livecodingspace-app/support/proxy/vwf.example.com/particlesystem.vwf.yaml

# Copyright 2012 United States Government, as represented by the Secretary of Defense, Under
# Secretary of Defense (Personnel & Readiness).
# 
# Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except
# in compliance with the License. You may obtain a copy of the License at
# 
#   http://www.apache.org/licenses/LICENSE-2.0
# 
# Unless required by applicable law or agreed to in writing, software distributed under the License
# is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express
# or implied. See the License for the specific language governing permissions and limitations under
# the License.

## The component representation of a particle system
## 
## @name particlesystem.vwf
## @namespace

--- 
extends: http://vwf.example.com/node3.vwf
properties:

  ## Maximum lifetime of particle
  ## 
  ## @name particlesystem.vwf#maxLifeTime
  ## @property

  maxLifeTime:

  ## Minimum lifetime of particle
  ## 
  ## @name particlesystem.vwf#minLifeTime
  ## @property

  minLifeTime:

  ## Start size of particle
  ## 
  ## @name particlesystem.vwf#startSize
  ## @property

  startSize:

  ## End size of particle
  ## 
  ## @name particlesystem.vwf#endSize
  ## @property

  endSize:

  ## Loop
  ## 
  ## @name particlesystem.vwf#loop
  ## @property

  loop:

  ## Maximum velocity
  ## 
  ## @name particlesystem.vwf#maxVelocity
  ## @property

  maxVelocity:

  ## Minimum velocity
  ## 
  ## @name particlesystem.vwf#minVelocity
  ## @property

  minVelocity:

  ## Maximum start acceleration
  ## 
  ## @name particlesystem.vwf#maxStartAcceleration
  ## @property

  maxAcceleration:

  ## Minimum start acceleration
  ## 
  ## @name particlesystem.vwf#minStartAcceleration
  ## @property

  minAcceleration:

  ## Start color
  ## 
  ## @name particlesystem.vwf#startColor
  ## @property

  startColor:

  ## End color
  ## 
  ## @name particlesystem.vwf#endColor
  ## @property

  endColor:

  ## Image
  ## 
  ## @name particlesystem.vwf#image
  ## @property

  image:

  ## true for additive blending, false for normal blending
  ##
  ## @name particlesystem.vwf#additive
  ## @property

  additive:

  ## alpha value for particles
  ##
  ## @name particlesystem.vwf#opacity
  ## @property

  opacity:

  ## depthTest value for particles
  ##
  ## @name particlesystem.vwf#depthTest
  ## @property

  depthTest:

  ## depthWrite value for particles
  ##
  ## @name particlesystem.vwf#depthWrite
  ## @property

  depthWrite:

  ## emitterType value for particles
  ## 'point','sphere','box'
  ## @name particlesystem.vwf#emitterType
  ## @property

  emitterType:

  ## emitterSize value for particles
  ## ignored by point emitter, emitterSize[0] is radius for sphere, emitterSize[x,y,z] is bounds for box emitter
  ## @name particlesystem.vwf#emitterSize
  ## @property

  emitterSize:

  ## the maximum number of particles that will be regenerated per frame. Useful to distrubte particles over time, and avoid
  ## issues where min and max life are the same
  ## @name particlesystem.vwf#maxRate
  ## @property

  maxRate:

  ## The total number of particles in the system
  ## @name particlesystem.vwf#particleCount
  ## @property

  particleCount:

  ## The drag on velocity of the particles
  ## @name particlesystem.vwf#damping
  ## @property

  damping:

  ## 'cartesian' or 'spherical' in cartesian, velocity min and max are box coords, as in min and max local space vectors. 
  ## in spherical, they are treated as roe theta and magnitude for vectors, still in local space. in this mode, the range for the first two 
  ## components is 0 - 1
  ## this helps set the direction to be random, but the magnitute can be constant
  ## @name particlesystem.vwf#velocityMode
  ## @property

  velocityMode:

  ## solver - the system used to update the position of the particles. 
  ## 'Euler' solver can take into account emitter motion, damping and gravity. Runs at 10 ticks per second with linear interpolation
  ## 'Analytic' - runs in realtime, but requires more bandwidth on the GPU bus. Cannot take into account complex forces like damping or gravity
  ## 'AnalyticShader' offloads the analytic solver into a shader. Very high performance, but cannot take into account emitter motion
  ## also, because it cannot branch based on previous states, it does not support maxRate. Instead, it offsets all particles randomly in time to distribute them
  ## @name particlesystem.vwf#solver
  ## @property

  solver:

  ## Split the particle texture by the value. 2 would be a 2x2 tiled texture, 3 is 3x3.
  ## @name particlesystem.vwf#textureTiles
  ## @property

  textureTiles:

  ## the particles spin over time
  ## @name particlesystem.vwf#maxSpin
  ## @property

  maxSpin:

  ## the particles spin over time
  ## @name particlesystem.vwf#minSpin
  ## @property

  minSpin:

  ## the particles orientation
  ## @name particlesystem.vwf#minOrientation
  ## @property

  minOrientation:

  ## the particles orientation
  ## @name particlesystem.vwf#maxOrientation
  ## @property

  maxOrientation:

  ## the particle size
  ## @name particlesystem.vwf#sizeRange
  ## @property

  size:

  ## the variation offset from the start and end size
  ## @name particlesystem.vwf#sizeRange
  ## @property

  sizeRange:

  ## the variation offset from the start and end color
  ## @name particlesystem.vwf#colorRange
  ## @property

  colorRange:

  ## gravatational force toward gravityCenter
  ## @name particlesystem.vwf#gravity
  ## @property

  gravity:

  ## the point in worldspace that the gravity force pulls toward
  ## @name particlesystem.vwf#gravity
  ## @property

  gravityCenter:


  ## World bounding box of the camera. Overrides inherited property to return null, since a camera has no dimensions
  ##
  ## @name camera.vwf#worldBoundingBox
  ## @property

  worldBoundingBox:
    get: |
      return null;
    value: null