AbstractMesh::AbstractMesh(const int primitive,
bool owner,
const Vector3D& center,
IFloatBuffer* vertices,
float lineWidth,
float pointSize,
const Color* flatColor,
IFloatBuffer* colors,
const float colorsIntensity,
bool depthTest,
IFloatBuffer* normals) :
_primitive(primitive),
_owner(owner),
_vertices(vertices),
_flatColor(flatColor),
_colors(colors),
_colorsIntensity(colorsIntensity),
_boundingVolume(NULL),
_center(center),
_translationMatrix(( center.isNan() || center.isZero() )
? NULL
: new MutableMatrix44D(MutableMatrix44D::createTranslationMatrix(center)) ),
_lineWidth(lineWidth),
_pointSize(pointSize),
_depthTest(depthTest),
_glState(new GLState()),
_normals(normals)
{
createGLState();
}
FlatColorMesh(Mesh* mesh,
bool ownedMesh,
Color* color,
bool ownedColor) :
_mesh(mesh),
_ownedMesh(ownedMesh),
_flatColor(color),
_ownedColor(ownedColor),
_glState(new GLState())
{
createGLState();
}
void BusyMeshRenderer::render(const G3MRenderContext* rc,
GLState* glState)
{
GL* gl = rc->getGL();
createGLState();
gl->clearScreen(*_backgroundColor);
Mesh* mesh = getMesh(rc);
if (mesh != NULL) {
mesh->render(rc, _glState);
}
}
