunker=40;
Tr[2].proisv=2,5;
Tr[2].sost=0;
Tr[2].massat =0;
Tr[2].dm=2;
Tr[3].bunker=40;
Tr[3].proisv=2,5;
Tr[3].sost=0;
Tr[3].massat =0;
Tr[3].dm=2;
rasgr[0].proisv = 15;
rasgr[0].sost=0;
rasgr[1].proisv = 15;
rasgr[1].sost=0;
rasgr[2].proisv = 15;
rasgr[2].sost=0;
rasgr[3].proisv = 15;
rasgr[3].sost=0;
Vis1.sost=0;
Vis2.sost=0;
Vis3.sost=0;
Ves.sost=0;
Gruzov zGt;
int noms=0;
printf("Vvedite Intensivnost' L=");
scanf("%f",&L);
L=L/60;
while(Tt!=32767.0)
{ Tt=32767.0;
for(int i= 0;i<12;i++)
if (Tt > ST[i])
{Tt = ST[i];
noms=i;
}
switch(noms)
{
case 0:zGt.Massa=Norm(Mmo,Msko);
zGt.T = Tt;
oG = new och;
oG->FZap(zGt,0);
if (Vis1.sost==0&& oG->kvo[0]==1)
ST[1]= Tt;
else
if (Vis2.sost==0&& oG->kvo[0]==1)
ST[2]= Tt;
else
if (Vis3.sost==0&& oG->kvo[0]==1)
ST[3]= Tt;
dt=-1/L*log(random(32767)/32767.0);
if (Tt+dt<Tmod)
ST[0]=Tt+dt;
else
ST[0]=32767;
break;
case 1:
Vis1.Fobr(0);
break;
case 2: Vis2.Fobr(1);
break;
case 3: Vis3.Fobr(2);
break;
case 4: Ves.Fobr();
break;
case 5: rasgr[0].Fobr(0);
break;
case 6: rasgr[1].Fobr(1);
break;
case 7: rasgr[2].Fobr(2);
break;
case 8: rasgr[3].Fobr(3);
break;
case 9: Tr[0].Fobr(0);
break;
case 10: Tr[1].Fobr(1);
break;
case 11: Tr[2].Fobr(2);
break;
case 12: Tr[3].Fobr(3);
break;
}
}
SUM= SUM/kA;
printf("*************\n");
printf("Srednee T=%6.2f kA=%d\n",SUM,kA);
oG->Prosmoch(0);
printf("*************\n");
oG1->Prosmoch(1);
printf("Summass =%6.2f \n",summass);
getch();
return 0;
}
void och::FZap(Gruzov& gr,int n)
{ och *Tuk;
//Tuk=new Gruzov;
this->Ng = gr.Ng;
this->Massa =gr.Massa;
this->T=gr.T;
this->sled = NULL;
if (this->Begin[n]==NULL)
{ this->Begin[n] = this;
this->End[n] =this;
//this->pred = NULL;
}
else
{ this-> End[n] -> sled = this;
//this-> pred= this->End[n];
this ->End[n] = this;
}
this ->kvo[n]++;
}
//---------------------------------------------------------------------------
Gruzov& och::Fvyb(Gruzov& gr,int n)
{ och *Tuk;
if (this ->Begin[n] != NULL)
{
Tuk=this->Begin[n] ->sled;
gr.Massa = this->Begin[n]->Massa;
gr.T = this->Begin[n]->T;
delete this->Begin[n];
this->Begin[n] = Tuk;
this ->kvo[n]--;
if (Tuk ==NULL)
//Tuk->pred = NULL;
//else
this ->End[n] = NULL;
}
else
{ gr.Massa= 0;
gr.T=0;
printf ("kvo = %d \n", this->kvo[n]);
getch();
}
return gr;
}
void och::Prosmoch(int n)
{
och *Tuk;
Tuk = this->Begin[n];
while (Tuk!=NULL)
{
printf("Ng=%d Massa= %6.2f T= %d \n",Tuk->Ng,Tuk->Massa, Tuk->T );
Tuk = Tuk->sled;
}
}
void OA::Fobr(int nr)
{ int d;
Gruzov gr;
if (this ->sost==1 || this->sost==2 )
{ if (this->Massa + Tr[nr].massat <= Tr[nr].bunker)
{
d = Tt- this->T;
SUM+=d;
Tr[nr].massat += this->Massa;
if (Tr[nr].sost==0)
{switch (nr)
{case 0:
ST[9]=Tt;
break;
case 1:
ST[10]=Tt;
break;
case 2:
ST[11]=Tt;
break;
case 3:
ST[12]=Tt;
break;
}
}
kA++;
if (oG->kvo[1]>=1)
{ gr=oG ->Fvyb(gr,1);
this->Massa = gr.Massa;
this->T=gr.T;
this ->sost =1;
switch (nr)
{case 0:
ST[5]= Tt+gr.Massa/proisv ;
break;
case 1:
ST[6]= Tt+gr.Massa/proisv;
break;
case 2:
ST[7]= Tt+gr.Massa/proisv;
break;
case 3:
ST[8]= Tt+gr.Massa/proisv;
break;
}
}
else
{ switch (nr)
{case 0:
ST[5]= 32767 ;
break;
case 1:
ST[6]=32767 ;
break;
case 2:
ST[7]=32767 ;
break;
case 3:
ST[8]=32767 ;
break;
}
this ->sost =0;
}
}
else
{ switch (nr)
{case 0:
ST[5]= 32767 ;
break;
case 1:
ST[6]=32767 ;
break;
case 2:
ST[7]=32767 ;
break;
case 3:
ST[8]=32767 ;
break;
}
this ->sost =2;
}
}
else
if (oG->kvo[1]>=1)
{ gr=oG ->Fvyb(gr,1);
this->Ng=gr.Ng;
this->Massa = gr.Massa;
this->T=gr.T;
this ->sost =1;
switch (nr)
{case 0:
ST[5]= Tt+gr.Massa/proisv;
break;
case 1:
ST[6]= Tt+gr.Massa/proisv ;
break;
case 2:
ST[7]= Tt+gr.Massa/proisv;
break;
case 3:
ST[8]= Tt+gr.Massa/proisv;
break;
}
}
else
{ switch (nr)
{case 0:
ST[5]= 32767 ;
break;
case 1:
ST[6]=32767 ;
break;
case 2:
ST[7]=32767;
break;
case 3:
ST[8]=32767;
break;
}
this ->sost =0;
}
}
void Transp::Fobr(int nt)
{ if (massat > 0)
{ if (massat>=dm)
{ switch (nt)
{case 0:
ST[9]= Tt+ dm/proisv ;
break;
case 1:
ST[10]= Tt+ dm/proisv ;
break;
case 2:
ST[11]= Tt+ dm/proisv ;
break;
case 3:
ST[12]= Tt+ dm/proisv ;
break;
}
sost=1;
massat -= dm;
summass+=dm;
}
else
{ switch (nt)
{case 0:
ST[9]= Tt+ massat/proisv ;
break;
case 1:
ST[10]= Tt+ massat/proisv;
break;
case 2:
ST[11]= Tt+ massat/proisv;
break;
case 3:
ST[12]= Tt+ massat/proisv ;
break;
}
// ST[2]=Tt+ massat/proisv;
summass+=massat;
massat=0;
sost=1;
}
if (rasgr[nt].sost==2 && massat + rasgr[nt].Massa <= bunker)
switch (nt)
{case 0:
ST[5]= Tt;
break;
case 1:
ST[6]= Tt;
break;
case 2:
ST[7]= Tt;
break;
case 3:
ST[8]= Tt;
break;
}
}
else
{
sost= 0;
switch (nt)
{case 0:
ST[9]=32767;
break;
case 1:
ST[10]=32767;
break;
case 2:
ST[11]=32767;
break;
case 3:
ST[12]=32767;
break;
}
//ST[2]=32767;
}
}
//---------------------------------------------------------------------------
void VISIR::Fobr(int nv)
{ int d;
Gruzov gr;
if (this ->sost==1 || this->sost==2 )
{ d = Tt- this->T;
SUM+=d;
if (Ves.sost==0)
{Ves.Massa = this->Massa;
Ves.T= this->T;
ST[4]=Tt+Norm(Tvesmo,Tvessko);
if (oG->kvo[0]>=1)
{ gr=oG ->Fvyb(gr,0);
this->Massa = gr.Massa;
this->T=gr.T;
this ->sost =1;
switch (nv)
{case 0:
ST[1]=Tt+Norm(Tvismo,Tvissko);
break;
case 1:
ST[2]=Tt+Norm(Tvismo,Tvissko);
break;
case 2:
ST[3]=Tt+Norm(Tvismo,Tvissko);
break;
}
// ST[1]= Tt+gr.Massa/proisv;
}
else
{ switch (nv)
{case 0:
ST[1]=32767;
break;
case 1:
ST[2]=32767;
break;
case 2:
ST[3]=32767;
break;
}
this ->sost =0;
}
}
else
{ switch (nv)
{case 0:
ST[1]=32767;
break;
case 1:
ST[2]=32767;
break;
case 2:
ST[3]=32767;
break;
}
this ->sost =2;
}
}
else
if (oG->kvo[0]>=1)
{ gr=oG ->Fvyb(gr,0);
this->Massa = gr.Massa;
this->T=gr.T;
this ->sost =1;
switch (nv)
{case 0:
ST[1]=Tt+Norm(Tvismo,Tvissko);
break;
case 1:
ST[2]=Tt+Norm(Tvismo,Tvissko);
break;
case 2:
ST[3]=Tt+Norm(Tvismo,Tvissko);
break;
}
}
{ switch (nv)
{case 0:
ST[1]=32767;
break;
case 1:
ST[2]=32767;
break;
case 2:
ST[3]=32767;
break;
}
this ->sost =0;
}
}
//------------------------------------------------------------
void VESI::Fobr()
{ int d;
Gruzov gr;
gr.Massa=this->Massa;
gr.T=this->T;
oG = new och;
oG->FZap(gr,1);
if (oG->kvo[1]==1)
if (rasgr[0].sost==0)
ST[5]=Tt;
else
if (rasgr[1].sost==0)
ST[6]=Tt;
else
if (rasgr[2].sost==0)
ST[7]=Tt;
else
if (rasgr[3].sost==0)
ST[8]=Tt;
if(Vis1.sost==2)
Vis1.T=Tt;
if(Vis2.sost==2)
Vis2.T=Tt;
if(Vis2.sost==2)
Vis2.T=Tt;
ST[4]=32767;
}
//---------------------------------------------------------------------------
#include <vcl.h>
#pragma hdrstop
//---------------------------------------------------------------------------
#pragma argsused
#include <stdio.h>
#include <conio.h>
#include <time.h>
#include <math.h>
//---------------------------------------------------------------------------
struct Gruzov
{ int Ng;
float Massa;
float T;
};
class OA
{ private:
int Ng;
float T;
public:
float Massa;
int sost;
float proisv;
void Fobr(int nr);
};
class VISIR
{ private:
public:
float Massa;
float T;
int sost;
float proisv;
void Fobr(int nv);
};
class VESI
{ private:
public:
float T;
float Massa;
int sost;
float proisv;
void Fobr();
};
class och
{ private:
static och* Begin[2];
static och* End[2];
int Ng;
float Massa;
float T;
och* sled;
// och* pred;
public:
static int kvo[2];
void FZap(Gruzov& gr,int n);
Gruzov& Fvyb(Gruzov& gr,int n);
void Prosmoch(int n);
//void ProsmStek(int n);
};
class Transp
{ public:
float bunker;
float massat;
int sost;
float dm;
float proisv;
void Fobr(int nt);
};
float Norm ( float Mo, float Sko)
{ int i;
float s;
do
{
for(s=0,i=0;i<6;i++)
s +=random(32767)/32767.0;
s = (s-3)*1.414214*Sko + Mo;
}
while (s<=0) ;
return s;
}
och* och::Begin[] = {NULL, NULL};
och* och::End[] ={NULL,NULL};
int och::kvo[]={0,0};
float summass=0;
Gruzov zG;
#pragma argsused
float ST[]={0, 32767.0,32767.0, 32767.0,32767.0, 32767.0,32767.0, 32767.0,32767.0, 32767.0,32767.0, 32767.0,32767.0};
float Tt=0;
float SUM=0;
och* oG, *oG1;
int kA=0;
Transp Tr[4];
OA rasgr[4];
VISIR Vis1, Vis2, Vis3;
VESI Ves;
float dt,Tmod=1200.0,Mmo=5,Msko=0.75,Tvismo=3,Tvissko=0.3,Tvesmo=4,Tvessko=0.6,L;
int main ()
{ Tr[0].bunker=40;
Tr[0].proisv=2,5;
Tr[0].sost=0;
Tr[0].massat =0;
Tr[0].dm=2;
Tr[1].bunker=40;
Tr[1].proisv=2,5;
Tr[1].sost=0;
Tr[1].massat =0;
Tr[1].dm=2;
Tr[2].bunker=40;
Tr[2].proisv=2,5;
Tr[2].sost=0;
Tr[2].massat =0;
Tr[2].dm=2;
Tr[3].bunker=40;
Tr[3].proisv=2,5;
Tr[3].sost=0;
Tr[3].massat =0;
Tr[3].dm=2;
rasgr[0].proisv = 15;
rasgr[0].sost=0;
rasgr[1].proisv = 15;
rasgr[1].sost=0;
rasgr[2].proisv = 15;
rasgr[2].sost=0;
rasgr[3].proisv = 15;
rasgr[3].sost=0;
Vis1.sost=0;
Vis2.sost=0;
Vis3.sost=0;
Ves.sost=0;
Gruzov zGt;
int noms=0;
printf("Vvedite Intensivnost' L=");
scanf("%f",&L);
L=L/60;
while(Tt!=32767.0)
{ Tt=32767.0;
for(int i= 0;i<12;i++)
if (Tt > ST[i])
{Tt = ST[i];
noms=i;
}
switch(noms)
{
case 0:zGt.Massa=Norm(Mmo,Msko);
zGt.T = Tt;
oG = new och;
oG->FZap(zGt,0);
if (Vis1.sost==0&& oG->kvo[0]==1)
ST[1]= Tt;
else
if (Vis2.sost==0&& oG->kvo[0]==1)
ST[2]= Tt;
else
if (Vis3.sost==0&& oG->kvo[0]==1)
ST[3]= Tt;
dt=-1/L*log(random(32767)/32767.0);
if (Tt+dt<Tmod)
ST[0]=Tt+dt;
else
ST[0]=32767;
break;
case 1:
Vis1.Fobr(0);
break;
case 2: Vis2.Fobr(1);
break;
case 3: Vis3.Fobr(2);
break;
case 4: Ves.Fobr();
break;
case 5: rasgr[0].Fobr(0);
break;
case 6: rasgr[1].Fobr(1);
break;
case 7: rasgr[2].Fobr(2);
break;
case 8: rasgr[3].Fobr(3);
break;
case 9: Tr[0].Fobr(0);
break;
case 10: Tr[1].Fobr(1);
break;
case 11: Tr[2].Fobr(2);
break;
case 12: Tr[3].Fobr(3);
break;
}
}
SUM= SUM/kA;
printf("*************\n");
printf("Srednee T=%6.2f kA=%d\n",SUM,kA);
oG->Prosmoch(0);
printf("*************\n");
oG1->Prosmoch(1);
printf("Summass =%6.2f \n",summass);
getch();
return 0;
}
void och::FZap(Gruzov& gr,int n)
{ och *Tuk;
//Tuk=new Gruzov;
this->Ng = gr.Ng;
this->Massa =gr.Massa;
this->T=gr.T;
this->sled = NULL;
if (this->Begin[n]==NULL)
{ this->Begin[n] = this;
this->End[n] =this;
//this->pred = NULL;
}
else
{ this-> End[n] -> sled = this;
//this-> pred= this->End[n];
this ->End[n] = this;
}
this ->kvo[n]++;
}
//---------------------------------------------------------------------------
Gruzov& och::Fvyb(Gruzov& gr,int n)
{ och *Tuk;
if (this ->Begin[n] != NULL)
{
Tuk=this->Begin[n] ->sled;
gr.Massa = this->Begin[n]->Massa;
gr.T = this->Begin[n]->T;
delete this->Begin[n];
this->Begin[n] = Tuk;
this ->kvo[n]--;
if (Tuk ==NULL)
//Tuk->pred = NULL;
//else
this ->End[n] = NULL;
}
else
{ gr.Massa= 0;
gr.T=0;
printf ("kvo = %d \n", this->kvo[n]);
getch();
}
return gr;
}
void och::Prosmoch(int n)
{
och *Tuk;
Tuk = this->Begin[n];
while (Tuk!=NULL)
{
printf("Ng=%d Massa= %6.2f T= %d \n",Tuk->Ng,Tuk->Massa, Tuk->T );
Tuk = Tuk->sled;
}
}
void OA::Fobr(int nr)
{ int d;
Gruzov gr;
if (this ->sost==1 || this->sost==2 )
{ if (this->Massa + Tr[nr].massat <= Tr[nr].bunker)
{
d = Tt- this->T;
SUM+=d;
Tr[nr].massat += this->Massa;
if (Tr[nr].sost==0)
{switch (nr)
{case 0:
ST[9]=Tt;
break;
case 1:
ST[10]=Tt;
break;
case 2:
ST[11]=Tt;
break;
case 3:
ST[12]=Tt;
break;
}
}
kA++;
if (oG->kvo[1]>=1)
{ gr=oG ->Fvyb(gr,1);
this->Massa = gr.Massa;
this->T=gr.T;
this ->sost =1;
switch (nr)
{case 0:
ST[5]= Tt+gr.Massa/proisv ;
break;
case 1:
ST[6]= Tt+gr.Massa/proisv;
break;
case 2:
ST[7]= Tt+gr.Massa/proisv;
break;
case 3:
ST[8]= Tt+gr.Massa/proisv;
break;
}
}
else
{ switch (nr)
{case 0:
ST[5]= 32767 ;
break;
case 1:
ST[6]=32767 ;
break;
case 2:
ST[7]=32767 ;
break;
case 3:
ST[8]=32767 ;
break;
}
this ->sost =0;
}
}
else
{ switch (nr)
{case 0:
ST[5]= 32767 ;
break;
case 1:
ST[6]=32767 ;
break;
case 2:
ST[7]=32767 ;
break;
case 3:
ST[8]=32767 ;
break;
}
this ->sost =2;
}
}
else
if (oG->kvo[1]>=1)
{ gr=oG ->Fvyb(gr,1);
this->Ng=gr.Ng;
this->Massa = gr.Massa;
this->T=gr.T;
this ->sost =1;
switch (nr)
{case 0:
ST[5]= Tt+gr.Massa/proisv;
break;
case 1:
ST[6]= Tt+gr.Massa/proisv ;
break;
case 2:
ST[7]= Tt+gr.Massa/proisv;
break;
case 3:
ST[8]= Tt+gr.Massa/proisv;
break;
}
}
else
{ switch (nr)
{case 0:
ST[5]= 32767 ;
break;
case 1:
ST[6]=32767 ;
break;
case 2:
ST[7]=32767;
break;
case 3:
ST[8]=32767;
break;
}
this ->sost =0;
}
}
void Transp::Fobr(int nt)
{ if (massat > 0)
{ if (massat>=dm)
{ switch (nt)
{case 0:
ST[9]= Tt+ dm/proisv ;
break;
case 1:
ST[10]= Tt+ dm/proisv ;
break;
case 2:
ST[11]= Tt+ dm/proisv ;
break;
case 3:
ST[12]= Tt+ dm/proisv ;
break;
}
sost=1;
massat -= dm;
summass+=dm;
}
else
{ switch (nt)
{case 0:
ST[9]= Tt+ massat/proisv ;
break;
case 1:
ST[10]= Tt+ massat/proisv;
break;
case 2:
ST[11]= Tt+ massat/proisv;
break;
case 3:
ST[12]= Tt+ massat/proisv ;
break;
}
// ST[2]=Tt+ massat/proisv;
summass+=massat;
massat=0;
sost=1;
}
if (rasgr[nt].sost==2 && massat + rasgr[nt].Massa <= bunker)
switch (nt)
{case 0:
ST[5]= Tt;
break;
case 1:
ST[6]= Tt;
break;
case 2:
ST[7]= Tt;
break;
case 3:
ST[8]= Tt;
break;
}
}
else
{
sost= 0;
switch (nt)
{case 0:
ST[9]=32767;
break;
case 1:
ST[10]=32767;
break;
case 2:
ST[11]=32767;
break;
case 3:
ST[12]=32767;
break;
}
//ST[2]=32767;
}
}
//---------------------------------------------------------------------------
void VISIR::Fobr(int nv)
{ int d;
Gruzov gr;
if (this ->sost==1 || this->sost==2 )
{ d = Tt- this->T;
SUM+=d;
if (Ves.sost==0)
{Ves.Massa = this->Massa;
Ves.T= this->T;
ST[4]=Tt+Norm(Tvesmo,Tvessko);
if (oG->kvo[0]>=1)
{ gr=oG ->Fvyb(gr,0);
this->Massa = gr.Massa;
this->T=gr.T;
this ->sost =1;
switch (nv)
{case 0:
ST[1]=Tt+Norm(Tvismo,Tvissko);
break;
case 1:
ST[2]=Tt+Norm(Tvismo,Tvissko);
break;
case 2:
ST[3]=Tt+Norm(Tvismo,Tvissko);
break;
}
// ST[1]= Tt+gr.Massa/proisv;
}
else
{ switch (nv)
{case 0:
ST[1]=32767;
break;
case 1:
ST[2]=32767;
break;
case 2:
ST[3]=32767;
break;
}
this ->sost =0;
}
}
else
{ switch (nv)
{case 0:
ST[1]=32767;
break;
case 1:
ST[2]=32767;
break;
case 2:
ST[3]=32767;
break;
}
this ->sost =2;
}
}
else
if (oG->kvo[0]>=1)
{ gr=oG ->Fvyb(gr,0);
this->Massa = gr.Massa;
this->T=gr.T;
this ->sost =1;
switch (nv)
{case 0:
ST[1]=Tt+Norm(Tvismo,Tvissko);
break;
case 1:
ST[2]=Tt+Norm(Tvismo,Tvissko);
break;
case 2:
ST[3]=Tt+Norm(Tvismo,Tvissko);
break;
}
}
{ switch (nv)
{case 0:
ST[1]=32767;
break;
case 1:
ST[2]=32767;
break;
case 2:
ST[3]=32767;
break;
}
this ->sost =0;
}
}
//------------------------------------------------------------
void VESI::Fobr()
{ int d;
Gruzov gr;
gr.Massa=this->Massa;
gr.T=this->T;
oG = new och;
oG->FZap(gr,1);
if (oG->kvo[1]==1)
if (rasgr[0].sost==0)
ST[5]=Tt;
else
if (rasgr[1].sost==0)
ST[6]=Tt;
else
if (rasgr[2].sost==0)
ST[7]=Tt;
else
if (rasgr[3].sost==0)
ST[8]=Tt;
if(Vis1.sost==2)
Vis1.T=Tt;
if(Vis2.sost==2)
Vis2.T=Tt;
if(Vis2.sost==2)
Vis2.T=Tt;
ST[4]=32767;
} |
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Сообщение от isy91
