📄 attemperarithmetic.cpp
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f=0;
y=(TCsort[2]*20)+250;
Sleep(TCsort[2]*1000);
for(int i=0;i<SerT[2];i++)
{
dc.MoveTo(x,y);
// x=x+s*20;
for (int j=0;j<s;j++)
{
if (f!=SerT[2])
{
f++;
FinishedTime[0]++;
finish2=FinishedTime[0];
x=x+20;
dc.LineTo(x,y);
}
}
Sleep(5000);
}
dc.TextOut(800,y-5,"Execute Finished!");
RoundTime[2]=finish2-TCsort[2];
ValueTime[2]=RoundTime[2]/SerT[2];
CString ff,rr,vv;
if (finish2==1)
ff="1";
if (finish2==2)
ff="2";
if (finish2==3)
ff="3";
if (finish2==4)
ff="4";
if (finish2==5)
ff="5";
if (finish2==6)
ff="6";
if (finish2==7)
ff="7";
if (finish2==8)
ff="8";
if (finish2==9)
ff="9";
if (finish2==10)
ff="10";
if (finish2==11)
ff="11";
if (finish2==12)
ff="12";
if (finish2==13)
ff="13";
if (finish2==14)
ff="14";
if (finish2==15)
ff="15";
if (finish2==16)
ff="16";
if (finish2==17)
ff="17";
if (finish2==18)
ff="18";
if (finish2==19)
ff="19";
if (finish2==20)
ff="20";
if (RoundTime[2]==1)
rr="1";
if (RoundTime[2]==2)
rr="2";
if (RoundTime[2]==3)
rr="3";
if (RoundTime[2]==4)
rr="4";
if (RoundTime[2]==5)
rr="5";
if (RoundTime[2]==6)
rr="6";
if (RoundTime[2]==7)
rr="7";
if (RoundTime[2]==8)
rr="8";
if (RoundTime[2]==9)
rr="9";
if (RoundTime[2]==10)
rr="10";
if (RoundTime[2]==11)
rr="11";
if (RoundTime[2]==12)
rr="12";
if (RoundTime[2]==13)
rr="13";
if (RoundTime[2]==14)
rr="14";
if (RoundTime[2]==15)
rr="15";
if (RoundTime[2]==16)
rr="16";
if (RoundTime[2]==17)
rr="17";
if (RoundTime[2]==18)
rr="18";
if (RoundTime[2]==19)
rr="19";
if (RoundTime[2]==20)
rr="20";
if (ValueTime[2]==1)
vv="1";
if (ValueTime[2]==2)
vv="2";
if (ValueTime[2]==3)
vv="3";
if (ValueTime[2]==4)
vv="4";
if (ValueTime[2]==5)
vv="5";
if (ValueTime[2]==6)
vv="6";
if (ValueTime[2]==7)
vv="7";
dc.TextOut(520,520,ff);
dc.TextOut(520,555,rr);
dc.TextOut(520,585,vv);
int avg;
avg=RoundTime[0]+RoundTime[1]+RoundTime[2]+RoundTime[3]+RoundTime[4];
avg=avg/5;
CString aveg;
if (avg==1)
aveg="1";
if (avg==2)
aveg="2";
if (avg==3)
aveg="3";
if (avg==4)
aveg="4";
if (avg==5)
aveg="5";
if (avg==6)
aveg="6";
if (avg==7)
aveg="7";
if (avg==8)
aveg="8";
if (avg==9)
aveg="9";
if (avg==10)
aveg="10";
if (avg==11)
aveg="11";
if (avg==12)
aveg="12";
if (avg==13)
aveg="13";
if (avg==14)
aveg="14";
if (avg==15)
aveg="15";
dc.TextOut(700,555,aveg);
}
void CAttemperArithmeticView::Dspy3()
{
CClientDC dc(this);
int y;
int f,finish3;
f=0;
y=(TCsort[3]*20)+250;
Sleep(TCsort[3]*1000);
for(int i=0;i<SerT[3];i++)
{
dc.MoveTo(x,y);
// x=x+s*20;
for (int j=0;j<s;j++)
{
if (f!=SerT[3])
{
f++;
FinishedTime[0]++;
finish3=FinishedTime[0];
x=x+20;
dc.LineTo(x,y);
}
}
Sleep(5000);
}
dc.TextOut(800,y-5,"Execute Finished!");
RoundTime[3]=finish3-TCsort[3];
ValueTime[3]=RoundTime[3]/SerT[3];
CString ff,rr,vv;
if (finish3==1)
ff="1";
if (finish3==2)
ff="2";
if (finish3==3)
ff="3";
if (finish3==4)
ff="4";
if (finish3==5)
ff="5";
if (finish3==6)
ff="6";
if (finish3==7)
ff="7";
if (finish3==8)
ff="8";
if (finish3==9)
ff="9";
if (finish3==10)
ff="10";
if (finish3==11)
ff="11";
if (finish3==12)
ff="12";
if (finish3==13)
ff="13";
if (finish3==14)
ff="14";
if (finish3==15)
ff="15";
if (finish3==16)
ff="16";
if (finish3==17)
ff="17";
if (finish3==18)
ff="18";
if (finish3==19)
ff="19";
if (finish3==20)
ff="20";
if (RoundTime[3]==1)
rr="1";
if (RoundTime[3]==2)
rr="2";
if (RoundTime[3]==3)
rr="3";
if (RoundTime[3]==4)
rr="4";
if (RoundTime[3]==5)
rr="5";
if (RoundTime[3]==6)
rr="6";
if (RoundTime[3]==7)
rr="7";
if (RoundTime[3]==8)
rr="8";
if (RoundTime[3]==9)
rr="9";
if (RoundTime[3]==10)
rr="10";
if (RoundTime[3]==11)
rr="11";
if (RoundTime[3]==12)
rr="12";
if (RoundTime[3]==13)
rr="13";
if (RoundTime[3]==14)
rr="14";
if (RoundTime[3]==15)
rr="15";
if (RoundTime[3]==16)
rr="16";
if (RoundTime[3]==17)
rr="17";
if (RoundTime[3]==18)
rr="18";
if (RoundTime[3]==19)
rr="19";
if (RoundTime[3]==20)
rr="20";
if (ValueTime[3]==1)
vv="1";
if (ValueTime[3]==2)
vv="2";
if (ValueTime[3]==3)
vv="3";
if (ValueTime[3]==4)
vv="4";
if (ValueTime[3]==5)
vv="5";
if (ValueTime[3]==6)
vv="6";
if (ValueTime[3]==7)
vv="7";
dc.TextOut(580,520,ff);
dc.TextOut(580,555,rr);
dc.TextOut(580,585,vv);
int avg;
avg=RoundTime[0]+RoundTime[1]+RoundTime[2]+RoundTime[3]+RoundTime[4];
avg=avg/5;
CString aveg;
if (avg==1)
aveg="1";
if (avg==2)
aveg="2";
if (avg==3)
aveg="3";
if (avg==4)
aveg="4";
if (avg==5)
aveg="5";
if (avg==6)
aveg="6";
if (avg==7)
aveg="7";
if (avg==8)
aveg="8";
if (avg==9)
aveg="9";
if (avg==10)
aveg="10";
if (avg==11)
aveg="11";
if (avg==12)
aveg="12";
if (avg==13)
aveg="13";
if (avg==14)
aveg="14";
if (avg==15)
aveg="15";
dc.TextOut(700,555,aveg);
}
void CAttemperArithmeticView::Dspy4()
{
CClientDC dc(this);
int y;
int f,finish4;
f=0;
y=(TCsort[4]*20)+250;
Sleep(TCsort[4]*1000);
for(int i=0;i<SerT[4];i++)
{
dc.MoveTo(x,y);
// x=x+s*20;
for (int j=0;j<s;j++)
{
if (f!=SerT[4])
{
f++;
FinishedTime[0]++;
finish4=FinishedTime[0];
x=x+20;
dc.LineTo(x,y);
}
}
Sleep(5000);
}
dc.TextOut(800,y-5,"Execute Finished!");
RoundTime[4]=finish4-TCsort[4];
ValueTime[4]=RoundTime[4]/SerT[4];
CString ff,rr,vv;
if (finish4==1)
ff="1";
if (finish4==2)
ff="2";
if (finish4==3)
ff="3";
if (finish4==4)
ff="4";
if (finish4==5)
ff="5";
if (finish4==6)
ff="6";
if (finish4==7)
ff="7";
if (finish4==8)
ff="8";
if (finish4==9)
ff="9";
if (finish4==10)
ff="10";
if (finish4==11)
ff="11";
if (finish4==12)
ff="12";
if (finish4==13)
ff="13";
if (finish4==14)
ff="14";
if (finish4==15)
ff="15";
if (finish4==16)
ff="16";
if (finish4==17)
ff="17";
if (finish4==18)
ff="18";
if (finish4==19)
ff="19";
if (finish4==20)
ff="20";
if (RoundTime[4]==1)
rr="1";
if (RoundTime[4]==2)
rr="2";
if (RoundTime[4]==3)
rr="3";
if (RoundTime[4]==4)
rr="4";
if (RoundTime[4]==5)
rr="5";
if (RoundTime[4]==6)
rr="6";
if (RoundTime[4]==7)
rr="7";
if (RoundTime[4]==8)
rr="8";
if (RoundTime[4]==9)
rr="9";
if (RoundTime[4]==10)
rr="10";
if (RoundTime[4]==11)
rr="11";
if (RoundTime[4]==12)
rr="12";
if (RoundTime[4]==13)
rr="13";
if (RoundTime[4]==14)
rr="14";
if (RoundTime[4]==15)
rr="15";
if (RoundTime[4]==16)
rr="16";
if (RoundTime[4]==17)
rr="17";
if (RoundTime[4]==18)
rr="18";
if (RoundTime[4]==19)
rr="19";
if (RoundTime[4]==20)
rr="20";
if (ValueTime[4]==1)
vv="1";
if (ValueTime[4]==2)
vv="2";
if (ValueTime[4]==3)
vv="3";
if (ValueTime[4]==4)
vv="4";
if (ValueTime[4]==5)
vv="5";
if (ValueTime[4]==6)
vv="6";
if (ValueTime[4]==7)
vv="7";
dc.TextOut(640,520,ff);
dc.TextOut(640,555,rr);
dc.TextOut(640,585,vv);
int avg;
avg=RoundTime[0]+RoundTime[1]+RoundTime[2]+RoundTime[3]+RoundTime[4];
avg=avg/5;
CString aveg;
if (avg==1)
aveg="1";
if (avg==2)
aveg="2";
if (avg==3)
aveg="3";
if (avg==4)
aveg="4";
if (avg==5)
aveg="5";
if (avg==6)
aveg="6";
if (avg==7)
aveg="7";
if (avg==8)
aveg="8";
if (avg==9)
aveg="9";
if (avg==10)
aveg="10";
if (avg==11)
aveg="11";
if (avg==12)
aveg="12";
if (avg==13)
aveg="13";
if (avg==14)
aveg="14";
if (avg==15)
aveg="15";
dc.TextOut(700,555,aveg);
}
void CAttemperArithmeticView::DspyInit()
{
CClientDC dc(this);
dc.TextOut(100,150,"Thread executing status:");
if (s==1)
a="1";
if (s==2)
a="2";
if (s==3)
a="3";
if (s==4)
a="4";
if (s==5)
a="5";
dc.TextOut(90,260,"(q=");
dc.TextOut(110,260,a);
dc.TextOut(117,260,")");
dc.TextOut(150,185,"0");
dc.TextOut(130,205,"t");
dc.MoveTo(150,200);
dc.LineTo(150,400);//v
dc.MoveTo(140,210);
dc.LineTo(850,210);//h
dc.TextOut(850,202,">");
int x,y;
x=170;
y=200;
dc.MoveTo(x,y);
while(x<=830)
{
y=y+10;
dc.LineTo(x,y);
x=x+20;
y=y-10;
dc.MoveTo(x,y);
}
int c;
c=0;
for (int k=0;k<5;k++)
{
c=(TCsort[k]*20)+250;
dc.TextOut(135,c-10,st[TCsort[k]]);
}
}
/////////////////////////////////////////////////////////////////////////////
// TCSI dialog
TCSI::TCSI(CWnd* pParent /*=NULL*/)
: CDialog(TCSI::IDD, pParent)
{
//{{AFX_DATA_INIT(TCSI)
m_ArrQ = _T("");
m_S1 = 0;
m_S2 = 0;
m_S3 = 0;
m_S4 = 0;
m_S5 = 0;
m_ts = 0;
//}}AFX_DATA_INIT
}
void TCSI::DoDataExchange(CDataExchange* pDX)
{
CDialog::DoDataExchange(pDX);
//{{AFX_DATA_MAP(TCSI)
DDX_Text(pDX, IDC_EDIT1, m_ArrQ);
DDV_MaxChars(pDX, m_ArrQ, 255);
DDX_Text(pDX, IDC_EDIT2, m_S1);
DDX_Text(pDX, IDC_EDIT3, m_S2);
DDX_Text(pDX, IDC_EDIT4, m_S3);
DDX_Text(pDX, IDC_EDIT5, m_S4);
DDX_Text(pDX, IDC_EDIT6, m_S5);
DDX_Text(pDX, IDC_EDIT7, m_ts);
//}}AFX_DATA_MAP
}
BEGIN_MESSAGE_MAP(TCSI, CDialog)
//{{AFX_MSG_MAP(TCSI)
//}}AFX_MSG_MAP
END_MESSAGE_MAP()
/////////////////////////////////////////////////////////////////////////////
// TCSI message handlers
BOOL TCSI::OnInitDialog()
{
CDialog::OnInitDialog();
// TODO: Add extra initialization here
UpdateData(FALSE);
return TRUE; // return TRUE unless you set the focus to a control
// EXCEPTION: OCX Property Pages should return FALSE
}
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