Parameters

• Scene parameters
  • Output scene path String
    Sets the Item name and possibly its containing groups. Learn more in the Path expressions and filtering section
• Basis parameters
  • Basis Scene
    The Scene holding the reference Basis to be used
  • Basis mode Integer
    The arrangement of the axis in the reference Basis
• Amount Integer
  The number of Particles which should be created
• Sequence type Integer
  A list of preset deviation angles matching specific patterns. For instance, Fibonacci is equivalent to a user-driven Deviation angle value of 137.508°
• Deviation angle Float
  The radial offset from the origin applied recursively to each step of the sequence
  Note: This parameter is only available when the Deviation angle parameter is set to User-driven
• Start radius Float
  The radius used to offset Particles from the center at the start of the sequence
• Start index Integer
  The index of the Sequence at which the generation of Particles should start
• Growth Float
  The rate at which the distance from the center increases. Its influence depends on the value of the Tightly packed parameter:
  • False: the distance increases linearly
  • True: the distance increases at approximately the square root of the sequence index. A simplified formula may be: Distance = Start radius + Growth * sqrt(index)
• Tilt angle Float
  The exponential Y spacing of Particles from the center at each step of the sequence
• Particle orientation Integer
  Controls the method of orienting the generated particles:
  • Radial: Particles are oriented towards the radial direction relative to the rotation axis
  • Periodic: Particle of index A is oriented so that its X axis points to the Particle of index B such as B = A + P, with P being the value of the Orientation period parameter
• Orientation period Integer
  Specified the number of times Particles should be rotated by the angle between their branch direction and the center
  Note: This parameter is only available when the Particle orientation parameter is set to Periodic
• Repeat at same radius Integer
  The number of sequence steps which should be performed before increasing the radius
• Particle scale ramp Float
  Controls the linear growth of the particle's scale along the sequence.
  Note: If the Tightly packed parameter is set to True, this parameter also influence the particle's distance from the center
• Tightly packed Boolean
  Scales the sequence Growth so that Particles remain close to the center

Example Images