diff options
Diffstat (limited to 'utility_scripts/shader_compiler.gd')
| -rw-r--r-- | utility_scripts/shader_compiler.gd | 98 |
1 files changed, 48 insertions, 50 deletions
diff --git a/utility_scripts/shader_compiler.gd b/utility_scripts/shader_compiler.gd index 7ef6104..8048c8a 100644 --- a/utility_scripts/shader_compiler.gd +++ b/utility_scripts/shader_compiler.gd @@ -1,10 +1,10 @@ extends Spatial #This script loops through all the nodes in the scene, finds their materials, -#then adds them to a generated quad mesh to force all shaders to be compiled. +#then adds them to a generated quad mesh to force all shaders to be compiled. #Once they are all compiled, the node emits a signal saying it's done and frees itself. -#This is to prevent frame stutter when compiling shaders mid-game. +#This is to prevent frame stutter when compiling shaders mid-game. #If you need to compile a material that is not present #when the scene loads (i.e. instanced nodes) add a copy of their .tscn as a child of #this node in the scene window. @@ -20,59 +20,57 @@ var found_materials = [] var found_particles = [] var counter = 0 - func _ready(): - compile_shaders(get_tree().root) + compile_shaders(get_tree().root) func _process(_delta): - counter += 1 - if counter >= num_frames: - emit_signal("all_shaders_compiled") - queue_free() - + counter += 1 + if counter >= num_frames: + emit_signal("all_shaders_compiled") + queue_free() + func compile_shaders(scene): - for child in scene.get_children(): - if child is MeshInstance: - for i in range(child.get_surface_material_count()): - var mat = child.get_surface_material(i) - if mat == null: - mat = child.mesh.surface_get_material(i) - if mat == null: - print("Error: No material assigned to " + str(child.name) + ". Could not compile.") - - if is_instance_valid(mat): - if not mat in found_materials: - generate_quad(mat) - found_materials.append(mat) - - if child is Particles: - var particle = child as Particles - var particle_mat = particle.get_process_material() - - if particle_mat == null: - print("Error: No process material assigned to " + str(child.name) + ". Could not compile.") - - if is_instance_valid(particle_mat): - if not particle_mat in found_particles: - var particles_to_compile = particle.duplicate() - duplicate_particles(particles_to_compile) - found_particles.append(particle_mat) - - compile_shaders(child) - + for child in scene.get_children(): + if child is MeshInstance: + for i in range(child.get_surface_material_count()): + var mat = child.get_surface_material(i) + if mat == null: + mat = child.mesh.surface_get_material(i) + if mat == null: + print("Error: No material assigned to " + str(child.name) + ". Could not compile.") + + if is_instance_valid(mat): + if not mat in found_materials: + generate_quad(mat) + found_materials.append(mat) + + if child is Particles: + var particle = child as Particles + var particle_mat = particle.get_process_material() + + if particle_mat == null: + print("Error: No process material assigned to " + str(child.name) + ". Could not compile.") + + if is_instance_valid(particle_mat): + if not particle_mat in found_particles: + var particles_to_compile = particle.duplicate() + duplicate_particles(particles_to_compile) + found_particles.append(particle_mat) + + compile_shaders(child) func generate_quad(material): - var quad = QuadMesh.new() - var mesh = MeshInstance.new() - mesh.mesh = quad - mesh.set_surface_material(0, material) - add_child(mesh) - - mesh.global_transform.origin.x += randf() * 0.5 - mesh.global_transform.origin.y += randf() * 0.5 - mesh.global_transform.origin.z += randf() * 0.5 + var quad = QuadMesh.new() + var mesh = MeshInstance.new() + mesh.mesh = quad + mesh.set_surface_material(0, material) + add_child(mesh) + + mesh.global_transform.origin.x += randf() * 0.5 + mesh.global_transform.origin.y += randf() * 0.5 + mesh.global_transform.origin.z += randf() * 0.5 func duplicate_particles(particle_node): - particle_node.translation = self.translation - particle_node.rotation = Vector3.ZERO - add_child(particle_node) + particle_node.translation = self.translation + particle_node.rotation = Vector3.ZERO + add_child(particle_node) |