void CW::CeilingTerrain::AddBlock(void)
{
PhysicsBody* b = new PhysicsBody();
int dif = rand() % 10;
if (rand() % 10 < 4) dif *= -1;
if (blocks[blocks.size() -1]->Vertices[2]->Position.y > 200) dif = -4;
if (blocks[blocks.size() -1]->Vertices[2]->Position.y < 50) dif = 4;
VerletPoint* V1 = new VerletPoint(blocks[blocks.size() -1]->Vertices[1]->Position.x,
0);
VerletPoint* V2 = new VerletPoint(blocks[blocks.size() -1]->Vertices[1]->Position.x + 60,
0);
VerletPoint* V3 = new VerletPoint(blocks[blocks.size() -1]->Vertices[1]->Position.x + 60,
blocks[blocks.size() -1]->Vertices[2]->Position.y + dif);
VerletPoint* V4 = new VerletPoint(blocks[blocks.size() -1]->Vertices[1]->Position.x,
blocks[blocks.size() -1]->Vertices[2]->Position.y);
b->AddVertex(V1);
b->AddVertex(V2);
b->AddVertex(V3);
b->AddVertex(V4);
blocks.push_back(b);
}
void CW::CeilingTerrain::Init(void)
{
PhysicsBody* b = new PhysicsBody();
VerletPoint* V1 = new VerletPoint(0, 0);
VerletPoint* V2 = new VerletPoint(60, 0);
VerletPoint* V3 = new VerletPoint(60, 100);
VerletPoint* V4 = new VerletPoint(0, 100);
b->AddVertex(V1);
b->AddVertex(V2);
b->AddVertex(V3);
b->AddVertex(V4);
for (VerletPoint* p : b->Vertices)
{
p->IsStatic = true;
}
blocks.push_back(b);
for (int i=0;i<20;++i)
{
AddBlock();
}
}
