def main():
selected = general.get_names_of_selected_objects()
print(selected)
input_axis = {"X": 0, "Y": 1, "Z": 2}
axis = input_axis[str(general.edit_box("Axis: X, Y, Z")).upper()]
num_copies = int(general.edit_box("Number of Clones"))
distance = int(general.edit_box("Distance between clones"))
for mesh_idx, mesh in enumerate(selected):
start_pos = general.get_position(mesh)
start_rot = general.get_rotation(mesh)
start_scale = general.get_scale(mesh)
for idx in xrange(num_copies):
new_mesh = general.create_object(
"Brush",
general.get_entity_geometry_file(selected[mesh_idx]),
mesh,
0,
0,
0,
)
new_pos = [x for x in start_pos]
new_pos[axis] += distance * (idx + 1)
new_mesh.position = (new_pos[0], new_pos[1], new_pos[2])
new_mesh.rotation = (start_rot[0], start_rot[1], start_rot[2])
new_mesh.scale = (start_scale[0], start_scale[1], start_scale[2])
new_mesh.update()
def paste_xforms():
store = UserValues()
selected = general.get_names_of_selected_objects()[0]
if selected is None:
general.message_box_ok("Please Select an object")
xforms = store.get("xforms")
general.set_position(selected, xforms['pos'][0], xforms['pos'][1], xforms['pos'][2])
general.set_rotation(selected, xforms['rot'][0], xforms['rot'][1], xforms['rot'][2])
general.set_scale(selected, xforms['scale'][0], xforms['scale'][1], xforms['scale'][2])
def copy_xforms():
store = UserValues()
selected = general.get_names_of_selected_objects()[0]
if selected is None:
general.message_box_ok("Please Select an object")
rot = general.get_rotation(selected)
pos = general.get_position(selected)
scale = general.get_scale(selected)
store.set("xforms", {"rot": rot, "pos": pos, "scale": scale})
def start(self):
"""method called when button is pushed
kicks the whole thing off"""
# get and store the selection
self.selected = general.get_names_of_selected_objects()
# loop through the selection
for self.entity in self.selected:
# get the items geometry file
general.get_entity_property(self.entity, '')
def start(self): """method called when button is pushed kicks the whole thing off""" # get and store the selection self.selected = general.get_names_of_selected_objects() # loop through the selection for self.entity in self.selected: # get the items geometry file general.get_entity_property(self.entity, '')
def main():
cwd = os.getcwd()
selection = general.get_names_of_selected_objects()
file_path_list = list()
for obj in selection:
geom_file = general.get_entity_geometry_file(obj)
file_path = cwd + "\\GameSDK\\" + geom_file
file_path_list.append(file_path)
for path in file_path_list:
command = r'explorer /select, "%s"' % path
print(command)
subprocess.Popen(command)
def get_objects():
selection = general.get_names_of_selected_objects()
# test if we have anything selected and warn the user about each operation
if len(selection) == 1:
return get_selected_objects(selection)
elif len(selection) == 0:
sure = general.message_box(
"You have no objects selected which means you will be will hiding all. This will probably crash on islands. Are you sure?"
)
if sure:
return get_all_objects()
elif len(selection) > 15:
sure = general.message_box(
"You have a large number of items selected. This may crash, make sure you save first."
)
if sure:
return get_selected_objects(selection)
else:
return get_selected_objects(selection)
def replace_selected():
new_objects = list()
# get the mesh to replace the selected item with
replacement_mesh = general.open_file_box()
# get all selected object
selected = general.get_names_of_selected_objects()
# clear the selection so we can work on one item at a time
general.clear_selection()
for item in selected:
# store the items xforms
[scale_x, scale_y, scale_z] = general.get_scale(item)
[pos_x, pos_y, pos_z] = general.get_position(item)
[rot_x, rot_y, rot_z] = general.get_rotation(item)
general.delete_object(item)
new_objects.append(
general.new_object("Brush", replacement_mesh, item, pos_x, pos_y, pos_z)
)
general.set_rotation(item, rot_x, rot_y, rot_z)
general.set_scale(item, scale_x, scale_y, scale_z)
print("Replaced: %s with %s" % (item, replacement_mesh))
general.select_objects(new_objects)
def replace_selected():
new_objects = list()
# get the mesh to replace the selected item with
replacement_mesh = general.open_file_box()
# get all selected object
selected = general.get_names_of_selected_objects()
# clear the selection so we can work on one item at a time
general.clear_selection()
for item in selected:
# store the items xforms
[scale_x, scale_y, scale_z] = general.get_scale(item)
[pos_x, pos_y, pos_z] = general.get_position(item)
[rot_x, rot_y, rot_z] = general.get_rotation(item)
general.delete_object(item)
new_objects.append(
general.new_object("Brush", replacement_mesh, item, pos_x, pos_y,
pos_z))
general.set_rotation(item, rot_x, rot_y, rot_z)
general.set_scale(item, scale_x, scale_y, scale_z)
print("Replaced: %s with %s" % (item, replacement_mesh))
general.select_objects(new_objects)
"PuddlesAmount",
"puddlesMaskAmount",
"puddlesRippleAmount",
"RainDropsAmount",
"RainDropsLighting",
"RainDropsSpeed",
"SplashesAmount",
]
# ramp up pattern
print("ramp up pattern")
retVal = "self:SetRainValues("
counter = 0
for x in properties:
counter = counter + 1
selObj = general.get_names_of_selected_objects()
temp = general.get_entity_property(selObj[0], x)
# 0.5*rp, 0.0*rp, 0.11*rp, 1.0, 0.7, 1.0, 0.1*rp, 2.0, 1.0, 1.0*rp
if ((counter == 1) or (counter == 2) or (counter == 3) or (counter == 7)
or (counter == 10)):
retVal = retVal + str(temp) + "*rp,"
else:
retVal = retVal + str(temp) + ","
print(retVal + ");")
# holding pattern
retVal = "self:SetRainValues("
for x in properties:
selObj = general.get_names_of_selected_objects()
temp = general.get_entity_property(selObj[0], x)
retVal = retVal + str(temp) + ","
min_y = min([item[1] for item in item_positions])
for idx, item in enumerate(selected_items):
general.set_position(item, item_positions[idx][0], min_y,
item_positions[idx][2])
def align_min_z(selected_items):
item_positions = [general.get_position(item) for item in selected_items]
min_z = min([item[2] for item in item_positions])
for idx, item in enumerate(selected_items):
general.set_position(item, item_positions[idx][0],
item_positions[idx][1], min_z)
if __name__ == "__main__":
_selected_items = general.get_names_of_selected_objects()
x = True if sys.argv[1] == "x" else False
y = True if sys.argv[1] == "y" else False
z = True if sys.argv[1] == "z" else False
neg_x = True if sys.argv[1] == "-x" else False
neg_y = True if sys.argv[1] == "-y" else False
neg_z = True if sys.argv[1] == "-z" else False
if x:
align_x(_selected_items)
if y:
align_y(_selected_items)
if z:
align_z(_selected_items)
if neg_x:
align_min_x(_selected_items)
if neg_y:
def selected(self):
return mutate(general.get_names_of_selected_objects())
# 7. after simulation is done copy original object to new xform of simulated rigid body
# 8. delete rigid body.
import general
import lodtools
import physics
from user_values import UserValues
PHYS_OBJECT_NAME = "brush_sim_temp"
if __name__ == "__main__":
store = UserValues()
stored_brush = store.get("simmed_brush")
# 1. Get selected object.
# grab some properties for our selected object
user_selection = general.get_names_of_selected_objects()[0]
if stored_brush is None:
print('Simulating Brush')
# store the users selection for setting the physics state later on
store.set("simmed_brush", user_selection)
# grab the transforms of the object
obj_pos = general.get_position(user_selection)
obj_rot = general.get_rotation(user_selection)
obj_scale = general.get_scale(user_selection)
# 2. Create rigid body ex and copy model to rigidbodyex
# create the object at 0,0,0
PHYS_OBJECT_NAME = general.new_object("Entity", r"RigidBodyEx",
PHYS_OBJECT_NAME, 0, 0, 0)
# mark it with a special material so you know it's being simulated
"amount",
"DiffuseDarkening",
"FakeReflectionsAmount",
"PuddlesAmount",
"puddlesMaskAmount",
"puddlesRippleAmount",
"RainDropsAmount",
"RainDropsLighting",
"RainDropsSpeed",
"SplashesAmount",
]
# holding pattern for loop
retVal = "self:SetRainValues("
for x in properties:
selObj = general.get_names_of_selected_objects()
temp = general.get_entity_property(selObj[0], x)
retVal = retVal + str(temp) + ","
# print out the holding pattern
print("holding pattern")
print(retVal + ");")
# ramp u pattern for loop
print("ramp up pattern")
retVal = "self:SetRainValues("
counter = 0
for x in properties:
counter = counter + 1
selObj = general.get_names_of_selected_objects()
temp = general.get_entity_property(selObj[0], x)
# 0.5*rp, 0.0*rp, 0.11*rp, 1.0, 0.7, 1.0, 0.1*rp, 2.0, 1.0, 1.0*rp
def function_wrapper(*args, **kwargs):
selected = general.get_names_of_selected_objects()
func(*args, **kwargs)
general.clear_selection()
general.select_objects(selected)
general.set_position(
item, item_positions[idx][0], min_y, item_positions[idx][2]
)
def align_min_z(selected_items):
item_positions = [general.get_position(item) for item in selected_items]
min_z = min([item[2] for item in item_positions])
for idx, item in enumerate(selected_items):
general.set_position(
item, item_positions[idx][0], item_positions[idx][1], min_z
)
if __name__ == "__main__":
_selected_items = general.get_names_of_selected_objects()
x = True if sys.argv[1] == "x" else False
y = True if sys.argv[1] == "y" else False
z = True if sys.argv[1] == "z" else False
neg_x = True if sys.argv[1] == "-x" else False
neg_y = True if sys.argv[1] == "-y" else False
neg_z = True if sys.argv[1] == "-z" else False
if x:
align_x(_selected_items)
if y:
align_y(_selected_items)
if z:
align_z(_selected_items)
if neg_x:
align_min_x(_selected_items)
if neg_y:
