PcChip

bool teMesh::MeshEntry::LoadDataToMemory(aiMesh *mesh)
{
	//std::cout << "MeshEntry::LoadDataToMemory()\n";

	vbo[VERTEX_BUFFER] = NULL;
	vbo[TEXCOORD_BUFFER] = NULL;
	vbo[NORMAL_BUFFER] = NULL;
	vbo[INDEX_BUFFER] = NULL;
	vbo[INSTANCE_BUFFER] = NULL;

PcChip

PostProcessor::PostProcessor(teShader* shader, GLuint width, GLuint height)
	: myShader(shader), myTexture(), myWidth(width), myHeight(height), Confuse(GL_FALSE), Chaos(GL_FALSE), Shake(GL_FALSE)
{
	/*
	Framebuffer MSFBO has:
	 - RenderBufferStorageMultisample RBO_Color
	 - RenderbufferStorageMultisample RBO_Depth

	Framebuffer FBO has:
	 - FramebufferTexture2D myTexture.ID

PcChip

enum collisionGroups // http://www.bulletphysics.org/mediawiki-1.5.8/index.php/Collision_Filtering
{
	COLLISION_GROUP_NOTHING                   =      0,
	COLLISION_GROUP_TERRAIN                   = BIT(0),
	COLLISION_GROUP_ALL_BUILDINGS             = BIT(1),
	COLLISION_GROUP_GHOST_OBJECT_ATTACK_RANGE = BIT(2),
	COLLISION_GROUP_UNITS                     = BIT(3),
	COLLISION_GROUP_RAYCASTS_PICKING          = BIT(4),
	COLLISION_GROUP_RAYCASTS_HEIGHT           = BIT(5),
	COLLISION_GROUP_ENEMY_BUILDINGS           = BIT(6),

PcChip

void te2GraphicsModule::submitMesh(glm::mat4 orientation, meshBase* whichMesh, teShader* whichShader)
{
	ZoneScoped;
	//std::cerr << "submitMesh(glm::mat4, meshBase*, teShader*)\n";
	auto it = shadersAndMeshesToRender.find(whichShader);

	if (it != shadersAndMeshesToRender.end()) //found the shader we need
	{
		//std::cout << "shader found, searching for mesh...\n";

PcChip

class Weapon
{
    public:
    glm::vec3 currentFiringLocation; //updated every frame with new barrel exit location
    float cooldownRemaining = 0.0f;  //updated every tick to see when it can fire again
    bool fixed = false;              //fixed weapon, or turret?
    
	  virtual void fire(int targetGlobalID) = 0;
    
    //the parameter below is because this weapon needs to know its owner's world location to draw the laser sprite