int main()
{
helloworld();
helloworld();
helloworld();
helloworld();
return 0;
}
//int WINAPI WinMain(HINSTANCE hInstance, HINSTANCE hPrevInstance, PSTR pScmdline, int iCmdshow)
int main(int _argc, char** _argv)
{
EEDesc desc;
desc.applicationName = L"Emerald"; //窗口名称
desc.isFullScreen = false; //是否全屏
desc.width = 800; //窗口宽度
desc.height = 450; //窗口高度
desc.isSSAA = true; //是开启抗锯齿
desc.isVsync = false; //是否垂直同步
EEInitialize(desc);
EETexture bgTex(L"Texture\\主界面\\主界面背景.jpg");
EETexture button2Tex(L"Texture/主界面/模式标签/生涯模式.png");
EEFont helloworld(FLOAT3(100.0f, 100.0f, 0.0f), EEColor::YELLOW, L"hello world");
EELineEditer *lineEditer = new EELineEditer(Rect_Float(200.f, 300.f, 300.f, 350.f), bgTex, EEColor::BLACK);
EELineEditer *lineEditer2 = new EELineEditer(Rect_Float(400.f, 300.f, 500.f, 350.f), bgTex, EEColor::BLACK);
while (EERun())
{
EEBeginScene(EEColor::BLACK);
EEShowFPSInTitle(L"- -");
lineEditer->Process();
lineEditer2->Process();
helloworld.Process();
EEEndScene();
}
EEShutdown();
return 0;
}
int main() {
printf(
"The return code from the helloworld system call is %ld\n",
helloworld()
);
return 0;
}
int main()
{
printf("Hello World!.\n");
printf("%d\n", helloworld(5));
printf("%d\n", helloworld2(5));
return 0;
}
int helloworld(int i){
if(i <= 1){
return 1;
}
else{
return i * helloworld(i -1);
}
}
int
main (
int argc,
char **argv)
{
hello("John");
hello("Marie");
hello("Judith");
helloworld();
return EXIT_SUCCESS;
}
//int WINAPI WinMain(HINSTANCE hInstance, HINSTANCE hPrevInstance, PSTR pScmdline, int iCmdshow)
int main(int _argc, char** _argv)
{
EEDesc desc;
desc.applicationName = L"Emerald"; //窗口名称
desc.isFullScreen = false; //是否全屏
desc.width = 800; //窗口宽度
desc.height = 450; //窗口高度
desc.isSSAA = true; //是开启抗锯齿
desc.isVsync = false; //是否垂直同步
EEInitialize(desc);
EEBitmap bitmap1 = EEGetFontBitmap(L'啊');
EEBitmap bitmap2 = EEGetFontBitmap(L'呀');
EEBitmap bitmap3 = EEGetFontBitmap(L'？');
EEBitmap bitmap = EEBitmapCombineHorizontal(bitmap1, bitmap2);
//bitmap = EEBitmapCombineHorizontal(bitmap, bitmap3);
//bitmap.Resize(500, 500);
//std::vector<EEBitmap> bitmaps;
//EEBitmapDivideVertical(bitmap, 3, bitmaps);
//EETexture fonttex(bitmaps[1]);
EEQuad2D quad0(Rect_Float(0, 0, (float)bitmap.GetWidth(), (float)bitmap.GetHeight()), bitmap);
quad0.SetLocalZOrder(10.0f);
EEBitmap bitmap11 = EEGetFontBitmap(L"大家好!呀\n呀\'呀呀?");
EEQuad2D quad1(Rect_Float(0, 200, (float)bitmap11.GetWidth(), (float)bitmap11.GetHeight() + 200), bitmap11);
quad1.SetLocalZOrder(10.0f);
EETexture bgTex(L"Texture\\Project Diva Freedom\\01\\选歌条.png");
EEFont helloworld(FLOAT3(100.0f, 100.0f, 0.0f), EEColor::YELLOW, L"hello world");
helloworld.AddText(L'1');
EELineEditor *lineEditor = new EELineEditor(Rect_Float(200.f, 300.f, 300.f, 350.f), bgTex, EEColor::BLACK);
EELineEditor *lineEditor2 = new EELineEditor(Rect_Float(400.f, 300.f, 500.f, 350.f), bgTex, EEColor::BLACK);
EETextEditor *textEditor = new EETextEditor(Rect_Float(300.f, 100.f, 400.f, 150.f), bgTex, EEColor::BLACK);
while (EERun())
{
EEBeginScene(EEColor::BLACK);
EEShowFPSInTitle(L"- -");
quad0.Process();
quad1.Process();
lineEditor->Process();
lineEditor2->Process();
helloworld.Process();
textEditor->Process();
EEEndScene();
}
EEShutdown();
return 0;
}
kpSDK::kpSDK(QObject *parent) :
QObject(parent)
{
manager = new QNetworkAccessManager(this);
eLoop=new QEventLoop;
mRet=-1;
mIsAppPath=true;
mIsToRecyle=true;
mIsOverWrite=true;
this->mConsumerKey.clear();
this->mConsumerSecret.clear();
connect(this,SIGNAL(helloworld()),this,SLOT(reqTknReplyFinished()));
}
//////////////////////
// //
// Main Statement //
// //
//////////////////////
int main(void) {
/* Declares local vars */
long int rc; /* return code of last function */
struct exampledll handle;
/* Calls function */
rc = helloworld();
printf("\n");
/* Adds numbers */
printf("Calling on DLL for addition...\n");
rc = example_sum(123, 321);
printf("123 + 321 = %i\n\n", rc);
/* Creates String */
printf("Calling on DLL to create string...\n");
rc = example_stringcreate(&handle);
if (rc) {
printf("There was an error creating the string\n");
return(1);
};
/* Prints String */
printf("My string is: \"%s\"\n\n", handle.message);
/* Destroys string */
printf("Calling on DLL to delete string...\n");
rc = example_stringdestroy(&handle);
if (rc) {
printf("There was an error destroying the string\n");
return(1);
};
/* Prints String */
//rc = (int) message;
//printf("Memory Address: %i\n", rc);
printf("My string is: \"%s\"\n\n", handle.message);
//printf("Backup: \"%s\"\n\n", backup);
/* Ends function */
return(rc);
}
void mood(void)
{
static uint8_t command;
static uint16_t i=0;
static uint16_t r=MAXPWM,g=MAXPWM/2,b=MAXPWM/42;
static uint16_t r_dir=R_SPEED, g_dir=G_SPEED, b_dir=B_SPEED;
static bool loop=true;
command=' '; // default command: none
/* Load the next command byte from the USB to USART transmit buffer */
if (!(RingBuffer_IsEmpty(&USBtoUSART_Buffer)))
command=RingBuffer_Remove(&USBtoUSART_Buffer);
switch (command) {
case 'r': if (r >=1000) r-=1000; break;
case 'R': if (r <= MAXPWM-1000) r+=1000; break;
case 'g': if (g >=1000) g-=1000; break;
case 'G': if (g <= MAXPWM-1000) g+=1000; break;
case 'b': if (b >=1000) b-=1000; break;
case 'B': if (b <= MAXPWM-1000) b+=1000; break;
case 'h': loop=true; helloworld(); break;
case '#': loop=setcmd(&r,&g,&b); break;
case 'm': loop=true;
default:
if (++i > DELAY) {
if(loop) {
if (r >= (MAXPWM - R_SPEED)) r_dir = -R_SPEED;
if (r <= R_SPEED) r_dir = R_SPEED;
if (g >= (MAXPWM - G_SPEED)) g_dir = -G_SPEED;
if (g <= G_SPEED) g_dir = G_SPEED;
if (b >= (MAXPWM - B_SPEED)) b_dir = -B_SPEED;
if (b <= B_SPEED) b_dir = B_SPEED;
r += r_dir; g += g_dir; b += b_dir;
}
setcolor(r,g,b);
//if (lowvoltage()) { // red light and stop
// setcolor(MAXPWM,0,0);
// for(;;);
//}
i=0;
}
}
}
int main(int argc, char **argv)
{
#if USE_GTK
Gtk::Main kit(argc, argv);
Glib::thread_init();
// CalibrationWindow calwindow;
// calwindow.show();
GazeTrackerGtk helloworld(argc, argv);
helloworld.show();
Gtk::Main::run(helloworld);
#else
#warning implement me!!
#endif
return 0;
}
int main() {
helloworld();
exit(0);
}
int main() {
helloworld(std::cout);
}
int main(int argc, char const* argv[]) {
helloworld();
return 0;
}
int main(void) {
helloworld();
}
void main(int argc,String *argv) {
randomise();
ArgParser a=ArgParser(argc,argv);
String fname=a.argafter("-i","GF lines filename","ls.gf");
cdclip=a.floatafter("-ed","Maximum end distance of lines",30);
creepintoline=a.floatafter("-ic","Intersection can creep in this much of the line",0.02);
dotabove=a.floatafter("-pd","Parallelity: dot product must be above this",0.5);
minlen=a.floatafter("-ml","Minimum length of a line",20);
bool displaying=!a.argexists("nod","Don't display");
String imname=a.argafter("-oi","Original image","none");
oiscale=a.floatafter("-ois","Scale to original image",2);
bool overlaylines=a.argexists("-ol","Overlay lines");
int imwidth=a.intafter("-rqw","width of recovered quad images (pixels)",200);
// float favourlarge=a.floatafter("-fl","Favour large by",0.8); // old method
float favourlarge=a.floatafter("-fl","Favour large by",1.2);
dividebyarea=!a.argexists("-dd","Don't divide V by area");
oldmethod=a.argexists("-osm","Old stats method (area not sum mags, score reciprocal not -ve)");
a.done();
// Specific to my images
printf("Auto scale? ");
String tmp=imname;
if (Sinstrlast(tmp,"/"))
tmp=Sfrom(tmp,Sinstrlast(tmp,"/")+1);
if (Sstarts(tmp,"image")) {
printf("2.5");
oiscale=2.5;
}
if (Sstarts(tmp,"img") || Slen(Sbefore(tmp,"."))==2) {
printf("2.0");
oiscale=2.0;
}
printf("\n");
// Read list from file and find quads (looks easy!)
List<QuadsLine2d> ls=readgfset(fname);
helloworld();
printf("Finding quads\n");
List<Polygon2d> qs=findquads(ls);
printf("df...");
JFont coolfont=JFont(0.5);
printf("fd...\n");
if (!Seq(imname,"none")) {
printf("Trying to read original file (%s)...",imname);
oi=RGBmp::readfile(imname);
Map2d<float> *gs=oi->getgreyscale();
jbmp=JBmp(oi->width*0.5,oi->height*0.5);
jbmp.clear(255);
for (int i=1; i<=ls.len; i++) {
QuadsLine2d l=ls.num(i)*oiscale*0.5;
jbmp.line(l,0);
//jbmp.thickline(l,1,255);
}
jbmp.writefile("lines.bmp");
// Simple quad map
Map2d<bool> jb=Map2d<bool>(oi->width*0.5,oi->height*0.5,255);
for (int i=1; i<=qs.len; i++) {
// jb.clear();
Polygon2d p=qs.num(i);
for (int j=1; j<=p.vs.len; j++) {
jb.line(p.linefrom(j)*0.5*oiscale,0);
}
}
jb.writefile("quads.bmp");
// Edge detection
printf("Doing edge detection\n");
gs->edgedetection(Map2d<float>::sobel(),&mag,&angs);
// angs->display();
// exit(0);
qs.applycall(&scalepoly); // No need for oiscale after this point
for (int i=1; i<=qs.len; i++) {
Polygon2d *quad=qs.p2num(i);
quad->name=Schr(Sasc("A")+(i-1)%26);
}
// Overlay lines on original
if (overlaylines) {
RGBmp *linesover=oi->scaledby(0.5);
for (int i=1; i<=ls.len; i++)
linesover->thickline(0.5*oiscale*ls.num(i),myRGB(0,0,0),4);
for (int i=1; i<=ls.len; i++)
linesover->line(0.5*oiscale*ls.num(i),myRGB(255,255,255));
linesover->writefile("linesover.bmp");
}
// Overlay quads on original
RGBmp *rgbmp=oi->scaledby(0.5);
for (int i=1; i<=qs.len; i++) {
Polygon2d p=qs.num(i);
for (int j=1; j<=p.vs.len; j++) {
rgbmp->thickline(0.5*p.linefrom(j),myRGB(0,0,0),4);
}
}
for (int i=1; i<=qs.len; i++) {
Polygon2d p=qs.num(i);
for (int j=1; j<=p.vs.len; j++) {
rgbmp->line(0.5*p.linefrom(j),myRGB(255,255,255));
}
}
rgbmp->writefile("overlay.bmp");
RGBmp *detailed=new RGBmp(oi->width/2.0,oi->height/2.0,myRGB(255,255,255));//oi->scaledby(1);
for (int i=1; i<=qs.len; i++) {
Polygon2d p=qs.num(i);
for (int j=1; j<=p.vs.len; j++) {
detailed->line(p.linefrom(j)*0.5,myRGB(0,0,0));
}
// V2d t=(p.vs.num(1)+p.vs.num(2)+p.vs.num(3)+p.vs.num(4))/4.0/2.0+V2d::random()*100/2.0;
V2d t=V2d(myrnd()*detailed->width,myrnd()*detailed->height);
for (int k=1; k<=4; k++) {
V2d c=p.vs.num(k)/2.0;
detailed->line(c,t,myRGB(0,0,0));
}
String data=Sformat("%s",p.name);
coolfont.centerString(data,detailed,t.x,t.y,8,myRGB(0,0,0));
}
detailed->writefile("data.bmp");
List<String> left;
List<String> right;
for (int i=1; i<=qs.len; i++) {
Polygon2d *p=qs.p2num(i);
String s=Sformat("%s score %.3f, area %.3f",p->name,scorefor(p),p->area());
if (p->centroid().x<oi->width/2.0)
left.add(s);
else
right.add(s);
}
List<String> data;
// data.add(Sformat("GF %s td=%.2f ti=%.2d tp=%.2f minlen=%.2f Image %s scale=%.2f widthofrecquad=%.2f favourlarge=%.2f",fname,cdclip,creepintoline,dotabove,minlen,imname,oiscale,favourlarge));
String tmp="";
if (dividebyarea)
tmp=Sconc(tmp,"Dividing V by area. ");
data.add(tmp);
data.add("");
data.add("-- Left:");
data.add(left);
data.add("-- Right:");
data.add(right);
writelinestofile(data,"data.txt");
/* printf("Ordering\n");
qs=qs.qsort(&offness);
printf("Done ordering.\n");*/
printf("Removing overlapping quads (%i) ...\n",qs.len);
data.add("-- Rejection:");
// Check all containers first
for (int i=1; i<=qs.len; i++) {
Polygon2d *quad=qs.p2num(i);
bool done=false;
for (int j=1; j<=qs.len && !done; j++) { // Compare to all others (one-directional)
printf("Comparing (%i/%i) to %i : ",i,qs.len,j);
if (i!=j) {
Polygon2d *oquad=qs.p2num(j);
data.add(Sformat("Comparing %s to %s %i %i",quad->name,oquad->name,i,j));
bool overlaps=quad->overlaps(oquad,0.99);
if (overlaps==Polygon2d::container) { // quad envelops oquad
if (scorefor(quad)>0.8*scorefor(oquad)) {
// data.add(ql(&qs));
data.add(Sformat("%s contained %s and rejected it",quad->name,oquad->name));
qs.remnum(j);
j--;
if (i>j) {
i--;
done=true;
}
printf("Contained quad rejected");
// data.add(ql(&qs));
}
}
}
printf("\n");
}
}
// Then overlapping in general
for (int i=1; i<=qs.len; i++) {
Polygon2d *quad=qs.p2num(i);
bool done=false;
for (int j=i+1; j<=qs.len && !done; j++) { // bi-derectional
printf("Comparing (%i/%i) to %i : ",i,qs.len,j);
Polygon2d *oquad=qs.p2num(j);
bool overlaps=quad->overlaps(oquad);
if (overlaps) {
if (scorefor(quad)>scorefor(oquad)) {
// data.add(ql(&qs));
data.add(Sformat("%s beat %s.",quad->name,oquad->name));
qs.remnum(j);
j--;
printf("Second quad rejected");
// data.add(ql(&qs));
} else {
// data.add(ql(&qs));
data.add(Sformat("%s beat %s,",oquad->name,quad->name));
qs.remnum(i);
i--;
done=true;
printf("First quad rejected");
//data.add(ql(&qs));
}
}
printf("\n");
}
}
printf("Done: now (%i) quads.\n",qs.len);
// Overlay again
RGBmp *rgbmp2=oi->scaledby(0.5);
for (int i=1; i<=qs.len; i++) {
Polygon2d p=qs.num(i);
for (int j=1; j<=p.vs.len; j++) {
rgbmp2->thickline(0.5*p.linefrom(j),myRGB(0,0,0),4);
}
}
for (int i=1; i<=qs.len; i++) {
Polygon2d p=qs.num(i);
for (int j=1; j<=p.vs.len; j++) {
rgbmp2->line(0.5*p.linefrom(j),myRGB(255,255,255));
}
V2d t=0.5*p.centroid();
// rgbmp2->line(oiscale*p.num(1),t,V3d(1,0,0));
String data=Sformat("%.3f",scorefor(qs.p2num(i)));
//coolfont.centerString(data,rgbmp2,t.x,t.y,9,myRGB(255,0,0));
}
rgbmp2->writefile("overlay2.bmp");
// Simple quad map again
Map2d<bool> jbq=Map2d<bool>(oi->width*0.5,oi->height*0.5,255);
for (int i=1; i<=qs.len; i++) {
// jb.clear();
Polygon2d p=qs.num(i);
for (int j=1; j<=p.vs.len; j++) {
jbq.line(p.linefrom(j)*0.5,0);
}
}
jbq.writefile("quads2.bmp");
// Recover text
List<RGBmp *> rec;
// oi->display();
for (int i=1; i<=qs.len && i<=5; i++) {
List<V2d> *l=&qs.num(i).vs;
RGBmp *n=oi->recoverquad(l,1,imwidth);
n->writefile(getnextfilename("recquad","bmp"));
rec.add(n);
}
if (displaying) {
// waitforkeypress();
jbmp.display();
jb.display();
for (int i=1; i<=rec.len; i++)
rec.num(i)->display();
}
data.add("-- Final quads:");
for (int i=1; i<=qs.len; i++) {
Polygon2d *p=qs.p2num(i);
String s=Sformat("%s %.3f",p->name,scorefor(p));
data.add(s);
}
writelinestofile(data,"data.txt");
}
// allegroexit();
printf("%i quadrilaterals found\n",qs.len);
}
int main() {
helloworld();
hellocppworld();
}
main(){
printf("The return from mysyscall is %d\n",helloworld());
}
void main(int argc,String *argv) {
randomise();
ArgParser a=ArgParser(argc,argv);
String fname=a.argafter("-i","GF lines filename","ls.gf");
cdclip=a.floatafter("-ed","Maximum end distance of lines",30);
creepintoline=a.floatafter("-ic","Intersection can creep in this much of a the line",0.02);
dotabove=a.floatafter("-pd","Parallelity: dot product must be above this",0.5);
minlen=a.floatafter("-ml","Minimum length of a line",20);
bool displaying=!a.argexists("nod","Don't display");
String imname=a.argafter("-oi","Original image","none");
oiscale=a.floatafter("-ois","Scale to original image",2);
// Read list from file and find quads (looks easy!)
List<QuadsLine2d> ls=readgfset(fname);
helloworld();
printf("Finding quads\n");
jbmp.clear(0);
for (int i=1;i<=ls.len;i++) {
QuadsLine2d l=ls.num(i)*1.8;
jbmp.line(l,255);
//jbmp.thickline(l,1,255);
}
List<Polygon2d> qs=findquads(ls);
jbmp.writefile("lines.bmp");
// Simple quad map
Map2d<bool> jb=Map2d<bool>(640,480,15);
for (int i=1;i<=qs.len && !key[KEY_ESC];i++) {
// jb.clear();
Polygon2d p=qs.num(i);
for (int j=1;j<=p.vs.len;j++) {
jb.line(p.linefrom(j)*1.8,0);
}
}
jb.writefile("quads.bmp");
if (displaying) {
jbmp.display();
jb.display();
allegroexit();
}
JFont coolfont=JFont("c:/joey/code/c/gfx2d/jfont/cool.jf",0.5);
printf("fd...\n");
if (!Seq(imname,"none")) {
oi=RGBmp::readfile(imname);
Map2d<float> *gs=oi->getgreyscale();
// Edge detection
printf("Doing edge detection\n");
gs->edgedetection(Map2d<float>::sobel(),&mag,&angs);
// angs->display();
// exit(0);
qs.applycall(&scalepoly);
// Overlay quads on original
RGBmp *rgbmp=oi->scaledby(0.5);
for (int i=1;i<=qs.len && !key[KEY_ESC];i++) {
Polygon2d p=qs.num(i);
for (int j=1;j<=p.vs.len;j++) {
rgbmp->thickline(0.5*p.linefrom(j),myRGB(0,0,0),3);
}
}
for (int i=1;i<=qs.len && !key[KEY_ESC];i++) {
Polygon2d p=qs.num(i);
for (int j=1;j<=p.vs.len;j++) {
rgbmp->line(0.5*p.linefrom(j),myRGB(0,255,255));
}
}
rgbmp->writefile("overlay.bmp");
RGBmp *detailed=new RGBmp(oi->width/2.0,oi->height/2.0,myRGB(255,255,255));//oi->scaledby(1);
for (int i=1;i<=qs.len && !key[KEY_ESC];i++) {
Polygon2d p=qs.num(i);
for (int j=1;j<=p.vs.len;j++) {
detailed->thickline(p.linefrom(j)*0.5,myRGB(0,0,0),1);
}
if (myrnd()<1.0/4.0) {
V2d c=p.vs.num(intrnd(1,4));
V2d t=c+V2d::random()*100;
//detailed->line(c,t,myRGB(0,0,0));
String data=Sformat("%.2f",scorefor(qs.p2num(i)));
coolfont.centerString(data,detailed,t.x,t.y,8,myRGB(0,0,32));
}
}
detailed->writefile("data.bmp");
List<String> left;
List<String> right;
for (int i=1;i<=qs.len;i++) {
Polygon2d *p=qs.p2num(i);
String s=Sformat("%.3f",scorefor(p));
if (p->centroid().x<oi->width/2.0)
left.add(s);
else
right.add(s);
}
List<String> data;
data.add("-- Left:");
data.add(left);
data.add("-- Right:");
data.add(right);
writelinestofile(data,"data.txt");
/* printf("Ordering\n");
qs=qs.qsort(&offness);
printf("Done ordering.\n");*/
printf("Removing overlapping quads (%i) ...\n",qs.len);
// Check all containers first
for (int i=1;i<=qs.len;i++) {
Polygon2d *quad=qs.p2num(i);
bool done=false;
for (int j=1;j<=qs.len && !done;j++) { // Compare to all others (one-directional)
printf("Comparing (%i/%i) to %i : ",i,qs.len,j);
if (i!=j) {
Polygon2d *oquad=qs.p2num(j);
bool overlaps=quad->overlaps(oquad,0.99);
if (overlaps==Polygon2d::container) { // quad envelops oquad
if (scorefor(quad)>0.8*scorefor(oquad)) {
qs.remnum(j);
j--;
if (i>j)
i--;
printf("Contained quad rejected");
}
}
}
printf("\n");
}
}
// Then overlapping in general
for (int i=1;i<=qs.len;i++) {
Polygon2d *quad=qs.p2num(i);
bool done=false;
for (int j=i+1;j<=qs.len && !done;j++) { // bi-derectional
printf("Comparing (%i/%i) to %i : ",i,qs.len,j);
Polygon2d *oquad=qs.p2num(j);
bool overlaps=quad->overlaps(oquad);
if (overlaps) {
if (scorefor(quad)>scorefor(oquad)) {
qs.remnum(j);
j--;
printf("Second quad rejected");
} else {
qs.remnum(i);
i--;
done=true;
printf("First quad rejected");
}
}
printf("\n");
}
}
printf("Done: now (%i) quads.\n",qs.len);
// Overlay again
RGBmp *rgbmp2=oi->scaledby(0.5);
for (int i=1;i<=qs.len && !key[KEY_ESC];i++) {
Polygon2d p=qs.num(i);
for (int j=1;j<=p.vs.len;j++) {
rgbmp2->thickline(0.5*p.linefrom(j),myRGB(0,0,0),3);
}
}
for (int i=1;i<=qs.len && !key[KEY_ESC];i++) {
Polygon2d p=qs.num(i);
for (int j=1;j<=p.vs.len;j++) {
rgbmp2->line(0.5*p.linefrom(j),myRGB(0,255,255));
}
V2d t=0.5*p.centroid();
// rgbmp2->line(oiscale*p.num(1),t,V3d(1,0,0));
String data=Sformat("%.3f",scorefor(qs.p2num(i)));
//coolfont.centerString(data,rgbmp2,t.x,t.y,9,myRGB(255,0,0));
}
rgbmp2->writefile("overlay2.bmp");
// Recover text
List<RGBmp *> rec;
// oi->display();
for (int i=1;i<=qs.len && i<=5;i++) {
List<V2d> *l=&qs.num(i).vs;
RGBmp *n=oi->recoverquad(l,1);
n->writefile(getnextfilename("recquad","bmp"));
rec.add(n);
}
if (displaying) {
waitforkeypress();
jbmp.display();
jb.display();
for (int i=1;i<=rec.len && !key[KEY_ESC];i++)
rec.num(i)->display();
}
data.add("-- Final quads:");
for (int i=1;i<=qs.len;i++) {
Polygon2d *p=qs.p2num(i);
String s=Sformat("%.3f",scorefor(p));
data.add(s);
}
writelinestofile(data,"data.txt");
}
allegroexit();
printf("%i quadrilaterals found\n",qs.len);
}
void test_hello2(void)
{
helloworld2_ExpectAndReturn(0, 2);
TEST_ASSERT_NOT_EQUAL(7, helloworld(0));
}
int main(){
helloworld();
bank::account* meh = new bank::account();
meh->money();
return 0;
}
void test_hello(void)
{
helloworld2_ExpectAndReturn(5, 7);
TEST_ASSERT_EQUAL_INT(9, helloworld(5));
}