def __init__(
self,
context_identifier: Any,
opengl_resource_pack: OpenGLResourcePack,
level: "BaseLevel",
draw_floor=True,
draw_box=False,
):
OpenGLResourcePackManager.__init__(self, opengl_resource_pack)
ContextManager.__init__(self, context_identifier)
self._level = level
self._camera_location: CameraLocationType = (0, 150, 0)
# yaw (-180 to 180), pitch (-90 to 90)
self._camera_rotation: CameraRotationType = (0, 90)
self._dimension: Dimension = "overworld"
self._render_distance = 5
self._garbage_distance = 10
self._draw_box = draw_box
self._draw_floor = draw_floor
self._selection = GreenRenderSelectionGroup(
context_identifier, self.resource_pack,
self.level.selection_bounds)
self._chunk_manager = ChunkManager(self.context_identifier,
self.resource_pack)
self._last_rebuild_camera_location: Optional[
numpy.ndarray] = None # x, z camera location
self._needs_rebuild = (
True # Should we go back to the beginning and re-find chunks to rebuild
)
self._chunk_rebuilds = self._rebuild_generator()
self._rebuild_time = 0
def __init__(
self,
context_identifier: str,
resource_pack: OpenGLResourcePack,
selection: SelectionGroup = None,
):
ContextManager.__init__(self, context_identifier)
OpenGLResourcePackManagerStatic.__init__(self, resource_pack)
self._boxes: List[RenderSelection] = []
if selection:
self.selection_group = selection
def __init__(
self,
context_identifier: Any,
resource_pack: OpenGLResourcePack,
):
OpenGLResourcePackManager.__init__(self, resource_pack)
ThreadedObjectContainer.__init__(self)
ContextManager.__init__(self, context_identifier)
self._objects: List[RenderLevel] = []
self._transforms: List[TransformType] = []
self._world_translation: List[LocationType] = []
self._transformation_matrices: List[numpy.ndarray] = []
self._active_level: Optional[int] = None
self._camera_location: LocationType = (0.0, 100.0, 0.0)
def __init__(self, context_identifier: str, texture: int):
"""Create a new TriMesh.
The object can be created from another thread so OpenGL
variables cannot be set from here"""
ContextManager.__init__(self, context_identifier)
self._vao = None # vertex array object
self._vbo = None # vertex buffer object
self._shader = None # the shader program
self._transform_location = (
None # the reference within the shader program of the transformation matrix
)
self._texture_location = None # the location of the texture in the shader
self._texture = texture
self.verts = self.new_empty_verts() # the vertices to draw
self.draw_start = 0
self.draw_count = 0 # the number of vertices to draw
def __init__(
self,
context_identifier: Any,
opengl_resource_pack: OpenGLResourcePack,
level: "BaseLevel",
draw_box=False,
draw_floor=False,
draw_ceil=False,
limit_bounds=False,
):
"""
Create a new RenderLevel instance.
:param context_identifier: The identifier for the opengl context.
:param opengl_resource_pack: The resource pack to use for models and textures.
:param level: The level to pull data from.
:param draw_box: Should the box around the level be drawn.
:param draw_floor: Should the floor below the level be drawn.
:param draw_ceil: Should the ceiling above the level be drawn.
:param limit_bounds: Should the chunks be limited to the bounds of the level.
"""
OpenGLResourcePackManager.__init__(self, opengl_resource_pack)
ContextManager.__init__(self, context_identifier)
self._level = level
self._camera_location: CameraLocationType = (0, 150, 0)
# yaw (-180 to 180), pitch (-90 to 90)
self._camera_rotation: CameraRotationType = (0, 90)
self._dimension: Dimension = level.dimensions[0]
self._render_distance = 5
self._garbage_distance = 10
self._draw_box = draw_box
self._draw_floor = draw_floor
self._draw_ceil = draw_ceil
self._limit_bounds = limit_bounds
self._selection = GreenRenderSelectionGroup(
context_identifier, self.resource_pack,
self.level.bounds(self.dimension))
self._chunk_manager = ChunkManager(self.context_identifier,
self.resource_pack)
self._last_rebuild_camera_location: Optional[
numpy.ndarray] = None # x, z camera location
self._needs_rebuild = (
True # Should we go back to the beginning and re-find chunks to rebuild
)
self._chunk_rebuilds = self._rebuild_generator()
self._rebuild_time = 0