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b3dacc2613
There's no "standard" coordinate system, so the choice is arbitrary. However, an examination of the Transporter mesh in Elite revealed that the mesh was designed for a left-handed coordinate system. We can compensate for that trivially in the Elite visualizer, but we might as well match what they're doing. (The only change required in the code is a couple of sign changes on the Z coordinate, and an update to the rotation matrix.) This also downsizes Matrix44 to Matrix33, exposes the rotation mode enum, and adds a left-handed ZYX rotation mode. This does mean that meshes that put the front at +Z will show their backsides initially, since we're now oriented as if we're flying the ships rather than facing them. I considered adding a 180-degree Y rotation (with a tweak to the rotation matrix handedness to correct the first rotation axis) to have them facing by default, but figured that might be confusing since +Z is supposed to be away. Anybody who really wants it to be the other way can trivially flip the coordinates in their visualizer (negate xc/zc). The Z coordinates in the visualization test project were flipped so that the design is still facing the viewer at rotation (0,0,0). |
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| .. | ||
| AddressTranslate.cs | ||
| Interfaces.cs | ||
| Matrix33.cs | ||
| PlSymbol.cs | ||
| PluginCommon.csproj | ||
| PluginException.cs | ||
| PluginManager.cs | ||
| Util.cs | ||
| Vector3.cs | ||
| VisBitmap8.cs | ||
| VisWireframe.cs | ||