Sims 3:0x1F886EAD/CAW/WorldEnvtIni Misc

Description

The WorldEnvt.ini are a collection of INI files that control visual tunings related to the sky lighting, fog, and cloud cover. Colors for the sky and clouds are influenced by separate color ramps in DDS format. Builders may find that, despite not understanding what each tuning does, they can get nice effects by trial and error. However those with a clear understanding of each tuning's effect can share their research in the annotations below. For more information on using this file see the tutorial on tuning world climates.

Extracted file name: S3_1F886EAD_00000000_5E4F8E7B226066CA%%+_INI.ini

Annotated Format

EA annotations in red Wiki editor annotations in green [MiscParams] StarIntensity = Range appears to be 0-100. Increases the degree to which the star field is visible on the sky. StarIntensity = 0 StarIntensity = 50 StarIntensity = 100 StarIntensity = 175 StarIntensity = 250 ManmadeLightIntensity = Range appears to be 0-50. Effects? ProbabilityWeight = Numerical range? Affects the likelihood that the game will generate the weather outlined in this file. DaytimeBloom = Range appears to be 0.0-1.0. Affects the bloom in the sky. [CloudLayer1Params] Lower cloud layer. VisibilityThreshold = Range seems to be 0 (total cover)-255 (no cover). Sharpness = Range 0-1, however small differences make big visual differences - for example, 0.992 to 0.995. Affects the sharpness of cloud edges. Higher values make wispier clouds. [CloudLayer1ScrollRate] texCoordU = -1 to 1. texCoordV = -1 to 1. These move the clouds in two axes. If you have both equal, the clouds will move in a diagonal direction. 0=stationary 0.9= ridiculously fast Sensible figures are <0.1 EA have very low figures, such as 0.00025 to give gently drifting clouds. Negative figures give reversed direction. [CloudLayer2Params] Upper cloud layer. VisibilityThreshold = Same as for CloudLayer1 above. Sharpness = Same as for CloudLayer1 above. [CloudLayer2ScrollRate] texCoordU = Same as for CloudLayer1 above. texCoordV = Same as for CloudLayer1 above. ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; ;; Fog distance. ;; Fog equation is basically: ;; f = saturate(((end - distance) / (end - start)) ;; f = pow(f, curve) ;; color = lerp(color, fogColor, f); ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; ;; start ;; distance fog starts at ;; end ;; distance fog ends at (no longer increases) ;; curve ;; modifies distance curve: ;; fog = pow(fog, curve). (0.0-1.0 == increased fog curve, 1.0 == linear, 1.0-inf == more gradual fog curve) ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; [FogDistance1] start = end = curve = timeOfDay = [FogDistance2] start = end = curve = timeOfDay = [FogDistance3] start = end = curve = timeOfDay = [FogDistance4] start = end = curve = timeOfDay = [FogDistance5] start = end = curve = timeOfDay = [FogDistance6] start = end = curve = timeOfDay =