58 lines
1.9 KiB
Python
Executable file
58 lines
1.9 KiB
Python
Executable file
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class enum(object):
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pass
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def reverse(enumobj, value):
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for name in dir(enumobj):
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if name[0] == '_':
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continue
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if value == eval("enumobj.%s" % (name,)):
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return name
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return None
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# render types (for model.renderable_layer)
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rt = enum()
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rt.model = 0 # a 3d model made out of triangles, go figure!
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rt.sprite = 1 # a 2d texture applied to a 2d plane.
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rt.beam = 2 # a 2d plane between two points, similar to a sprite
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# rendering billboard modes (for model.renderable_layer)
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rtbb = enum()
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rtbb.none = 0 # not billboarded, has its own independent rotation
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rtbb.full = 1 # the sprite always squarely faces the camera with no rotation, only its position is relevant
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rtbb.yaxis = 2 # pitch and yaw axes are available for rotation, but rotation around the roll axis is always fixed to face the camera.
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# coordinate mode
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cm = enum()
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cm.universe = 0
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cm.camera = 1
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cm.relative = 2
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cm.aa_relative = 3
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# log level
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logl = enum()
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logl.debug = 9
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logl.info = 8
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logl.warn = 4
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logl.err = 2
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logl.crit = 0
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# pipelines
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pl = enum()
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pl.camera = 0
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pl.player = 1
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pl.model = 2
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pl.shadow = 3
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pl.particle = 4
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pl.sprite = 5
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pl.composite1 = 6
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pl.composite2 = 7
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tt = enum()
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tt.diffuse = 0 # the diffuse texture sets the colors and general brightness of the texture. if the same texture is used as the emissive texture, the model is effectively "fullbright"
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tt.emissive = 1 # this texture is blended with the diffuse texture as the light level drops (this can be used to add running lights or glow to a ship, or light up the dark side of a planet, otherwise pure "black" is a good choice)
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tt.specular = 2 # adding a specular map allows you to add areas of low or high reflectivity to your texture
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tt.normal = 3 # normal maps allow bump mapping and other tweaks, with each channel representing the direction of the normal (red = -1x to 1x, green = -1y to 1y, blue = 0z to 1z)
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