def collidepoint(self, point: Sequence[Number]) -> bool: mask_size = Vector(self._hitbox.get_size()) point = Vector(point[:2]) / self._last_zoom - self._last_camera.flip_y() - self.pos[:2].flip_y() point = ((point + self._center_offset) * HITBOX_RESOLUTION + mask_size / 2).round() if 0 <= point.x < mask_size.x and 0 <= point.y < mask_size.y: return bool(self._hitbox.get_at(point)) return False
def colliderect(self, rect: Sequence[Number], mask: Mask = None) -> bool: mask_size = Vector(self._hitbox.get_size()) point = Vector(rect[:2]) / self._last_zoom - self._last_camera.flip_y() - self.pos[:2].flip_y() point = ((point + self._center_offset) * HITBOX_RESOLUTION + mask_size / 2).round() if mask is None: mask = rect_hitbox_mask(rect, self._last_zoom) return bool(self._hitbox.overlap(mask, point))
def __init__(self, dictionary: dict): super().__init__(dictionary) self.selected = False self._hitbox: Optional[Mask] = None self._center_offset = Vector(0, 0) self._last_zoom: int = 1 self._last_camera = Vector(0, 0)
def pos(self, value: Vector): change = value - self.pos SelectableObject.pos.__set__(self, value) for pin in self.static_pins: (Vector(pin) + change).to_dict(pin) for anchor in self.anchors: anchor.pos += change
def calculate_hitbox(self, align_center=False): points_base = self.points # Calculate bounding rect leftmost, rightmost, topmost, bottommost = 1000, -1000, 1000, -1000 for point in points_base: leftmost = min(leftmost, point.x) rightmost = max(rightmost, point.x) topmost = min(topmost, point.y) bottommost = max(bottommost, point.y) width, height = rightmost - leftmost, bottommost - topmost # Adjust center basepos = self.pos[:2] center = Vector(leftmost + width / 2 + basepos.x, topmost + height / 2 + basepos.y) if align_center: center.to_dict(self._dict["m_Pos"]) self.points = (points_base := [point + basepos - center for point in points_base]) leftmost, rightmost = [x + basepos.x - center.x for x in (leftmost, rightmost)] topmost, bottommost = [y + basepos.y - center.y for y in (topmost, bottommost)] self._center_offset = (0, 0) else: self._center_offset = basepos - center # Create hitbox bitmap offset = (- leftmost, topmost) points_hitbox = [(HITBOX_RESOLUTION * (point + offset).flip_y()).round() for point in points_base] surface = Surface((HITBOX_RESOLUTION * width + 1, HITBOX_RESOLUTION * height + 1), pygame.SRCALPHA, 32) pygame.draw.polygon(surface, BLACK, points_hitbox) self._hitbox = mask_from_surface(surface)
def flipped(self, value: bool): old_flipped = self._dict["m_Flipped"] self._dict["m_Flipped"] = value if old_flipped != value: basepos = self.pos[:2] for pin in self.static_pins: Vector(pin).flip(basepos, self.rotation).to_dict(pin) for anchor in self.anchors: anchor.pos = anchor.pos.flip(basepos, self.rotation)
def scale(self, value: Vector): old_scale = self.scale value.to_dict(self._dict["m_Scale"]) change = (value / old_scale)[:2] if abs(change.x - 1) > 0.000001 or abs(change.y - 1) > 0.000001: basepos, rot = self.pos[:2], self.rotation for pin in self.static_pins: ((Vector(pin).rotate(-rot, basepos) - basepos) * change + basepos).rotate(rot, basepos).to_dict(pin) for anchor in self.anchors: anchor.pos = ((anchor.pos.rotate(-rot, basepos) - basepos) * change + basepos).rotate(rot, basepos)
def rotations(self, values: Vector): old_rotz = self.rotation values.quaternion().to_dict(self._dict["m_Rot"]) self._dict["m_RotationDegrees"] = values[2] change = self.rotation - old_rotz if abs(change) > 0.000001: basepos = self.pos[:2] for pin in self.static_pins: Vector(pin).rotate(change, basepos).to_dict(pin) for anchor in self.anchors: anchor.pos = anchor.pos.rotate(change, basepos)
def __init__(self, dictionary: dict, anchors: Sequence[Anchor] = None): super().__init__(dictionary) self.bounding_box = Rect(0, 0, 0, 0) self.point_hitboxes: List[CustomShapePoint] = [] self.anchors: List[Anchor] = [] self.selected_point_index: Optional[int] = None self.add_point_closest: ClosestPoint = (Vector(), 0, 0) self.add_point_hitbox = Rect(0, 0, 0, 0) if anchors: for dyn_anc_id in self.dynamic_anchor_ids: for anchor in anchors: if anchor.id == dyn_anc_id: self.anchors.append(anchor) self.calculate_hitbox()
def render(self, display: Surface, camera: Vector, zoom: int, args=None): offset = Vector(-self.width / 2, 0) start = (zoom * (self.pos + offset + camera).flip_y()).round() end = start + (round(zoom * self.width), 0) thickness = max(1, round(zoom * PLATFORM_THICKNESS)) # Legs if abs(self.height) > 0.000001: height = round(zoom * self.height) * (1 if self.flipped else -1) offset = round(zoom * PLATFORM_THICKNESS / 2) leg1_start, leg1_end = start + (offset, 0), start - (-offset, height) leg2_start, leg2_end = end + (-offset, 0), end - (offset, height) pygame.draw.line(display, PLATFORM_COLOR_2, leg1_start, leg1_end, thickness) pygame.draw.line(display, PLATFORM_COLOR_2, leg2_start, leg2_end, thickness) # Platform pygame.draw.line(display, PLATFORM_COLOR_1, start, end, thickness)
def render(self, display: Surface, camera: Vector, zoom: int, args: ShapeRenderArgs = None): """Draws the shape on the screen and calculates attributes like bounding_box. It also searches for a single point to be selected, which is saved to the args object.""" super().render(display, camera, zoom) basepos = self.pos[:2] points_pixels = [zoom * (point + basepos + camera).flip_y() for point in self.points] border_color = tuple(self.color[i] * 0.75 for i in range(3)) pygame.gfxdraw.filled_polygon(display, points_pixels, self.color) pygame.gfxdraw.aapolygon(display, points_pixels, border_color) for pin in self.static_pins: p = (zoom * (Vector(pin) + camera).flip_y()).round() pygame.gfxdraw.aacircle(display, p.x, p.y, round(zoom * PIN_RADIUS), STATIC_PIN_COLOR) pygame.gfxdraw.filled_circle(display, p.x, p.y, round(zoom * PIN_RADIUS), STATIC_PIN_COLOR) if self.selected: # We don't know how to make it antialiased pygame.draw.polygon(display, HIGHLIGHT_COLOR, points_pixels, scale(SHAPE_HIGHLIGHTED_WIDTH, zoom, 60)) self.point_hitboxes = [] self.add_point_hitbox = None self.bounding_box = pygame.draw.polygon(DUMMY_SURFACE, WHITE, points_pixels) if args.draw_points: max_radius = round(zoom * POINT_SELECTED_RADIUS) self.bounding_box.left -= max_radius self.bounding_box.top -= max_radius self.bounding_box.width += max_radius * 2 self.bounding_box.height += max_radius * 2 for i, p in enumerate(points_pixels): self.point_hitboxes.append(CustomShapePoint(p, i, round(zoom * POINT_SELECTED_RADIUS))) for i, point in enumerate(self.point_hitboxes): if i == self.selected_point_index: args.selected_point = point break if not args.holding_shift: for i, point in enumerate(self.point_hitboxes): if point.collidepoint(args.mouse_pos): args.moused_over_point = point break if args.draw_hitboxes: pygame.draw.rect(display, HITBOX_COLOR, self.bounding_box, 1) center_width = scale(HITBOX_CENTER_WIDTH, zoom) center_start = (zoom * (self.pos + camera)).flip_y() - (center_width / 2, 0) center_end = center_start + (center_width, 0) pygame.draw.line(display, HITBOX_COLOR, center_start, center_end, center_width)
def render_points(self, display: Surface, camera: Vector, zoom: int, args: ShapeRenderArgs): """Draws dots for the shape's points and performs operations related to selecting and moving them. It also searches for the top point to display, which is saved to the args object.""" if not args.draw_points: return points, basepos = self.points, self.pos[:2] points_pixels = [zoom * (point + basepos + camera).flip_y() for point in self.points] # Move point if a point is selected for i in range(len(points)): if i == self.selected_point_index: newpoints = list(points) newpoints[i] += args.mouse_change points = newpoints self.points = tuple(newpoints) break # Render points for point in self.point_hitboxes: if point == args.selected_point or args.selected_point is None and args.moused_over_point == point: args.top_point = point else: point.render(display, POINT_COLOR, round(zoom * POINT_RADIUS)) # Show overlay of where a point will be added if args.selected_point is None and args.holding_shift and self.bounding_box.collidepoint(*args.mouse_pos): closest: ClosestPoint = (Vector(), zoom / 7, -1) for i in range(len(points)): ni = 0 if i + 1 == len(points) else i + 1 point = args.mouse_pos.closest_point(points_pixels[i], points_pixels[ni]) if not point: continue distance = math.sqrt((point.x - args.mouse_pos.x) ** 2 + (point.y - args.mouse_pos.y) ** 2) if distance < closest[1]: closest = (point.round(), distance, ni) if closest[0]: self.add_point_closest = closest self.add_point_hitbox = pygame.draw.circle( DUMMY_SURFACE, 0, (closest[0].round()), round(zoom * PIN_RADIUS / 1.7), 0) pygame.gfxdraw.aacircle( display, closest[0].x, closest[0].y, round(zoom * PIN_RADIUS / 1.7), ADD_POINT_COLOR) pygame.gfxdraw.filled_circle( display, closest[0].x, closest[0].y, round(zoom * PIN_RADIUS / 1.7), ADD_POINT_COLOR) # Update hitbox and move center to actual center if self.selected_point_index is not None: self.calculate_hitbox(True)
def render(self, display: Surface, camera: Vector, zoom: int, args=None): points = self.points thickness = round(zoom * PLATFORM_THICKNESS) # Legs width = points[-1].x - points[0].x if not self.hide_legs and abs(width) > 0.01: base_y = min(p.y for p in points) - self.leg_height - PLATFORM_THICKNESS leg_separation = width / (width // RAMP_MAX_LEG_SEPARATION) last_leg_x = 1000 for i in range(len(points)): current = points[i] if abs(current.x - last_leg_x) >= leg_separation or i == len(points) - 1: last_leg_x = current.x leg_a = (zoom * (points[i] + camera).flip_y()).round() leg_b = Vector(leg_a.x, -zoom * (base_y + camera.y)).round() if abs(leg_a.y - leg_b.y) > thickness * 1.5: pygame.draw.line(display, PLATFORM_COLOR_2, leg_a, leg_b, thickness) # Ramp for i in range(len(points) - 1): point_a = (zoom * (points[i] + camera).flip_y()).round() point_b = (zoom * (points[i+1] + camera).flip_y()).round() # We don't know how to make it antialiased pygame.draw.line(display, PLATFORM_COLOR_1, point_a, point_b, thickness)
def non_anchor_joints(self):
"""A dictionary of vertex IDs and their positions"""
return {j["m_Guid"]: Vector(j["m_Pos"])[:2] for j in self._dict["m_BridgeJoints"]}
def joints(self) -> Dict[str, Vector]:
"""A dictionary of vertex IDs and their positions"""
return {j["m_Guid"]: Vector(j["m_Pos"])[:2]
for j in chain(self._dict["m_BridgeJoints"], self._dict["m_Anchors"])}
def collidepoint(self, point: Sequence[Number]): point = Vector(point) return math.sqrt((point.x - self.pos.x) ** 2 + (point.y - self.pos.y) ** 2) <= self.radius
def points(self) -> Tuple[Vector, ...]: pts_scale = self.scale values = self._dict["m_PointsLocalSpace"] return tuple((Vector(p) * pts_scale).flip_x(only_if=self.flipped).rotate(self.rotation) for p in values)
def color(self) -> Vector: return Vector(round(v*255) for v in self._dict["m_Color"].values())
def points(self) -> Tuple[Vector, ...]: return tuple(Vector(p) for p in self._dict["m_LinePoints"])
def scale(self) -> Vector: return Vector(self._dict["m_Scale"])
def render(self, display: Surface, camera: Vector, zoom: int, color=WHITE): start = Vector(zoom * (self.pos.x - self.width / 2 + camera.x), zoom * -(self.height + camera.y)) end = start + (zoom * self.width, 0) pygame.draw.line(display, color, start, end, scale(WATER_EDGE_WIDTH, zoom))
def pos(self) -> Vector: return Vector(self._dict["m_Pos"])
def rotations(self) -> Vector: """Rotation degrees in the X, Y, and Z axis, calculated from a quaternion""" return Vector(self._dict["m_Rot"]).euler_angles()
def editor(layout: dict, layoutfile: str, jsonfile: str, backupfile: str,
events: ev.EventCommunicator):
zoom = 20
size = Vector(BASE_SIZE)
camera = Vector(0, 0)
clock = pygame.time.Clock()
paused = False
pause_force_render = False
draw_points = False
draw_hitboxes = False
panning = False
selecting = False
moving = False
point_moving = False
mouse_pos = Vector(0, 0)
old_mouse_pos = Vector(0, 0)
old_true_mouse_pos = Vector(0, 0)
selecting_pos = Vector(0, 0)
dragndrop_pos = Vector(0, 0)
object_being_edited: Optional[lay.SelectableObject] = None
selected_shape: Optional[lay.CustomShape] = None
bg_color = BACKGROUND_BLUE
bg_color_2 = BACKGROUND_BLUE_GRID
fg_color = WHITE
object_lists = [
terrain_stretches := lay.LayoutList(lay.TerrainStretch, layout),
water_blocks := lay.LayoutList(lay.WaterBlock, layout), platforms :=
lay.LayoutList(lay.Platform,
layout), ramps := lay.LayoutList(lay.Ramp, layout),
custom_shapes := lay.LayoutList(lay.CustomShape, layout), pillars :=
lay.LayoutList(lay.Pillar,
layout), anchors := lay.LayoutList(lay.Anchor, layout)
]
objects: Dict[Type[lay.LayoutObject],
lay.LayoutList] = {li.cls: li
for li in object_lists}
bridge = lay.Bridge(layout)
selectable_objects = lambda: tuple(chain(custom_shapes, pillars))
holding_shift = lambda: pygame.key.get_mods() & pygame.KMOD_SHIFT
true_mouse_pos = lambda: mouse_pos.flip_y() / zoom - camera
# Start pygame
display = pygame.display.set_mode(size, pygame.RESIZABLE)
pygame.display.set_caption("PolyEditor")
if ICON:
pygame.display.set_icon(pygame.image.load(ICON))
pygame.init()
if USER32: # Maximize
USER32.ShowWindow(USER32.GetForegroundWindow(), 3)
for pyevent in pygame.event.get():
if pyevent.type == pygame.VIDEORESIZE:
size = Vector(pyevent.size)
display = pygame.display.set_mode(size, pygame.RESIZABLE)
lay.DUMMY_SURFACE = pygame.Surface(size, pygame.SRCALPHA, 32)
camera = (size / zoom / 2 + (0, 10)).flip_y()
menu_button_font = pygame.font.SysFont("Courier", 20, True)
menu_button = pygame.Surface(
Vector(menu_button_font.size("Menu")) + (10, 6))
menu_button.fill(BACKGROUND_BLUE_DARK)
pygame.draw.rect(menu_button, BLACK, menu_button.get_rect(), 1)
menu_button.blit(menu_button_font.render("Menu", True, WHITE), (5, 4))
menu_button_rect = None
# Editor loop
while True:
# Process editor events
if (event := events.read()) is not None:
if event == ev.CLOSE_EDITOR:
pygame.quit()
events.send(ev.DONE)
return
elif event == ev.DONE:
paused = False
elif object_being_edited:
if event == ev.EXIT:
object_being_edited = None
events.send(ev.CLOSE_OBJ_EDIT)
elif hasattr(event, "values"):
values = event.values
hl_objs = [o for o in selectable_objects() if o.selected]
if len(hl_objs) == 1:
obj = hl_objs[0]
obj.pos = Vector(values[popup.POS_X],
values[popup.POS_Y],
values[popup.POS_Z])
if isinstance(obj, lay.CustomShape):
obj.scale = Vector(values[popup.SCALE_X],
values[popup.SCALE_Y],
values[popup.SCALE_Z])
obj.rotations = Vector(values[popup.ROT_X],
values[popup.ROT_Y],
values[popup.ROT_Z])
obj.color = Vector(values[popup.RGB_R],
values[popup.RGB_G],
values[popup.RGB_B])
obj.flipped = values[popup.FLIP]
obj.calculate_hitbox()
elif isinstance(obj, lay.Pillar):
obj.height = values[popup.HEIGHT]
else: # Multiple objects
for obj in hl_objs:
if isinstance(obj, lay.CustomShape):
obj.color = (values[popup.RGB_R],
values[popup.RGB_G],
values[popup.RGB_B])
elif paused:
if event in (ev.MENU_RETURN, ev.ESCAPE, ev.FOCUS_OUT):
events.send(ev.DONE)
paused = False
elif event == ev.MENU_SAVE:
pygame.event.post(pygame.event.Event(
SAVE_LAYOUT_EVENT, {}))
events.send(ev.DONE)
paused = False
elif event == ev.MENU_HITBOXES:
draw_hitboxes = not draw_hitboxes
pause_force_render = True
elif event == ev.MENU_COLORS:
if bg_color == BACKGROUND_GRAY:
bg_color = BACKGROUND_BLUE
bg_color_2 = BACKGROUND_BLUE_GRID
fg_color = WHITE
else:
bg_color = BACKGROUND_GRAY
bg_color_2 = BACKGROUND_GRAY_GRID
fg_color = BLACK
pause_force_render = True
elif event == ev.MENU_CHANGE_LEVEL:
events.send(ev.RESTART_PROGRAM)
elif event == ev.MENU_QUIT:
events.send(ev.CLOSE_PROGRAM, force=False)
# Proccess pygame events
for pyevent in pygame.event.get():
if pyevent.type == pygame.QUIT:
events.send(ev.CLOSE_PROGRAM, force=True)
elif pyevent.type == pygame.ACTIVEEVENT:
if pyevent.state == 6 and not pyevent.gain: # Minimized
object_being_edited = None
events.send(ev.CLOSE_OBJ_EDIT)
events.send(ev.DONE)
elif pyevent.type == pygame.VIDEORESIZE:
size = Vector(pyevent.size)
display = pygame.display.set_mode(size, pygame.RESIZABLE)
lay.DUMMY_SURFACE = pygame.Surface(size, pygame.SRCALPHA, 32)
pause_force_render = True
elif (paused and pyevent.type == pygame.KEYDOWN and pyevent.key
in (pygame.K_ESCAPE, pygame.K_RETURN, pygame.K_SPACE)):
events.send(ev.DONE)
paused = False
continue
if paused:
continue
elif pyevent.type == SAVE_LAYOUT_EVENT:
jsonstr = json.dumps(layout, indent=2)
jsonstr = re.sub(r"(\r\n|\r|\n)( ){6,}", r" ",
jsonstr) # limit depth to 3 levels
jsonstr = re.sub(r"(\r\n|\r|\n)( ){4,}([}\]])", r" \3",
jsonstr)
with open(jsonfile, "w") as openfile:
openfile.write(jsonstr)
program = run(f"{POLYCONVERTER} {jsonfile}",
capture_output=True)
if program.returncode == SUCCESS_CODE:
output = program.stdout.decode().strip()
if len(output) == 0:
events.send(popup.notif,
"Saved! No new changes to apply.")
paused = True
else:
if "backup" in program.stdout.decode():
events.send(popup.notif,
f"Saved level as {layoutfile}!",
f"(Copied original to {backupfile})")
else:
events.send(
popup.notif,
f"Saved level as {layoutfile}!",
)
elif program.returncode == FILE_ERROR_CODE: # failed to write file?
events.send(popup.notif, "Couldn't save:",
program.stdout.decode().strip())
else:
outputs = [
program.stdout.decode().strip(),
program.stderr.decode().strip()
]
events.send(popup.notif,
f"Unexpected error while trying to save:",
"\n".join([o for o in outputs if len(o) > 0]))
elif pyevent.type == pygame.MOUSEBUTTONDOWN:
if pyevent.button == 1: # left click
if menu_button_rect.collidepoint(pyevent.pos):
events.send(popup.open_menu, clicked=True)
paused = True
continue
if draw_points:
# Point editing
for obj in reversed(custom_shapes):
if draw_points and obj.bounding_box.collidepoint(
*pyevent.pos):
clicked_point = [
p.collidepoint(pyevent.pos)
for p in obj.point_hitboxes
]
if holding_shift() and obj.add_point_hitbox:
if obj.add_point_hitbox.collidepoint(
pyevent.pos):
obj.add_point(obj.add_point_closest[2],
obj.add_point_closest[0])
obj.selected_point_index = obj.add_point_closest[
2]
point_moving = True
selected_shape = obj
break
elif True in clicked_point:
point_moving = True
obj.selected_point_index = clicked_point.index(
True)
selected_shape = obj
for o in selectable_objects():
o.selected = False
object_being_edited = None
events.send(ev.CLOSE_OBJ_EDIT)
break
if not point_moving:
# Dragging and multiselect
for obj in reversed(selectable_objects()):
if obj.collidepoint(pyevent.pos):
if not holding_shift():
moving = True
dragndrop_pos = true_mouse_pos(
) if not obj.selected else Vector()
if not obj.selected:
if not holding_shift(
): # clear other selections
for o in selectable_objects():
o.selected = False
obj.selected = True
object_being_edited = None
events.send(ev.CLOSE_OBJ_EDIT)
elif holding_shift():
obj.selected = False
object_being_edited = None
events.send(ev.CLOSE_OBJ_EDIT)
break
if not (moving or point_moving):
panning = True
dragndrop_pos = true_mouse_pos()
old_mouse_pos = Vector(pyevent.pos)
if pyevent.button == 3: # right click
object_being_edited = None
events.send(ev.CLOSE_OBJ_EDIT)
# Delete point
deleted_point = False
if draw_points:
for obj in reversed(custom_shapes):
if obj.bounding_box.collidepoint(*pyevent.pos):
for i, point in enumerate(obj.point_hitboxes):
if point.collidepoint(pyevent.pos):
if len(obj.points) > 3:
obj.del_point(i)
deleted_point = True
break
if deleted_point:
break
if not deleted_point:
if not point_moving or moving or holding_shift():
selecting_pos = Vector(pyevent.pos)
selecting = True
if pyevent.button == 4: # mousewheel up
zoom_old_pos = true_mouse_pos()
if not holding_shift() and round(zoom *
(ZOOM_MULT - 1)) >= 1:
zoom = round(zoom * ZOOM_MULT)
else:
zoom += 1
zoom = min(zoom, ZOOM_MAX)
zoom_new_pos = true_mouse_pos()
camera += zoom_new_pos - zoom_old_pos
if pyevent.button == 5: # mousewheel down
zoom_old_pos = true_mouse_pos()
if not holding_shift() and round(zoom /
(ZOOM_MULT - 1)) >= 1:
zoom = round(zoom / ZOOM_MULT)
else:
zoom -= 1
zoom = max(zoom, ZOOM_MIN)
zoom_new_pos = true_mouse_pos()
camera += zoom_new_pos - zoom_old_pos
elif pyevent.type == pygame.MOUSEBUTTONUP:
if pyevent.button == 1: # left click
if point_moving:
selected_shape.selected_point_index = None
selected_shape = None
point_moving = False
if (not holding_shift() and dragndrop_pos and
((not panning and dragndrop_pos != true_mouse_pos()) or
(panning and dragndrop_pos == true_mouse_pos()))):
hl_objs = [
o for o in selectable_objects() if o.selected
]
for obj in hl_objs:
obj.selected = False
object_being_edited = None
events.send(ev.CLOSE_OBJ_EDIT)
panning = False
moving = False
if pyevent.button == 3: # right click
selecting = False
elif pyevent.type == pygame.MOUSEMOTION:
mouse_pos = Vector(pyevent.pos)
if panning:
camera += (mouse_pos - old_mouse_pos).flip_y() / zoom
old_mouse_pos = mouse_pos
elif pyevent.type == pygame.KEYDOWN:
move_x, move_y = 0, 0
move = False
if pyevent.key == pygame.K_ESCAPE:
events.send(popup.open_menu, clicked=False)
object_being_edited = None
paused = True
continue
elif pyevent.key == pygame.K_LEFT:
move_x = -1
move = True
elif pyevent.key == pygame.K_RIGHT:
move_x = 1
move = True
elif pyevent.key == pygame.K_UP:
move_y = 1
move = True
elif pyevent.key == pygame.K_DOWN:
move_y = -1
move = True
elif pyevent.key == pygame.K_s:
pygame.event.post(pygame.event.Event(
SAVE_LAYOUT_EVENT, {}))
elif pyevent.key == pygame.K_p:
draw_points = not draw_points
elif pyevent.key == pygame.K_h:
draw_hitboxes = not draw_hitboxes
elif pyevent.key == pygame.K_d:
# Delete selected
for obj in [o for o in selectable_objects() if o.selected]:
if isinstance(obj, lay.CustomShape):
for dyn_anc_id in obj.dynamic_anchor_ids:
for anchor in [a for a in anchors]:
if anchor.id == dyn_anc_id:
anchors.remove(anchor)
objects[type(obj)].remove(obj)
elif pyevent.key == pygame.K_c:
# Copy Selected
for old_obj in [
o for o in selectable_objects() if o.selected
]:
new_obj = type(old_obj)(deepcopy(old_obj.dictionary))
old_obj.selected = False
new_obj.selected = True
if isinstance(old_obj, lay.CustomShape):
new_anchors = []
for i in range(len(old_obj.dynamic_anchor_ids)):
for anchor in [
a for a in anchors if a.id ==
old_obj.dynamic_anchor_ids[i]
]:
new_anchor = deepcopy(anchor)
new_anchor.id = str(uuid4())
new_anchors.append(new_anchor)
anchors.extend(new_anchors)
new_obj.dynamic_anchor_ids = [
a.id for a in new_anchors
]
new_obj.anchors = new_anchors
new_obj.pos += (1, -1)
objects[type(new_obj)].append(new_obj)
elif pyevent.key == pygame.K_e:
# Popup window to edit object properties
hl_objs = [o for o in selectable_objects() if o.selected]
if len(hl_objs) == 0: # under cursor
for obj in reversed(selectable_objects()):
if obj.collidepoint(mouse_pos):
obj.selected = True
hl_objs.append(obj)
break
if object_being_edited: # clear previous
for obj in hl_objs:
obj.selected = False
hl_objs.clear()
object_being_edited = None
events.send(ev.CLOSE_OBJ_EDIT)
elif len(hl_objs) == 1:
obj = hl_objs[0]
values = {
popup.POS_X: obj.pos.x,
popup.POS_Y: obj.pos.y,
popup.POS_Z: obj.pos.z
}
if isinstance(obj, lay.CustomShape):
rot = obj.rotations
values[popup.SCALE_X] = obj.scale.x
values[popup.SCALE_Y] = obj.scale.y
values[popup.SCALE_Z] = obj.scale.z
values[popup.ROT_Z] = rot.z # Z first
values[popup.ROT_X] = rot.x
values[popup.ROT_Y] = rot.y
values[popup.RGB_R] = obj.color[0]
values[popup.RGB_G] = obj.color[1]
values[popup.RGB_B] = obj.color[2]
values[popup.FLIP] = obj.flipped
elif isinstance(obj, lay.Pillar):
values[popup.HEIGHT] = obj.height
object_being_edited = obj
events.send(ev.OPEN_OBJ_EDIT, values=values)
elif len(hl_objs) > 1:
values = {}
for i in range(len(hl_objs)):
if isinstance(hl_objs[i], lay.CustomShape):
values[popup.RGB_R] = hl_objs[i].color[0]
values[popup.RGB_G] = hl_objs[i].color[1]
values[popup.RGB_B] = hl_objs[i].color[2]
object_being_edited = hl_objs[i]
events.send(ev.OPEN_OBJ_EDIT, values=values)
break
# Move selection with keys
if move:
hl_objs = [o for o in selectable_objects() if o.selected]
for obj in hl_objs:
obj.pos += (move_x, move_y)
if len(hl_objs) == 0:
camera -= (move_x, move_y)
elif object_being_edited and len(
hl_objs
) == 1 and object_being_edited == hl_objs[0]:
events.send(ev.UPDATE_OBJ_EDIT,
values={
popup.POS_X: hl_objs[0].pos.x,
popup.POS_Y: hl_objs[0].pos.y
})
# Don't render while paused
if paused and not pause_force_render:
clock.tick(FPS)
continue
# Render background
display.fill(bg_color)
block_size = zoom
line_width = lay.scale(1, zoom)
shift = (camera * zoom % block_size).round()
for x in range(shift.x, size.x, block_size):
pygame.draw.line(display, bg_color_2, (x, 0), (x, size.y),
line_width)
for y in range(-shift.y, size.y, block_size):
pygame.draw.line(display, bg_color_2, (0, y), (size.x, y),
line_width)
# Move selection with mouse
if moving:
hl_objs = [o for o in selectable_objects() if o.selected]
for obj in hl_objs:
obj.pos += true_mouse_pos() - old_true_mouse_pos
if object_being_edited and len(
hl_objs) == 1 and object_being_edited == hl_objs[0]:
events.send(ev.UPDATE_OBJ_EDIT,
values={
popup.POS_X: hl_objs[0].pos.x,
popup.POS_Y: hl_objs[0].pos.y
})
true_mouse_change = true_mouse_pos() - old_true_mouse_pos
old_true_mouse_pos = true_mouse_pos()
# Render Objects
for terrain in terrain_stretches:
terrain.render(display, camera, zoom, fg_color)
for water in water_blocks:
water.render(display, camera, zoom, fg_color)
for platform in platforms:
platform.render(display, camera, zoom)
for ramp in ramps:
ramp.render(display, camera, zoom)
shape_args = lay.ShapeRenderArgs(draw_points, draw_hitboxes,
holding_shift(), mouse_pos,
true_mouse_change)
for shape in custom_shapes:
shape.render(display, camera, zoom, shape_args)
for shape in custom_shapes:
shape.render_points(display, camera, zoom, shape_args)
if shape_args.top_point is not None:
color = lay.HIGHLIGHT_COLOR if shape_args.selected_point is not None else lay.POINT_COLOR
shape_args.top_point.render(
display, color, round(zoom * lay.POINT_SELECTED_RADIUS))
for pillar in pillars:
pillar.render(display, camera, zoom, draw_hitboxes)
bridge.render(display, camera, zoom)
dyn_anc_ids = list(
chain(*[shape.dynamic_anchor_ids for shape in custom_shapes]))
for anchor in anchors:
anchor.render(display, camera, zoom, dyn_anc_ids)
# Selecting shapes
if selecting:
rect = (min(selecting_pos.x,
mouse_pos.x), min(selecting_pos.y, mouse_pos.y),
abs(mouse_pos.x - selecting_pos.x),
abs(mouse_pos.y - selecting_pos.y))
pygame.draw.rect(display, lay.SELECT_COLOR, rect, 1)
mask = lay.rect_hitbox_mask(rect, zoom)
for obj in selectable_objects():
if not holding_shift():
obj.selected = obj.colliderect(rect, mask)
elif obj.colliderect(rect, mask): # multiselect
obj.selected = True
# Display mouse position, zoom and fps
font = pygame.font.SysFont("Courier", 20)
pos_msg = f"[{round(true_mouse_pos().x, 2):>6},{round(true_mouse_pos().y, 2):>6}]"
pos_text = font.render(pos_msg, True, fg_color)
display.blit(pos_text, (2, 5))
font = pygame.font.SysFont("Courier", 16)
zoom_msg = f"({zoom})"
zoom_size = font.size(zoom_msg)
zoom_text = font.render(zoom_msg, True, fg_color)
display.blit(zoom_text, (round(size[0] / 2 - zoom_size[0] / 2), 5))
fps_msg = str(round(clock.get_fps())).rjust(2)
fps_size = font.size(fps_msg)
fps_text = font.render(fps_msg, True, fg_color)
display.blit(fps_text, (size[0] - fps_size[0] - 5, 5))
# Display buttons
menu_button_rect = display.blit(
menu_button, (10, size.y - menu_button.get_size()[1] - 10))
pause_force_render = False
pygame.display.flip()
clock.tick(FPS)