void sMain()
{
sSetWindowName(L"Multithreaded Mandelbrot");
sInit(sISF_3D|sISF_CONTINUOUS|sISF_FSAA/*|sISF_NOVSYNC*//*|sISF_FULLSCREEN*/,1280,720);
sSetApp(new MyApp());
}
void sMain()
{
sSetWindowName(L"Constant Buffers");
sInit(sISF_3D|sISF_CONTINUOUS|sISF_FSAA/*|sISF_FULLSCREEN*/,640,480);
sSetApp(new MyApp());
}
void sMain()
{
sSetWindowName(L"Multiple Rendertargets");
// sEnlargeZBufferRT(640,480);
sInit(sISF_3D|sISF_CONTINUOUS/*|sISF_FULLSCREEN*/,640,480);
sSetApp(new MyApp());
}
void sMain()
{
sInit(sISF_3D|sISF_CONTINUOUS/*|sISF_FULLSCREEN*/,640,480);
sPartitionMemory(16*1024*1024,0,0);
sSetApp(new MyApp());
sSetWindowName(L"Prim");
}
void sMain()
{
sInit(sISF_2D|sISF_3D ,1280,1024);
sInitGui();
sSetWindowMode(sWM_MAXIMIZED);
new wDocument();
sGui->AddBackWindow(new MainWindow);
App->WikiPath = L"c:/svn2/wz4tc3wiki";
App->WikiCheckout = L"svn checkout svn://192.168.0.17/wz4tc3wiki c:/svn2/wz4tc3wiki --username wiki --password qwer12";
App->UnitTestPath = L"c:/svn2/altona/examples/wz4example/unittest";
App->MainInit();
sString<sMAXPATH> name;
name.PrintF(L"wz4tc3 V%d.%d",WZ4_VERSION,WZ4_REVISION);
sSetWindowName(name);
}
int stack_init(int num, bstack_t *stack, int type)
{
int i;
stack->elements = (str_t **)malloc(num*sizeof(str_t*)); //array of elements
//space for each element (a str_t)
for (i=0;i<num;i++)
{
stack->elements[i] = (str_t *)malloc(sizeof(str_t));
//init each element (char array);
sInit(stack->elements[i]);
}
stack->size = num; //number of allocated stack elements
stack->num = 0; //number of currently occupied stack elements
stack->top = 0;
stack->type = type;
return 0;
}
void sMain()
{
sSetWindowName(L"Multihead");
sScreenMode sm;
sm.Clear();
sm.Flags = sSM_VALID|sSM_NOVSYNC|sSM_MULTISCREEN|sSM_FULLSCREEN;
// sm.Flags = sSM_VALID|sSM_NOVSYNC|sSM_MULTISCREEN;
sm.Display = 0;
sm.ScreenX = 800;
sm.ScreenY = 600;
sm.Aspect = sF32(sm.ScreenX)/sF32(sm.ScreenY);
sm.MultiLevel = 255;
sSetScreenMode(sm);
sInit(sISF_3D|sISF_CONTINUOUS,0,0);
sSetApp(new MyApp());
}
void sMain()
{
sInit(sISF_2D,800,600);
sInitGui();
sGui->AddBackWindow(new MyParentWin);
}
void sMain()
{
sInit(sISF_2D|sISF_3D,800,600);
sInitGui();
sGui->AddBackWindow(new MainWindow);
}
void sMain()
{
sInit(sISF_3D|sISF_CONTINUOUS,640,480);
sSetApp(new MyApp());
sSetWindowName(L"shader");
}
void sMain()
{
sInit(sISF_3D|sISF_CONTINUOUS,640,480);
sSetApp(new MyApp());
sSetWindowName(L"Vertex Texture");
}
int main (void) {
char str[100000];
char op;
char inputChar;
int N;
int i = 0;
int first, end;
Stack frontStack;
Stack rearStack;
Stack tempStack;
scanf("%s", str);
sInit(&frontStack);
sInit(&rearStack);
while(1) {
if(str[i] == '\0')
break;
sPush(&frontStack, str[i]);
i++;
}
scanf("%d", &N);
while(N--) {
scanf("%c", &op);
if(op == 'P') {
scanf("%c", &inputChar);
sPush(&frontStack, inputChar);
} else if(op == 'L') {
if(!sIsEmpty(&frontStack))
sPush(&rearStack, sPop(&frontStack));
} else if(op == 'D') {
if(!sIsEmpty(&rearStack))
sPush(&frontStack, sPop(&rearStack));
} else if(op == 'B') {
if(!sIsEmpty(&frontStack))
sPop(&frontStack);
}
}
sInit(&tempStack);
while(1) {
if(sIsEmpty(&frontStack))
break;
sPush(&tempStack, sPop(&frontStack));
}
printf("2");
while(1){
if(sIsEmpty(&tempStack))
break;
printf("%c", sPop(&tempStack));
}
printf("1");
while(1){
if(sIsEmpty(&rearStack))
break;
printf("%c", sPop(&rearStack));
}
printf("3");
return 0;
}
void sMain()
{
sInit(sISF_3D|sISF_CONTINUOUS|sISF_FSAA/*|sISF_FULLSCREEN*/,640,480);
sSetApp(new MyApp());
sSetWindowName(L"Volume Texture");
}
void sMain()
{
sInit(sISF_3D|sISF_CONTINUOUS,1280,720);
sSetApp(new MyApp());
sSetWindowName(L"gs");
}
