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panel.py
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panel.py
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import bpy, time
from phaenotyp import basics, material, progress
# handle lists in panel
# based on code by sinestesia and support by Gorgious
# check out this pages for explanation:
# https://sinestesia.co/blog/tutorials/using-uilists-in-blender/
# https://blenderartists.org/t/create-and-handle-multiple-uilists
def draw_list(scene, layout, phaenotyp_lists, current_index):
row = layout.row()
col = row.column(align=True)
# draw list
col.template_list("PHAENOTYP_UL_List", "", scene, phaenotyp_lists, scene, current_index)
# new column
col = row.column(align=True)
# create items
new = col.operator('phaenotyp_lists.new_item', icon='ADD', text="")
delete = col.operator('phaenotyp_lists.delete_item', icon='REMOVE', text="")
up = col.operator('phaenotyp_lists.move_item', icon='TRIA_UP', text="")
up.direction = "UP"
down = col.operator('phaenotyp_lists.move_item', icon='TRIA_DOWN', text="")
down.direction = "DOWN"
# pass arguments
for op in [new, delete, up, down]:
op.phaenotyp_lists = phaenotyp_lists
op.current_index = current_index
# update attribute
if getattr(bpy.context.scene, current_index) >= 0 and getattr(bpy.context.scene, phaenotyp_lists):
item = getattr(bpy.context.scene, phaenotyp_lists)[getattr(bpy.context.scene, current_index)]
col.prop(item, "item_name", text="")
col.prop(item, "item_value", text="")
def pre(layout):
'''
Panel for creating and preparing structure.
:param layout: Passed layout of phaenotyp panel.
'''
context = bpy.context
scene = context.scene
phaenotyp = scene.phaenotyp
frame = scene.frame_current
data = bpy.context.scene.get("<Phaenotyp>")
# convert
box_convert = layout.box()
box_convert.label(text="Convert:")
box_convert.operator("wm.curve_to_mesh_straight", text="Curves to mesh straight")
box_convert.operator("wm.curve_to_mesh_curved", text="Curves to mesh curved")
box_convert.operator("wm.meta_to_mesh", text="Meta to mesh")
# from hull
box_fh = layout.box()
box_fh.label(text="From hull:")
box_fh.prop(phaenotyp, "fh_input_type", text="")
fh_input_type = phaenotyp.fh_input_type
if fh_input_type == "even":
# width, depth and height of structre
box_fh.prop(phaenotyp, "fh_w", text="Width")
box_fh.prop(phaenotyp, "fh_d", text="Depth")
box_fh.prop(phaenotyp, "fh_h", text="Height")
if fh_input_type == "individual":
# based on code by sinestesia and support by Gorgious
# check out this pages for explanation:
# https://sinestesia.co/blog/tutorials/using-uilists-in-blender/
# https://blenderartists.org/t/create-and-handle-multiple-uilists-pass-argument/1508288/7
#box_fh = layout.row()
box_fh.label(text="Width:")
draw_list(scene, box_fh, "phaenotyp_fh_w", "phaenotyp_fh_w_index")
#box_fh = layout.row()
box_fh.label(text="Depth:")
draw_list(scene, box_fh, "phaenotyp_fh_d", "phaenotyp_fh_d_index")
#box_fh = layout.row()
box_fh.label(text="Height:")
draw_list(scene, box_fh, "phaenotyp_fh_h", "phaenotyp_fh_h_index")
if fh_input_type != "-":
box_fh.prop(phaenotyp, "fh_methode", text="")
fh_methode = phaenotyp.fh_methode
if fh_methode != "-":
# offset
if fh_methode == "grid":
box_fh.prop(phaenotyp, "fh_o_x", text="Offset x")
box_fh.prop(phaenotyp, "fh_o_y", text="Offset y")
box_fh.prop(phaenotyp, "fh_o_z", text="Offset z")
box_fh.prop(phaenotyp, "fh_rot", text="Rotation")
# get hull form user
hull = scene.get("<Phaenotyp>fh_hull")
if not hull:
box_fh.label(text="Hull:")
box_fh.operator("wm.set_hull", text="Set")
else:
text = hull.name_full + " set as hull"
box_fh.label(text=text)
box_fh.operator("wm.from_hull", text="Create | Recreate")
if fh_methode == "path":
box_fh.prop(phaenotyp, "fh_amount", text="Amount")
box_fh.prop(phaenotyp, "fh_o_c", text="Offset")
# get hull form user
hull = scene.get("<Phaenotyp>fh_hull")
if not hull:
box_fh.label(text="Hull:")
box_fh.operator("wm.set_hull", text="Set")
else:
text = hull.name_full + " set as hull"
box_fh.label(text=text)
# get path form user
path = scene.get("<Phaenotyp>fh_path")
if not path:
box_fh.label(text="Path:")
box_fh.operator("wm.set_path", text="Set")
else:
text = path.name_full + " set as path"
box_fh.label(text=text)
box_fh.operator("wm.from_hull", text="Create | Recreate")
# area
area = scene.get("<Phaenotyp>fh_area")
if area:
text = "Area: " + str(round(area,2)) + " m²"
box_fh.label(text=text)
# refine
box_refine = layout.box()
box_refine.label(text="Refine:")
box_refine.operator("wm.mesh_to_quads_simple", text="Mesh to quads simple")
box_refine.operator("wm.mesh_to_quads_complex", text="Mesh to quads complex")
box_refine.operator("wm.automerge", text="Automerge")
box_refine.operator("wm.union", text="Union")
box_refine.operator("wm.simplify_edges", text="Simplify edges")
# gray out, if a structure is set allready
if data:
structure = data.get("structure")
if structure:
box_convert.enabled = False
box_fh.enabled = False
box_refine.enabled = False
def structure(layout):
'''
Panel for structure.
:param layout: Passed layout of phaenotyp panel.
'''
context = bpy.context
scene = context.scene
phaenotyp = scene.phaenotyp
frame = scene.frame_current
data = bpy.context.scene.get("<Phaenotyp>")
# create box
box_structure = layout.box()
# check if phaenotyp created data allready
state_temp = True
if not data:
state_temp = False
else:
structure = data.get("structure")
# is the obj state? Maybe someone deleted the structure after calc ...
if not structure:
state_temp = False
else:
# Phaenotyp started, but no structure state by user
if structure == None:
state_temp = False
# user needs to define a structure
if not state_temp:
box_structure.label(text="Structure:")
box_structure.operator("wm.set_structure", text="Set")
# user state a structure
else:
obj = data["structure"]
box_structure.label(text = obj.name_full + " is state as structure.")
data["panel_state"]["structure"] = True
data["panel_grayed"]["structure"] = True
# disable box
box_structure.enabled = False
def scipy(layout):
'''
Panel for scipy.
:param layout: Passed layout of phaenotyp panel.
'''
context = bpy.context
scene = context.scene
phaenotyp = scene.phaenotyp
frame = scene.frame_current
data = bpy.context.scene.get("<Phaenotyp>")
if data:
if data["panel_state"]["structure"]:
# check or uncheck scipy if available
if data["scipy_available"]:
box_scipy = layout.box()
box_scipy.label(text = "Sparse matrix:")
box_scipy.prop(phaenotyp, "use_scipy", text="Use scipy")
# disable box
if data["panel_grayed"]["scipy"]:
box_scipy.enabled = False
def calculation_type(layout):
'''
Panel for calculation type.
:param layout: Passed layout of phaenotyp panel.
'''
context = bpy.context
scene = context.scene
phaenotyp = scene.phaenotyp
frame = scene.frame_current
data = bpy.context.scene.get("<Phaenotyp>")
if data:
if data["panel_state"]["structure"]:
box_calculation_type = layout.box()
box_calculation_type.label(text = "Calculation type:")
box_calculation_type.prop(phaenotyp, "calculation_type", text="")
calculation_type = phaenotyp.calculation_type
type_of_joints = phaenotyp.type_of_joints
# for pynite
if calculation_type not in ["geometrical", "force_distribution", "-"]:
box_calculation_type.prop(phaenotyp, "type_of_joints", text="")
# gray out panel if defined
if calculation_type != "-" and type_of_joints != "-":
data["panel_state"]["calculation_type"] = True
data["panel_grayed"]["calculation_type"] = True
box_calculation_type.enabled = False
# for others
else:
# gray out panel if defined
if calculation_type != "-":
data["panel_state"]["calculation_type"] = True
data["panel_grayed"]["calculation_type"] = True
box_calculation_type.enabled = False
def supports(layout):
'''
Panel for supports.
:param layout: Passed layout of phaenotyp panel.
'''
context = bpy.context
scene = context.scene
phaenotyp = scene.phaenotyp
frame = scene.frame_current
data = bpy.context.scene.get("<Phaenotyp>")
calculation_type = phaenotyp.calculation_type
if data:
if data["panel_state"]["structure"] and data["panel_state"]["calculation_type"]:
# define support
box_supports = layout.box()
box_supports.label(text="Support:")
# show all types if pynite is used
if calculation_type not in ["geometrical", "force_distribution"]:
col = box_supports.column()
split = col.split()
split.prop(phaenotyp, "loc_x", text="loc x")
split.prop(phaenotyp, "rot_x", text="rot x")
col = box_supports.column()
split = col.split()
split.prop(phaenotyp, "loc_y", text="loc y")
split.prop(phaenotyp, "rot_y", text="rot y")
col = box_supports.column()
split = col.split()
split.prop(phaenotyp, "loc_z", text="loc z")
split.prop(phaenotyp, "rot_z", text="rot z")
box_supports.operator("wm.set_support", text="Set")
if len(data["supports"]) > 0:
box_supports.label(text = str(len(data["supports"])) + " vertices state as support.")
data["panel_state"]["supports"] = True
# disable box
if data["panel_grayed"]["supports"]:
box_supports.enabled = False
def members(layout):
'''
Panel for members.
:param layout: Passed layout of phaenotyp panel.
'''
context = bpy.context
scene = context.scene
phaenotyp = scene.phaenotyp
frame = scene.frame_current
data = bpy.context.scene.get("<Phaenotyp>")
calculation_type = phaenotyp.calculation_type
if data:
if data["panel_state"]["supports"]:
# define material and geometry
box_members = layout.box()
box_members.label(text="Members:")
box_members.prop(phaenotyp, "Do", text="Diameter outside")
box_members.prop(phaenotyp, "Di", text="Diameter inside")
if calculation_type != "force_distribution":
box_members.prop(phaenotyp, "buckling_resolution", text="Buckling resolution")
# current setting passed from gui
# (because a property can not be set in gui)
material.current["Do"] = phaenotyp.Do
material.current["Di"] = phaenotyp.Di
if calculation_type != "force_distribution":
box_members.prop(phaenotyp, "member_type", text="")
box_members.prop(phaenotyp, "material", text="")
if phaenotyp.material == "custom":
box_members.prop(phaenotyp, "E", text="Modulus of elasticity kN/cm²")
box_members.prop(phaenotyp, "G", text="Shear modulus kN/cm²")
box_members.prop(phaenotyp, "rho", text="Density g/cm3")
box_members.prop(phaenotyp, "acceptable_sigma", text="Acceptable sigma kN/cm²")
box_members.prop(phaenotyp, "acceptable_shear", text="Acceptable shear kN/cm²")
box_members.prop(phaenotyp, "acceptable_torsion", text="Acceptable torsion kN/cm²")
box_members.prop(phaenotyp, "acceptable_sigmav", text="Acceptable sigmav kN/cm²")
box_members.prop(phaenotyp, "kn_custom", text="kn")
material.current["material_name"] = "custom"
material.current["E"] = phaenotyp.E
material.current["G"] = phaenotyp.G
material.current["rho"] = phaenotyp.rho
material.current["acceptable_sigma"] = phaenotyp.acceptable_sigma
material.current["acceptable_shear"] = phaenotyp.acceptable_shear
material.current["acceptable_torsion"] = phaenotyp.acceptable_torsion
material.current["acceptable_sigmav"] = phaenotyp.acceptable_sigmav
# convert custom kn from string to int
kn_custom = []
kn = phaenotyp.kn_custom
kn = kn.split(",")
for entry in kn:
kn_custom.append(float(entry))
material.current["knick_model"] = kn_custom
else:
# pass input form library to data
for mat in material.library:
if phaenotyp.material == mat[0]: # select correct material
# current setting passed from gui
# (because a property can not be set in gui)
material.current["material_name"] = mat[0]
material.current["E"] = mat[2]
material.current["G"] = mat[3]
material.current["rho"] = mat[4]
material.current["acceptable_sigma"] = mat[5]
material.current["acceptable_shear"] = mat[6]
material.current["acceptable_torsion"] = mat[7]
material.current["acceptable_sigmav"] = mat[8]
material.current["knick_model"] = mat[9]
if calculation_type != "geometrical":
box_members.label(text="E = " + str(material.current["E"]) + " kN/cm²")
if calculation_type not in ["geometrical", "force_distribution"]:
box_members.label(text="G = " + str(material.current["G"]) + " kN/cm²")
box_members.label(text="rho = " + str(material.current["rho"]) + " g/cm3")
if calculation_type != "geometrical":
box_members.label(text="Acceptable sigma = " + str(material.current["acceptable_sigma"]) + " kN/cm²")
if calculation_type not in ["geometrical", "force_distribution"]:
box_members.label(text="Acceptable shear = " + str(material.current["acceptable_shear"]) + " kN/cm²")
box_members.label(text="Acceptable torsion = " + str(material.current["acceptable_torsion"]) + " kN/cm²")
box_members.label(text="Acceptable sigmav = " + str(material.current["acceptable_sigmav"]) + " kN/cm²")
material.update() # calculate Iy, Iz, J, A, weight
if calculation_type != "geometrical":
box_members.label(text="Iy = " + str(round(material.current["Iy"], 4)) + " cm⁴")
box_members.label(text="Iz = " + str(round(material.current["Iz"], 4)) + " cm⁴")
if calculation_type not in ["geometrical", "force_distribution"]:
box_members.label(text="J = " + str(round(material.current["J"], 4)) + " cm⁴")
box_members.label(text="A = " + str(round(material.current["A"], 4)) + " cm²")
box_members.label(text="Weight = " + str(round(material.current["weight_A"], 4)) + " kg/m")
if calculation_type != "force_distribution":
box_members.prop(phaenotyp, "psf_members", text="Partial safety factor")
box_members.operator("wm.set_member", text="Set")
# display amount of defined edges
amount = len(data["members"])
if amount > 0:
text = str(amount) + " edges set as members."
box_members.label(text=text)
data["panel_state"]["members"] = True
# disable box
if data["panel_grayed"]["members"]:
box_members.enabled = False
def quads(layout):
'''
Panel for quads.
:param layout: Passed layout of phaenotyp panel.
'''
context = bpy.context
scene = context.scene
phaenotyp = scene.phaenotyp
frame = scene.frame_current
data = bpy.context.scene.get("<Phaenotyp>")
calculation_type = phaenotyp.calculation_type
if data:
if data["panel_state"]["supports"]:
# define material and geometry
if calculation_type != "force_distribution":
box_quads = layout.box()
box_quads.label(text="Quads:")
box_quads.prop(phaenotyp, "thickness", text="Thickness")
box_quads.prop(phaenotyp, "material_quads", text="")
if phaenotyp.material_quads == "custom":
box_quads.prop(phaenotyp, "E_quads", text="Modulus of elasticity kN/cm²")
box_quads.prop(phaenotyp, "G_quads", text="Modulus of elasticity kN/cm²")
box_quads.prop(phaenotyp, "nu_quads", text="Poisson's ratio")
box_quads.prop(phaenotyp, "rho_quads", text="Density g/cm3")
material.current_quads["E"] = phaenotyp.E_quads
material.current_quads["G"] = phaenotyp.G_quads
material.current_quads["nu"] = phaenotyp.nu_quads
material.current_quads["rho"] = phaenotyp.rho_quads
quad["acceptable_sigma"] = phaenotyp.acceptable_sigma_quads
quad["acceptable_shear"] = phaenotyp.acceptable_shear_quads
quad["acceptable_sigmav"] = phaenotyp.acceptable_sigmav_quads
quad["knick_model"] = phaenotyp.knick_model_quads
box_quads.label(text="Weight = " + str(round(phaenotyp.rho_quads*phaenotyp.thickness*10, 4)) + " kg/m²")
else:
# pass input form library to data
for mat in material.library_quads:
if phaenotyp.material_quads == mat[0]: # select correct material
# current setting passed from gui
# (because a property can not be set in gui)
E = mat[2]
G = mat[3]
nu = mat[4]
rho = mat[5]
acceptable_sigma = mat[6]
acceptable_shear = mat[7]
acceptable_sigmav = mat[8]
knick_model = mat[9]
material.current_quads["E"] = E
material.current_quads["G"] = G
material.current_quads["nu"] = nu
material.current_quads["rho"] = rho
material.current_quads["acceptable_sigma"] = acceptable_sigma
material.current_quads["acceptable_shear"] = acceptable_shear
material.current_quads["acceptable_sigmav"] = acceptable_sigmav
material.current_quads["knick_model"] = knick_model
box_quads.label(text="E = " + str(E) + " kN/cm²")
box_quads.label(text="G = " + str(G) + " kN/cm²")
box_quads.label(text="nu = " + str(nu))
box_quads.label(text="rho = " + str(rho) + " g/cm³")
box_quads.label(text="acceptable_sigma = " + str(acceptable_sigma) + " kN/cm³")
box_quads.label(text="acceptable_shear = " + str(acceptable_shear) + " kN/cm³")
box_quads.label(text="acceptable_sigmav = " + str(acceptable_sigmav) + " kN/cm³")
box_quads.label(text="knick_model = " + str(knick_model))
box_quads.label(text="Weight = " + str(round(rho*phaenotyp.thickness*10, 4)) + " kg/m²")
box_quads.prop(phaenotyp, "psf_quads", text="Partial safety factor")
box_quads.operator("wm.set_quad", text="Set")
# display amount of defined faces
amount = len(data["quads"])
if amount > 0:
text = str(amount) + " faces set as quads."
box_quads.label(text=text)
data["panel_state"]["quads"] = True
# disable box
if data["panel_grayed"]["quads"]:
box_quads.enabled = False
def loads(layout):
'''
Panel for loads.
:param layout: Passed layout of phaenotyp panel.
'''
context = bpy.context
scene = context.scene
phaenotyp = scene.phaenotyp
frame = scene.frame_current
data = bpy.context.scene.get("<Phaenotyp>")
calculation_type = phaenotyp.calculation_type
if data:
if data["panel_state"]["members"] or data["panel_state"]["quads"]:
box_loads = layout.box()
box_loads.label(text="Loads:")
box_loads.prop(phaenotyp, "load_type", text="")
if phaenotyp.load_type == "vertices":
box_loads.prop(phaenotyp, "load_FX", text="Axial x")
box_loads.prop(phaenotyp, "load_FY", text="Axial y")
box_loads.prop(phaenotyp, "load_FZ", text="Axial z")
if calculation_type not in ["geometrical", "force_distribution"]:
box_loads.prop(phaenotyp, "load_MX", text="Moment x")
box_loads.prop(phaenotyp, "load_MY", text="Moment y")
box_loads.prop(phaenotyp, "load_MZ", text="Moment z")
if phaenotyp.load_type == "edges":
box_loads.prop(phaenotyp, "load_FX", text="Axial x")
box_loads.prop(phaenotyp, "load_FY", text="Axial y")
box_loads.prop(phaenotyp, "load_FZ", text="Axial z")
if calculation_type not in ["geometrical", "force_distribution"]:
box_loads.prop(phaenotyp, "load_Fx", text="Axial x local")
box_loads.prop(phaenotyp, "load_Fy", text="Axial y local")
box_loads.prop(phaenotyp, "load_Fz", text="Axial z local")
if phaenotyp.load_type == "faces":
box_loads.prop(phaenotyp, "load_normal", text="Normal (Like wind)")
box_loads.prop(phaenotyp, "load_projected", text="Projected (Like snow)")
box_loads.prop(phaenotyp, "load_area_z", text="Area z (Like weight of facade)")
if calculation_type != "force_distribution":
box_loads.prop(phaenotyp, "psf_loads", text="Partial safety factor")
box_loads.operator("wm.set_load", text="Set")
len_loads = len(data["loads_v"]) + len(data["loads_e"]) + len(data["loads_f"])
if len_loads > 0:
text = str(len_loads) + " loads defined."
box_loads.label(text=text)
# disable box
if data["panel_grayed"]["loads"]:
box_loads.enabled = False
def file(layout):
'''
Panel for file.
:param layout: Passed layout of phaenotyp panel.
'''
context = bpy.context
scene = context.scene
phaenotyp = scene.phaenotyp
frame = scene.frame_current
data = bpy.context.scene.get("<Phaenotyp>")
if data:
if data["panel_state"]["members"] or data["panel_state"]["quads"]:
if not bpy.data.is_saved:
box_file = layout.box()
box_file.label(text="Please save Blender-File first.")
else:
data["panel_state"]["file"] = True
def mode(layout):
'''
Panel for mode.
:param layout: Passed layout of phaenotyp panel.
'''
context = bpy.context
scene = context.scene
phaenotyp = scene.phaenotyp
frame = scene.frame_current
data = bpy.context.scene.get("<Phaenotyp>")
box_start = layout.box()
box_start.label(text="Mode:")
box_start.prop(phaenotyp, "mode", text="")
def transformation(layout):
'''
Panel for transformation.
:param layout: Passed layout of phaenotyp panel.
'''
context = bpy.context
scene = context.scene
phaenotyp = scene.phaenotyp
frame = scene.frame_current
data = bpy.context.scene.get("<Phaenotyp>")
if data:
if data["panel_state"]["file"]:
if data["panel_state"]["members"] or data["panel_state"]["quads"]:
box_assimilation = layout.box()
box_assimilation.label(text="Assimilation:")
box_assimilation.prop(phaenotyp, "assimilate_length", text="Length")
box_assimilation.prop(phaenotyp, "assimilate_strength", text="Strength")
box_assimilation.prop(phaenotyp, "assimilate_iterations", text="Iterations")
box_assimilation.operator("wm.assimilate", text="Start")
box_actuator = layout.box()
box_actuator.label(text="Actuator:")
box_actuator.prop(phaenotyp, "actuator_length", text="Length")
box_actuator.prop(phaenotyp, "actuator_strength", text="Strength")
box_actuator.prop(phaenotyp, "actuator_iterations", text="Iterations")
box_actuator.operator("wm.actuator", text="Start")
box_goal = layout.box()
box_goal.label(text="Reach goal:")
box_goal.prop(phaenotyp, "goal_strength", text="Strength")
box_goal.prop(phaenotyp, "goal_iterations", text="Iterations")
box_goal.operator("wm.reach_goal", text="Start")
box_wool = layout.box()
box_wool.label(text="Wool threads:")
box_wool.prop(phaenotyp, "gravity_strength", text="Gravity strength")
box_wool.prop(phaenotyp, "link_strength", text="Link strength")
box_wool.prop(phaenotyp, "bonding_threshold", text="Bonding threshold")
box_wool.prop(phaenotyp, "bonding_strength", text="Bonding strength")
box_wool.prop(phaenotyp, "wool_iterations", text="Iterations")
box_wool.operator("wm.wool_threads", text="Start")
box_crown = layout.box()
box_crown.label(text="Crown shyness:")
box_crown.prop(phaenotyp, "shyness_threshold", text="Shyness threshold")
box_crown.prop(phaenotyp, "shyness_strength", text="Shyness strength")
box_crown.prop(phaenotyp, "growth_strength", text="Growth strength")
box_crown.prop(phaenotyp, "crown_iterations", text="Iterations")
box_crown.operator("wm.crown_shyness", text="Start")
box_animation = layout.box()
box_animation.label(text="Animation:")
box_animation.prop(phaenotyp, "assimilate_update", text="Assimilate")
box_animation.prop(phaenotyp, "actuator_update", text="Actuator")
box_animation.prop(phaenotyp, "goal_update", text="Goal")
box_animation.prop(phaenotyp, "wool_update", text="Wool threads")
box_animation.prop(phaenotyp, "crown_update", text="Crown shyness")
if bpy.context.screen.is_animation_playing:
box_animation.operator("screen.animation_play", text="Stop")
else:
box_animation.operator("screen.animation_play", text="Start")
box_state = layout.box()
box_state.label(text="State:")
stored = data["process"].get("stored")
if stored:
box_state.operator("wm.store_co", text="Overwrite")
box_state.operator("wm.restore_co", text="Restore")
else:
box_state.operator("wm.store_co", text="Store")
def single_frame(layout):
'''
Panel for single frame.
:param layout: Passed layout of phaenotyp panel.
'''
context = bpy.context
scene = context.scene
phaenotyp = scene.phaenotyp
frame = scene.frame_current
data = bpy.context.scene.get("<Phaenotyp>")
calculation_type = phaenotyp.calculation_type
members = data.get("members")
quads = data.get("quads")
if data:
if data["panel_state"]["file"]:
if data["panel_state"]["members"] or data["panel_state"]["quads"]:
if calculation_type != "geometrical":
# analysis
box_analysis = layout.box()
box_analysis.label(text="Analysis:")
box_analysis.operator("wm.calculate_single_frame", text="Start")
# Optimization
box_opt = layout.box()
box_opt.label(text="Optimization:")
result = data["done"].get(str(frame))
if result:
if calculation_type == "force_distribution":
box_opt.operator("wm.optimize_approximate", text="Members approximate")
else:
if members:
box_opt.operator("wm.optimize_simple", text="Members simple")
box_opt.operator("wm.optimize_utilization", text="Members utilization")
box_opt.operator("wm.optimize_complex", text="Members complex")
if quads:
box_opt.operator("wm.optimize_quads_approximate", text="Quads approximate")
box_opt.operator("wm.optimize_quads_utilization", text="Quads utilization")
else:
box_opt.label(text="Run single analysis first.")
# Topology
box_top = layout.box()
box_top.label(text="Topology:")
if members:
result = data["done"].get(str(frame))
if result:
box_top.operator("wm.topolgy_decimate", text="Decimate")
decimate_group = data["structure"].vertex_groups.get("<Phaenotyp>decimate")
if decimate_group:
box_top.label(text="Ajust the ratio of decimate, apply modifier and reset Phänotyp aferwards to restart")
else:
box_top.label(text="Run single analysis first.")
else:
box_top.label(text="Decimate topology only works with members.")
else:
box_analysis = layout.box()
box_analysis.label(text="Only genetic algorithm is available for geometrical mode.")
def animation(layout):
'''
Panel for animation.
:param layout: Passed layout of phaenotyp panel.
'''
context = bpy.context
scene = context.scene
phaenotyp = scene.phaenotyp
frame = scene.frame_current
data = bpy.context.scene.get("<Phaenotyp>")
calculation_type = phaenotyp.calculation_type
members = data.get("members")
quads = data.get("quads")
if data:
if data["panel_state"]["file"]:
if data["panel_state"]["members"] or data["panel_state"]["quads"]:
if calculation_type != "geometrical":
box_optimization = layout.box()
box_optimization.label(text="Optimization:")
if phaenotyp.calculation_type != "geometrical":
if calculation_type == "force_distribution":
box_optimization.prop(phaenotyp, "optimization_fd", text="")
else:
if members:
box_optimization.prop(phaenotyp, "optimization_pn", text="")
if quads:
box_optimization.prop(phaenotyp, "optimization_quads", text="")
if phaenotyp.optimization_pn != "none" or phaenotyp.optimization_fd != "none" or phaenotyp.optimization_quads != "none":
box_optimization.prop(phaenotyp, "animation_optimization_type", text="")
box_optimization.prop(phaenotyp, "optimization_amount", text="Amount of sectional optimization")
box_animation = layout.box()
box_animation.label(text="Animation:")
box_animation.operator("wm.calculate_animation", text="Start")
else:
box_optimization = layout.box()
box_optimization.label(text="Only genetic algorithm is available for geometrical mode.")
def bruteforce(layout):
'''
Panel for bruteforce.
:param layout: Passed layout of phaenotyp panel.
'''
context = bpy.context
scene = context.scene
phaenotyp = scene.phaenotyp
frame = scene.frame_current
data = bpy.context.scene.get("<Phaenotyp>")
calculation_type = phaenotyp.calculation_type
members = data.get("members")
quads = data.get("quads")
if data:
if data["panel_state"]["file"]:
if data["panel_state"]["members"] or data["panel_state"]["quads"]:
shape_key = data["structure"].data.shape_keys
if not shape_key:
box_ga = layout.box()
box_ga.label(text="Bruteforce:")
box_ga.label(text="Please set shape keys first.")
else:
if calculation_type != "geometrical":
box_optimization = layout.box()
box_optimization.label(text="Optimization:")
if phaenotyp.calculation_type != "geometrical":
if calculation_type == "force_distribution":
box_optimization.prop(phaenotyp, "optimization_fd", text="")
else:
if members:
box_optimization.prop(phaenotyp, "optimization_pn", text="")
if quads:
box_optimization.prop(phaenotyp, "optimization_quads", text="")
if phaenotyp.optimization_pn != "none" or phaenotyp.optimization_fd != "none" or phaenotyp.optimization_quads != "none":
#box_optimization.prop(phaenotyp, "animation_optimization_type", text="")
box_optimization.prop(phaenotyp, "optimization_amount", text="Amount of sectional optimization")
# fitness headline
box_fitness = layout.box()
box_fitness.label(text="Fitness function:")
# architectural fitness
col = box_fitness.column()
split = col.split()
split.prop(phaenotyp, "fitness_volume", text="Volume")
split.prop(phaenotyp, "fitness_volume_invert", text="Invert")
col = box_fitness.column()
split = col.split()
split.prop(phaenotyp, "fitness_area", text="Area")
split.prop(phaenotyp, "fitness_area_invert", text="Invert")
col = box_fitness.column()
split = col.split()
split.prop(phaenotyp, "fitness_weight", text="Weight")
split.prop(phaenotyp, "fitness_weight_invert", text="Invert")
col = box_fitness.column()
split = col.split()
split.prop(phaenotyp, "fitness_rise", text="Rise")
split.prop(phaenotyp, "fitness_rise_invert", text="Invert")
col = box_fitness.column()
split = col.split()
split.prop(phaenotyp, "fitness_span", text="Span")
split.prop(phaenotyp, "fitness_span_invert", text="Invert")
col = box_fitness.column()
split = col.split()
split.prop(phaenotyp, "fitness_cantilever", text="Cantilever")
split.prop(phaenotyp, "fitness_cantilever_invert", text="Invert")
# structural fitness
if phaenotyp.calculation_type != "geometrical":
col = box_fitness.column()
split = col.split()
split.prop(phaenotyp, "fitness_deflection_members", text="Deflection members")
split.prop(phaenotyp, "fitness_deflection_members_invert", text="Invert")
if phaenotyp.calculation_type != "force_distribution":
col = box_fitness.column()
split = col.split()
split.prop(phaenotyp, "fitness_deflection_quads", text="Deflection quads")
split.prop(phaenotyp, "fitness_deflection_quads_invert", text="Invert")
box_fitness.prop(phaenotyp, "fitness_average_sigma_members", text="Sigma members")
if phaenotyp.calculation_type != "force_distribution":
box_fitness.prop(phaenotyp, "fitness_average_sigmav_quads", text="Sigmav quads")
if phaenotyp.calculation_type != "force_distribution":
box_fitness.prop(phaenotyp, "fitness_average_strain_energy", text="Strain energy (members only)")
box_shape_keys = layout.box()
box_shape_keys.label(text="Shape keys:")
for keyblock in shape_key.key_blocks:
name = keyblock.name
box_shape_keys.label(text=name)
# check generation_size and elitism
box_start = layout.box()
box_start.label(text="Bruteforce:")
box_start.operator("wm.bf_start", text="Start")
if len(data["individuals"]) > 0 and not bpy.context.screen.is_animation_playing:
box_select = layout.box()
box_select.label(text="Select individual by fitness:")
box_select.prop(phaenotyp, "ranking", text="Result sorted by fitness.")
if phaenotyp.ranking >= len(data["individuals"]):
text = "Only " + str(len(data["individuals"])) + " available."
box_select.label(text=text)
else:
# show
box_select.operator("wm.ranking", text="Generate")
box_rendering = layout.box()
box_rendering.label(text="Render sorted indiviuals:")
box_rendering.operator("wm.render_animation", text="Generate")
def genetic_algorithm(layout):
'''
Panel for genetic algorithm.
:param layout: Passed layout of phaenotyp panel.
'''
context = bpy.context
scene = context.scene
phaenotyp = scene.phaenotyp
frame = scene.frame_current
data = bpy.context.scene.get("<Phaenotyp>")
calculation_type = phaenotyp.calculation_type
members = data.get("members")
quads = data.get("quads")
if data:
if data["panel_state"]["file"]:
if data["panel_state"]["members"] or data["panel_state"]["quads"]:
shape_key = data["structure"].data.shape_keys
if not shape_key:
box_ga = layout.box()
box_ga.label(text="Genetic algorithm:")
box_ga.label(text="Please set shape keys first.")
else:
# Genetic Mutation:
box_ga = layout.box()
box_ga.label(text="Mutation:")
box_ga.prop(phaenotyp, "mate_type", text="Type of mating")
box_ga.prop(phaenotyp, "generation_size", text="Size of generation for GA")
box_ga.prop(phaenotyp, "elitism", text="Size of elitism for GA")
box_ga.prop(phaenotyp, "generation_amount", text="Amount of generations")
if calculation_type != "geometrical":
box_optimization = layout.box()
box_optimization.label(text="Optimization:")
if phaenotyp.calculation_type != "geometrical":
if calculation_type == "force_distribution":
box_optimization.prop(phaenotyp, "optimization_fd", text="")
else:
if members:
box_optimization.prop(phaenotyp, "optimization_pn", text="")
if quads:
box_optimization.prop(phaenotyp, "optimization_quads", text="")
if phaenotyp.optimization_pn != "none" or phaenotyp.optimization_fd != "none" or phaenotyp.optimization_quads != "none":
#box_optimization.prop(phaenotyp, "animation_optimization_type", text="")
box_optimization.prop(phaenotyp, "optimization_amount", text="Amount of sectional optimization")
# fitness headline
box_fitness = layout.box()
box_fitness.label(text="Fitness function:")
# architectural fitness
col = box_fitness.column()
split = col.split()
split.prop(phaenotyp, "fitness_volume", text="Volume")
split.prop(phaenotyp, "fitness_volume_invert", text="Invert")
col = box_fitness.column()
split = col.split()
split.prop(phaenotyp, "fitness_area", text="Area")
split.prop(phaenotyp, "fitness_area_invert", text="Invert")
col = box_fitness.column()
split = col.split()
split.prop(phaenotyp, "fitness_weight", text="weight")
split.prop(phaenotyp, "fitness_weight_invert", text="Invert")
col = box_fitness.column()
split = col.split()
split.prop(phaenotyp, "fitness_rise", text="Rise")
split.prop(phaenotyp, "fitness_rise_invert", text="Invert")
col = box_fitness.column()
split = col.split()
split.prop(phaenotyp, "fitness_span", text="Span")
split.prop(phaenotyp, "fitness_span_invert", text="Invert")