static void PlotAll (Scene& scene, Plotter& plotter)
{
Vector x(1,steps), Pot(1,steps);
for (int i = 1; i <= steps; i++) {
x(i) = xmin + (i-1)*(xmax-xmin)/(steps-1);
Pot(i) = V(x(i));
}
plotter.clear();
double ymin = -1, ymax = min(6.0,max(1.0,Max(Pot))); // betwwen 1 and 6 !!
plotter.axisframe(xmin,xmax,ymin,ymax, "x","V(x), Psi(x)");
plotter.style(plotter.LINES);
plotter.plot(x,Pot); // potential
scene.Line(xmin,ymin,xmin,ymax);
scene.Line(xmax,ymin,xmax,ymax);
scene.SetColor(ColorB(255,0,0)); // wave function
plotter.plot(x,Psi);
scene.SetColor(ColorB(0,0,255)); // eigen energy
scene.Line(xmin,E,xmax,E);
scene.SetTextStyle(Standard);
char label[60];
sprintf(label,"E=%.8g",E);
scene.Write(xmin+0.01,E+0.05,label);
}
int main(int argc, char *argv[])
{
QApplication a(argc, argv);
Plotter w;
w.show();
return a.exec();
}
void CMenuRecord::slot_do_boxing()
{
// CDlgRecordWave *dlg = new CDlgRecordWave(this);
Plotter *plotter = new Plotter(this);
int numPoints = 100;
QVector<QPointF> points0;
QVector<QPointF> points1;
for (int x = 0; x < numPoints; ++x) {
points0.append(QPointF(x, uint(qrand()) % 100));
points1.append(QPointF(x, uint(qrand()) % 100));
}
plotter->setCurveData(0, points0);
plotter->setCurveData(1, points1);
PlotSettings settings;
settings.minX = 0.0;
settings.maxX = 100.0;
settings.minY = 0.0;
settings.maxY = 100.0;
plotter->setPlotSettings(settings);
plotter->show();
}
/* A dive plot widget prototype to show proof of concept.
*
* Based on example from GUI Programming with Qt4 (Summerfield/Blanchette).
*
* We read a dive in from a simple text file and render the dive plot on
* a QWidget using basic QPainter operations. We show the colour of the
* depth profile changing with dy/dx, the ability to fill the enclosed area
* with a gradient and some simple drawing and text placement.
*
* Panning and zooming are pretty much unaltered from the example, with the
* exception of mods to reverse the direction of the vertical axis to use
* a "going down means counting up" convention which makes more sense for
* a dive.
*
* Aim is to show proof of concept to non-Qt programmers working on subsurface.
* Question: what if any capabilities are needed that aren't on show here?
*
*/
int main(int argc, char *argv[])
{
QApplication app(argc, argv);
Plotter plotter;
plotter.setWindowTitle(QObject::tr("Dive Plotter"));
readDive(&plotter, "dive.txt");
plotter.show();
return app.exec();
}
void paddleType::erase (Plotter& g)
{
if (oldLoc.getX() != loc.getX())
{
g.setColor(black);
for(int i = -width/2; i <= width/2; i ++)
{
g.plot(oldLoc.getX() + i, oldLoc.getY(), SQUARE);
}
}
}
void paddleType::draw (Plotter& g)
{
if (oldLoc.getX() != loc.getX())
{
g.setColor(color);
for(int i = -width/2; i <= width/2; i ++)
{
g.plot(loc.getX() + i, loc.getY(), SQUARE);
}
}
oldLoc = loc;
}
int main(int argc, char *argv[])
{
QApplication app(argc, argv);
Plotter plotter;
plotter.setWindowTitle(QObject::tr("Plotter"));
// function above - set data and paint plotter curves
readFlightCurves(&plotter, "in1.txt");
plotter.show();
return app.exec();
}
void SidePanel::start (void)
{
if (parse_entries() == false) return; // parsing error occured
if (Shoot() == false) { // make a shoot
if (E < -1)
MpMessageDialog::Warning(title,"Reached E < -1", "Enter other start value");
plotter->callback = NULL; // avoid redraw
return;
}
char buf[64]; // update results strings
sprintf(buf,"Eigen energy: %.8g", E);
energy_win->Set(buf);
sprintf(buf,"Iterations: %d", iter);
iter_win->Set(buf);
sprintf(buf,"Function calls: %d", fcn_calls);
fcncalls_win->Set(buf);
plotter->callback = PlotAll; // now plot the stuff
plotter->Redraw();
}
void Ship::Draw(double x, double y)
{
// draw ship
Plotter p;
for (int r = 0; r < 5; r++)
{
for (int c = 0; c < 5; c++)
{
p.setColor(rocket[r][c]);
p.plot(x + c, y + r, SQUARE);
}
}
}
float RateAlgo::getRate(float scaleFactor)
{
if (plotter_)
plotter_->scale(scaleFactor) ;
return scaleFactor*getPrescaledCounts();
}
int main(int argc, char** argv) {
if(argc<2){
cout << "Configuration file is not specified." << endl ;
return -1;
}
Configuration* config = new Configuration(argv[1]);
Plotter* plot = new Plotter(gnuPlot, config);
cout << "generating voronoi diagram..." << endl ;
float* xValues = new float[100];
float* yValues = new float[100];
long count = 100;
for(int i=0;i<count;i++){
xValues[i] = utility::unifRand(-10, 10);
yValues[i] = utility::unifRand(-10, 10);
}
VoronoiDiagramGenerator vdg;
vdg.generateVoronoi(xValues,yValues,count, -10,10,-10,10,0);
cout << "here it comes..." << endl ;
vdg.resetIterator();
float x1,y1,x2,y2;
printf("\n-------------------------------\n");
while(vdg.getNext(x1,y1,x2,y2))
{
plot->drawLine(x1,y1,x2, y2);
printf("GOT Line (%f,%f)->(%f,%f)\n",x1,y1,x2, y2);
}
plot->close();
delete config;
delete plot;
return 0;
}
void Histogram::plot(Plotter& plotter) {
const double tot = static_cast<double>(total());
const double order_error = log10(error());
std::ostringstream cmd;
cmd << "set title 'O(Error) = " << order_error << "'\n"
<< "set xrange [-pi:pi]\n"
<< "set yrange [" << 0.0 << ":" << (maximum + minimum) << "]\n"
<< "plot '-' with linespoints pointtype 5"
<< " linecolor rgbcolor 'black' title 'Reference',"
<< " '-' with linespoints pointtype 7"
<< " linecolor rgbcolor 'blue' title 'Simulation'\n";
for (unsigned k = 0; k < nbins; k++)
cmd << angle(k, nbins) << " " << reference[k] << "\n";
cmd << "\ne\n";
for (unsigned k = 0; k < nbins; k++)
cmd << angle(k, nbins) << " "
<< static_cast<double>(histogram[k]) / tot << "\n";
cmd << "\ne\n";
plotter.send(cmd.str());
}
int draw_axes(Plotter& plot, WorldPt cross, Color col_ax, int ax_thickness,
float x_tic, float y_tic, bool labels, int width, int prec,
Color col_lab)
{
int const EPS = 1.0e-6f;
int const fontsize = 15;
float tic_pos;
float direction;
float limit;
float tic_length;
WorldPt wl;
WorldPt wu;
WorldPt p;
ScrPt pv;
int labelPixs;
Color col_prev;
int thick_prev;
String str;
Font my_font;
if (!my_font.LoadFromFile("FreeMono.ttf", fontsize))
{
return EXIT_FAILURE;
}
col_prev = plot.get_draw_col();
plot.set_draw_col(col_ax);
thick_prev = plot.get_draw_thick();
plot.set_draw_thick(ax_thickness);
plot.get_world_ext(wl, wu);
p.x = wl.x;
p.y = cross.y;
plot.move(p);
p.x = wu.x;
plot.draw(p);
p.x = cross.x;
p.y = wl.y;
plot.move(p);
p.y = wu.y;
plot.draw(p);
direction = 1.0f;
limit = wu.x * (1.0f + EPS);
if (limit == 0.0f)
{
limit = EPS * abs(wl.x);
}
x_tic = abs(x_tic);
tic_length = 0.01f * (wu.y - wl.y);
while (true)
{
tic_pos = cross.x + x_tic;
while (direction * tic_pos <= limit)
{
p.x = tic_pos;
p.y = cross.y;
if (labels)
{
plot.world2scr(p, pv);
labelPixs = 6 * width * fontsize / 10;
pv.x -= labelPixs / 2;
ostringstream ss;
ss << setw(width) << setprecision(prec) << fixed << right
<< tic_pos;
str.SetText(ss.str());
str.SetFont(my_font);
str.SetColor(col_lab);
str.SetSize(fontsize);
str.SetPosition(pv.x, pv.y);
plot.Draw(str);
}
plot.move(p);
p.y += tic_length;
plot.draw(p);
tic_pos += x_tic;
}
if (direction < 0.0f)
{
break;
}
direction = -1.0f;
limit = direction * wl.x;
if (limit == 0.0f)
{
limit = EPS * abs(wu.x);
}
x_tic = -x_tic;
}
tic_length = 0.02f * (wu.x - wl.x);
direction = 1.0f;
limit = wu.y * (1.0f + EPS);
if (limit == 0.0)
{
limit = EPS;
}
y_tic = abs(y_tic);
tic_length = 0.01f * (wu.x - wl.x);
while (true)
{
tic_pos = cross.y + y_tic;
while (direction * tic_pos <= limit)
{
p.x = cross.x;
p.y = tic_pos;
if (labels)
{
plot.world2scr(p, pv);
pv.y -= fontsize * 6 / 10;
pv.x -= width * fontsize * 2 / 3;
ostringstream ss;
ss << setw(width) << setprecision(prec) << fixed << right
<< tic_pos;
str.SetText(ss.str());
str.SetFont(my_font);
str.SetColor(col_lab);
str.SetSize(fontsize);
str.SetPosition(pv.x, pv.y);
plot.Draw(str);
}
plot.move(p);
p.x += tic_length;
plot.draw(p);
tic_pos += y_tic;
}
if (direction < 0.0)
{
break;
}
direction = -1.0f;
limit = direction * wl.y;
if (limit == 0.0f)
{
limit = EPS;
}
y_tic = -y_tic;
}
plot.set_draw_col(col_prev);
plot.set_draw_thick(thick_prev);
return 0;
}
inline type operator()(math::Int<2>& index)
{
plotter.setPos(index);
return this->plotter;
}
int main() {
float lumi = 2260.;
TString dir = "/Users/dygyun/Top/HET_v763";
//TString dir = "/xrootd/store/user/tjkim/ntuples/hep/V6";
TFile * fA = TFile::Open(dir+"/hep_TT_powheg.root");
TFile * fB = TFile::Open(dir+"/hep_TT_powheg.root");
TFile * fC = TFile::Open(dir+"/hep_WJets.root");
TFile * fD = TFile::Open(dir+"/hep_DYJets.root");
TFile * fE = TFile::Open(dir+"/hep_DYJets_10to50.root");
TFile * fI = TFile::Open(dir+"/hep_SingleTop_t.root");
TFile * fJ = TFile::Open(dir+"/hep_SingleTbar_t.root");
TFile * fK = TFile::Open(dir+"/hep_SingleTop_tW.root");
TFile * fL = TFile::Open(dir+"/hep_SingleTbar_tW.root");
TFile * fN = TFile::Open(dir+"/hep_WW.root");
TFile * fO = TFile::Open(dir+"/hep_WZ.root");
TFile * fM = TFile::Open(dir+"/hep_ZZ.root");
// TFile * fP = TFile::Open(dir+"/hep_qcd.root");
TH1F * hBsemi = (TH1F*) fA->Get("TopTree/EventSummary");
TH1F * hB = (TH1F*) fB->Get("TopTree/EventSummary");
TH1F * hC = (TH1F*) fC->Get("TopTree/EventSummary");
TH1F * hD = (TH1F*) fD->Get("TopTree/EventSummary");
TH1F * hE = (TH1F*) fE->Get("TopTree/EventSummary");
TH1F * hI = (TH1F*) fI->Get("TopTree/EventSummary");
TH1F * hJ = (TH1F*) fJ->Get("TopTree/EventSummary");
TH1F * hK = (TH1F*) fK->Get("TopTree/EventSummary");
TH1F * hL = (TH1F*) fL->Get("TopTree/EventSummary");
TH1F * hN = (TH1F*) fN->Get("TopTree/EventSummary");
TH1F * hO = (TH1F*) fO->Get("TopTree/EventSummary");
TH1F * hM = (TH1F*) fM->Get("TopTree/EventSummary");
// TH1F * hP = (TH1F*) fP->Get("");
int nevt = -1;
MyAnalysis *A = new MyAnalysis();
TChain* ch = new TChain("TopTree/events");
ch->Add(Form("%s/hep_data_json.root",dir.Data()), nevt);
ch->Process(A);
MyAnalysis_others *B = new MyAnalysis_others(1,1,831.8,lumi,hB->GetBinContent(1));
TChain* ch2 = new TChain("TopTree/events");
ch2->Add(Form("%s/hep_TT_powheg.root",dir.Data()), nevt);
ch2->Process(B);
//////
MyAnalysis_Sig *Bsemi = new MyAnalysis_Sig(1,1,831.8,lumi,hBsemi->GetBinContent(1));
TChain* ch2semi = new TChain("TopTree/events");
ch2semi->Add(Form("%s/hep_TT_powheg.root",dir.Data()), nevt);
ch2semi->Process(Bsemi);
/////////
MyAnalysis *C = new MyAnalysis(1,1,61524,lumi,hC->GetBinContent(2));
TChain* ch3 = new TChain("TopTree/events");
ch3->Add(Form("%s/hep_WJets.root",dir.Data()),nevt);
ch3->Process(C);
MyAnalysis *D = new MyAnalysis(1,1,6025.2,lumi,hD->GetBinContent(1));
TChain* ch4 = new TChain("TopTree/events");
ch4->Add(Form("%s/hep_DYJets.root",dir.Data()),nevt);
ch4->Process(D);
MyAnalysis *E = new MyAnalysis(1,1,18610.0,lumi,hE->GetBinContent(1));
TChain* ch5 = new TChain("TopTree/events");
ch5->Add(Form("%s/hep_DYJets_10to50.root",dir.Data()),nevt);
ch5->Process(E);
MyAnalysis *I = new MyAnalysis(1,1,44.33,lumi,hI->GetBinContent(1));
TChain* ch6 = new TChain("TopTree/events");
ch6->Add(Form("%s/hep_SingleTop_t.root",dir.Data()),nevt);
ch6->Process(I);
MyAnalysis *J = new MyAnalysis(1,1,26.38,lumi,hJ->GetBinContent(1));
TChain* ch7 = new TChain("TopTree/events");
ch7->Add(Form("%s/hep_SingleTbar_t.root",dir.Data()),nevt);
ch7->Process(J);
MyAnalysis *K = new MyAnalysis(1,1,35.6,lumi,hK->GetBinContent(1));
TChain* ch8 = new TChain("TopTree/events");
ch8->Add(Form("%s/hep_SingleTop_tW.root",dir.Data()),nevt);
ch8->Process(K);
MyAnalysis *L = new MyAnalysis(1,1,35.6,lumi,hL->GetBinContent(1));
TChain* ch9 = new TChain("TopTree/events");
ch9->Add(Form("%s/hep_SingleTbar_tW.root",dir.Data()),nevt);
ch9->Process(L);
MyAnalysis *N = new MyAnalysis(1,1,118.7,lumi,hN->GetBinContent(1));
TChain* ch10 = new TChain("TopTree/events");
ch10->Add(Form("%s/hep_WW.root",dir.Data()),nevt);
ch10->Process(N);
MyAnalysis *O = new MyAnalysis(1,1,47.13,lumi,hO->GetBinContent(1));
TChain* ch11 = new TChain("TopTree/events");
ch11->Add(Form("%s/hep_WZ.root",dir.Data()),nevt);
ch11->Process(O);
MyAnalysis *M = new MyAnalysis(1,1,16.523,lumi,hM->GetBinContent(1));
TChain* ch12 = new TChain("TopTree/events");
ch12->Add(Form("%s/hep_ZZ.root",dir.Data()),nevt);
ch12->Process(M);
Plotter P;
for (int i=0; i < 6 ;i++) {
//for (int i=0; i < D->histograms.size() ;i++) {
//merge for DY
D->histograms[i]->Add(E->histograms[i]);
//merge for SingleTop
I->histograms[i]->Add(J->histograms[i]);
I->histograms[i]->Add(K->histograms[i]);
I->histograms[i]->Add(L->histograms[i]);
//////merge for VV
N->histograms[i]->Add(O->histograms[i]);
N->histograms[i]->Add(M->histograms[i]);
////tt bkg
// B->histograms[i]->Add(Bhad->histograms[i]);
}
P.SetData(A->histograms, std::string("Data"));
P.AddBg(Bsemi->histograms, std::string("TTbar"));
P.AddBg(C->histograms, std::string("Wjets"));
P.AddBg(D->histograms, std::string("DY"));
P.AddBg(I->histograms, std::string("Single Top"));
P.AddBg(N->histograms, std::string("VV"));
P.AddBg(B->histograms, std::string("TTOthers"));
P.Plot(string("results_ABCD.pdf"));
TFile * outA = TFile::Open("hist_data.root","RECREATE");
for(int i=0; i < A->histograms.size(); i++){
TH1F * tmp = (TH1F *) A->histograms[i];
tmp->Write();
}
for(int i=0; i < A->histograms_2D.size(); i++){
TH2D * tmp = (TH2D *) A->histograms_2D[i];
tmp->Write();
}
outA->Write();
outA->Close();
TFile * outB = TFile::Open("hist_TT_others.root","RECREATE");
for(int i=0; i < B->histograms.size(); i++){
TH1F * tmp = (TH1F *) B->histograms[i];
tmp->Write();
}
for(int i=0; i < B->histograms_2D.size(); i++){
TH2D * tmp = (TH2D *) B->histograms_2D[i];
tmp->Write();
}
outB->Write();
outB->Close();
TFile * outBsemi = TFile::Open("hist_TT_SemiLeptonic.root","RECREATE");
for(int i=0; i < Bsemi->histograms.size(); i++){
TH1F * tmp = (TH1F *) Bsemi->histograms[i];
tmp->Write();
}
for(int i=0; i < Bsemi->histograms_2D.size(); i++){
TH2D * tmp = (TH2D *) Bsemi->histograms_2D[i];
tmp->Write();
}
outBsemi->Write();
outBsemi->Close();
TFile * outC = TFile::Open("hist_WJets.root","RECREATE");
for(int i=0; i < C->histograms.size(); i++){
TH1F * tmp = (TH1F *) C->histograms[i];
tmp->Write();
}
for(int i=0; i < C->histograms_2D.size(); i++){
TH2D * tmp = (TH2D *) C->histograms_2D[i];
tmp->Write();
}
outC->Write();
outC->Close();
TFile * outD = TFile::Open("hist_DY.root","RECREATE");
for(int i=0; i < D->histograms.size(); i++){
TH1F * tmp = (TH1F *) D->histograms[i];
tmp->Write();
}
for(int i=0; i < D->histograms_2D.size(); i++){
TH2D * tmp = (TH2D *) D->histograms_2D[i];
tmp->Write();
}
outD->Write();
outD->Close();
TFile * outI = TFile::Open("hist_SingleTop.root","RECREATE");
for(int i=0; i < I->histograms.size(); i++){
TH1F * tmp = (TH1F *) I->histograms[i];
tmp->Write();
}
for(int i=0; i < I->histograms_2D.size(); i++){
TH2D * tmp = (TH2D *) I->histograms_2D[i];
tmp->Write();
}
outI->Write();
outI->Close();
TFile * outN = TFile::Open("hist_VV.root","RECREATE");
for(int i=0; i < N->histograms.size(); i++){
TH1F * tmp = (TH1F *) N->histograms[i];
tmp->Write();
}
for(int i=0; i < N->histograms_2D.size(); i++){
TH2D * tmp = (TH2D *) N->histograms_2D[i];
tmp->Write();
}
outN->Write();
outN->Close();
}
int main(int argc, char *argv[])
{
/************************************************* example as a standalone window ************************************************************/
/*
//create an application
QApplication app(argc, argv);
// create and fill the data vector
QVector<QPointF> data1;
for (float i=0;i<20;i+=0.1)
data1.append(QPointF(i,sin(i)));
// create and fill another data vector
QVector<QPointF> data2;
for (float i=0;i<20;i+=0.1)
data2.append(QPointF(i,sin(i/2)));
//creat the plotter and set its data
Plotter *plotter = new Plotter; // create a plotter
plotter->setPlotSettings(PlotSettings(0,20,-2,2)); //initialise the axis
plotter->setCurveData(0,data1); //set the first plotter data set
plotter->setCurveData(1,data2); //set the second plotter data set
//show the plotter widget
plotter->show();
//execute the application
return app.exec();
*/
/*********************************************************************************************************************************************/
/******************************************** example of use as a widget among others *********************************************************/
//create an application
QApplication app(argc, argv);
// create a window
QWidget *window = new QWidget;
window->setWindowTitle("Plotter widget application");
// create a label
QLabel *label = new QLabel("<h2><i><font color=blue> Plot example </font> </i></h2>");
//create the plotter and its data
Plotter *plotter = new Plotter;
plotter->setPlotSettings(PlotSettings(0,20,-2,2));
QVector<QPointF> data1;
for (float i=0;i<20;i+=0.1)
data1.append(QPointF(i,sin(i)));
QVector<QPointF> data2;
for (float i=0;i<20;i+=0.1)
data2.append(QPointF(i,sin(i/2)));
plotter->setCurveData(0,data1);
plotter->setCurveData(1,data2);
//layout the widgets
QVBoxLayout *layout = new QVBoxLayout;
layout -> addWidget (label);
layout -> addWidget (plotter);
window->setLayout(layout);
//show the window
window->show();
//execute the application
return app.exec();
/*********************************************************************************************************************************************/
}
/**
* Creates an exact copy of this diagram.
*/
Plotter* Plotter::clone() const
{
Plotter* newDiagram = new Plotter( new Private( *d ) );
newDiagram->setType( type() );
return newDiagram;
}
void Frame::Resize (int w, int h)
{
SetSize(w,h);
panel->Configure(panel->Width(),h); // fixed width of panel
plotter->Resize(w-panel->Width(),h); // resize drawing area
}
int main(int argc, char *argv[]) {
FILE* fp = fopen("config.txt", "r");
if (fp) {
int a, b;
if (fscanf(fp," cores %d", &a) == 1) plotter.n_threads = a;
if (fscanf(fp," def_res %d %d", &a, &b) == 2) {
gfx.screen_w_default = a;
gfx.screen_h_default = b;
}
if (fscanf(fp," max_iter %d", &a) == 1) plotter.max_iter = a;
}
if (SDL_Init(SDL_INIT_EVERYTHING) == -1 || !gfx.init()) return 1;
plotter.init();
plotter.resize(gfx.get_screen_w(), gfx.get_screen_h());
plotter.plot();
while (true) {
frame_time = SDL_GetTicks();
input.update();
if (input.key_pressed(SDLK_ESCAPE) || input.is_quitting())
break;
if (input.key_down( SDLK_LCTRL ) &&
input.mouse_pressed(SDL_BUTTON_LEFT)) {
plotter.center();
} else if (input.mouse_pressed(SDL_BUTTON_LEFT)) {
if (input.key_down(SDLK_LSHIFT)) {
plotter.zoom(zoom_factor * 5);
} else {
plotter.zoom(zoom_factor);
}
} else if (input.mouse_pressed(SDL_BUTTON_RIGHT)) {
if (input.key_down(SDLK_LSHIFT)) {
plotter.zoom(1/(zoom_factor * 5));
} else {
plotter.zoom(1/zoom_factor);
}
}
if (input.key_pressed(SDLK_f)) {
plotter.end_plotting();
gfx.toggle_fullscreen();
plotter.resize(gfx.get_screen_w(), gfx.get_screen_h());
plotter.plot();
//zoom_on();
}
if (input.key_pressed(SDLK_p)) {
plotter.print_pos();
}
gfx.update();
int time_rem = 1000 / FPS - (SDL_GetTicks() - frame_time);
if (time_rem >= 5)
SDL_Delay(time_rem);
}
plotter.end_plotting();
SDL_Quit();
return 0;
}
//Picture that prints rocket
void printPicture(char ch)
{
Plotter screen;
int x=200;
int y=200;
if(ch=='@')
{
screen.setColor(darkgreen);
screen.plot(x,y,SQUARE);
x++;
y++;
}
else if(ch=='0')
{
screen.setColor(darkgreen);
screen.plot(x,y,SQUARE);
x++;
y++;
}
else if(ch=='8')
{
screen.setColor(green);
screen.plot(x,y,SQUARE);
x++;
y++;
}
else if(ch=='b')
{
screen.setColor(blue);
screen.plot(x,y,SQUARE);
x++;
y++;
}
else if(ch=='C')
{
screen.setColor(yellow);
screen.plot(x,y,SQUARE);
x++;
y++;
}
else if(ch=='G')
{
screen.setColor(darkyellow);
screen.plot(x,y,SQUARE);
x++;
y++;
}
else if(ch=='O')
{
screen.setColor(black);
screen.plot(x,y,SQUARE);
x++;
y++;
}
else if(ch=='#')
{
screen.setColor(red);
screen.plot(x,y,SQUARE);
x++;
y++;
}
else if (ch==';')
{
screen.setColor(red);
screen.plot(x,y,SQUARE);
x++;
y++;
}
else if(ch==',')
{
screen.setColor(white);
screen.plot(x,y,SQUARE);
x++;
y++;
}
else if(ch=='+')
{
screen.setColor(grey);
screen.plot(x,y,SQUARE);
x++;
y++;
}
else if(ch=='`')
{
screen.setColor(grey);
screen.plot(x,y,SQUARE);
x++;
y++;
}
else if (ch=='.')
{
screen.setColor(lightgrey);
screen.plot(x,y,SQUARE);
x++;
y++;
}
else if (ch=='B')
{
screen.setColor(cyan);
screen.plot(x,y,SQUARE);
x++;
y++;
}
else if (ch=='W')
{
screen.setColor(white);
screen.plot(x,y,SQUARE);
x++;
y++;
}
else if (ch=='w')
{
screen.setColor(white);
screen.plot(x,y,SQUARE);
x++;
y++;
}
else if(ch=='*')
{
cout<<endl;
x++;
y++;
}
else if (ch==' ')
{
screen.setColor(black);
screen.plot(x,y,SQUARE);
x++;
y++;
}
}
//Function that prints names
bool backgroundIntro()
{
ifstream data;
POINT p;
Plotter screen;
/* HWND consoleWnd = GetConsoleWindow();*/
Sleep(100);
//PlaySound("C:\Users\Abril Resendiz\SkyDrive\Documents\ProjectFinal\ProjectFinal\357mag.wav", NULL, SND_ASYNC);
screen.setColor(yellow);
screen.move(30,23);
cout<<"Created By:";
Sleep(2000);
Sleep(100);
//PlaySound("C:\Users\Abril Resendiz\SkyDrive\Documents\ProjectFinal\ProjectFinal\357mag.wav", NULL, SND_ASYNC);
screen.setColor(green);
screen.move(30,25);
cout<<"Abril Resendiz";
Sleep(2000);
// PlaySound("C:\Users\Abril Resendiz\SkyDrive\Documents\ProjectFinal\ProjectFinal\357mag.wav", NULL, SND_ASYNC);
screen.setColor(yellow);
screen.move(30,27);
cout<<"Daniel Holt";
Sleep(2000);
// PlaySound("C:\\Users\\Alex\\Desktop\\CB\\ProjectFinal\\357mag.wav", NULL, SND_ASYNC);
screen.setColor(green);
screen.move(30,29);
cout<<"Maggie Schmeltekopf";
Sleep(2000);
// PlaySound("C:\\Users\\Alex\\Desktop\\CB\\ProjectFinal\\357mag.wav", NULL, SND_ASYNC);
screen.setColor(yellow);
screen.move(30,31);
cout<<"Victoria Robinson";
Sleep(2000);
// PlaySound("C:\Users\Abril Resendiz\SkyDrive\Documents\ProjectFinal\ProjectFinal\\357mag.wav", NULL, SND_ASYNC);
screen.setColor(green);
screen.move(30,33);
cout<<"Emily Peirce";
Sleep(2000);
screen.clear();
return exit;
}