DefaultPrograms

DefaultPrograms is a class containing some STATIC predefined programs,
and also some programs which can be configured specifically for the group.

Note: TurboLists will be called "groups" eventually.
Note 2: Do not forget to "import" the class when using it to prevent compile errors.

Example on how to add a DefaultProgram into a Model Group:

somegroup.addProgram(DefaultPrograms.RGB_PRIMARY);
//can be also multiple at once
othergroup.addPrograms(DefaultPrograms.RGB_SECONDARY, DefaultPrograms.FRONT_LIGHTS);
//can be also string IDs
anothergroup.addProgram("fvtm:rgb_primary");

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Here a list with their function & eventual usage:
Edit: also includes IDs for jtmt and obj models

• RGB_PRIMARY / fvtm:rgb_primary - paints the group into the vehicle/container's primary colour
• RGB_SECONDARY / fvtm:rgb_secondary - paints the group into the vehicle/container's secondary colour
• ALWAYS_GLOW / fvtm:glow - will give a constant "glow" effect to the group
• LIGHTS / fvtm:lights - will make the group "glow" when the vehicle's lights are ON
• FRONT_LIGHTS / fvtm:front_lights - will make the group glow when the vehicle's lights are ON
• BACK_LIGHTS, REAR_LIGHTS - will make the group glow either when the vehicle's
  lights are ON or the vehicle's throttle is negative (going backwards)
• BREAK_LIGHTS - currently a duplicate of REAR_LIGHTS
• FOG_LIGHTS- will make the group glow when the vehicle's FOG lights are ON
• REVERSE_LIGHTS - will make the group glow only when the vehicle's throttle is
  negative (going backwards), does NOT depend on vehicle's lights ON
• TURN_SIGNAL_LEFT - will make the group flashingly glow on vehicle's left signal
• TURN_SIGNAL_RIGHT - will make the group flashingly glow on vehicle's right signal
• INDICATOR_LIGHT_LEFT - duplicate of TURN_SIGNAL_LEFT
• INDICATOR_LIGHT_RIGHT - duplicate of TURN_SIGNAL_RIGHT
• WINDOW - gives a prototype "window"/transparency effect, modify the partmodel's
  "windowcolor" (RGB) variable to change the color of the effect
• WHEEL_AUTO_ALL - full wheel animation, will make the group rotate based on
  the vehicle's wheel values, also will render steering (if steering slot)
• WHEEL_AUTO_STEERING - steering animation for wheels, similar to the before
• STEERING_WHEEL_X, STEERING_WHEEL_Y, STEERING_WHEEL_Z - steering-wheel
  animation, select whichever matches the AXIS your steering wheel has to rotate on
• SteeringWheel - superclass of the before, you can create a custom instance
  new SteeringWheel(2, 1f) - first parameter is axis (x-0, y-1, z-2) second is "ratio"
• AttributeRotator - universal class for specific animation uses based on an Attribute
  examples from FVP (C10):

  hood.addProgram(new DefaultPrograms.AttributeRotator("c10_hood", true, -72, 0, -1, 2, 0f));
  door_front_left.addPrograms(new DefaultPrograms.AttributeRotator("c10_doors_fl", true, 0, 60, 0.5f, 1, 0f), DefaultPrograms.RGB_PRIMARY);
  door_rear_right.addPrograms(new DefaultPrograms.AttributeRotator("c10_doors_br", true, -60, 0, -0.5f, 1, 0f), DefaultPrograms.RGB_PRIMARY);
  trunk_primary.addPrograms(new DefaultPrograms.AttributeRotator("c10_trunk", true, 0, 72, 1, 2, 0f), DefaultPrograms.RGB_PRIMARY);

  parameters:
  • String attribute - the ID of the attribute to track
  • boolean boolstatebased - if the Attribute is a BOOLEAN or direct (integer/float)
  • float min - min angle (degree) of the rotation
  • float max - max angle (degree) of the rotation
  • float step - step per render frame (shall get improved someday)
  • int axis - axis to be rotated (x-0, y-1, z-2)
  • Float defrot - default rotation degree (e.g. 0f)
  • boolean notadditive - optional, extended constructor, default: true
    set to false if you want the program not to override the default rotation
    of the polygon, it will get reset to defrot (see above) then.