c2b447610c
Unveränderter Ausgangsstand inklusive Masterprompt und Konzeptbildern unter assets/. .godot/ und docs/screenshots/ bleiben laut .gitignore unversioniert; letztere sind unter ../backups gesichert. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
271 lines
12 KiB
GDScript
271 lines
12 KiB
GDScript
extends Node
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## Resolve IDs once; keep source GLBs editable while batching static parts at runtime.
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var _models: Dictionary = {}
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var _icons: Dictionary = {}
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var _meshes: Dictionary = {}
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var _textures: Dictionary = {}
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var _rigs: Dictionary = {}
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var _surface_materials: Dictionary = {}
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const LivingMaterial = preload("res://scripts/presentation/living_material.gdshader")
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const ForgedMaterial = preload("res://scripts/presentation/forged_material.gdshader")
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const PrismaticCore = preload("res://scripts/presentation/prismatic_core.gdshader")
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const AnimatedFigure = preload("res://scripts/presentation/animated_figure.gd")
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const SkeletalFigure = preload("res://scripts/presentation/skeletal_figure.gd")
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const WorkerFigure = preload("res://scripts/presentation/worker_figure.gd")
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const RingborkeMaterial = preload("res://scripts/presentation/ringborke.gdshader")
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const ArbeiterMaterial = preload("res://scripts/presentation/arbeiter.gdshader")
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var missing: Array[String] = []
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func _ready() -> void:
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for entry: Dictionary in _read_manifest("res://assets/phase4_manifest.json"):
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_models[str(entry.id)] = entry
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for entry: Dictionary in _read_manifest("res://assets/phase11_manifest.json"):
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_models[str(entry.id)] = entry
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for entry: Dictionary in _read_manifest("res://assets/phase12_manifest.json"):
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_models[str(entry.id)] = entry
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for entry: Dictionary in _read_manifest("res://assets/phase15_manifest.json"):
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_models[str(entry.id)] = entry
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for entry: Dictionary in _read_manifest("res://assets/phase16_manifest.json"):
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_models[str(entry.id)] = entry
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for entry: Dictionary in _read_manifest("res://assets/phase18_manifest.json"):
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_models[str(entry.id)] = entry
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for entry: Dictionary in _read_manifest("res://assets/phase19_manifest.json"):
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_models[str(entry.id)] = entry
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for entry: Dictionary in _read_manifest("res://assets/phase3_manifest.json"):
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_icons[str(entry.id)] = str(entry.resource_path)
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_icons["worker"] = _icons.get("worker_funkenleser", "")
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func _read_manifest(path: String) -> Array:
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if not FileAccess.file_exists(path):
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return []
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var value: Variant = JSON.parse_string(FileAccess.get_file_as_string(path))
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return value.get("assets", []) if value is Dictionary else []
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func icon(id: String) -> Texture2D:
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if not _textures.has(id):
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var path: String = _icons.get(id, "")
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_textures[id] = load(path) as Texture2D if not path.is_empty() and ResourceLoader.exists(path) else null
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return _textures[id]
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func model_height(id: String) -> float:
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var record: Dictionary = _models.get(id, {})
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var bounds: Dictionary = record.get("bounds_godot", {})
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return float(bounds.get("max", [0, 1.6, 0])[1])
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func instantiate_model(id: String) -> Node3D:
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if not _models.has(id):
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return null
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if not _meshes.has(id):
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var path: String = str(_models[id].resource_path)
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if not ResourceLoader.exists(path):
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if not missing.has(id):
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missing.append(id)
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push_warning("Missing visual asset: " + id)
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return null
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var packed: PackedScene = load(path) as PackedScene
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if packed == null:
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return null
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var source: Node3D = packed.instantiate() as Node3D
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var mesh: ArrayMesh = bake_mesh(source)
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source.free()
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_meshes[id] = mesh
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var instance := MeshInstance3D.new()
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instance.name = "Model_" + id
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instance.mesh = _meshes[id]
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instance.set_meta("asset_id", id)
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return instance
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func bake_mesh(source: Node3D) -> ArrayMesh:
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var surfaces: Dictionary = {}
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_collect(source, Transform3D.IDENTITY, surfaces)
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var mesh := ArrayMesh.new()
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for material: Material in surfaces:
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var builder: SurfaceTool = surfaces[material]
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builder.set_material(material)
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builder.commit(mesh)
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return mesh
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func instantiate_fighter(id: String) -> Node3D:
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if _models.get(id, {}).get("skeletal", false):
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var scene := load(str(_models[id].resource_path)) as PackedScene
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var source: Node3D = scene.instantiate()
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decorate_model(source)
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var info: Dictionary = _models[id].bounds_godot
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var low := Vector3(info.min[0],info.min[1],info.min[2])
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var high := Vector3(info.max[0],info.max[1],info.max[2])
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var box := AABB(low,high-low)
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if id == "worker":
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var worker := WorkerFigure.new()
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worker.setup(source, box)
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return worker
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var figure := SkeletalFigure.new()
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figure.setup(source,box)
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if _models[id].has("attack_cycle"):
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figure.attack_cycle.assign(_models[id].attack_cycle)
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return figure
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if not (id.begins_with("g") or id.begins_with("e") or id.begins_with("w") or id.begins_with("core_team")) or not _models.has(id):
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return instantiate_model(id)
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if not _rigs.has(id):
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var packed := load(str(_models[id].resource_path)) as PackedScene
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if packed == null:
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return instantiate_model(id)
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var source := packed.instantiate() as Node3D
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var groups: Dictionary = {}
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_collect_rig(source, Transform3D.IDENTITY, id, groups)
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var meshes: Dictionary = {}
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var bounds := AABB()
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var first: bool = true
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for key: String in groups:
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var mesh := ArrayMesh.new()
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for material: Material in groups[key]:
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var builder: SurfaceTool = groups[key][material]
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builder.set_material(material)
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builder.commit(mesh)
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var box: AABB = mesh.get_aabb()
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bounds = box if first else bounds.merge(box)
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first = false
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# Meshes are collected in model space. Move their vertices around joints.
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var pivot: Vector3 = box.get_center()
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if key.begins_with("Leg") or key.begins_with("Arm"):
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pivot.y = box.end.y - box.size.y * .10
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elif key == "Flame":
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pivot.y = box.position.y
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var centered := ArrayMesh.new()
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for surface: int in range(mesh.get_surface_count()):
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var builder := SurfaceTool.new()
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builder.begin(Mesh.PRIMITIVE_TRIANGLES)
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builder.append_from(mesh, surface, Transform3D(Basis.IDENTITY, -pivot))
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builder.set_material(mesh.surface_get_material(surface))
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builder.commit(centered)
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meshes[key] = {"mesh": centered, "pivot": pivot}
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source.free()
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_rigs[id] = {"groups": meshes, "bounds": bounds}
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var figure := AnimatedFigure.new()
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figure.setup(id, _rigs[id].groups, _rigs[id].bounds)
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return figure
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func _collect_rig(node: Node3D, parent: Transform3D, id: String, groups: Dictionary) -> void:
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var transform: Transform3D = parent * node.transform
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if node is MeshInstance3D and node.mesh != null:
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var part_name: String = str(node.name)
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var key: String = "Body"
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for prefix: String in ["LegL", "LegR", "ArmL", "ArmR", "Weapon"]:
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if part_name.begins_with(prefix):
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key = prefix
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if part_name.begins_with("Leg"):
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key = part_name.get_slice("_", 0)
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if part_name.begins_with("WeaponL_"):
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key = "ArmL"
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elif part_name.begins_with("WeaponR_"):
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key = "ArmR"
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if part_name.begins_with("Core_Crystal"):
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key = "Crystal"
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if id.begins_with("w") and part_name.begins_with("Head_"):
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key = "Weapon"
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if id == "g05" and key.begins_with("Arm"):
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key = "Weapon"
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if id in ["g07", "g08"] and (part_name.begins_with("Body_Mortar") or part_name.begins_with("Body_Rim") or key == "Weapon"):
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key = "Mortar"
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if part_name.begins_with("Weapon_Flame"):
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key = "Flame"
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if not groups.has(key):
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groups[key] = {}
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for index: int in range(node.mesh.get_surface_count()):
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var material: Material = presentation_material(node.get_active_material(index))
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if not groups[key].has(material):
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var builder := SurfaceTool.new()
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builder.begin(Mesh.PRIMITIVE_TRIANGLES)
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groups[key][material] = builder
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(groups[key][material] as SurfaceTool).append_from(node.mesh, index, transform)
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for child: Node in node.get_children():
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if child is Node3D:
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_collect_rig(child, transform, id, groups)
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func _collect(node: Node3D, parent_transform: Transform3D, surfaces: Dictionary) -> void:
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var transform: Transform3D = parent_transform * node.transform
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if node is MeshInstance3D and node.mesh != null:
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for index: int in range(node.mesh.get_surface_count()):
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var material: Material = presentation_material(node.get_active_material(index))
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if not surfaces.has(material):
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var builder := SurfaceTool.new()
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builder.begin(Mesh.PRIMITIVE_TRIANGLES)
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surfaces[material] = builder
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(surfaces[material] as SurfaceTool).append_from(node.mesh, index, transform)
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for child: Node in node.get_children():
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if child is Node3D:
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_collect(child, transform, surfaces)
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func presentation_material(source: Material) -> Material:
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if source is StandardMaterial3D and (source.resource_name.begins_with("AB_") or source.resource_name.begins_with("BB_") or source.resource_name.begins_with("QG_") or source.resource_name.begins_with("FL_") or source.resource_name.begins_with("GB_")):
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var ab_key: String = source.resource_name
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if not _surface_materials.has(ab_key):
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if source.emission_enabled or ab_key in ["AB_Lamp", "AB_Spark", "AB_Glass", "AB_Lens", "BB_Magma", "BB_Ember", "QG_Spring", "FL_Ember", "FL_Crystal", "GB_Crystal", "GB_Ember"]:
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_surface_materials[ab_key] = source.duplicate()
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else:
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var ab := ShaderMaterial.new()
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ab.shader = ArbeiterMaterial
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ab.set_shader_parameter("roughness_value", source.roughness)
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ab.set_shader_parameter("metallic_value", source.metallic)
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var surface: int = 5 if source.metallic > .5 else 0
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if "Leather" in ab_key or "Boot" in ab_key or "Glove" in ab_key:
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surface = 1
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elif "Cloth" in ab_key or "Hood" in ab_key:
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surface = 2
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elif "Bark" in ab_key or "Wood" in ab_key or "Vine" in ab_key:
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surface = 3
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elif "Leaf" in ab_key or "Moss" in ab_key or "Petal" in ab_key:
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surface = 4
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ab.set_shader_parameter("surface_kind", surface)
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ab.set_shader_parameter("grain_amount", .12 if surface in [0, 3] else .065)
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ab.set_shader_parameter("grain_scale", 72.0 if surface in [0, 3] else 140.0)
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ab.set_shader_parameter("relief_depth", .0009 if surface == 0 else (.0006 if surface == 3 else .00015))
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ab.resource_name = ab_key
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_surface_materials[ab_key] = ab
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return _surface_materials[ab_key]
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if source is StandardMaterial3D and source.resource_name.begins_with("RB_") and source.resource_name != "RB_Cutwood" and not source.emission_enabled:
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var key: String = source.resource_name
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if not _surface_materials.has(key):
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var material := ShaderMaterial.new()
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material.shader = RingborkeMaterial
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material.set_shader_parameter("wood_height",preload("res://assets/materials/phase10/oak-height-4k.png"))
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material.set_shader_parameter("bark",key in ["RB_Bark","RB_Heartwood"])
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material.set_shader_parameter("endgrain",key == "RB_Cutwood")
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material.set_shader_parameter("leaf",key in ["RB_Leaf","RB_Moss","RB_Petal"])
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_surface_materials[key] = material
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return _surface_materials[key]
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if source is StandardMaterial3D and source.resource_name.begins_with("SW_HD_Core_"):
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var crystal_key: String = source.resource_name
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if not _surface_materials.has(crystal_key):
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var crystal := ShaderMaterial.new()
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crystal.shader = PrismaticCore
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crystal.set_shader_parameter("base_color", source.albedo_color)
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_surface_materials[crystal_key] = crystal
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return _surface_materials[crystal_key]
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if not source is StandardMaterial3D or not source.resource_name.begins_with("SW_HD_") or source.emission_enabled:
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return source
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var key: String = source.resource_name
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if not _surface_materials.has(key):
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var material := ShaderMaterial.new()
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material.shader = LivingMaterial if key.begins_with("SW_HD_W_") else ForgedMaterial
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if key.begins_with("SW_HD_W_"):
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material.set_shader_parameter("bark", "bark" in key or "wood" in key or "groove" in key)
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material.set_shader_parameter("endgrain", "endgrain" in key)
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material.set_shader_parameter("moss", "moss" in key)
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material.set_shader_parameter("oak_color", load("res://assets/materials/phase10/oak-albedo-4k.png"))
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material.set_shader_parameter("oak_height", load("res://assets/materials/phase10/oak-height-4k.png"))
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material.set_shader_parameter("rock_map", preload("res://assets/materials/phase10/limestone-albedo.png"))
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material.resource_name = key
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material.set_shader_parameter("base_color", source.albedo_color)
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material.set_shader_parameter("base_roughness", source.roughness)
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material.set_shader_parameter("metalness", source.metallic)
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material.set_shader_parameter("grain_amount", .17 if "basalt" in key or "edge" in key else .07)
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_surface_materials[key] = material
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return _surface_materials[key]
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func decorate_model(root: Node) -> void:
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if root is MeshInstance3D and root.mesh != null:
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for index: int in range(root.mesh.get_surface_count()):
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root.set_surface_override_material(index, presentation_material(root.get_active_material(index)))
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for child: Node in root.get_children():
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decorate_model(child)
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