Car parameters - Revision history

NaN: /* Camera */

2013-04-03T10:08:15Z

Camera

NaN: /* Camera */

2013-04-03T10:07:46Z

Camera

NaN: /* Camera */

2013-04-03T10:06:04Z

Camera

NaN: /* Particle */

2013-04-03T09:58:55Z

Particle

NaN: /* Wheel */

2013-04-03T09:57:25Z

Wheel

NaN: /* Brake */

2013-04-03T09:53:59Z

Brake

NaN: /* Tire */

2013-04-03T09:53:37Z

Tire

NaN: /* Particle */

2013-04-03T09:52:18Z

Particle

NaN: /* Brake */

2013-04-03T09:51:52Z

Brake

NaN: /* Brake */

2013-04-03T09:49:20Z

Brake

@@ Line 121: / Line 121: @@
 <pre>
 [camera.1]
-name = driver                   # name to identify camera, default values are hood, driver, chase rigid, chase loose orbit and free
+name = driver                   # name to identify camera, default values are hood, driver, chase rigid, chase loose, orbit and free
 type = mount                    # supported types are mount, chase, orbit, free
 position = -0.023, -0.32, 0.50  # camera position relative to car

@@ Line 128: / Line 128: @@
 fov = 90                        # optional, overrides default field of view angle
 </pre>
 ==Wing==

@@ Line 120: / Line 120: @@
 ==Camera==
 <pre>
-[camera]
+[camera.1]
-view-position = -0.35, -0.64, 0.30
+name = driver                   # name to identify camera, default values are hood, driver, chase rigid, chase loose orbit and free
-hood-mounted-view-position = 0, 0.55, 0.17
+type = mount                    # supported types are mount, chase, orbit, free
-view-stiffness = 0.0
+position = -0.023, -0.32, 0.50  # camera position relative to car
 </pre>
 ==Wing==

@@ Line 243: / Line 243: @@
 ==Particle==
 <pre>
-[particle.00]
+[particle-00]
 position = 0.0, -1.28, -0.36
 mass = 30.0
 </pre>
-These values are used for weight distribution and rotational inertia. Most cars will use 6-10 mass particles.
+Mass particles used for weight distribution and rotational inertia. Most cars will use 6-10 particles.
 ==Light==

@@ Line 144: / Line 144: @@
 <pre>
 [wheel.fl]
 texture = oem_wheel.png, oem_wheel-misc1.png
-mesh = oem_wheel.joe
+mesh = oem_wheel.joe                         # if genrim not set to false, mesh is used as wheel disk(spokes), rim will be auto-generated
 position = -0.736, 1.14, -0.47	#track front/rear 1471/1509
 camber = 0.5

@@ Line 219: / Line 219: @@
 [wheel.rl.brake]
 texture = rotor_shiny_slotted_drilled.png # optional, enables auto-generated disk mesh
-mesh = rotor.joe                          # optional, overrides auto-generated brake disk mesh
+#mesh = rotor.joe                         # optional, overrides auto-generated brake disk mesh
 friction = 0.6
 max-pressure = 4.0e6

@@ Line 202: / Line 202: @@
 <pre>
 [wheel.fl.tire]
-texture = tire/touring.png
+texture = tire/touring.png # optional, enables auto-generated tire mesh
 size = 215, 45, 17
 type = &tire/touring

@@ Line 218: / Line 218: @@
 [wheel.rl.brake]
 texture = rotor_shiny_slotted_drilled.png
 friction = 0.6
 max-pressure = 4.0e6
@@ Line 225: / Line 226: @@
 handbrake = 1.0
 </pre>
-The bias parameter is the fraction of braking pressure applied to the front brakes (in the front <span class="plainlinks">[http://how2gainweightfast.org <span style="color:black;font-weight:normal;text-decoration:none!important;background:none!important; text-decoration:none;">weight gain</span>]</span> brake section) or the rear brakes (in the rear brake section). To make sense, the rear value should equal 1.0 minus the front value. The maximum brake torque is calculated as friction * area * bias * max-pressure * radius. Handbrake determines the handbrake influence factor. Texture is an optional brake rotor texture. If set a brake rotor model is generated.
+The bias parameter is the fraction of braking pressure applied to the front brakes (in the front <span class="plainlinks">[http://how2gainweightfast.org <span style="color:black;font-weight:normal;text-decoration:none!important;background:none!important; text-decoration:none;">weight gain</span>]</span> brake section) or the rear brakes (in the rear brake section). To make sense, the rear value should equal 1.0 minus the front value. The maximum brake torque is calculated as friction * area * bias * max-pressure * radius. Handbrake determines the handbrake influence factor. Texture is an optional brake rotor texture. If set a brake disk mesh is generated from brake parameters. This mesh can be overridden by providing a custom brake mesh.
 ==Steering==