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infotext.py
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import math
import os
import sys
from typing import Callable, Dict
from typing import *
import bpy
# from bpy.props import (
# StringProperty,
# BoolProperty,
# PointerProperty,
# FloatVectorProperty,
# FloatProperty,
# EnumProperty,
# IntProperty,
# BoolVectorProperty
# )
import blf
from .functions import *
from . import prefs
# FIXME: It would be better to auto-find and auto-load these, rather than
# having the list hard-coded. Sadly, I was having trouble making that work
# well, so we're just going to do this.
#
# FIXME: Thewe will not get reloaded when the addon is reloaded
from .modifiers.armature import *
from .modifiers.array import *
from .modifiers.bevel import *
from .modifiers.boolean import *
from .modifiers.build import *
from .modifiers.cast import *
from .modifiers.corrective_smooth import *
from .modifiers.curve import *
# from .modifiers.data_transfer import *
from .modifiers.decimate import *
from .modifiers.displace import *
from .modifiers.edge_split import *
from .modifiers.hook import *
from .modifiers.laplacian_deform import *
from .modifiers.laplacian_smooth import *
from .modifiers.lattice import *
from .modifiers.mask import *
from .modifiers.mesh_deform import *
from .modifiers.mirror import *
from .modifiers.multires import *
from .modifiers.remesh import *
from .modifiers.screw import *
from .modifiers.shrinkwrap import *
from .modifiers.simple_deform import *
from .modifiers.skin import *
from .modifiers.smooth import *
from .modifiers.solidify import *
from .modifiers.subsurf import *
from .modifiers.surface_deform import *
from .modifiers.triangulate import *
from .modifiers.warp import *
from .modifiers.wave import *
from .modifiers.weighted_normals import *
from .modifiers.wireframe import *
infotext_text_Handle: bpy.types.Object = []
# ----------------------------------------------------------------------
# DRAW ICONS
# ----------------------------------------------------------------------
# Not implemented currently because blender changed when eevee hit. Need
# to fix at some point this lifetime.
# def load_texture(name, scale=1):
# full_path = join(dirname(__file__), 'icon', 'modifiers', name)
# img = png.Reader(full_path)
# img.read()
# img = img.asFloat()
# content = list(img[2])
# buf = bgl.Buffer(bgl.GL_FLOAT, [len(content), len(content[0])], content)
#
# TEXTURES[name] = {'dimensions': [img[3]['size'][0], img[3]['size'][1]],
# 'full_path': full_path, 'data': buf,
# 'is_gl_initialised': False, 'scale': scale,
# 'texture_id': 0}
#
# return TEXTURES[name]
#
# def draw_icon(icon_name, location, size):
# if not icon_name in TEXTURES:
# load_texture(icon_name)
#
# tex = TEXTURES[icon_name]
#
# if not tex['is_gl_initialised']:
#
# tex['texture_id'] = bgl.Buffer(bgl.GL_INT, [1])
#
# bgl.glGenTextures(1, tex['texture_id'])
#
# bgl.glBindTexture(bgl.GL_TEXTURE_2D, tex['texture_id'].to_list()[0])
#
# bgl.glTexImage2D(bgl.GL_TEXTURE_2D, 0, bgl.GL_RGBA, tex['dimensions'][0],
# tex['dimensions'][1], 0, bgl.GL_RGBA, bgl.GL_FLOAT, tex['data'])
# bgl.glTexParameteri(bgl.GL_TEXTURE_2D, bgl.GL_TEXTURE_MIN_FILTER, bgl.GL_NEAREST)
# bgl.glTexParameteri(bgl.GL_TEXTURE_2D, bgl.GL_TEXTURE_MAG_FILTER, bgl.GL_NEAREST)
# tex['is_gl_initialised'] = True
# else:
# bgl.glBindTexture(bgl.GL_TEXTURE_2D, tex['texture_id'].to_list()[0])
#
# bgl.glColor4f(1, 1, 1, 1)
# bgl.glEnable(bgl.GL_BLEND)
# bgl.glEnable(bgl.GL_TEXTURE_2D)
# bgl.glBegin(bgl.GL_QUADS)
#
# coeff = tex['dimensions'][0] / size
# iconWidth = tex['dimensions'][0] / coeff
# iconHeight = tex['dimensions'][1] / coeff
# x, y = location
#
# # bottom left
# bgl.glTexCoord2d(0, 1)
# bgl.glVertex2d(x, y)
#
# # top left
# bgl.glTexCoord2d(0, 0)
# bgl.glVertex2d(x, y + iconHeight)
#
# # top right
# bgl.glTexCoord2d(1, 0)
# bgl.glVertex2d(x + iconWidth, y + iconHeight)
#
# # bottom right
# bgl.glTexCoord2d(1, 1)
# bgl.glVertex2d(x + iconWidth, y)
#
# bgl.glEnd()
# bgl.glDisable(bgl.GL_TEXTURE_2D)
# bgl.glDisable(bgl.GL_BLEND)
# ----------------------------------------------------------------------
# DRAW TEXT
# -----------------------------------------------------------------------
def infotext_draw_text_callback():
addon_prefs = get_addon_preferences()
# if addon_prefs.show_infotext and bpy.context.object is not None:
if addon_prefs.show_infotext:
infotext_draw_text_array(infotext_key_text(addon_prefs), addon_prefs)
def infotext_draw_text_array(output_text, p: prefs.InfotextAddonPrefs) -> None:
font_id = 0
x_offset = 0
y_offset = 0
# first_line_width = 0
overlap = bpy.context.preferences.system.use_region_overlap
t_panel_width = 0
if overlap:
for region in bpy.context.area.regions:
if region.type == 'TOOLS':
t_panel_width = region.width
infotext_dpi = bpy.context.preferences.view.ui_scale
text_size = min(p.text_size_max, max(p.text_size_mini, int(bpy.context.area.width / 100)))
x = t_panel_width + (p.infotext_text_pos_x * infotext_dpi)
y = bpy.context.region.height - (p.infotext_text_pos_y * infotext_dpi)
# kinda lame that we use inline text strings as 'commands' but not worth
# fixing right now.
for command in output_text:
if command == "SPACE" or command[0] == "SPACE":
y_offset -= (text_size + p.infotext_text_space) / 2
elif command == "CR" or command == "Carriage return":
x_offset = 0
y_offset -= text_size + p.infotext_text_space
# space = int(text_size_max *5)
elif len(command) == 3:
Text, Color, Size = command
# bgl.glColor3f(*Color)
blf.color(0, *Color)
blf.size(font_id, Size, 72)
text_width, text_height = blf.dimensions(font_id, Text)
if p.infotext_text_shadow:
blf.enable(0, blf.SHADOW)
blf.shadow_offset(0, p.infotext_offset_shadow_x, p.infotext_offset_shadow_y)
blf.shadow(0, 3, p.infotext_shadow_color[0], p.infotext_shadow_color[1],
p.infotext_shadow_color[2], p.infotext_shadow_alpha)
blf.position(font_id, (x + x_offset), (y + y_offset), 0)
blf.draw(font_id, Text)
x_offset += text_width
# elif len(command) == 2 and command[0] == 'ICON':
# icon_size = int(text_size_max * 1.1)
# draw_icon(command[1], ((x + x_offset ), (y + y_offset)), icon_size)
#
else:
print("Unknown command '%s' passed to infotext_draw_text_array" % (command))
continue
if p.infotext_text_shadow:
blf.disable(0, blf.SHADOW)
bpy.context.area.tag_redraw()
'''
# ---------------------------------------------------------------
# EXPERIMENTAL - ctypes to try to find out if a modal is running
# ---------------------------------------------------------------
# Handler type enum. Operator is 3
WM_HANDLER_TYPE_GIZMO = 1
WM_HANDLER_TYPE_UI = 2
WM_HANDLER_TYPE_OP = 3
WM_HANDLER_TYPE_DROPBOX = 4
WM_HANDLER_TYPE_KEYMAP = 5
# Generate listbase of appropriate type. None: generic
def listbase(type_=None):
ptr = POINTER(type_)
fields = ("first", ptr), ("last", ptr)
return type("ListBase", (Structure,), {'_fields_': fields})
# Mini struct for Op handlers. *not* bContext!
class OpContext(Structure):
pass
class wmEventHandler(Structure): # Generic
pass
class wmEventHandler_Op(Structure): # Operator
pass
class wmWindow(Structure):
pass
wmEventHandler._fields_ = (
("next", POINTER(wmEventHandler)),
("prev", POINTER(wmEventHandler)),
("type", c_int), # Enum
("flag", c_char),
("poll", c_void_p),
)
wmWindow._fields_ = ( # from DNA_windowmanager_types.h
("next", POINTER(wmWindow)),
("prev", POINTER(wmWindow)),
("ghostwin", c_void_p),
("gpuctx", c_void_p),
("parent", POINTER(wmWindow)),
("scene", c_void_p),
("new_scene", c_void_p),
("view_layer_name", c_char * 64),
("workspace_hook", c_void_p),
("global_areas", listbase(type_=None) * 3),
("screen", c_void_p),
("posx", c_short),
("posy", c_short),
("sizex", c_short),
("sizey", c_short),
("windowstate", c_short),
("monitor", c_short),
("active", c_short),
("cursor", c_short),
("lastcursor", c_short),
("modalcursor", c_short),
("grabcursor", c_short),
("addmousemove", c_short),
("winid", c_int),
("lock_pie_event", c_short),
("last_pie_event", c_short),
("eventstate", c_void_p),
("tweak", c_void_p),
("ime_data", c_void_p),
("queue", listbase(type_=None)),
("handlers", listbase(type_=None)),
("modalhandlers", listbase(type_=wmEventHandler)),
("gesture", listbase(type_=None)),
("stereo3d_format", c_void_p),
("drawcalls", listbase(type_=None)),
("cursor_keymap_status", c_void_p)
)
OpContext._fields_ = (
("win", POINTER(wmWindow)),
("area", c_void_p), # <-- ScrArea ptr
("region", c_void_p), # <-- ARegion ptr
("region_type", c_short)
)
wmEventHandler_Op._fields_ = (
("head", wmEventHandler),
("op", c_void_p), # <-- wmOperator
("is_file_select", c_bool),
("context", OpContext)
)
def modal(output_text, p: prefs.InfotextAddonPrefs):
window = bpy.context.window
win = cast(window.as_pointer(), POINTER(wmWindow)).contents
handle = win.modalhandlers.first
while handle:
if handle.contents.type == WM_HANDLER_TYPE_OP:
output_text.extend([
"CR",
("Modal Running", p.color_title, p.text_size_normal),
])
break
handle = handle.contents.next
else:
output_text.extend([
"CR",
("No modal Running", p.color_title, p.text_size_normal)
])
# print("No running modals")
'''
# ---------------------------------------------------------------
# VIEW
# ---------------------------------------------------------------
def r(x: Union[float, int]) -> float:
return round(x, 3)
view_orientation_dict = {
(0.0, 0.0, 0.0): 'Top',
(r(-math.pi), 0.0, r(-math.pi)): 'Top',
(r(-math.pi), 0.0, r(math.pi)): 'Top',
(r(math.pi), 0.0, r(-math.pi)): 'Top',
(r(math.pi), 0.0, r(math.pi)): 'Top',
(0.0, 0.0, r(math.pi)): 'Top', # 180 degree
(0.0, 0.0, r(-math.pi / 2)): 'Top', # 90 degree
(0.0, 0.0, r(math.pi / 2)): 'Top', # -90 degree
# (0.0, 0.0, 0.0): 'Bottom', # 180 degree ???
(r(math.pi), 0.0, 0.0): 'Bottom',
(r(math.pi), 0.0, r(math.pi / 2)): 'Bottom', # 90 degree
(r(-math.pi), 0.0, 0.0): 'Bottom',
(r(-math.pi), 0.0, r(-math.pi / 2)): 'Bottom', # -90 degree
(0.0, r(-math.pi), 0.0): 'Bottom',
(r(math.pi / 2), 0.0, 0.0): 'Front',
(r(math.pi / 2), 0.0, r(math.pi)): 'Back',
(r(math.pi / 2), 0.0, r(-math.pi / 2)): 'Left',
(r(math.pi / 2), 0.0, r(math.pi / 2)): 'Right',
}
view_perspective_dict = {
# "CAMERA": "Camera",
"ORTHO": "Orthographic",
"PERSP": "Perspective"
}
# Example outputs:
# Camera Perspective; User Orthographic; User Perspective; Bottom Perspective;
# Bottom Orthographic
#
# FIXME: The top/bottom/side orthographic views normally show the grid scale, too,
# probably
def view(output_text, p: prefs.InfotextAddonPrefs):
rd = bpy.context.region_data
if rd.view_perspective == "CAMERA":
output_text.extend([
"CR",
("Camera Perspective", p.color_title, p.text_size_normal),
])
else:
view_rot = rd.view_rotation.to_euler()
# from pprint import pprint
# print(pprint(tuple(map(r, view_rot))))
# print(pprint(view_rot))
# For figuring out what our perspective is, we don't care about what
# the y rotation is. Just ignore it so we don't have to care
x, y, z = tuple(map(r, view_rot))
# print(x, y, z)
# orientation = view_orientation_dict.get(tuple(map(r, view_rot)), 'User')
orientation = view_orientation_dict.get(tuple([x, y, z]), 'User')
perspective = view_perspective_dict.get(rd.view_perspective)
# t = "%s %s (%0.3f %0.3f %0.3f %s)" % (orientation, perspective, x, y, z, view_rot.order)
t = "%s %s" % (orientation, perspective)
output_text.extend([
"CR",
(t, p.color_title, p.text_size_normal),
])
# ---------------------------------------------------------------
# MODE
# ---------------------------------------------------------------
mode_strings = {
'OBJECT': 'OBJECT MODE',
'EDIT_MESH': 'EDIT MODE',
'EDIT_CURVE': 'EDIT MODE',
'EDIT_SURFACE': 'EDIT MODE',
'EDIT_TEXT': 'EDIT MODE',
'EDIT_ARMATURE': 'EDIT MODE',
'EDIT_METABALL': 'EDIT MODE',
'EDIT_LATTICE': 'EDIT MODE',
'POSE': 'POSE MODE',
'SCULPT': 'SCULPT MODE',
'PAINT_WEIGHT': 'WEIGHT PAINT MODE',
'PAINT_VERTEX': 'VERTEX PAINT MODE',
'PAINT_TEXTURE': 'TEXTURE PAINT MODE',
'PARTICLE': 'PARTICLE EDIT MODE',
'EDIT_GPENCIL': 'EDIT MODE', # FIXME: should this mention gpencil?
'PAINT GPENCIL': 'GR.PENCIL PAINT MODE',
'SCULPT_GPENCIL': 'GR.PENCIL SCULPT MODE',
'WEIGHT_GPENCIL': 'GR.PENCIL WEIGHT MODE', # should this have 'paint' in the string?
'VERTEX_GPENCIL': 'GR.PENCIL VERTEX MODE', # should this have 'paint' in the string?
'default': 'UNKNOWN MODE',
}
def mode(output_text, p: prefs.InfotextAddonPrefs):
mode = bpy.context.mode
if mode in mode_strings:
output_text.extend([
"CR",
(mode_strings[mode], p.color_title, p.text_size_large),
])
else:
output_text.extend([
"CR",
(mode_strings['default'], p.color_title, p.text_size_large),
])
# Icons, just in case we figure out how to use them again
# output_text.extend(["CR", ('ICON', 'ICON_OBJECT_DATAMODE.png'), (" OBJECT MODE", p.color_title, p.text_size_deux)])
# output_text.extend(["CR", ('ICON', 'ICON_EDITMODE_HLT.png'), (" EDIT MODE", p.color_title, p.text_size_deux)])
# output_text.extend(["CR", ('ICON', 'ICON_SCULPTMODE_HLT.png'), (" SCULPT MODE", p.color_title, p.text_size_deux)])
# output_text.extend(["CR", ('ICON', 'ICON_VPAINT_HLT.png'), (" VERTEX PAINT MODE", p.color_title, p.text_size_deux)])
# output_text.extend(["CR", ('ICON', 'ICON_WPAINT_HLT.png'), (" WEIGHT PAINT MODE", p.color_title, p.text_size_deux)])
# output_text.extend(["CR", ('ICON', 'ICON_TPAINT_HLT.png'), (" TEXTURE PAINT MODE", p.color_title, p.text_size_deux)])
# output_text.extend(["CR", ('ICON', 'ICON_PARTICLEMODE.png'), (" PARTICLES EDIT MODE", p.color_title, p.text_size_deux)])
# output_text.extend(["CR", ('ICON', 'ICON_POSE_HLT.png'), (" POSE MODE", p.color_title, p.text_size_deux)])
# output_text.extend(
# ["CR", ('ICON', 'ICON_OBJECT_DATAMODE.png'), (" ", p.color_setting, p.text_size_normal)])
# ---------------------------------------------------------------
# NAME
# ---------------------------------------------------------------
def name(output_text, p: prefs.InfotextAddonPrefs, obj: bpy.types.Object) -> None:
# obj = bpy.context.active_object
type = obj.type
# if obj.animation_data:
if obj.animation_data \
and hasattr(obj.animation_data.action, "fcurves") \
and len(obj.animation_data.action.fcurves):
type += " (ANIMATED)"
output_text.extend([
"CR",
("", p.color_setting, int(p.text_size_normal * 5)),
"CR",
# (obj.type + ": ", p.color_title, p.text_size_normal),
(type, p.color_title, p.text_size_normal),
"CR",
"CR",
(obj.name, p.color_value, int(p.text_size_large * 1.5)),
"CR",
])
# FIXME: enable icons once icon code is enabled
# if obj.type == 'MESH':
# # output_text.extend(["CR", ('ICON', 'ICON_OUTLINER_OB_MESH.png'), (" ", p.color_setting, p.text_size_normal)])
# output_text.extend(["CR", (" ", p.color_setting, p.text_size_normal), (obj.name, p.color_value, p.text_size_normal)])
# elif obj.type == 'CURVE':
# # output_text.extend(["CR", ('ICON', 'ICON_OUTLINER_OB_CURVE.png'), (" ", p.color_setting, p.text_size_normal)])
# output_text.extend(["CR", (" ", p.color_setting, p.text_size_normal), (obj.name, p.color_value, p.text_size_normal)])
# elif obj.type == 'EMPTY':
# # output_text.extend(["CR", ('ICON', 'ICON_OUTLINER_OB_EMPTY.png'), (" ", p.color_setting, p.text_size_normal)])
# output_text.extend(["CR", (" ", p.color_setting, p.text_size_normal), (obj.name, p.color_value, p.text_size_normal)])
# elif obj.type == 'CAMERA':
# # output_text.extend(["CR", ('ICON', 'ICON_OUTLINER_OB_CAMERA.png'), (" ", p.color_setting, p.text_size_normal)])
# output_text.extend(["CR", (" ", p.color_setting, p.text_size_normal), (obj.name, p.color_value, p.text_size_normal)])
# elif obj.type == 'LATTICE':
# # output_text.extend(["CR", ('ICON', 'ICON_OUTLINER_OB_LATTICE.png'), (" ", p.color_setting, p.text_size_normal)])
# output_text.extend(["CR", (" ", p.color_setting, p.text_size_normal), (obj.name, p.color_value, p.text_size_normal)])
# elif obj.type == 'META':
# # output_text.extend(["CR", ('ICON', 'ICON_OUTLINER_OB_META.png'), (" ", p.color_setting, p.text_size_normal)])
# output_text.extend(["CR", (" ", p.color_setting, p.text_size_normal), (obj.name, p.color_value, p.text_size_normal)])
# elif obj.type == 'ARMATURE':
# # output_text.extend(["CR", ('ICON', 'ICON_OUTLINER_OB_ARMATURE.png'), (" ", p.color_setting, p.text_size_normal)])
# output_text.extend(["CR", (" ", p.color_setting, p.text_size_normal), (obj.name, p.color_value, p.text_size_normal)])
# elif obj.type == 'FONT':
# # output_text.extend(["CR", ('ICON', 'ICON_OUTLINER_OB_FONT.png'), (" ", p.color_setting, p.text_size_normal)])
# output_text.extend(["CR", (" ", p.color_setting, p.text_size_normal), (obj.name, p.color_value, p.text_size_normal)])
# elif obj.type == 'LATTICE':
# # output_text.extend(["CR", ('ICON', 'ICON_OUTLINER_OB_LATTICE.png'), (" ", p.color_setting, p.text_size_normal)])
# output_text.extend(["CR", (" ", p.color_setting, p.text_size_normal), (obj.name, p.color_value, p.text_size_normal)])
# elif obj.type == 'LAMP':
# # output_text.extend(["CR", ('ICON', 'ICON_OUTLINER_OB_LAMP.png'), (" ", p.color_setting, p.text_size_normal)])
# output_text.extend(["CR", (" ", p.color_setting, p.text_size_normal), (obj.name, p.color_value, p.text_size_normal)])
# elif obj.type == 'SURFACE':
# # output_text.extend(["CR", ('ICON', 'ICON_OUTLINER_OB_SURFACE.png'), (" ", p.color_setting, p.text_size_normal)])
# output_text.extend(["CR", (" ", p.color_setting, p.text_size_normal), (obj.name, p.color_value, p.text_size_normal)])
# elif obj.type == 'SPEAKER':
# # output_text.extend(["CR", ('ICON', 'ICON_OUTLINER_OB_SPEAKER.png'), (" ", p.color_setting, p.text_size_normal)])
# output_text.extend(["CR", (" ", p.color_setting, p.text_size_normal), (obj.name, p.color_value, p.text_size_normal)])
# ---------------------------------------------------------------
# PARENT
# ---------------------------------------------------------------
def parent(output_text, p: prefs.InfotextAddonPrefs, obj: bpy.types.Object) -> None:
if obj.parent:
output_text.extend([
"CR",
("PARENT: ", p.color_title, p.text_size_normal),
(obj.parent.name, p.color_value, p.text_size_normal),
])
output_text.extend(["SPACE"])
# ---------------------------------------------------------------
# LOCATION / ROTATION / SCALE
# ---------------------------------------------------------------
def loc(output_text, p: prefs.InfotextAddonPrefs, obj: bpy.types.Object) -> None:
axis_list = (" X ", " Y ", " Z ")
# LOCATION
if tuple(obj.location) != (0.0, 0.0, 0.0):
# output_text.extend(["CR", ('ICON', 'ICON_MAN_TRANS.png'), (" ", p.color_title, p.text_size_normal)])
output_text.extend([
"CR",
("L: ", p.color_title, p.text_size_normal),
])
for idx, axis in enumerate(axis_list):
output_text.extend([
(axis, p.color_setting, p.text_size_normal),
(fmt_length(obj.location[idx], 2), p.color_value, p.text_size_normal),
])
# ROTATION
if tuple(obj.rotation_euler) != (0.0, 0.0, 0.0):
# output_text.extend(["CR", ('ICON', 'ICON_MAN_ROT.png'), (" ", p.color_title, p.text_size_normal)])
output_text.extend(["CR", ("R: ", p.color_title, p.text_size_normal)])
for idx, axis in enumerate(axis_list):
output_text.extend([
(axis, p.color_setting, p.text_size_normal),
(str(round(math.degrees(obj.rotation_euler[idx]), 2)), p.color_value, p.text_size_normal),
("°", p.color_value, p.text_size_normal)
])
# SCALE
if tuple(obj.scale) != (1, 1, 1):
# output_text.extend(["CR", ('ICON', 'ICON_MAN_SCALE.png'), (" ", p.color_title, p.text_size_normal)])
output_text.extend([
"CR",
("S: ", p.color_title, p.text_size_normal),
])
for idx, axis in enumerate(axis_list):
output_text.extend([
(axis, p.color_setting, p.text_size_normal),
(str(round(obj.scale[idx], 2)), p.color_value, p.text_size_normal),
])
if obj.modifiers and p.flag_bad_transforms:
if not float_is_close(obj.scale[0], obj.scale[1], 3) or not float_is_close(obj.scale[1], obj.scale[2], 3):
output_text.extend([
(" NON-UNIFORM", p.color_warning, p.text_size_normal),
])
if not float_is_close(obj.scale[0], 1.0, 3) or not float_is_close(obj.scale[1], 1.0, 3) or not float_is_close(obj.scale[2], 1.0, 3):
output_text.extend([
(" UNAPPLIED", p.color_warning, p.text_size_normal),
])
if any([
tuple(obj.location) != (0.0, 0.0, 0.0), tuple(obj.rotation_euler) != (0.0, 0.0, 0.0), tuple(obj.scale) != (1, 1, 1)]):
output_text.extend(["SPACE"])
# ---------------------------------------------------------------
# NGONS
# ---------------------------------------------------------------
def ngons(output_text, p: prefs.InfotextAddonPrefs, obj: bpy.types.Object) -> None:
# WM = bpy.context.window_manager.infotext_properties
infotext = bpy.context.window_manager.infotext
if False:
if not infotext.face_type_count:
get_face_type_count(infotext, obj)
# tcount = infotext_properties.face_type_count['TRIS']
# ncount = infotext_properties.face_type_count['NGONS']
vcount = len(obj.data.vertices)
fcount = len(obj.data.polygons)
ecount = len(obj.data.edges)
# VERTEX
# output_text.extend(["CR", ('ICON', 'vert.png'), (" ", p.color_title, p.text_size_normal),
# (str(vcount), p.color_value, p.text_size_normal)])
output_text.extend([
"CR",
("V: ", p.color_title, p.text_size_normal),
(str(vcount), p.color_value, p.text_size_normal),
])
# EDGES
# output_text.extend([(" ", p.color_title, p.text_size_normal), ('ICON', 'edge.png'), (" ", p.color_title, p.text_size_normal),
# (str(ecount), p.color_value, p.text_size_normal)])
output_text.extend([
(" E: ", p.color_title, p.text_size_normal),
(" ", p.color_title, p.text_size_normal),
(str(ecount), p.color_value, p.text_size_normal),
])
# FACES
# output_text.extend([(" ", p.color_title, p.text_size_normal), ('ICON', 'face.png'), (" ", p.color_title, p.text_size_normal),
# (str(fcount), p.color_value, p.text_size_normal)])
output_text.extend([
(" F: ", p.color_title, p.text_size_normal),
(" ", p.color_title, p.text_size_normal),
(str(fcount), p.color_value, p.text_size_normal),
])
# FIXME: Make sure this is ok in all cases
# if not bpy.context.object.mode == 'SCULPT':
if False and not obj.mode == 'SCULPT':
tcount = infotext.face_type_count['TRIS']
ncount = infotext.face_type_count['NGONS']
# TRIS
if tcount:
# output_text.extend([(" ", p.color_title, p.text_size_normal), ('ICON', 'triangle.png'), (" ", p.color_title, p.text_size_normal),
# (str(tcount), p.color_value, p.text_size_normal)])
output_text.extend([
(" T: ", p.color_title, p.text_size_normal),
(" ", p.color_title, p.text_size_normal),
(str(tcount), p.color_value, p.text_size_normal),
])
# NGONS ICON_OBJECT_DATA
if ncount:
# output_text.extend([(" ", p.color_title, p.text_size_normal), ('ICON', 'ngons.png'),
# (" ", p.color_title, p.text_size_normal), (str(ncount), p.color_value, p.text_size_normal)])
output_text.extend([
(" N: ", p.color_title, p.text_size_normal),
(" ", p.color_title, p.text_size_normal),
(str(ncount), p.color_value, p.text_size_normal),
])
# ---------------------------------------------------------------
# MESH OPTIONS
# ---------------------------------------------------------------
def mesh_options(output_text, p: prefs.InfotextAddonPrefs, obj: bpy.types.Object) -> None:
# CUSTOM NORMALS
if obj.type == 'MESH':
if obj.data.has_custom_normals:
output_text.extend([
"CR",
("CUSTOM NORMALS", p.color_warning, p.text_size_normal),
])
# MATERIALS
if obj.type in ['MESH', 'CURVE', 'FONT']:
if obj.material_slots:
if obj.active_material:
# output_text.extend(["CR", ('ICON', 'ICON_SMOOTH.png'),(" ", p.color_title, p.text_size_normal)])
output_text.extend([
"CR",
("MATERIAL: ", p.color_title, p.text_size_normal),
])
output_text.extend([
(str(len(obj.material_slots)), p.color_setting, p.text_size_normal),
(" ", p.color_title, p.text_size_normal),
(str(obj.active_material.name), p.color_value, p.text_size_normal),
])
if obj.active_material.users >= 2:
output_text.extend([
(" ", p.color_setting, p.text_size_normal),
(str(obj.active_material.users), p.color_setting, p.text_size_normal),
(" users", p.color_setting, p.text_size_normal),
])
if obj.active_material.use_fake_user:
real = obj.active_material.users - 1
output_text.extend([(f" ({real} real, 1 fake)", p.color_setting, p.text_size_normal)])
else:
output_text.extend(["CR", ("SLOT ONLY", p.color_title, p.text_size_normal)])
# SPACE
output_text.extend(["SPACE"])
if obj.type == 'MESH':
# AUTOSMOOTH
if obj.data.use_auto_smooth:
output_text.extend([
"CR",
("AUTOSMOOTH ", p.color_title, p.text_size_normal),
])
# ANGLE
output_text.extend([
(" ANGLE ", p.color_setting, p.text_size_normal),
(str(round(math.degrees(obj.data.auto_smooth_angle), 1)), p.color_value, p.text_size_normal),
("°", p.color_value, p.text_size_normal),
])
if obj.type in ['MESH', 'LATTICE']:
# VERTEX GROUPS
if obj.vertex_groups:
output_text.extend([
"CR",
("VERTEX GROUPS", p.color_title, p.text_size_normal),
])
output_text.extend([
(" ", p.color_title, p.text_size_normal),
(str(len(obj.vertex_groups)), p.color_setting, p.text_size_normal),
])
output_text.extend([
(" ", p.color_title, p.text_size_normal),
(str(obj.vertex_groups[int(obj.vertex_groups.active_index)].name), p.color_value, p.text_size_normal),
])
if obj.type in ['CURVE', 'MESH', 'LATTICE']:
# SHAPE KEYS
if obj.data.shape_keys:
output_text.extend(["CR", ("SHAPE KEYS", p.color_title, p.text_size_normal)])
output_text.extend([
(" ", p.color_title, p.text_size_normal),
(str(len(obj.data.shape_keys.key_blocks)), p.color_setting, p.text_size_normal),
])
output_text.extend([
(" ", p.color_title, p.text_size_normal),
(str(obj.data.shape_keys.key_blocks[int(
bpy.context.object.active_shape_key_index)].name), p.color_value, p.text_size_normal),
])
if bpy.context.object.mode == 'OBJECT':
output_text.extend([
(" VALUE ", p.color_setting, p.text_size_normal),
(str(round(obj.data.shape_keys.key_blocks[int(
bpy.context.object.active_shape_key_index)].value, 3)), p.color_value, p.text_size_normal),
])
if obj.type == 'MESH':
# UV's
if obj.data.uv_layers:
output_text.extend(["CR", ("UV's", p.color_title, p.text_size_normal)])
output_text.extend([
(" ", p.color_title, p.text_size_normal),
(str(len(obj.data.uv_layers)), p.color_setting, p.text_size_normal),
])
output_text.extend([
(" ", p.color_title, p.text_size_normal),
(str(
obj.data.uv_layers[int(obj.data.uv_layers.active_index)].name), p.color_value, p.text_size_normal),
])
# VERTEX COLORS
if obj.data.vertex_colors:
output_text.extend(["CR", ("VERTEX COLORS", p.color_title, p.text_size_normal)])
output_text.extend([
(" ", p.color_title, p.text_size_normal),
(str(len(obj.data.vertex_colors)), p.color_setting, p.text_size_normal),
])
output_text.extend([
(" ", p.color_title, p.text_size_normal),
(str(obj.data.vertex_colors[int(obj.data.vertex_colors.active_index)].name),
p.color_value, p.text_size_normal),
])
if obj.type == 'LATTICE':
if any([obj.vertex_groups, obj.data.shape_keys]):
# SPACE
output_text.extend(["SPACE"])
if obj.type in ['CURVE', 'FONT']:
if any([obj.vertex_groups, obj.data.shape_keys]):
# SPACE
output_text.extend(["SPACE"])
if obj.type == 'MESH':
if any([obj.data.use_auto_smooth, obj.vertex_groups, obj.data.shape_keys, obj.data.uv_layers, obj.data.vertex_colors]):
# SPACE
output_text.extend(["SPACE"])
# ---------------------------------------------------------------
# SCULPT
# ---------------------------------------------------------------
def sculpt(output_text, p: prefs.InfotextAddonPrefs, obj: bpy.types.Object) -> None:
toolsettings = bpy.context.tool_settings
sculpt = toolsettings.sculpt
context_tool = bpy.context.scene.tool_settings.sculpt
# BRUSH
brush = bpy.context.tool_settings.sculpt.brush
capabilities = brush.sculpt_capabilities
ups = bpy.context.tool_settings.unified_paint_settings
# SPACE
output_text.extend(["SPACE"])
# if bpy.types.Brush == 'GRAB':
# output_text.extend(["CR", ('ICON', 'grab.png'), (" ", p.color_setting, p.text_size_normal)])
output_text.extend(["CR", (str(brush.name.upper()), p.color_title, p.text_size_large)])
# SPACE
output_text.extend(["SPACE"])
# RADIUS
output_text.extend([
"CR",
("RADIUS ", p.color_setting, p.text_size_normal),
(str(round(ups.size, 2)), p.color_value, p.text_size_normal),
(" px", p.color_value, p.text_size_normal),
])
# STRENGTH
output_text.extend([
"CR",
("STRENGTH ", p.color_setting, p.text_size_normal),
(str(round(brush.strength, 3)), p.color_value, p.text_size_normal),
])
# STRENGTH
brush_autosmooth = bpy.data.brushes[brush.name].auto_smooth_factor
if brush_autosmooth:
output_text.extend([
"CR",
("AUTOSMOOTH ", p.color_setting, p.text_size_normal),
(str(round(brush_autosmooth, 3)), p.color_value, p.text_size_normal),
])
brush_use_frontface = bpy.data.brushes[brush.name].use_frontface
if bpy.data.brushes[brush.name].use_frontface:
output_text.extend([
"CR",
("FRONT FACE ", p.color_setting, p.text_size_normal),
(str(brush_use_frontface), p.color_value, p.text_size_normal),
])
# brush_stroke_method = bpy.data.brushes[brush.name].stroke_method
# if brush_stroke_method == 'SPACE':
# output_text.extend(["CR", ("STROKE METHOD ", p.color_setting, p.text_size_normal)])
# output_text.extend(["SPACE"])
# else:
# output_text.extend(["CR", ("STROKE METHOD ", p.color_setting, p.text_size_normal),
# (str(brush_stroke_method), p.color_value, p.text_size_normal)])
output_text.extend(["SPACE"])
# FIXME: Should we be accessing this from the context, or just the active object?
if bpy.context.sculpt_object.use_dynamic_topology_sculpting:
output_text.extend(["SPACE"])
# DYNTOPO
output_text.extend(["CR", ("DYNTOPO ", p.color_title, p.text_size_large)])
output_text.extend(["SPACE"])
if context_tool.detail_type_method == 'CONSTANT':
output_text.extend([
"CR",
("CONSTANT DETAIL ", p.color_setting, p.text_size_normal),
(str(round(context_tool.constant_detail_resolution, 2)), p.color_value, p.text_size_normal),
])
elif context_tool.detail_type_method == 'RELATIVE':
output_text.extend([
"CR",
("RELATIVE DETAIL ", p.color_setting, p.text_size_normal),
(str(round(context_tool.detail_size, 2)), p.color_value, p.text_size_normal),
(" px", p.color_value, p.text_size_normal),
])
else:
output_text.extend([
"CR",
("BRUSH DETAIL ", p.color_setting, p.text_size_normal),
(str(round(context_tool.detail_percent, 2)), p.color_value, p.text_size_normal),
("%", p.color_value, p.text_size_normal),
])
# SUBDIV METHOD
# SUBDIVIDE_COLLAPSE
if context_tool.detail_refine_method == 'SUBDIVIDE_COLLAPSE':
output_text.extend([
"CR",
(str("SUBDIVIDE COLLAPSE"), p.color_setting, p.text_size_normal),
])
# COLLAPSE
elif context_tool.detail_refine_method == 'COLLAPSE':
output_text.extend(["CR", (str("COLLAPSE"), p.color_setting, p.text_size_normal)])
# SUBDIVIDE
else:
output_text.extend(["CR", (str("SUBDIVIDE"), p.color_setting, p.text_size_normal)])
# SMOOTH SHADING
if context_tool.use_smooth_shading:
output_text.extend(["CR", (str("SMOOTH SHADING"), p.color_value, p.text_size_normal)])
# SYMMETRIZE DIRECTION
output_text.extend([
"CR",
(str("SYMMETRIZE "), p.color_setting, p.text_size_normal),
(str(context_tool.symmetrize_direction.lower().capitalize()), p.color_value, p.text_size_normal),
])
output_text.extend(["SPACE"])
# SYMMETRIZE
if any([context_tool.use_symmetry_x, context_tool.use_symmetry_y, context_tool.use_symmetry_z]):
output_text.extend(["CR", (str("MIRROR"), p.color_setting, p.text_size_normal)])
if context_tool.use_symmetry_x:
output_text.extend([(str(" X "), p.color_value, p.text_size_normal)])
if context_tool.use_symmetry_y:
output_text.extend([(str(" Y "), p.color_value, p.text_size_normal)])
if context_tool.use_symmetry_z:
output_text.extend([(str(" Z "), p.color_value, p.text_size_normal)])
if context_tool.use_symmetry_feather:
output_text.extend(["CR", (str("FEATHER "), p.color_title, p.text_size_normal)])
# LOCK
if any([context_tool.lock_x, context_tool.lock_y, context_tool.lock_z]):
output_text.extend(["CR", (str("LOCK "), p.color_setting, p.text_size_normal)])
if context_tool.lock_x:
output_text.extend([(str(" X "), p.color_value, p.text_size_normal)])
if context_tool.lock_y:
output_text.extend([(str(" Y "), p.color_value, p.text_size_normal)])
if context_tool.lock_z:
output_text.extend([(str(" Z "), p.color_value, p.text_size_normal)])
# TILE
if any([context_tool.tile_x, context_tool.tile_y, context_tool.tile_z]):
output_text.extend(["CR", (str("TILE "), p.color_setting, p.text_size_normal)])
if context_tool.tile_x:
output_text.extend([(str(" X "), p.color_value, p.text_size_normal)])
if context_tool.tile_y:
output_text.extend([(str(" Y "), p.color_value, p.text_size_normal)])
if context_tool.tile_z:
output_text.extend([(str(" Z "), p.color_value, p.text_size_normal)])
# ---------------------------------------------------------------
# OBJECT TYPES
# ---------------------------------------------------------------
# ---------------------------------------------------------------
# ARMATURE
# ---------------------------------------------------------------
def armature(output_text, p: prefs.InfotextAddonPrefs, obj: bpy.types.Armature) -> None:
# obj = bpy.context.active_object
# FIXME: Can we get this from the object rather than the context?
active_bone = bpy.context.active_bone
# BONE SELECTED
if active_bone and obj.mode in {'POSE', 'EDIT'}:
output_text.extend([