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4. CarSetup.py --- Tire radius (Line Numbers: 119 - 130)
Note:
The radius of your tires in Blender units. The radius of my tires is 0.75 blender units.
########################## Tire radius
def Tire_Radius():
# tire radius
tire_0_Radius = 0.75 # front driver's tire
tire_1_Radius = 0.75 # front passenger's tire
tire_2_Radius = 0.75 # rear driver's tire
tire_3_Radius = 0.75 # rear passenger's tire
return (tire_0_Radius, tire_1_Radius, tire_2_Radius, tire_3_Radius)
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5. CarSetup.py --- Suspension Height (Line Numbers: 131 - 142)
Note:
The height of your suspension in Blender units. The height I want my suspension to be is 0.2 blender units.
########################## Tire suspension
def Tire_Suspension():
# tire suspension height
tire_0_suspensionHeight = 0.2 # front driver's tire
tire_1_suspensionHeight = 0.2 # front passenger's tire
tire_2_suspensionHeight = 0.2 # rear driver's tire
tire_3_suspensionHeight = 0.2 # rear passenger's tire
return (tire_0_suspensionHeight, tire_1_suspensionHeight, tire_2_suspensionHeight, tire_3_suspensionHeight)
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6. Car Setup: Tire Suspension Angle (Line Numbers: 143 - 154)
Note:
The suspension angle is a 3D vector.
Using the -Z axis is recommended
[ 0.0, 0.0, -1.0] is the -Z axis
########################## Tire suspension angle
def Tire_SuspensionAngle():
# suspension angle from car object center
tire_0_suspensionAngle = [ 0.0, 0.0, -1.0] # front driver's tire
tire_1_suspensionAngle = [ 0.0, 0.0, -1.0] # front passenger's tire
tire_2_suspensionAngle = [ 0.0, 0.0, -1.0] # rear driver's tire
tire_3_suspensionAngle = [ 0.0, 0.0, -1.0] # rear passenger's tire
return (tire_0_suspensionAngle, tire_1_suspensionAngle, tire_2_suspensionAngle, tire_3_suspensionAngle)
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7. Car Setup: Tire Axis (Line Numbers: 155 - 167)
Note:
This is the axis of the tire that is attached to the car 'frame'
The tire axis is a 3D vector.
Using the same X axis for all tires is recommended.
[ -1.0, 0.0, 0.0] is the negative X axis
[ 1.0, 0.0, 0.0] is the positive X axis
########################## Tire axis
def Tire_Axis():
# tire axis attached to axle
tire_0_Axis = [ -1.0, 0.0, 0.0] # front driver's tire
tire_1_Axis = [ -1.0, 0.0, 0.0] # front passenger's tire
tire_2_Axis = [ -1.0, 0.0, 0.0] # rear driver's tire
tire_3_Axis = [ -1.0, 0.0, 0.0] # rear passenger's tire
return (tire_0_Axis, tire_1_Axis, tire_2_Axis, tire_3_Axis)
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8. Car Setup: Tire Steering (Line Numbers: 169 - 180)
Note:
Tires that have steering. True means that the tire is used for steering. False means that the tire isn't used for steering.
########################## Tire steering
def Tire_Steering():
# tire has steering
tire_0_Steering = True # front driver's tire
tire_1_Steering = True # front passenger's tire
tire_2_Steering = False # rear driver's tire
tire_3_Steering = False # rear passenger's tire
return (tire_0_Steering, tire_1_Steering, tire_2_Steering, tire_3_Steering)
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