ConvexHullShape& ConvexHullShape::getDefault()
{
static WeakReference<ConvexHullShape> defShape;
if (defShape.expired())
{
defShape = static_ref_cast<ConvexHullShape>(ResourceManager::getEmpty<ConvexHullShape>("jop_default_staticmeshshape").getReference());
defShape->m_shape = std::make_unique<btCapsuleShape>(0.5f, 2.f);
defShape->setPersistence(0);
}
return *defShape;
}
DebugDraw()
: m_buffer(VertexBuffer::Type::ArrayBuffer, Buffer::Usage::DynamicDraw)
{
if (shdr.expired())
{
shdr = static_ref_cast<ShaderProgram>(ResourceManager::getEmpty<ShaderProgram>("jop_physics_debug_shader").getReference());
if (!shdr->isValid())
{
Shader vertex("");
vertex.load(std::string(reinterpret_cast<const char*>(jopr::physicsDebugShaderVert), sizeof(jopr::physicsDebugShaderVert)), Shader::Type::Vertex, true);
Shader frag("");
frag.load(std::string(reinterpret_cast<const char*>(jopr::physicsDebugShaderFrag), sizeof(jopr::physicsDebugShaderFrag)), Shader::Type::Fragment, true);
JOP_ASSERT_EVAL(shdr->load("", vertex, frag), "Failed to compile physics debug shader!");
}
}
}
