double collinearityy(double yo, double c, double XA, double XO, double YA,
double YO, double ZA, double ZO, double omega,
double phi, double kapa)
{
double o = gtr(omega);
double f = gtr(phi);
double k = gtr(kapa);
double ya;
ya = yo - c*((XA-XO)*r12(o,f,k) + (YA-YO)*r22(o,f,k) +(ZA-ZO)*r32(o,f))
/((XA-XO)*r13(o,f,k) + (YA-YO)*r23(o, f, k) +(ZA-ZO)*r33(o, f));
return (ya);
}
/*-----------------------------------------------------------------------
| Collinearity |
-----------------------------------------------------------------------*/
double collinearity(double xo, double c, double XA, double XO, double YA,
double YO, double ZA, double ZO, double omega,
double phi, double kapa)
{
double o = gtr(omega);
double f = gtr(phi);
double k = gtr(kapa);
double xa;
xa = xo - c*((XA-XO)*r11(f,k) + (YA-YO)*r21(f,k) +(ZA-ZO)*r31(f))
/((XA-XO)*r13(o,f,k) + (YA-YO)*r23(o, f, k) +(ZA-ZO)*r33(o, f));
return (xa);
}
void StartCfgPage::initializePage()
{
Wizard::currentNetcard++;
QString str = QString( tr(gtr( "Start to configure %1." )) ).arg( *(Wizard::netcardDeviceMap.find(Wizard::currentNetcard)) );
label->setText( str );
}
ThanksPage::ThanksPage( QWidget* parent )
: QWizardPage( parent )
{
setTitle( tr(gtr( "Thanks" )) );
// setPixmap( QWizard::WatermarkPixmap, QPixmap( "magic.png" ) );//TODO
QVBoxLayout* layout = new QVBoxLayout;
setLayout( layout );
label = new QLabel(tr(gtr("The Network configuration complete.\nPlease continue to experience MagicLinux!\nThank you!\n\nNotice:\nPlease wait for your network restart when press the finish button, making your configuration to take effect.")));
label->setWordWrap( true );
layout->addWidget( label );
progressBar = new QProgressBar();
progressBar->setValue(0);
layout->addWidget(progressBar);
systemOutput = new QTextEdit;
layout->addWidget(systemOutput);
process = new QProcess(this);
connect(process,SIGNAL(readyReadStandardOutput()),this,SLOT(slot_readyReadStandardOutput()));
connect(process,SIGNAL(readyReadStandardError()),this,SLOT(slot_readyReadStandardError()));
connect(process,SIGNAL(finished(int)),this, SLOT(slot_finished(int)));
}
StartCfgPage::StartCfgPage( QWidget* parent )
: QWizardPage( parent )
{
setTitle( tr(gtr( "StartCfgPage" )) );
// setPixmap( QWizard::WatermarkPixmap, QPixmap( "magic.png" ) );//TODO
QVBoxLayout* layout = new QVBoxLayout;
setLayout( layout );
/*
// get netcard info
QProcess *p = new QProcess( this );
p->start( "dmesg" );
p->waitForFinished( -1 );// never timeout
QStringList netcards = QString( p->readAllStandardOutput() ).split( '\n', QString::SkipEmptyParts ).filter( "eth" );
QMessageBox::information(this, tr(gtr("info")), tr(gtr("%1")).arg(netcards.join("\n")));
*/
label = new QLabel( "Nothing" );
label->setWordWrap( true );
layout->addWidget( label );
//setCommitPage ( true );
}
void testController(){
/* Initally values */
bus clk ("P"); // Clock pulse
bus rst ("0");
bus go("P");
bus gtr("1");
bus eql("0");
bus les("0");
bus en_quo, ready;
DividerController * DC = new DividerController(clk, rst, go, gtr, eql, les, en_quo, ready);
std::cout << "The inital values:\n";
DC->printValues();
DC->eval();
std::cout << "\nAfter evaluation:\n";
DC->printValues();
DC->eval();
std::cout << "\nAfter evaluation:\n";
DC->printValues();
/* Next values */
clk = "P";
rst = "0";
go = "0";
gtr = "0";
eql = "1";
les = "0";
DC->eval();
std::cout << "\nAfter evaluation:\n";
DC->printValues();
}
void opr()
{
switch ( ir.m)
{
//rtn
case 0:
ret();
break;
//neg
case 1:
neg();
break;
//add
case 2:
add();
break;
//sub
case 3:
sub();
break;
//mul
case 4:
mul();
break;
//div
case 5:
divid();
break;
//odd
case 6:
odd();
break;
//mod
case 7:
mod();
break;
//eql
case 8:
eql();
break;
//neq
case 9:
neq();
break;
//lss
case 10:
lss();
break;
//leq
case 11:
leq();
break;
//gtr
case 12:
gtr();
break;
//geq
case 13:
geq();
break;
default:
fprintf(output, "OP code input was invalid. ");
sio3();
}
}
void executeInstruction()
{
switch(ir.op)
{
case 1:
lit();
break;
case 2:
opr();
break;
case 3:
lod();
break;
case 4:
sto();
break;
case 5:
cal();
break;
case 6:
inc();
break;
case 7:
jmp();
break;
case 8:
jpc();
break;
case 9:
sio();
default:
break;
}
void opr()
{
switch ( ir.m)
{
//rtn
case 0:
ret();
break;
//neg
case 1:
neg();
break;
//add
case 2:
add();
break;
//sub
case 3:
sub();
break;
//mul
case 4:
mul();
break;
//div
case 5:
divid();
break;
//odd
case 6:
odd();
break;
//mod
case 7:
mod();
break;
//eql
case 8:
eql();
break;
//neq
case 9:
neq();
break;
//lss
case 10:
lss();
break;
//leq
case 11:
leq();
break;
//gtr
case 12:
gtr();
break;
//geq
case 13:
geq();
break;
default:
fprintf(output, "OP code input was invalid. ");
halt = 1;
break;
}
}
}
