from base import pContext
from . import Area
class GuiRoom:
def draw(self, context, layout):
o = context.scene.objects.active
layout.prop(o, "name")
layout.operator("prk.set_material_from_texture")
layout.operator("prk.extruded_add")
class Room(Area):
type = "room"
name = "Room"
pContext.register(Room, GuiRoom)
break
loop = vert.link_loops[1] if vert.link_loops[
0] == loop else vert.link_loops[0]
if loop == _loop:
break
e1 = e2
setBmesh(o, bm)
def getInitialLoop(self, bm):
# find the first occurrence of a number in the names of vertex groups
for g in self.obj.vertex_groups:
g = g.name
if g.isdigit():
break
# getting bottom <vb> and top <vt> vertices
vb, vt = getVertsForVertexGroup(self.obj, bm, g)
if vb.co.z > vt.co.z:
vb, vt = vt, vb
if len(vb.link_loops) == 1:
# <vb> and <vt> are located at an open end of the finish
loop1 = vb.link_loops[0]
else: # len(vb.link_loops) == 2
loop1, loop2 = vb.link_loops
# ensure that loop1 goes horizontally
if loop1.link_loop_next.vert == vt:
loop1 = loop2
return loop1
pContext.register(FinFlat, GuiFinish)
from item.opening import Opening
from gui.workshop import common
class GuiDoor:
itemName = "door"
def draw(self, context, layout):
layout.label("A door")
def draw_workshop(self, context, layout):
common(context, layout, self)
layout.separator()
layout.label("Handle:")
box = layout.box()
box.label("test")
class Door(Opening):
type = "door"
name = "Door"
floorToWindow = 0.
pContext.register(Door, GuiDoor)
prk = context.scene.prk
layout.prop(prk, "textureWidth")
layout.prop(prk, "textureHeight")
class Texture:
"""
A proxy for Blender material made of a diffuse texture from a file
"""
type = "texture"
def __init__(self, createBlenderMaterial=False, **kwargs):
if createBlenderMaterial:
self.m = self.create(kwargs)
def create(self, kwargs):
m = loadMaterialFromFile(materialsPath, materialName)
nodes = m.node_tree.nodes
nodes["Image Texture"].image = bpy.data.images.load(kwargs["texturePath"])
if "w" in kwargs and "h" in kwargs:
n = nodes["Mapping"]
n.scale.x = 1./kwargs["w"]
n.scale.y = 1./kwargs["h"]
nodes["UV Map"].uv_map = defaultUvMap
return m
pContext.register(Texture, GuiTexture)
# reached the opposite end (end if the finish sequence isn't a closed sequence)
break
loop = vert.link_loops[1] if vert.link_loops[0] == loop else vert.link_loops[0]
if loop == _loop:
break
e1 = e2
setBmesh(o, bm)
def getInitialLoop(self, bm):
# find the first occurrence of a number in the names of vertex groups
for g in self.obj.vertex_groups:
g = g.name
if g.isdigit():
break
# getting bottom <vb> and top <vt> vertices
vb, vt = getVertsForVertexGroup(self.obj, bm, g)
if vb.co.z > vt.co.z:
vb, vt = vt, vb
if len(vb.link_loops) == 1:
# <vb> and <vt> are located at an open end of the finish
loop1 = vb.link_loops[0]
else: # len(vb.link_loops) == 2
loop1, loop2 = vb.link_loops
# ensure that loop1 goes horizontally
if loop1.link_loop_next.vert == vt:
loop1 = loop2
return loop1
pContext.register(FinFlat, GuiFinish)
from item.opening import Opening
from gui.workshop import common
class GuiDoor:
itemName = "door"
def draw(self, context, layout):
layout.label("A door")
def draw_workshop(self, context, layout):
common(context, layout, self)
layout.separator()
layout.label("Handle:")
box = layout.box()
box.label("test")
class Door(Opening):
type = "door"
name = "Door"
floorToWindow = 0.
pContext.register(Door, GuiDoor)
return
def lookup(parent):
for o in parent.children:
if o.type == "MESH" and o.data.shape_keys:
keyBlock = o.data.shape_keys.key_blocks.get("frame_width")
if keyBlock:
keyBlock.value = value/shapeKeyOffset
if o.children:
lookup(o)
# perform lookup starting from <o>
lookup(o)
def getFrameWidth(self):
keyBlock = None
def lookup(parent):
for o in parent.children:
if o.type == "MESH" and o.data.shape_keys:
keyBlock = o.data.shape_keys.key_blocks.get("frame_width")
if keyBlock:
return keyBlock
if o.children:
return lookup(o)
# Get the first encountered Blender MESH with the shape key <frame_width>,
# perform lookup starting from <o> for that
keyBlock = lookup(bpy.context.object)
return shapeKeyOffset * keyBlock.value if keyBlock else 0.
pContext.register(Window, GuiWindow)
if o.type == "MESH" and o.data.shape_keys:
keyBlock = o.data.shape_keys.key_blocks.get("frame_width")
if keyBlock:
keyBlock.value = value / shapeKeyOffset
if o.children:
lookup(o)
# perform lookup starting from <o>
lookup(o)
def getFrameWidth(self):
keyBlock = None
def lookup(parent):
for o in parent.children:
if o.type == "MESH" and o.data.shape_keys:
keyBlock = o.data.shape_keys.key_blocks.get("frame_width")
if keyBlock:
return keyBlock
if o.children:
return lookup(o)
# Get the first encountered Blender MESH with the shape key <frame_width>,
# perform lookup starting from <o> for that
keyBlock = lookup(bpy.context.object)
return shapeKeyOffset * keyBlock.value if keyBlock else 0.
pContext.register(Window, GuiWindow)
prk = context.scene.prk
layout.prop(prk, "textureWidth")
layout.prop(prk, "textureHeight")
class Texture:
"""
A proxy for Blender material made of a diffuse texture from a file
"""
type = "texture"
def __init__(self, createBlenderMaterial=False, **kwargs):
if createBlenderMaterial:
self.m = self.create(kwargs)
def create(self, kwargs):
m = loadMaterialFromFile(materialsPath, materialName)
nodes = m.node_tree.nodes
nodes["Image Texture"].image = bpy.data.images.load(
kwargs["texturePath"])
if "w" in kwargs and "h" in kwargs:
n = nodes["Mapping"]
n.scale.x = 1. / kwargs["w"]
n.scale.y = 1. / kwargs["h"]
nodes["UV Map"].uv_map = defaultUvMap
return m
pContext.register(Texture, GuiTexture)
