int main() {
// Test the system
SystemTest();
// Read the configure file
ReadConfFile();
// Load all the frames
LoadFrames();
// Put both topological and geometrical data into arrays
GetTopologyAndGeometry();
// Get the global bounding box
GetGlobalBoundingBox();
// Calculate the number of blocks in X, Y and Z
CalculateNumOfBlocksInXYZ();
// Divide the flow domain into blocks
//Division();
InitializationForNaiveTracing();
// Initially locate global tetrahedral cells for interesting Cartesian grid points
InitialCellLocation();
//int xRes = configure->GetBoundingBoxXRes();
//int yRes = configure->GetBoundingBoxYRes();
//int zRes = configure->GetBoundingBoxZRes();
//int numOfGridPoints = (xRes + 1) * (yRes + 1) * (zRes + 1);
//// Evaluate the device usage
//int need = SizeOfDeviceArrays(globalNumOfPoints, globalNumOfCells, numOfGridPoints, numOfInitialActiveParticles, numOfQueries,
// startOffsetInPoint[numOfInterestingBlocks], startOffsetInCell[numOfInterestingBlocks],
// numOfInterestingBlocks);
//printf("need = %d bytes\n", need);
///// Check the natural coordinates of some points
//CheckNaturalCoordinates();
///// DEBUG ///
////return 0;
// Main Tracing Process
Tracing();
// Get final positions for initial active particles
GetFinalPositions();
return 0;
}
void Game::OnMain()
{
SetPlanSize(cxSize2F(2048, 1536));
//
const cxStr *data = nullptr;
{
cxStr *code = cxStr::UTF8("8347834");
IndexType message = IndexType_init_zero;
message.tid = 200;
message.code = CX_STR_PB_ENCODE(code);
data = cxStr::PBEncode(IndexType_fields, &message);
cxUtil::Instance()->WriteDocument("test.dat", data, true);
}
{
cxStr *code = cxStr::Create();
IndexType m2 = IndexType_init_zero;
m2.code = CX_STR_PB_DECODE(code);
cxBool ok = data->PBDecode(IndexType_fields, &m2);
CX_LOGGER("%d",ok);
}
// LoadTexture("grid.png","grid");
//
// cxSprite *sp = cxSprite::Create();
// sp->SetSize(cxSize2F(64));
// sp->SetTexture("grid");
// Window()->Append(sp);
//
// cxMoveTo::Create(cxPoint2F(0, 512), 6)->AttachTo(sp)->onExit+=cxAction::Remove;
//
// {
// cxSprite *sp2 = cxSprite::Create();
// sp2->SetSize(cxSize2F(64));
// sp2->SetTexture("grid");
// sp2->SetColor(cxColor4F::RED);
// Window()->Append(sp2);
//
// cxFollow::Create(sp, 50)->AttachTo(sp2);
// }
// Controller *cv = Controller::Create(6, 6);
// cv->SetResizeFlags(cxView::ResizeBottom);
// Window()->Append(cv);
//
// return;
//加载纹理
LoadTexture("jl.lqt");
//加载帧序列
LoadFrames("frames.csv");
//加载动作组
LoadActions("actions.csv");
//获取法师帧序列
const cxFrames *fs = GetFrames("Mage");
//获取法师的动作列表
const cxActionGroup *ag = GetActions("Mage");
//获得move动作
//创建动画
{
//获得动作组
const cxActionAttr *move = ag->Action("attack");
//创建动画
cxAnimate *animate = fs->Animate();
animate->onFrame+=[](cxAnimate *pav,cxInt frame){
CX_LOGGER("%d %d",frame,pav->IsKeyFrame());
};
animate->SetAction(move, 1);
animate->SetSpeed(1.0f);
//创建载体
cxAtlas *atlas = cxAtlas::Create();
atlas->SetFlipX(true);
atlas->SetSize(cxSize2F(200, 200));
atlas->Append(animate);//加入动画
//载体加入绘制
Window()->Append(atlas);
}
{
const cxActionAttr *move = ag->Action("move");
cxAnimate *animate = fs->Animate();
animate->onFrame+=[](cxAnimate *pav,cxInt frame){
CX_LOGGER("%d %d",frame,pav->IsKeyFrame());
};
animate->SetAction(move, 1);
animate->SetSpeed(1.0f);
//
cxAtlas *atlas = cxAtlas::Create();
atlas->SetFlipX(true);
atlas->SetSize(cxSize2F(200, 200));
atlas->SetPosition(cxPoint2F(0, 300));
animate->AttachTo(atlas);
Window()->Append(atlas);
}
}
