This major release of BBMOD focuses on modularity of the GML library, increased animation playback performance and support for advanced rendering pipelines.
2 to 3.--optimize-animations (-oa) using which you can configure the animation optimization level.--sampling-rate (-sr) using which you can configure the animation sampling rate (fps).General:
./BBMOD to ./Data/BBMOD.BBMOD_VERSION from 2 to 3. It is not possible to load *.bbmod and *.bbanim files from previous versions.BBMOD_SprDefaultMaterial to BBMOD_SprCheckerboard and removed its subimages except for the first one, which is the checkerboard texture.DLL:
get_optimize_animations and set_optimize_animations to BBMOD_DLL using which you can configure the animation optimization level.get_sampling_rate and set_sampling_rate to BBMOD_DLL using which you can configure the animation sampling rate (fps).Vertex format:
BBMOD_VertexFormat.get_byte_size, which retrieves a size of a single vertex using the vertex format in bytes.BBMOD_VFORMAT_DEFAULT, BBMOD_VFORMAT_DEFAULT_ANIMATED and BBMOD_VFORMAT_DEFAULT_BATCHED, which are the default vertex formats for static, animated and dynamically batched models respectively.Mesh:
BBMOD_EMesh into a GMS2.3+ struct BBMOD_Mesh.VertexFormat to BBMOD_Mesh. This is a BBMOD_VertexFormat that the mesh uses.Node:
BBMOD_ENode into a GMS2.3+ struct BBMOD_Node.Parent to BBMOD_Node, which is the parent of the node or undefined if it is the root node.IsBone to BBMOD_Node, which tells whether the node or any node down the chain is a part of a skeleton. This is used to increase performance of animation playback.BBMOD_Node.set_skeleton using which you can mark a node as a part of a skeleton node chain.IsRenderable to BBMOD_Node, which tells whether the node or any node down the chain has a mesh. This is used to increase performance of model rendering.BBMOD_Node.set_renderable using which you can mark a node as renderable.Shaders and materials:
BBMOD_ShDefault, BBMOD_ShDefaultBatched and BBMOD_ShDefaultAnimated to BBMOD_ShPBR, BBMOD_ShPBRBatched and BBMOD_ShPBRAnimated respectively.BBMOD_Shader, which wraps regular GM shader resources.BBMOD_Material now accepts a BBMOD_Shader instead of a regular GM shader resource.BBMOD_PBRMaterial which inherits from BBMOD_Material. Moved PBR-only properties of BBMOD_Material to BBMOD_PBRMaterial.BBMOD_Material's RenderPath property to RenderPass.bbmod_get_materials which returns an array of all existing materials.Priority to BBMOD_Material. This property determines the order of materials in the array returned by bbmod_get_materials.Repeat to BBMOD_Material using which you can configure texture repeat for the material.BBMOD_Material.set_priority, using which you can change the Priority property of a BBMOD_Material.TextureOffset and TextureScale to BBMOD_Material, using which you can control its texture coordinates within a texture page.BBMOD_Material.apply now returns the self (BBMOD_Material) instead of a boolean.BBMOD_Material.copy which copies the material's properties into another material.BBMOD_Material.set_base_opacity using which you can change the material's base color and opacity using floats.BBMOD_Material.OnApply property from bbmod_material_on_apply_default to undefined.bbmod_material_on_apply_default. Setting shader uniforms and textures is now taken care of by the BBMOD_Shader struct.BBMOD_SHADER_DEFAULT, BBMOD_SHADER_DEFAULT_ANIMATED and BBMOD_SHADER_DEFAULT_BATCHED, which are the default shaders for static, animated and dynamically batched models respectively.BBMOD_SHADER_PBR, BBMOD_SHADER_PBR_ANIMATED and BBMOD_SHADER_PBR_BATCHED, which are PBR shaders for static, animated and dynamically batched models respectively.BBMOD_MATERIAL_PBR, BBMOD_MATERIAL_PBR_ANIMATED and BBMOD_MATERIAL_PBR_BATCHED, which are PBR materials for static, animated and dynamically batched models respectively.Rendering:
BBMOD_RenderCommand.RenderCommands to BBMOD_Material. This property is a list of BBMOD_RenderCommand structs that use the material.render of BBMOD_Model, BBMOD_DynamicBatch and BBMOD_StaticBatch to submit. This method still immediately draws the model.render to BBMOD_Model, BBMOD_DynamicBatch and BBMOD_StaticBatch, which enqueues the model for rendering.render_object of BBMOD_DynamicBatch to submit_object. This method still immediately draws the dynamic batch.render_object to BBMOD_DynamicBatch, which enqueues the dynamic batch for rendering.render([_materials]) and submit([_materials]) to BBMOD_AnimationPlayer. These are shorthands for model.render(materials, animationPlayer.get_transform()) and model.submit(materials, animationPlayer.get_transform()) respectively.BBMOD_Material.submit_queue using which you can submit all its render commands.BBMOD_RENDER_SHADOWS, which is a flag used to tell that a material is rendered in a shadow pass.Animations:
BBMOD_EAnimationNode, BBMOD_EAnimationKey, BBMOD_EPositionKey, BBMOD_ERotationKey and BBMOD_EBone. Animation data is now stored in a more optimal way.InterpolateFrames of BBMOD_AnimationPlayer. All frames are now precomputed.AnimationStart of BBMOD_AnimationInstance.supports_attachments, supports_bone_transform and supports_transitions to BBMOD_Animation using which you can check if the animation supports node attachments, bone transformations through code and transitions respectively. This is determined by the optimization level of the animation.get_node_transform_from_frame to BBMOD_AnimationPlayer using which you can retrieve a node's transform from the last played animation frame.OnEvent of BBMOD_AnimationPlayer with methods on_event and off_event.Animation and AnimationLoops to BBMOD_AnimationPlayer which is the last played animation and whether it loops respectively.change to BBMOD_AnimationPlayer. The animation player now remembers the last played animation and if a different one is passed it automatically transitions into it. This also triggers a new animation event BBMOD_EV_ANIMATION_CHANGE.BBMOD_EV_ANIMATION_LOOP, which is an event triggered by an animation player when the animation played loops and continues from the start.add_event to BBMOD_Animation using which you can add a custom animation event triggered at a specific frame.Camera and renderer:
BBMOD_Camera which implements both first-person and third-person camera.BBMOD_IRenderable which defines an abstract interface of renderable objects. These can be rendered in the BBMOD_Renderer struct.BBMOD_Renderer which implements a basic render pipeline. This struct can be inherited from to define custom render pipelines.Mesh builder and model importer:
BBMOD_Vertex.BBMOD_MeshBuilder, using which you can create BBMOD meshes through code.BBMOD_Importer, which is a base struct for model importers.BBMOD_OBJImporter, which is an importer of *.obj models.Math library:
BBMOD_Vec2, BBMOD_Vec3, BBMOD_Vec4, BBMOD_Quaternion and BBMOD_DualQuaternion.Exceptions:
BBMOD_Error to BBMOD_Exception.BBMOD_NotImplementedException, which is an exception thrown in methods that do not have an implementation (generally in methods of abstract interfaces).Third-party libraries support:
bbmod_mesh_to_colmesh and bbmod_model_to_colmesh using wich you can add BBMOD_Meshs and BBMOD_Models to TheSnidr's ColMesh, a popular library for 3D collisions.Copyright © 2023, BlueBurn. Built on May 02, 2023 using GMDoc.