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import_nodes.py
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import_nodes.py
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#############################################
# NODEARRAY IMPORTER
#############################################
import bpy
from bpy.props import *
import bmesh
import struct
import mathutils
import math
from . helpers import *
from . scene_props import thug_empty_update
from . autorail import get_path_bevel_size
# PROPERTIES
#############################################
linked_nodes = []
NodeArray = []
KeyTable = []
ncomp = []
# METHODS
#############################################
#----------------------------------------------------------------------------------
#- Returns a node, given the node index
#----------------------------------------------------------------------------------
def get_node(index):
tmp_index = -1
for node in NodeArray:
tmp_index += 1
if tmp_index == index:
if "Index" not in node:
node["Index"] = index
return fill_ncomp_data(node)
raise Exception("Node index " + str(index) + " does not exist.")
#----------------------------------------------------------------------------------
#- Expands ncomp data into the node
#----------------------------------------------------------------------------------
def fill_ncomp_data(node):
if "ncomp_filled" in node:
return node
ncomp_names = []
for name, value in node.items():
if name.startswith("ncomp_"):
ncomp_names.append(name)
elif name == "ncomp":
ncomp_names.append(value)
for ncomp_name in ncomp_names:
if ncomp_name in ncomp:
for name, value in ncomp[ncomp_name].items():
#print("expanding " + str(name) + ": " + str(value))
if name not in node:
node[str(name)] = value
node["ncomp_filled"] = 1
return node
#----------------------------------------------------------------------------------
#- Returns a set of all coordinates for a single rail
#----------------------------------------------------------------------------------
def get_linked_path(node, node_type):
node_index = -1
my_links = []
point_coords = []
point_names = []
point_triggers = []
point_indices = []
point_nodes = []
is_circular = False
# If the first RailNode has no links, then it might be a point rail
if "Links" not in node:
my_links.append(node["Index"])
linked_nodes.append(node["Index"])
else:
next_node = node
while True:
#print("It cannot be this!")
if "Class" in next_node and next_node["Class"] == node_type:
my_links.append(next_node["Index"])
linked_nodes.append(next_node["Index"])
else:
# Invalid link?
print("Invalid link to node " + next_node["Name"] + " (idx: " + str(next_node["Index"]) + ", expecting " + node_type + ")")
break
if "Links" in next_node:
node_links = next_node["Links"]
if node_links[0] in my_links:
# Circular link, time to blast!
print("Circular link to " + node_type + " " + str(node_links[0]) + ", ending line!")
is_circular = True
break
next_node = get_node(node_links[0])
else:
break
# At this point, we should have all the forward links from the rail node we started from.
# But now let's look in reverse and see what links to the start of this path!
line_continues = True
while line_continues == True:
node_index = -1
link_found = False
for node in NodeArray:
#if "ncomp" in no:
no = fill_ncomp_data(node)
node_index += 1
if "Class" in no and no["Class"] == node_type and "Links" in no and my_links[0] in no["Links"] and node_index not in my_links:
# Back link to the start of the path
my_links.insert(0, node_index)
linked_nodes.append(node_index)
#print("found rail backlink: " + no["Name"])
link_found = True
if link_found == False:
# this should be the end of the line
line_continues = False
break
if len(my_links) == 1:
print("Point rail?")
# If there are no links to this rail, it's a point rail!
for idx in my_links:
tmp_node = get_node(idx)
if "Position" not in tmp_node:
if "Pos" in tmp_node:
tmp_node["Position"] = tmp_node["Pos"]
else:
raise Exception("linked node " + tmp_node["Name"] + " has no position!")
# Make sure there isn't already a point with the same position, or the game will crash!
duplicate_pos = False
for railpoint in point_coords:
tmp_pos = tmp_node["Position"]
if railpoint[0] == tmp_pos[0] and railpoint[1] == tmp_pos[1] and railpoint[2] == tmp_pos[2]:
print("***********************************************")
print("* Rail point already exists!")
print("***********************************************")
duplicate_pos = True
break
if duplicate_pos:
print("Skipping...")
continue
point_coords.append(tmp_node["Position"])
point_names.append(tmp_node["Name"])
point_indices.append(tmp_node["Index"])
point_nodes.append(tmp_node)
#if "TriggerScript" in tmp_node:
# point_triggers.append(tmp_node["TriggerScript"])
#else:
# point_triggers.append("")
node_path = [ point_coords, point_names, point_nodes, is_circular, point_indices ]
return node_path
#----------------------------------------------------------------------------------
#- Processes the node array found in the 'NodeArray' text block
#- 'gamemode' must be one of: 'THPS3', 'THPS4', 'THUG'
#----------------------------------------------------------------------------------
def import_nodearray(gamemode):
if not 'NodeArray' in globals():
raise Exception("Node array was not found!")
node_index = -1
linked_nodes.clear()
node_indices = []
# STEP 1 - RENAME OBJECTS TO THEIR PROPER NAMES FROM LEVEL .QB
level_mesh = [o for o in bpy.data.objects if (o.type == "MESH")]
for ob in level_mesh:
if ob.name.startswith("scn_"):
name_search = ob.name[4:]
if is_hex_string(name_search):
name_search = str(int(name_search, 0))
if name_search in KeyTable:
print("Renaming " + ob.name + " to " + KeyTable[name_search] + "_SCN")
ob.name = KeyTable[name_search] + "_SCN"
ob.thug_export_collision = False
ob.thug_export_scene = True
if ob.name.startswith("col_"):
name_search = ob.name[4:]
if is_hex_string(name_search):
name_search = str(int(name_search, 0))
if name_search in KeyTable:
print("Renaming " + ob.name + " to " + KeyTable[name_search])
# We want the collision mesh to have the exact name, no suffix
ob.name = KeyTable[name_search]
ob.thug_always_export_to_nodearray = True # always export named collision!
ob.thug_export_collision = True
ob.thug_export_scene = False
# STEP 2: FIRST PASS OF NODEARRAY
for node in NodeArray:
#print(str(node))
node_index += 1
node["Index"] = node_index
if "Position" not in node:
if "Pos" in node: # Newer games use Pos instead of Position
node["Position"] = node["Pos"]
else:
raise Exception("Node " + node["Name"] + " has no position!")
#if "ncomp" in node:
node = fill_ncomp_data(node)
# STEP 2A - GENERATE RAIL NODES
if "Class" in node and ( node["Class"] == "RailNode" or node["Class"] == "Waypoint" or node["Class"] == "ClimbingNode" ):
if node["Index"] in linked_nodes:
print(node["Class"] + " " + node["Name"] + "already used previously")
continue
rail_nodes = get_linked_path(node, node["Class"])
if len(rail_nodes) < 1 or len(rail_nodes[0]) < 1:
print("Point rail")
#continue
rail_path_name = "TRG_" + node["Class"] + "Path0"
rail_name_idx = 0
# Create new rail path
while rail_path_name in bpy.data.objects:
rail_name_idx += 1
rail_path_name = "TRG_" + node["Class"] + "Path" + str(rail_name_idx)
#print("TRG_RailPath" + str(rail_name_idx))
print("Creating rail " + node["Name"])
curveData = bpy.data.curves.new(rail_path_name, type='CURVE')
curveData.dimensions = '3D'
curveData.resolution_u = 12
curveData.bevel_depth = get_path_bevel_size()
curveData.bevel_resolution = 2
# map coords to spline
polyline = curveData.splines.new('POLY')
polyline.points.add(len(rail_nodes[0]) - 1)
for i, coord in enumerate(rail_nodes[0]):
#print("Adding point " + str(i))
x,y,z = coord
if gamemode == 'THUG':
polyline.points[i].co = (x, -z, y, 1)
else:
polyline.points[i].co = (x, z, y, 1)
test_cyclic = False
if rail_nodes[3] == True and len(polyline.points) > 2: # is_circular = True
polyline.use_endpoint_u = True
polyline.use_cyclic_u = True
#test_cyclic = True
# Save the node indices of each point in our newly created Path
# This lets us resolve links to the specific blender objects later
node_indices.append({ 'name': node["Name"], 'indices': rail_nodes[4] })
# create Object
curveOB = bpy.data.objects.new(node["Name"], curveData)
for i, coord in enumerate(rail_nodes[0]):
curveOB.data.thug_pathnode_triggers.add()
for i, nm in enumerate(rail_nodes[1]):
curveOB.data.thug_pathnode_triggers[i].name = nm
for i, _pnode in enumerate(rail_nodes[2]):
if "TriggerScript" in _pnode and _pnode["TriggerScript"] != "":
# If there is a TriggerScript defined, assign to the blender obj and create text block if needed
curveOB.data.thug_pathnode_triggers[i].script_name = _pnode["TriggerScript"]
get_triggerscript(_pnode["TriggerScript"])
# Assign terrain type
if "TerrainType" in _pnode and _pnode["TerrainType"] != "":
try:
curveOB.data.thug_pathnode_triggers[i].terrain = str(_pnode["TerrainType"]).replace("TERRAIN_", "")
except TypeError:
curveOB.data.thug_pathnode_triggers[i].terrain = "Auto"
# Assign spawnobj script
if "spawnobjscript" in _pnode and _pnode["spawnobjscript"] != "":
curveOB.data.thug_pathnode_triggers[i].spawnobjscript = _pnode["spawnobjscript"]
get_triggerscript(_pnode["spawnobjscript"])
# Assign skater AI properties (if defined!)
if node["Class"] == "Waypoint":
if "Type" in _pnode and _pnode["Type"] != "":
#curveOB.data.thug_pathnode_triggers[i].waypt_type = _pnode["Type"]
curveOB.thug_waypoint_props.waypt_type = _pnode["Type"]
if "PedType" in _pnode and _pnode["PedType"] != "":
#curveOB.data.thug_pathnode_triggers[i].PedType = _pnode["PedType"]
curveOB.thug_waypoint_props.PedType = _pnode["PedType"]
if "Continue" in _pnode:
curveOB.data.thug_pathnode_triggers[i].do_continue = True
if "JumpToNextNode" in _pnode:
curveOB.data.thug_pathnode_triggers[i].JumpToNextNode = True
if "Priority" in _pnode and _pnode["Priority"] != "":
curveOB.data.thug_pathnode_triggers[i].Priority = _pnode["Priority"]
if "ContinueWeight" in _pnode and _pnode["ContinueWeight"] != "":
curveOB.data.thug_pathnode_triggers[i].ContinueWeight = _pnode["ContinueWeight"]
if "SkateAction" in _pnode and _pnode["SkateAction"] != "":
curveOB.data.thug_pathnode_triggers[i].SkateAction = _pnode["SkateAction"]
if "JumpHeight" in _pnode and _pnode["JumpHeight"] != "":
curveOB.data.thug_pathnode_triggers[i].JumpHeight = _pnode["JumpHeight"]
if "ManualType" in _pnode and _pnode["ManualType"] != "":
curveOB.data.thug_pathnode_triggers[i].ManualType = _pnode["ManualType"]
if "Deceleration" in _pnode and _pnode["Deceleration"] != "":
curveOB.data.thug_pathnode_triggers[i].Deceleration = _pnode["Deceleration"]
if "StopTime" in _pnode and _pnode["StopTime"] != "":
curveOB.data.thug_pathnode_triggers[i].StopTime = _pnode["StopTime"]
if "SpinAngle" in _pnode and _pnode["SpinAngle"] != "":
curveOB.data.thug_pathnode_triggers[i].SpinAngle = _pnode["SpinAngle"]
if "SpinDirection" in _pnode and _pnode["SpinDirection"] != "":
curveOB.data.thug_pathnode_triggers[i].SpinDirection = _pnode["SpinDirection"]
#curveData.bevel_depth = 0.01
tmp_mat_name = 'io_thps_scene_RailMaterial'
if node["Class"] == "RailNode":
curveOB.thug_path_type = "Rail"
if "TerrainType" in node:
try:
curveOB.thug_rail_terrain_type = str(node["TerrainType"]).replace("TERRAIN_", "")
except TypeError:
curveOB.thug_rail_terrain_type = "Auto"
to_group(curveOB, "RailNodes")
if test_cyclic:
to_group(curveOB, "Circular RailNodes")
elif node["Class"] == "Waypoint":
tmp_mat_name = 'io_thps_scene_WaypointMaterial'
curveOB.thug_path_type = "Waypoint"
to_group(curveOB, "Waypoints")
if test_cyclic:
to_group(curveOB, "Circular Waypoints")
elif node["Class"] == "ClimbingNode":
tmp_mat_name = 'io_thps_scene_LadderMaterial'
curveOB.thug_path_type = "Ladder"
to_group(curveOB, "ClimbingNodes")
if test_cyclic:
to_group(curveOB, "Circular ClimbingNodes")
else:
# The importer is meant for THPS3/4 levels, so ClimbingNodes are not currently implemented
# but the paths should still be created for you
curveOB.thug_path_type = "Custom"
tmp_mat_name = 'io_thps_scene_CustomPathMaterial'
to_group(curveOB, "OtherPathNodes")
if "TrickObject" in node:
curveOB.thug_is_trickobject = True
if "Cluster" in node:
curveOB.thug_cluster_name = node["Cluster"]
if "CreatedAtStart" in node:
curveOB.thug_created_at_start = True
else:
curveOB.thug_created_at_start = False
# attach to scene and validate context
scn = bpy.context.scene
scn.objects.link(curveOB)
scn.objects.active = curveOB
# Fill some default rail/path settings, also used by presets and extracted rails!
curveOB.data.dimensions = '3D'
curveOB.data.resolution_u = 12
curveOB.data.bevel_depth = get_path_bevel_size()
curveOB.data.bevel_resolution = 2
curveOB.data.fill_mode = 'FULL'
rail_mat = get_material(tmp_mat_name)
curveOB.data.materials.append(rail_mat)
# STEP 3 - ATTACH TRIGGERSCRIPTS/FLAGS TO MESH, CREATE EMPTY NODES
if "Name" in node and "Class" in node:
node_name = node["Name"]
# Proximity nodes generate an empty collision mesh for some reason,
# so we have to remove that first or the actual proxim node won't be created
if node["Class"] == "ProximNode" and bpy.data.objects.get(node_name):
#bpy.data.objects.remove(bpy.data.objects[node_name], True)
bpy.data.objects[node_name].name = bpy.data.objects[node_name].name + "_COL"
# Same story for EmitterObjects
elif node["Class"] == "EmitterObject" and bpy.data.objects.get(node_name):
#bpy.data.objects.remove(bpy.data.objects[node_name], True)
bpy.data.objects[node_name].name = bpy.data.objects[node_name].name + "_COL"
# Create level lights - these are point lamps and not empties
if node["Class"] == "LevelLight":
lamp_data = bpy.data.lights.new(name="Lamp_" + node["Name"], type='POINT')
if "Brightness" in node:
if node["Brightness"] != 0:
lamp_data.energy = float(node["Brightness"])
else:
lamp_data.energy = 100.0
if "InnerRadius" in node:
lamp_data.thug_light_props.light_radius[0] = float(node["InnerRadius"])
if "OuterRadius" in node:
lamp_data.thug_light_props.light_radius[1] = float(node["OuterRadius"])
if "Color" in node:
lamp_data.color[0] = float(int(node["Color"][0]) / 255)
lamp_data.color[1] = float(int(node["Color"][1]) / 255)
lamp_data.color[2] = float(int(node["Color"][2]) / 255)
if "ExcludeSkater" in node:
lamp_data.thug_light_props.light_excludeskater = True
if "ExcludeLevel" in node:
lamp_data.thug_light_props.light_excludelevel = True
ob = bpy.data.objects.new(name=node["Name"], object_data=lamp_data )
ob.location[0] = node["Position"][0]
if gamemode == 'THUG':
ob.location[1] = -node["Position"][2]
else:
ob.location[1] = node["Position"][2]
ob.location[2] = node["Position"][1]
#bpy.context.scene.objects.link( ob )
to_group(ob, "LevelLights")
continue
# Create object if it doesn't exist (should be vehicles, pedestrians, restarts etc)
if not bpy.data.objects.get(node_name):
ob = bpy.data.objects.new( "empty", None )
#bpy.context.scene.objects.link( ob )
if node["Class"] == "GameObject":
ob.empty_display_type = 'CUBE'
ob.empty_display_size = 64
to_group(ob, "GameObjects")
elif node["Class"] == "Pedestrian" or node["Class"] == "Vehicle":
ob.empty_display_type = 'PLAIN_AXES'
ob.empty_display_size = 108
elif node["Class"] == "EnvironmentObject" or node["Class"] == "LevelGeometry" or node["Class"] == "LevelObject":
ob.empty_display_type = 'CONE'
ob.empty_display_size = 32
to_group(ob, "Missing Scene Mesh")
elif node["Class"] == "BouncyObject":
ob.empty_display_type = 'CUBE'
ob.empty_display_size = 32
to_group(ob, "BouncyObjects")
elif node["Class"] == "ParticleObject":
ob.empty_display_type = 'IMAGE'
ob.empty_display_size = 108
to_group(ob, "ParticleObjects")
elif node["Class"] == "ProximNode":
ob.empty_display_type = 'SPHERE'
if "radius" in node:
ob.empty_display_size = node["radius"]
else:
ob.empty_display_size = 150
to_group(ob, "ProximNodes")
elif node["Class"] == "EmitterObject":
ob.empty_display_type = 'SPHERE'
if "radius" in node:
ob.empty_display_size = node["radius"]
else:
ob.empty_display_size = 300
to_group(ob, "EmitterObjects")
elif node["Class"] == "GenericNode":
ob.empty_display_type = 'CIRCLE'
ob.empty_display_size = 32
to_group(ob, "GenericNodes")
else:
ob.empty_display_type = 'ARROWS'
ob.empty_display_size = 108
ob.location[0] = node["Position"][0]
if gamemode == 'THUG':
ob.location[1] = -node["Position"][2]
else:
ob.location[1] = node["Position"][2]
ob.location[2] = node["Position"][1]
ob.rotation_euler[0] = node["Angles"][0]
if gamemode == 'THUG':
ob.rotation_euler[1] = -node["Angles"][2]
else:
ob.rotation_euler[1] = node["Angles"][2]
ob.rotation_euler[2] = node["Angles"][1]
ob.name = node["Name"]
print("Updating node: " + node_name)
if bpy.data.objects.get(node["Name"]):
ob = bpy.data.objects.get(node["Name"])
if node["Class"] == "RailNode" or node["Class"] == "Waypoint":
# Rail nodes and waypoints were already created earlier
continue
if "Occluder" in node:
ob.thug_occluder = True
to_group(ob, "Occluders")
if "CreatedAtStart" in node:
print("CreatedAtStart")
ob.thug_created_at_start = True
else:
ob.thug_created_at_start = False
if "AbsentInNetGames" in node:
print("AbsentInNetGames")
ob.thug_network_option = "AbsentInNetGames"
elif "NetEnabled" in node:
ob.thug_network_option = "NetEnabled"
else:
ob.thug_network_option = "Default"
if node["Class"] == "LevelGeometry" or node["Class"] == "EnvironmentObject":
ob.thug_object_class = "LevelGeometry"
if "LightGroup" in node and bpy.data.objects.get(node["Name"] + "_SCN"):
scn_ob = bpy.data.objects.get(node["Name"] + "_SCN")
scn_ob.thug_lightgroup = node["LightGroup"]
if node["Name"].startswith('NightOn'):
scn_ob.thug_tod_controlled = True
ob.thug_tod_controlled = True
elif node["Class"] == "LevelObject":
ob.thug_object_class = "LevelObject"
to_group(ob, "LevelObjects")
if "LightGroup" in node and bpy.data.objects.get(node["Name"] + "_SCN"):
scn_ob = bpy.data.objects.get(node["Name"] + "_SCN")
scn_ob.thug_lightgroup = node["LightGroup"]
ob.location[0] = node["Position"][0]
# Reposition the LevelObject based on what is in the NodeArray
# When exported it is always at the origin
if gamemode == 'THUG':
ob.location[1] = -node["Position"][2]
else:
ob.location[1] = node["Position"][2]
ob.location[2] = node["Position"][1]
ob.rotation_euler[0] = node["Angles"][0]
if gamemode == 'THUG':
ob.rotation_euler[1] = -node["Angles"][2]
else:
ob.rotation_euler[1] = node["Angles"][2]
ob.rotation_euler[2] = node["Angles"][1]
# Pull the _SCN mesh out and give it the same position
if bpy.data.objects.get(ob.name + "_SCN"):
ob2 = bpy.data.objects.get(ob.name + "_SCN")
ob2.location = ob.location
ob2.rotation_euler = ob.rotation_euler
# Process additional LevelObject properties, including bouncy mesh!
if "Type" in node:
ob.thug_levelobj_props.obj_type = node["Type"]
if "Bouncy" in node or "bouncy" in node:
ob.thug_levelobj_props.obj_bouncy = True
if "contacts" in node:
for _pos in node["contacts"]:
_contact = ob.thug_levelobj_props.contacts.add()
_contact.contact = _pos
if "center_of_mass" in node:
ob.thug_levelobj_props.center_of_mass = node["center_of_mass"]
if "coeff_restitution" in node:
ob.thug_levelobj_props.coeff_restitution = node["coeff_restitution"]
if "coeff_friction" in node:
ob.thug_levelobj_props.coeff_friction = node["coeff_friction"]
if "skater_collision_impulse_factor" in node:
ob.thug_levelobj_props.skater_collision_impulse_factor = node["skater_collision_impulse_factor"]
if "skater_collision_rotation_factor" in node:
ob.thug_levelobj_props.skater_collision_rotation_factor = node["skater_collision_rotation_factor"]
if "skater_collision_assent" in node:
ob.thug_levelobj_props.skater_collision_assent = node["skater_collision_assent"]
if "skater_collision_radius" in node:
ob.thug_levelobj_props.skater_collision_radius = node["skater_collision_radius"]
if "mass_over_moment" in node:
ob.thug_levelobj_props.mass_over_moment = node["mass_over_moment"]
if "stuckscript" in node and node["stuckscript"] != "":
ob.thug_levelobj_props.stuckscript = node["stuckscript"]
get_triggerscript(node["stuckscript"])
if "SoundType" in node:
ob.thug_levelobj_props.SoundType = node["SoundType"]
elif node["Class"] == "Restart":
to_group(ob, "Restarts")
ob.thug_empty_props.empty_type = "Restart"
if "Type" in node:
if node["Type"] == "Player1":
ob.thug_restart_props.restart_type = "Player1"
ob.thug_restart_props.restart_p1 = True
elif node["Type"] == "Player2":
ob.thug_restart_props.restart_type = "Player2"
ob.thug_restart_props.restart_p2 = True
elif node["Type"] == "Multiplayer":
ob.thug_restart_props.restart_type = "Multiplayer"
ob.thug_restart_props.restart_multi = True
elif node["Type"] == "Team":
ob.thug_restart_props.restart_type = "Team"
ob.thug_restart_props.restart_team = True
elif node["Type"] == "Generic":
ob.thug_restart_props.restart_type = "Generic"
ob.thug_restart_props.restart_gen = True
elif node["Type"] == "Horse":
ob.thug_restart_props.restart_type = "Horse"
ob.thug_restart_props.restart_horse = True
elif node["Type"] == "CTF":
ob.thug_restart_props.restart_type = "CTF"
ob.thug_restart_props.restart_ctf = True
else:
ob.thug_restart_props.restart_type = "Generic"
ob.thug_restart_props.restart_generic = True
else:
ob.thug_restart_props.restart_type = "Generic"
ob.thug_restart_props.restart_generic = True
if "restart_types" in node:
for _type in node["restart_types"]:
if _type == "Player1":
ob.thug_restart_props.restart_p1 = True
elif _type == "Player2":
ob.thug_restart_props.restart_p2 = True
elif _type == "Multiplayer":
ob.thug_restart_props.restart_multi = True
elif _type == "MultiPlayer":
ob.thug_restart_props.restart_multi = True
elif _type == "Team":
ob.thug_restart_props.restart_team = True
elif _type == "Generic":
ob.thug_restart_props.restart_gen = True
elif _type == "Horse":
ob.thug_restart_props.restart_horse = True
elif _type == "CTF":
ob.thug_restart_props.restart_ctf = True
if "RestartName" in node:
ob.thug_restart_props.restart_name = node["RestartName"]
elif node["Class"] == "ProximNode":
ob.thug_empty_props.empty_type = "ProximNode"
if "Type" in node:
if node["Type"] in ("Camera", "Other"):
ob.thug_proxim_props.proxim_type = node["Type"]
else:
ob.thug_proxim_props.proxim_type = "Camera"
if "radius" in node:
ob.thug_proxim_props.proxim_radius = node["radius"]
if "Shape" in node:
ob.thug_proxim_props.proxim_shape = node["Shape"]
if "RenderToViewport" in node:
ob.thug_proxim_props.proxim_rendertoviewport = True
if "SelectRenderOnly" in node:
ob.thug_proxim_props.proxim_selectrenderonly = True
if "ProximObject" in node:
ob.thug_proxim_props.proxim_object = True
elif node["Class"] == "EmitterObject":
ob.thug_empty_props.empty_type = "EmitterObject"
if "Type" in node:
ob.thug_emitter_props.emit_type = node["Type"]
if "radius" in node:
ob.thug_emitter_props.emit_radius = node["radius"]
elif node["Class"] == "ParticleObject":
ob.thug_empty_props.empty_type = "ParticleObject"
#ob.rotation_euler[0] = math.radians(90.0)
if "BoxDimsStart" in node:
ob.thug_particle_props.particle_boxdimsstart = from_thug_coords(node["BoxDimsStart"])
if "BoxDimsMid" in node:
ob.thug_particle_props.particle_boxdimsmid = from_thug_coords(node["BoxDimsMid"])
if "BoxDimsEnd" in node:
ob.thug_particle_props.particle_boxdimsend = from_thug_coords(node["BoxDimsEnd"])
if "UseStartPosition" in node:
ob.thug_particle_props.particle_usestartpos = node["UseStartPosition"]
if "StartPosition" in node:
ob.thug_particle_props.particle_startposition = from_thug_coords(node["StartPosition"])
if "MidPosition" in node:
ob.thug_particle_props.particle_midposition = from_thug_coords(node["MidPosition"])
if "EndPosition" in node:
ob.thug_particle_props.particle_endposition = from_thug_coords(node["EndPosition"])
if "Texture" in node:
tmp_texture_name = node["Texture"] #str(crc_from_string(bytes(node["Texture"], 'ascii')))
ob.thug_particle_props.particle_texture = tmp_texture_name
if tmp_texture_name in bpy.data.images:
ob.image = tmp_texture_name
if "Profile" in node:
ob.thug_particle_props.particle_profile = node["Profile"]
if "Type" in node:
ob.thug_particle_props.particle_type = node["Type"]
if "BlendMode" in node:
ob.thug_particle_props.particle_blendmode = node["BlendMode"]
if "FixedAlpha" in node:
ob.thug_particle_props.particle_fixedalpha = node["FixedAlpha"]
if "AlphaCutoff" in node:
ob.thug_particle_props.particle_alphacutoff = node["AlphaCutoff"]
if "MaxStreams" in node:
ob.thug_particle_props.particle_maxstreams = node["MaxStreams"]
if "SuspendDistance" in node:
ob.thug_particle_props.particle_suspend = node["SuspendDistance"]
if "EmitRate" in node:
ob.thug_particle_props.particle_emitrate = node["EmitRate"]
if "Lifetime" in node:
ob.thug_particle_props.particle_lifetime = node["Lifetime"]
if "LifetimeMax" in node:
ob.thug_particle_props.particle_lifetime = node["LifetimeMax"]
if "UseMidPoint"in node:
ob.thug_particle_props.particle_usemidpoint = node["UseMidPoint"]
if "MidPointPCT" in node:
ob.thug_particle_props.particle_midpointpct = node["MidPointPCT"]
if "StartRadius" in node:
ob.thug_particle_props.particle_radius[0] = node["StartRadius"]
if "MidRadius" in node:
ob.thug_particle_props.particle_radius[1] = node["MidRadius"]
if "EndRadius" in node:
ob.thug_particle_props.particle_radius[2] = node["EndRadius"]
if "StartRadiusSpread" in node:
ob.thug_particle_props.particle_radiusspread[0] = node["StartRadiusSpread"]
if "MidRadiusSpread" in node:
ob.thug_particle_props.particle_radiusspread[1] = node["MidRadiusSpread"]
if "EndRadiusSpread" in node:
ob.thug_particle_props.particle_radiusspread[2] = node["EndRadiusSpread"]
if "StartRGB" in node:
ob.thug_particle_props.particle_startcolor[0] = float(int(node["StartRGB"][0]) / 255)
ob.thug_particle_props.particle_startcolor[1] = float(int(node["StartRGB"][1]) / 255)
ob.thug_particle_props.particle_startcolor[2] = float(int(node["StartRGB"][2]) / 255)
if "StartAlpha" in node:
ob.thug_particle_props.particle_startcolor[3] = float(int(node["StartAlpha"]) / 255)
if "UseColorMidTime" in node:
ob.thug_particle_props.particle_usecolormidtime = node["UseColorMidTime"]
if "ColorMidTime" in node:
ob.thug_particle_props.particle_colormidtime = node["ColorMidTime"]
if "MidRGB" in node:
ob.thug_particle_props.particle_midcolor[0] = float(int(node["MidRGB"][0]) / 255)
ob.thug_particle_props.particle_midcolor[1] = float(int(node["MidRGB"][1]) / 255)
ob.thug_particle_props.particle_midcolor[2] = float(int(node["MidRGB"][2]) / 255)
if "MidAlpha" in node:
ob.thug_particle_props.particle_midcolor[3] = float(int(node["MidAlpha"]) / 255)
if "EndRGB" in node:
ob.thug_particle_props.particle_endcolor[0] = float(int(node["EndRGB"][0]) / 255)
ob.thug_particle_props.particle_endcolor[1] = float(int(node["EndRGB"][1]) / 255)
ob.thug_particle_props.particle_endcolor[2] = float(int(node["EndRGB"][2]) / 255)
if "EndAlpha" in node:
ob.thug_particle_props.particle_endcolor[3] = float(int(node["EndAlpha"]) / 255)
# Particle width + start/end values
if "EmitWidth" in node:
ob.thug_particle_props.Size[0] = node["EmitWidth"]
if "EmitHeight" in node:
ob.thug_particle_props.Size[1] = node["EmitHeight"]
if "StartWidth" in node:
ob.thug_particle_props.Width[0] = node["StartWidth"]
if "EndWidth" in node:
ob.thug_particle_props.Width[1] = node["EndWidth"]
if "Force_X" in node:
ob.thug_particle_props.Force[0] = node["Force_X"]
if "Force_Y" in node:
ob.thug_particle_props.Force[1] = node["Force_Y"]
if "Force_Z" in node:
ob.thug_particle_props.Force[2] = node["Force_Z"]
if "SpeedMin" in node:
ob.thug_particle_props.Speed[0] = node["SpeedMin"]
if "SpeedMax" in node:
ob.thug_particle_props.Speed[1] = node["SpeedMax"]
if "EmitScript" in node:
ob.thug_particle_props.EmitScript = node["EmitScript"][0]
if "AngleSpread" in node:
ob.thug_particle_props.AngleSpread = node["AngleSpread"]
if "EmitTarget_X" in node:
ob.thug_particle_props.EmitTarget[0] = node["EmitTarget_X"]
if "EmitTarget_Y" in node:
ob.thug_particle_props.EmitTarget[1] = node["EmitTarget_Y"]
if "EmitTarget_Z" in node:
ob.thug_particle_props.EmitTarget[2] = node["EmitTarget_Z"]
if "UsePulseEmit" in node and node["UsePulseEmit"] == "TRUE":
ob.thug_particle_props.UsePulseEmit = True
if "RandomEmitRate" in node and node["RandomEmitRate"] == "TRUE":
ob.thug_particle_props.RandomEmitRate = True
if "RandomEmitDelay" in node and node["RandomEmitDelay"] == "TRUE":
ob.thug_particle_props.RandomEmitDelay = True
if "EmitRate1" in node:
ob.thug_particle_props.EmitRate1[0] = node["EmitRate1"]
if "EmitRate1Rnd" in node:
ob.thug_particle_props.EmitRate1[1] = node["EmitRate1Rnd"][0]
ob.thug_particle_props.EmitRate1[2] = node["EmitRate1Rnd"][1]
if "EmitRate1Delay" in node:
ob.thug_particle_props.EmitRate1Delay[0] = node["EmitRate1Delay"]
if "EmitRate1DelayRnd" in node:
ob.thug_particle_props.EmitRate1Delay[1] = node["EmitRate1DelayRnd"][0]
ob.thug_particle_props.EmitRate1Delay[2] = node["EmitRate1DelayRnd"][1]
if "EmitRate2" in node:
ob.thug_particle_props.EmitRate2[0] = node["EmitRate2"]
if "EmitRate2Rnd" in node:
ob.thug_particle_props.EmitRate2[1] = node["EmitRate2Rnd"][0]
ob.thug_particle_props.EmitRate2[2] = node["EmitRate2Rnd"][1]
if "EmitRate2Delay" in node:
ob.thug_particle_props.EmitRate2Delay[0] = node["EmitRate2Delay"]
if "EmitRate2DelayRnd" in node:
ob.thug_particle_props.EmitRate2Delay[1] = node["EmitRate2DelayRnd"][0]
ob.thug_particle_props.EmitRate2Delay[2] = node["EmitRate2DelayRnd"][1]
elif node["Class"] == "Pedestrian" or node["Class"] == "pedestrian":
to_group(ob, "Pedestrians")
ob.thug_empty_props.empty_type = "Pedestrian"
if "Type" in node:
ob.thug_ped_props.ped_type = node["Type"]
if "profile" in node:
ob.thug_ped_props.ped_profile = node["profile"]
ob.thug_ped_props.ped_source = "Profile"
elif "model" in node:
ob.thug_ped_props.ped_model = node["model"]
ob.thug_ped_props.ped_source = "Model"
elif "Model" in node:
ob.thug_ped_props.ped_model = node["Model"]
ob.thug_ped_props.ped_source = "Model"
if "NoPedLogic" in node:
ob.thug_ped_props.ped_nologic = True
if "SuspendDistance" in node:
ob.thug_ped_props.ped_suspend = node["SuspendDistance"]
if "AnimName" in node:
ob.thug_ped_props.ped_animset = node["AnimName"]
if "Extra_Anims" in node:
ob.thug_ped_props.ped_extra_anims = node["Extra_Anims"]
if "SkeletonName" in node:
ob.thug_ped_props.ped_skeleton = node["SkeletonName"]
if "skeletonName" in node:
ob.thug_ped_props.ped_skeleton = node["skeletonName"]
elif node["Class"] == "Vehicle" or node["Class"] == "vehicle":
to_group(ob, "Vehicles")
ob.thug_empty_props.empty_type = "Vehicle"
if "Type" in node:
ob.thug_veh_props.veh_type = node["Type"]
if "model" in node:
ob.thug_veh_props.veh_model = node["model"]
if "Model" in node:
ob.thug_veh_props.veh_model = node["Model"]
if "SkeletonName" in node:
ob.thug_veh_props.veh_skeleton = node["SkeletonName"]
if "SuspendDistance" in node:
ob.thug_veh_props.veh_suspend = node["SuspendDistance"]
if "NoRail" in node:
ob.thug_veh_props.veh_norail = True
if "NoSkitch" in node:
ob.thug_veh_props.veh_noskitch = True
if "UseModelLights" in node:
ob.thug_veh_props.veh_usemodellights = True
if "AllowReplaceTex" in node:
ob.thug_veh_props.veh_allowreplacetex = True
# We definitely need a model for vehicles or the game will crash
if ob.thug_veh_props.veh_model == "":
raise Exception("Model path for Vehicle " + ob.name + " was not found.")
elif node["Class"] == "GameObject":
try:
ob.thug_empty_props.empty_type = "GameObject"
if "Type" in node:
try:
ob.thug_go_props.go_type = node["Type"]
except TypeError:
ob.thug_go_props.go_type = "Custom"
ob.thug_go_props.go_type_other = node["Type"]
if "model" in node:
ob.thug_go_props.go_model = node["model"]
if "Model" in node:
ob.thug_go_props.go_model = node["Model"]
if "SuspendDistance" in node:
ob.thug_go_props.go_suspend = node["SuspendDistance"]
# more stuff goes here later!
except TypeError:
print("Game object " + node["Name"] + " was invalid.")
elif node["Class"] == "GenericNode":
ob.thug_empty_props.empty_type = "GenericNode"
if "Type" in node:
try:
ob.thug_generic_props.generic_type = node["Type"]
except TypeError:
print("Node " + node["Name"] + " had an invalid generic node type!")
# more stuff goes here later!
elif node["Class"] == "BouncyObject":
ob.thug_empty_props.empty_type = "BouncyObject"
if "TriggerScript" in node and node["TriggerScript"] != "":
ob.thug_triggerscript_props.template_name = "Custom"
ob.thug_triggerscript_props.template_name_txt = "Custom"
ob.thug_triggerscript_props.custom_name = node["TriggerScript"]
get_triggerscript(node["TriggerScript"])
#script_text.write(":i function $" + node["TriggerScript"] + "$\n")
#script_text.write(":i endfunction\n")
if "TrickObject" in node:
ob.thug_is_trickobject = True
if "Cluster" in node:
ob.thug_cluster_name = node["Cluster"]
custom_context = lambda: None
custom_context.object = ob
custom_context.scene = bpy.context.scene
custom_context.preferences = bpy.context.preferences
thug_empty_update(None, custom_context)
# STEP 4 - SECOND PASS OF NODEARRAY TO RESOLVE LINKS
for node in NodeArray:
if "Links" in node and bpy.data.objects.get(node["Name"]):
if "Class" in node and (node["Class"] == "RailNode" or node["Class"] == "ClimbingNode" or node["Class"] == "Waypoint"):
continue
ob = bpy.data.objects.get(node["Name"])
for obj_index in node_indices:
for _idx in obj_index['indices']:
if _idx == node["Links"][0]:
ob.thug_rail_connects_to = obj_index['name']
print("Object " + node["Name"] + " is linked to: " + obj_index['name'] + "(" + str(_idx) + ")")
#----------------------------------------------------------------------------------
#- Reads a chunk of a text block until the desired text is found,
#- then returns what was read
#----------------------------------------------------------------------------------
def read_until(textblock, start_line, trigger):
lines = []
line_num = 0
for line in textblock.lines:
line_num += 1
if line_num < start_line:
continue
if line.body.strip().startswith(":i function "):
continue
if line.body.strip().startswith(trigger):
return lines
lines.append(line)
#----------------------------------------------------------------------------------
#- Imports TriggerScripts from the single THUG_SCRIPTS block and separates
#- into individual text blocks - also updates assignments to objects
#----------------------------------------------------------------------------------
def import_triggerscripts(should_replace = False):
old_scripts = bpy.data.texts.get("THUG_SCRIPTS")
line_number = 0
for line in old_scripts.lines:
line_number += 1
if line.body.strip().startswith(":i function "):
script_name = line.body.replace(":i function ", "").replace("$", "").strip()
#print("Found script: " + script_name)
script_text = read_until(old_scripts, line_number, ":i endfunction")
if bpy.data.texts.get("script_" + script_name, None):
if should_replace == False:
continue
#print("Removing existing script: {}".format(script_name))
bpy.data.texts.remove(bpy.data.texts.get("script_" + script_name))
#print("Writing script: " + script_name)
script_block = bpy.data.texts.new(name="script_" + script_name)
for script_line in script_text:
script_block.write(script_line.body + "\n")
# OPERATORS
#############################################
class THUGImportTriggerScripts(bpy.types.Operator):
bl_idname = "io.import_thug_triggerscripts"
bl_label = "Import TriggerScripts"
import_type: EnumProperty(items=(
("ScriptsOnly", "Scripts only", "Copies scripts from THUG_SCRIPTS into individual text blocks (the new format)"),
("ScriptsAndObjects", "Scripts and objects", "Also updates object references to script names"),
), name="Import type", default="ScriptsOnly")
replace_scripts: BoolProperty(name="Replace Existing Scripts", default=False, description="Existing scripts with the same name will be replaced")
# bl_options = {'REGISTER', 'UNDO'}
def execute(self, context):
import_triggerscripts(self.replace_scripts)
if self.import_type == "ScriptsAndObjects":
for ob in bpy.data.objects:
if ob.thug_triggerscript_props and ob.thug_triggerscript_props.template_name_txt == "Custom":
old_name = ob.thug_triggerscript_props.custom_name
if old_name == None or old_name == '' or old_name.startswith('script_'):
continue
if bpy.data.texts.get(old_name, None):
# This was already converted, don't modify
continue
#print("Updating script reference {} for {}...".format(old_name, ob.name))
new_name = 'script_' + old_name
if not bpy.data.texts.get(new_name, None):
# Converted name was not found! Make sure they know there's an invalid reference
raise Exception("Updated script name " + new_name + " was not found.")
ob.thug_triggerscript_props.custom_name = old_name
return {'FINISHED'}
@classmethod
def poll(cls, context):
return "THUG_SCRIPTS" in bpy.data.texts
def invoke(self, context, event):
wm = context.window_manager
return wm.invoke_props_dialog(self, width=500)
def draw(self, context):