void MyApp::PaintCube()
{
sSetRendertarget(0,sCLEAR_ALL,0xff405060);
Env.AmbientColor = 0xff404040;
Env.LightColor[0] = 0x00c00000;
Env.LightColor[1] = 0x0000c000;
Env.LightColor[2] = 0x000000c0;
Env.LightDir[0].Init(1,0,0);
Env.LightDir[1].Init(0,1,0);
Env.LightDir[2].Init(0,0,1);
Timer.OnFrame(sGetTime());
sInt time = Timer.GetTime();
View.Model.EulerXYZ(time*0.0011f,time*0.0013f,time*0.0015f);
View.SetTargetCurrent();
View.SetZoom(1);
View.Camera.l.Init(0,0,-5);
View.Prepare();
// View.Set();
sCBuffer<sSimpleMaterialEnvPara> cb;
cb.Data->Set(View,Env);
Mtrl->Set(&cb);
sVertexStandard *vp;
sU16 *ip;
Geo->BeginLoadVB(8,sGD_STREAM,(void **)&vp);
vp[0].Init(-1,-1,-1, -1,-1,-1, 0,0);
vp[1].Init( 1,-1,-1, 1,-1,-1, 1,0);
vp[2].Init( 1, 1,-1, 1, 1,-1, 1,1);
vp[3].Init(-1, 1,-1, -1, 1,-1, 0,1);
vp[4].Init(-1,-1, 1, -1,-1, 1, 0,0);
vp[5].Init( 1,-1, 1, 1,-1, 1, 1,0);
vp[6].Init( 1, 1, 1, 1, 1, 1, 1,1);
vp[7].Init(-1, 1, 1, -1, 1, 1, 0,1);
Geo->EndLoadVB();
Geo->BeginLoadIB(6*6,sGD_STREAM,(void **)&ip);
sQuad(ip,0,3,2,1,0);
sQuad(ip,0,4,5,6,7);
sQuad(ip,0,0,1,5,4);
sQuad(ip,0,1,2,6,5);
sQuad(ip,0,2,3,7,6);
sQuad(ip,0,3,0,4,7);
Geo->EndLoadIB();
Geo->Draw();
}
void MyApp::OnPaint3D()
{
// set rendertarget
sSchedMon->Begin(0,0xffffff);
sSetRendertarget(0,sCLEAR_ALL,0xff405060);
// get timing
Timer.OnFrame(sGetTime());
static sInt time;
if(sHasWindowFocus())
time = Timer.GetTime();
sF32 avg = Timer.GetAverageDelta();
tb.Clear();
tb.PrintF(L"%5.2ffps %5.3fms\n",1000/avg,avg);
// prepare random data
sSchedMon->Begin(0,0xffffffff);
sRandom rnd;
rnd.Seed(time);
SortSource.Resize(SortCount);
for(sInt i=0;i<SortCount;i++)
SortSource[i] = rnd.Int32();
SortDestHS.Resize(SortCount);
SortDestST.Resize(SortCount);
SortDestMT.Resize(SortCount);
sSchedMon->End(0);
sBool single = sGetKeyQualifier() & sKEYQ_SHIFT;
// mergesort MT
// sDPrintF(L"----------------\n");
if(!single)
{
SortDestHS = SortSource;
SortDestMT = SortSource;
sStsWorkload *wl = sSched->BeginWorkload();
ms data;
data.s = SortDestMT.GetData();
data.b = SortDestHS.GetData();
data.i0 = 0;
data.i2 = SortCount;
data.parent = 0;
data.wl = wl;
data.wl->AddTask(data.wl->NewTask(MergeSortTask,&data,1,0));
sSchedMon->Begin(0,0xffff0000);
wl->Start();
wl->Sync();
wl->End();
sSchedMon->End(0);
}
// mergesort ST
if(single)
{
SortDestHS = SortSource;
SortDestST = SortSource;
sSchedMon->Begin(0,0xff00ff00);
MergeSort(SortDestST.GetData(),SortDestHS.GetData(),0,SortCount);
sSchedMon->End(0);
}
// heapsort
/*
SortDestHS = SortSource;
sSchedMon->Begin(0,0xffffff00);
sHeapSortUp(SortDestHS);
sSchedMon->End(0);
*/
// did it work?
sInt e = 0;
sSchedMon->Begin(0,0xffffffff);
for(sInt i=1;i<SortCount;i++)
{
if(SortDestMT[i-1]>SortDestMT[i])
{
sDPrintF(L"%08x\n",i);
e = 1;
}
}
sVERIFY(!e);
/*
sVERIFY(sCmpMem(SortDestMT.GetData(),SortDestST.GetData(),sizeof(sU32)*SortCount)==0);
sVERIFY(sCmpMem(SortDestHS.GetData(),SortDestST.GetData(),sizeof(sU32)*SortCount)==0);
sVERIFY(sCmpMem(SortDestHS.GetData(),SortDestMT.GetData(),sizeof(sU32)*SortCount)==0);
*/
sSchedMon->End(0);
// set camera
View.SetTargetCurrent();
View.SetZoom(2.0f);
View.Model.EulerXYZ(time*0.0011f,time*0.0013f,time*0.0015f);
View.Model.l.Init(0,0,0);
View.Camera.l.Init(0,0,-3.2f);
View.Prepare();
// set material
sCBuffer<sSimpleMaterialEnvPara> cb;
cb.Data->Set(View,Env);
Mtrl->Set(&cb);
// draw
Geo->Draw();
// debug output
Painter->SetTarget();
Painter->Begin();
Painter->SetPrint(0,0xff000000,2);
Painter->SetPrint(0,~0,2);
Painter->Print(10,10,tb.Get());
Painter->End();
sSchedMon->Paint(sTargetSpec());
sSchedMon->Scale = 18;
sSchedMon->End(0);
sSchedMon->FlipFrame();
}
void MyApp::OnPaint3D()
{
sRandom rnd;
sVertexSingle *vp;
// set rendertarget
sSetRendertarget(0,sCLEAR_ALL,0xff405060);
// get timing
Timer.OnFrame(sGetTime());
sInt time = Timer.GetTime();
// set camera
View.SetTargetCurrent();
View.SetZoom(1.7f);
// View.Model.EulerXYZ(time*0.0011f,time*0.0013f,time*0.0015f);
View.Model.l.Init(0,0,0);
View.Camera.l.Init(0,0,-4);
View.Prepare();
View.Set();
// set material
sCBuffer<sSimpleMaterialEnvPara> cb;
cb.Data->Set(Env);
// begin
for(sInt i=0;i<4;i++)
Geo[i]->BeginQuadrics();
// grid
Geo[0]->BeginGrid((void **) &vp,65,65);
for(sInt y=-32;y<=32;y++)
{
for(sInt x=-32;x<=32;x++)
{
sF32 px,py,fx,fy;
fx = x/32.0f;
fy = y/32.0f;
px = x/16.0f + sFSin(x*0.10f+y*0.12f+time*0.0011f)*0.1f;
py = y/16.0f + sFSin(x*0.11f+y*0.13f+time*0.0011f)*0.1f;
vp->Init(px,py,0,0xff808080,fx,fy);
vp++;
}
}
Geo[0]->EndGrid();
// some random quads
sInt max = sInt((sFSin(time*0.004f)+2)*64);
for(sInt i=0;i<max;i++)
{
sF32 x,y,s;
sInt r;
x = sFSin(i*0.10f+time*0.0011f);
y = sFCos(i*0.12f+time*0.0014f);
s = 0.1f;
r = rnd.Int(4);
Geo[r]->BeginQuad((void **) &vp,1);
vp[0].Init(x-s,y-s,0, ~0, 0,0);
vp[1].Init(x+s,y-s,0, ~0, 1,0);
vp[2].Init(x+s,y+s,0, ~0, 1,1);
vp[3].Init(x-s,y+s,0, ~0, 0,1);
Geo[r]->EndQuad();
}
// end and draw
for(sInt i=0;i<4;i++)
Geo[i]->EndQuadrics();
for(sInt i=0;i<4;i++)
{
Mtrl[i]->Set(&cb);
Geo[i]->Draw();
}
// debug output
sF32 avg = Timer.GetAverageDelta();
Painter->SetTarget();
Painter->Begin();
Painter->SetPrint(0,~0,2);
Painter->PrintF(10,10,L"%5.2ffps %5.3fms",1000/avg,avg);
Painter->End();
}
