Difference between revisions of "3D - General information"
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Mashinky vanilla models are stored in DriveLetter:\SteamAppsPath\Mashinky\media\model\. You can preview them using appropriate .x viewer. See [[3dtools | Tools & Resources]] for more information. | Mashinky vanilla models are stored in DriveLetter:\SteamAppsPath\Mashinky\media\model\. You can preview them using appropriate .x viewer. See [[3dtools | Tools & Resources]] for more information. | ||
| − | Model complexity is determined by it's triangle (tris) count. Vanilla models adhere to a certain limit set for each type of 3d asset. While it is possible to import model with highter tri count, keep in mind that there can be many such objects loaded at the same time and all together can cause performance issues | + | Vehicles in the game use two versions of one model. First is the detailed model a player can see in the realistic mode and second is used for LOD (Level Of Detail). That refers to a model that loads when viewed from far away or in building mode. LODs have significantly less details. |
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| + | Detailed/realistic models are often sepparated into parts that are animated in the game ie. train tenders, bogies, animated road vehicle wheels etc. See the game files for examples. | ||
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| + | Model complexity is determined by it's triangle (tris) count. Vanilla models adhere to a certain limit set for each type of 3d asset. While it is possible to import model with highter tri count, keep in mind that there can be many such objects loaded at the same time and all together can cause performance issues | ||
Example tri counts: | Example tri counts: | ||
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*Train engine -- 5k - 10k | *Train engine -- 5k - 10k | ||
*Buildings -- 1k - 3k | *Buildings -- 1k - 3k | ||
| − | *Vehicles -- 3k - 10k | + | *Road Vehicles -- 3k - 10k |
| + | *Vehicle LODs -- <200 | ||
Of course the tri count depents on the complexity of its real life counterpart. Also, keep in mind that cargo vehicles need to include the cargo model itself. | Of course the tri count depents on the complexity of its real life counterpart. Also, keep in mind that cargo vehicles need to include the cargo model itself. | ||
| − | In order to make various model features work, you need to make use of Vertex Paint. To learn more about Vertex paint, please refer to | + | In order to make various model features work, you need to make use of Vertex Paint. To learn more about Vertex paint, please refer to [[Vertex paint]] |
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[[Category:Modding]] | [[Category:Modding]] | ||
[[Category:3D Art - models]] | [[Category:3D Art - models]] | ||
Revision as of 15:23, 22 March 2021
Mashinky engine uses *.x (DirectX mesh) format. It is native format for DirectX applications, fast, variable, 3 versions (text, binary, binary compressed). It supports multiple animations, adding meta data etc.
Mashinky vanilla models are stored in DriveLetter:\SteamAppsPath\Mashinky\media\model\. You can preview them using appropriate .x viewer. See Tools & Resources for more information.
Vehicles in the game use two versions of one model. First is the detailed model a player can see in the realistic mode and second is used for LOD (Level Of Detail). That refers to a model that loads when viewed from far away or in building mode. LODs have significantly less details.
Detailed/realistic models are often sepparated into parts that are animated in the game ie. train tenders, bogies, animated road vehicle wheels etc. See the game files for examples.
Model complexity is determined by it's triangle (tris) count. Vanilla models adhere to a certain limit set for each type of 3d asset. While it is possible to import model with highter tri count, keep in mind that there can be many such objects loaded at the same time and all together can cause performance issues
Example tri counts:
- Train car -- 1k - 3k
- Train engine -- 5k - 10k
- Buildings -- 1k - 3k
- Road Vehicles -- 3k - 10k
- Vehicle LODs -- <200
Of course the tri count depents on the complexity of its real life counterpart. Also, keep in mind that cargo vehicles need to include the cargo model itself.
In order to make various model features work, you need to make use of Vertex Paint. To learn more about Vertex paint, please refer to Vertex paint
