VulkanRipper
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VulkanRipper 1.5.5 manual
🕑 Added 2025-09-12 19:49:00 +0000 UTCVulkan ripper presented by two files : wrapper - vulkan-1.dll and config - vk_config.xml
This utility is not intended for stupid and lazy users. You should understand the basics of 3D graphics and be able to use you favorite 3D editor.
Usually work can be divided into two steps.
-----> Step 1. Trial (first) rip. Determine scene parameters to automate final rip: projection matrix (post shader), check texture attribute index/name, unneeded textures (filter by name). Maybe define only meshes to rip (e.g. only some character meshes).
-----> Step 2. Final rip. Bind right textures to mesh. Make shading.
Install the NVIDIA Texture Tools program to work with KTX2 files. Download Notepad++ to edit vk_config.xml (links in software section)
Copy “vulkan-1.dll” and “vk_config.xml” to the folder with the application
Run the game with the ripper, popup message will appear with the UID in the clipboard, copy (Ctrl+V) and send it to the creator (DM) to get the activation_code. Fill the activation_code parameter in vk_config.xml
Customize the configuration file vk_config.xml
outfolder – path to the folder where your rips and log will be saved, path will be created if it not exist. VulkanRipper log file - vklog.txt located in the root of outfolder.
<TEXTURE SECTION>
bSimpleTextureFileNames - "true" if you want use sequantial numbers as filenames, in other case will consist initial image format and vulkan image descriptor handle .
bReorderByRank - if parameter is true textures will be sorted in order of appearence in meshes from lower to higher frequency of appearence(rank) in texture list (slots in NR). The aim of this feature is to shift more "individual" textures to the top of the texture list.
bAutoTexCoords - if true, will try to determine which attributes are texture coordinates by checking attribute directly connected to the texture sampler (which is very rare)
bTexCoordListInverseOrder - if true, program reorders texture UVs from end to start. Usefull when you have limited texture UVs count (e.g. 8 in blender).
bImageFilePNG - if true NVTT texture conversion script from KTX2 to PNG will be generated (convert2png.bat).
nvtt_export_path – path to the directory where the application “nvtt_export.exe” is located
bStartNvttAfterRip - if true, convert2png.bat will be executed after rip immediately.
If you make sequence of rips or have low memory better if set it to false.
discardTexSizeXLessOrEqual - images whose width is less than or equal to this value will not be saved
discardTexSizeYLessOrEqual - images whose height is less than or equal to this value will not be saved
gltf_material_variants_limit - material variants count limit (gltf output). In some ways gltf equivalent of texture slots in NR(see below).
bDescriptorIndexingHint - enables descriptor indexing, required for so called "bindless" textures, use with texture_base_index_offset.
texture_base_index_offset - index of the array with descriptor set bases that are passed to the shader for a specific mesh at runtime. Widely used with DirectX 12 (VKD3D). This array presented after RIP in mesh statistics tab (<STAT) in vklog.txt. If bDescriptorSetHint enabled VulkanRipper will bind textures from consts[texture_base_index_offset] to consts[texture_base_index_offset]+gltf_material_variants_limit to its mesh.
Which index is the texture base you should determine yourself (probe). The algorithm as follows. Select distinct mesh, e.g. head/face/body/skydom, and rip only this mesh for all indices (0,1,2 in screenshot above). As a result you will get 3 set of textures for this mesh and only one of them will fit - the correct one.
Example:
Selecting the head mesh (0x46695363) and adding it to the "mesh rip list"
Optionally you can use "Texture filter list" to rip only diffuse textures.
Pressing "Rip mesh list (F8)" for indices 0,1,2.
Now we have 3 sets of textures. Face texture have 2 sets, but full body set have only set with index 2, so it is the right one. Checking in blender.
One can ask why there are not only head mesh we selected. The shader 0x46695363 which we selected process all body parts not only head.
diftex_list - list of textute name filters, textures that do not meet the condition will not be saved and will not be binded to the mesh. If list is empty all textures will be saved. Example: diftex_list = "BC1_RGBA_SRGB,BC3_SRGB"
bSaveTemporaryImages - preserve temporary images, usefull when the game uses megatextures (SVT). If this option enabled VR, will save these images (tiles) in memory , then you can dump them via "Dump all images" menu. Note that in some wierd games, the amount of memory allocated may exceed 50 GB. In this case you can limit the memory usage with the "temporary_images_limit" parameter.
temporary_images_limit - the size in MB (megabytes) to store temporary images store.
bSaveOnlyRectangularTemporaryImages -preserve only rectangular temporary images, usefull when saving megatexture tiles.
The current temporary images size can be controlled via the "Temporary textures"
Example of using bSaveTemporaryImages option to decompose megatextures:
with bSaveTemporaryImages = "true"
Another game (MGS Delta):
<MESH SECTION>
bNRFormat - if you want NR files output, else GLTF
bSingleGltf - if true mesh output as single GLTF file, otherwise single file for every mesh
bVertexPositionOnly - if you want only vertex position attributes saved
bDiscardNonColorPasses - if you want to discard mesh drawing in non-color passes. Usefull if you want remove shadow meshes from rip, but should not be used when non-color pass is used for occlusion queries. Should set to "false" for PCSX2.
bDiscardOrthoMesh - do not save meshes transformed with orthographic projection matrix (w = 1), i.e menu elements, etc. When in preshader mode this parameter will be restored automatically to false. Should set to "false" for PCSX2.
bDiscardOnlyPositionMesh - ignore meshes without other attributes except position.
bDiscardMeshWithoutTextures - ignore meshes without textures.
bAtomizeIndirectDraw - atomizes indirect draw call meshes, which is used in modern games with compute pipeline generated meshes ( Enshrouded, Great Circle, ...). E.g. one solid body mesh divided back to body parts.
bForceCullingOff - disables culling when it pipeline defined.
bPreShader - if you want untransformed meshes (before application of vertex shader). Feature known as T-Pose/A-Pose. Note: 3d models will in T-Pose/A-Pose if game send them to vertex shader in T-Pose/A-Pose, in other case the parts of body maybe fragmented and located in the center or transformed by game before vertex shader stage.
bRawPreShader1 - Mesh can be passed to the vertex shader not only via input vertex attributes, but fetched from the shared buffers and 2D textures which is a common case when the compute shader involved in vertex processing. If option is enabled VR will accumulate variable of such alternative sources and store them as usual vertex attribs. bPreShader also must be enabled.
Between the "garbage" created by the shader temp variables, there are valid meshes, even with valid UV coordinates. Meshes represented as garbage in Blender can be valid meshes, just their position (xyzw) is not the first attribute, and can be meshes stored individually (packed, scaled, etc.).
bConcatSubsequentVEC1DAttribs - if true concatinates subsequent one dimensional attributes into subsequent 2-dimensional vectors. Usefull to gain texture coordinates for Doom Eternal/ Great Circle
bSplitVec4to2Vec2 - if true splits (except first/position) vec4 mesh attributes into 2 vec2. Useful for some game scenes like Wolfenstein 2.
force_instances_no_more - limit draw instances count by value your defined, if equals 0 feature not used . Usefull to discard excesive meshes like snow , terrain , trees
force_position_id_string - treat this string (exactly) as position attribute name in NR/GLTF files. Usefull in pre shader mode (t-pose) when position is not the first attribute.
force_normal_id_string - treat this string (exactly) as normal attribute name in NR/GLTF files
force_texcoord_id_string - if this string appear in attribute name it will be treated as texture coordinates in NR/GLTF files
force_position_id - index of attribute which will be treated as position in NR/GLTF files (if force_position_id_string is not defined). Usefull in pre shader mode (t-pose) when position is not the first attribute.
force_normal_id - index of attribute which will be treated as normal in NR/GLTF files (if force_normal_id_string is not defined)
force_texcoord_id - index of attribute which will be treated as texture coordinates in NR/GLTF files (if force_texcoord_id_string is not defined)
mesh_blacklist - list of vertex shader crc32 (see mesh naming). Meshes using these vertex shaders will be ignored when ripping. Example: mesh_blacklist = "0x12345, 0x6655444, 0x6666"
mesh_riplist - list of vertex shader crc32 (see mesh naming). Only meshes that use these vertex shaders will be ripped. Example: mesh_riplist = "0x2e867ade,0x2ead5d04,0xe01dc62a,0xed7eeab7,0x2e867ade"
bUnproject - if you want unproject meshes by vulkanripper at runtime (by matrix or by FoV).
bUserInverseMatrix - if you have inverse projection matrix and want apply it at a runtime. Else FoV parameters matrix will be applied.
inv_proj_matrix - inverse projection matrix
sphere_index , sphere_radius, sphere_stride, sphere_replace_for_vs_crc - sphere injection parameters for meshes unprojection (kids: for restoring flat meshes)
Unprojection discussed in https://www.patreon.com/posts/unproject-with-103555442
UnprojectFoV - FoV
UnprojectNear - Near
UnprojectFar - Far
UnprojectWidth - screen width, if not defined, width from render pass info will be applied
UnprojectHeigth - screen height, if not defined, height from render pass info will be applied
<SHADER SECTION>
bDumpShaderSource - if you want save shader source
bDumpOnlyVertexShaderSource - if you want save only vertex shader source
<OTHER PARAMETERS>
bRCPS3TposeGLTFNormals - if you want variable "in_normal" interpreted as normal while ripping RPCS3 preshader mode
bForceRip - rip more then one frame (usefull only with Yuzu emulator)
force_rip_additional_frames - force rip additional frames count
bDXVKCompat - if you want use VulkanRipper with DXVK and VKD3D wrappers to rip DirectX games (DXVK and VKD3D wrappers should be copied to the game folder with vulkan ripper files)
bPotatoPC - if your PC's RAM - CPU subsystem is slow (experimental)
bForceDiscreteGPU - if true ripper will present only discrete GPUs for game
bLogo - if you want disable vulkanripper logo. May be useful if you see blackscreen with logo (game running properly).
VulkanRipper tray menu
START RIP - obviously starts rip
Rip w/o images - rips only meshes without images
Rip mesh list - rips only meshes defined by mesh_list in vk_config.xml
Dump all images - saves all loaded game images (rip without meshes)
Open output folder - opens outfolder defined in config in explorer
Runtime config - opens dialog box with vk_config.xml parameters that can be changed at runtime
Mesh file naming
Mesh file name consists of frame id (first digit), submit (id) after 's' character, render pass id (rp), framebuffer id (fb), vertex shader source CRC32 (starts with 0x), common mesh id (id), suffix : NONCOLOR stands for noncolor renderpass, ortho - for orthographic projection meshes (all w=1).
0_s01rp00_fb00_0xf432ee0d_id0392_NONCOLOR.nr
Note: NR plugin is very slow with ORTHO meshes, so if you really not need menu elements, shadows, etc, remove those files after rip or through config switches.
GLTF2.0 output. How to select texture.
When ripped with bSingleGltf = true. Select mesh. Remember its id. Open "glTF variands" pad, select texture variant started with the same id from list, press "Display variant". Press "Assign To Variant" if proper texture selected. Proper UVs selected as always in UV tab.
Every material in variants list is a single texture ( diffuse/ normal / ambient ...) - these materials should be combined in real material.
https://registry.khronos.org/glTF/specs/2.0/glTF-2.0.html
Bluestack note:
Bluestacks does not work with Vulkan API. Only if game output is Vulkan! (i.e. Children of the Light). Use OpenGL output with OpenGL ripper.
Note: if you show your shaded rip, ripped with the current version of VR, the next version will be free for you. Your work will be published in the gallery.
