static void genTestCase()
{
ADDNODE(mkbucket);
ADDNODE(imginfo);
ADDNODE(exif);
ADDNODE(viewurl);
ADDNODE(mogrifyurl);
ADDNODE(saveas);
}
void GOAPapp::loadMaps()//for drawing
{
//load public shader
m_shaderID = shaderMgr->loadShader(TEXT("Shader\\GOAP"), "PT");
//load all the txt map
char* mapsname[TotalMaps] = { "simulation.txt" };
for (int i = 0; i < TotalMaps; ++i)
{
std::ifstream* ifs = new std::ifstream("tests\\" + std::string(mapsname[i]));
char buffer[Map_MaxWidth];
ifs->getline(buffer, Map_MaxWidth);
uint w = strlen(buffer);// n
uint h = 0;
AstarMap* oneMap = new AstarMap(std::string(mapsname[i]));
for (;; ++h, ifs->getline(buffer, Map_MaxWidth))
{
for (uint j = 0; j < w; ++j)
{
/*
Start (1 NPC each)
Money
Wolf
Oven
Table (eat)
Fur Trader
General Store
Pizza Hut
*/
vec2f texCoordInCombinedTex;
switch (buffer[j])
{
case 'S'://start
oneMap->nodesList.push_back(AstarMapNode(START, j, h, w*h + j));
oneMap->startNode.push_back(oneMap->nodesList.size() - 1);
botVec.push_back(new AIbot(oneMap->nodesList.size() - 1));
botVec.back()->display = NPC1 + botVec.size() - 1;
break;
case 'E'://end
ADDNODE(END)
//oneMap->endNode = oneMap->nodesList.size()-1;
break;
case '.'://empty
ADDNODE(EMPTY)
break;
case '/'://water
ADDNODE(SEMIBLOCKER)
break;
case '#'://stone
ADDNODE(BLOCKER)
break;
case 'M'://money
ADDNODE(MONEY)
oneMap->resource[MONEY]->push_back(Res(w*h + j, true));
break;
case 'W'://wolf
ADDNODE(WOLF)
oneMap->resource[WOLF]->push_back(Res(w*h + j, true));
break;
case 'O'://Oven
ADDNODE(OVEN)
oneMap->resource[OVEN]->push_back(Res(w*h + j));
break;
case 'T'://table , means eat
ADDNODE(TABLE)
oneMap->resource[TABLE]->push_back(Res(w*h + j));
break;
case 'F'://Fur Trader
ADDNODE(FURTRADER)
oneMap->resource[FURTRADER]->push_back(Res(w*h + j));
break;
case 'G':// General Store
ADDNODE(GENERALSTORE)
oneMap->resource[GENERALSTORE]->push_back(Res(w*h + j));
break;
case 'B':
ADDNODE(BANK)
oneMap->resource[BANK]->push_back(Res(w*h + j));
break;
case 'P':// Pizza Hut
ADDNODE(PIZZAHUT)
oneMap->resource[PIZZAHUT]->push_back(Res(w*h + j));
break;
default:
errorMsg("Map error: can't recognize the character or this line doesn't match the width", "error!");
break;
}
texCoordInCombinedTex = oneMap->getTexCoord(oneMap->nodesList.back().nodeType);
oneMap->vertices.push_back(PT_Vertex(j, h, texCoordInCombinedTex));
oneMap->vertices.push_back(PT_Vertex(j + 1, h, texCoordInCombinedTex + vec2f(1, 0)));
oneMap->vertices.push_back(PT_Vertex(j + 1, h - 1, texCoordInCombinedTex + vec2f(1, 1 / TEXCOUNT)));
oneMap->vertices.push_back(PT_Vertex(j, h - 1, texCoordInCombinedTex + vec2f(0, 1 / TEXCOUNT)));
}
if (ifs->eof())
{
ifs->close();
delete ifs;
break;
}
}
oneMap->width = w;
oneMap->height = h + 1;
oneMap->renderObj.reset(new RenderObject(std::string(mapsname[i])));
oneMap->renderObj->vbo = new PT_Vertex[oneMap->vertices.size()];
oneMap->renderObj->VertexNum = oneMap->vertices.size();
memcpy_s(oneMap->renderObj->vbo, oneMap->renderObj->VertexNum * sizeof(PT_Vertex), &oneMap->vertices.front(), oneMap->renderObj->VertexNum * sizeof(PT_Vertex));
//vbo,ibo
for (unsigned int row = 0; row < h + 1; ++row)
{
for (unsigned int col = 0; col < w; ++col)
{
unsigned int idx = 4 * (row * w + col);
oneMap->renderObj->ibo.push_back(idx);
oneMap->renderObj->ibo.push_back(idx + 1);
oneMap->renderObj->ibo.push_back(idx + 2);
oneMap->renderObj->ibo.push_back(idx);
oneMap->renderObj->ibo.push_back(idx + 2);
oneMap->renderObj->ibo.push_back(idx + 3);
}
}
oneMap->renderObj->IndexNum = oneMap->renderObj->ibo.size();
oneMap->renderObj.get()->vbo_id = m_pRenderer->createVBO(oneMap->renderObj->vbo, sizeof(PT_Vertex), oneMap->renderObj.get()->VertexNum, m_shaderID, "PT");
oneMap->renderObj.get()->ibo_id = m_pRenderer->createIBO(oneMap->renderObj->ibo.data(),oneMap->renderObj->IndexNum);
m_maps.push_back(oneMap);
}
initBots(m_maps[currentMapIdx]);
}
