 |
Kerbal Space Program
1.12.4
|
All Classes Namespaces Files Functions Variables Typedefs Enumerations Enumerator Properties Events Macros
|
Kerbal Space Program
1.12.4
|
Public Attributes | |
| float | calcedEmitterRadius |
| Scaled Space unit size of the emitter More... | |
| CometVessel | comet |
| Reference to the CometVessel Vessel Module. More... | |
| Color | emitterColor = new Color(1f, 1f, 1f, 0.2f) |
| Color that will be set on the emitter to drive the particles More... | |
| FloatCurve | logLengthToRate |
| Curve uses to return min emitter rate of the emitter based on the length of the tail (Log10 of scaled space value) More... | |
| FloatCurve | logLengthToSpeed |
| Curve uses to return speed of the emitter based on the length of the tail (Log10 of scaled space value) More... | |
| float | maxEmitterLength = 4000000f |
| Max Scale space length for the emmiter particles More... | |
| float | maxSimSpeed = 100f |
| max speed we run the particles at so that we can get the growth/shrink rate, but not run em at full warp More... | |
| float | minSimSpeed = 0.01f |
| Min speed we run the particles at so that we can get the growth/shrink rate, but not run em at full warp More... | |
| float | normalSpreadRatio = 0.2f |
| percentage of additional random force to apply in orbit normal direction to drive spread out from the orbital plane More... | |
| float | retrogradeSpreadRatio = 0.4f |
| percentage of additional random force to apply retrograde direction to drive spread along the orbital plane More... | |
| FloatCurve | speedToSpreadForce |
| Curve uses to return the retrograde force on the emitter particles to simulate the comet tail More... | |
| float | tailWidthComaRatio = 1f |
| The width of the tail object we are simulating relative to the coma's width More... | |
| float | tailWidthToEmitterScale = 0.6f |
| How wide is the emitter relative to the tail width More... | |
| float | tailWidthToParticleSizeMax = 2.85f |
| Max size of the particles relative to the tail width More... | |
| float | tailWidthToParticleSizeMin = 2.5f |
| Min size of the particles relative to the tail width More... | |
| float CometParticleController.calcedEmitterRadius |
Scaled Space unit size of the emitter
| CometVessel CometParticleController.comet |
Reference to the CometVessel Vessel Module.
| Color CometParticleController.emitterColor = new Color(1f, 1f, 1f, 0.2f) |
Color that will be set on the emitter to drive the particles
| FloatCurve CometParticleController.logLengthToRate |
Curve uses to return min emitter rate of the emitter based on the length of the tail (Log10 of scaled space value)
| FloatCurve CometParticleController.logLengthToSpeed |
Curve uses to return speed of the emitter based on the length of the tail (Log10 of scaled space value)
| float CometParticleController.maxEmitterLength = 4000000f |
Max Scale space length for the emmiter particles
| float CometParticleController.maxSimSpeed = 100f |
| float CometParticleController.minSimSpeed = 0.01f |
Min speed we run the particles at so that we can get the growth/shrink rate, but not run em at full warp
This is the PSystems Simulation Speed at 1x Timewarp
| float CometParticleController.normalSpreadRatio = 0.2f |
percentage of additional random force to apply in orbit normal direction to drive spread out from the orbital plane
| float CometParticleController.retrogradeSpreadRatio = 0.4f |
percentage of additional random force to apply retrograde direction to drive spread along the orbital plane
| FloatCurve CometParticleController.speedToSpreadForce |
Curve uses to return the retrograde force on the emitter particles to simulate the comet tail
| float CometParticleController.tailWidthComaRatio = 1f |
The width of the tail object we are simulating relative to the coma's width
| float CometParticleController.tailWidthToEmitterScale = 0.6f |
How wide is the emitter relative to the tail width
| float CometParticleController.tailWidthToParticleSizeMax = 2.85f |
Max size of the particles relative to the tail width
| float CometParticleController.tailWidthToParticleSizeMin = 2.5f |
Min size of the particles relative to the tail width
1.8.7