public void SetUI(JointModule jm)
{
currentModule = jm;
int jointType = 0;
if (jm.ObjectPath == JOINT_PATH + JointModule.HINGE_JOINT)
{
}
else if (jm.ObjectPath == JOINT_PATH + JointModule.SPRING_JOINT)
{
jointType = 1;
}
else
{
jointType = 2;
}
jointDropdown.value = jointType;
Gravity.isOn = jm.gravity;
Mass.Slider.value = jm.mass;
Drag.Slider.value = jm.drag;
AngularDrag.Slider.value = jm.angularDrag;
JointLimitMin.Slider.value = jm.jointLimitMin;
JointLimitMax.Slider.value = jm.jointLimitMax;
JointDamper.Slider.value = jm.jointSpringDamper;
JointSpring.Slider.value = jm.jointSpringSpring;
CharacterJointLimitMin.Slider.value = jm.twistLimit1;
CharacterJointLimitMax.Slider.value = jm.twistLimit2;
CharacterJointDamper.Slider.value = jm.twistSpringDamper;
CharacterJointSpring.Slider.value = jm.twistSpringSpring;
TwistAxis.Vector = jm.twistAxis;
}
public override SystemModule CopyModule()
{
JointModule om = new JointModule(Symbol, Age, TerminalAge, Growth, ObjectPath);
om.mass = mass;
om.angularDrag = angularDrag;
om.drag = drag;
om.gravity = gravity;
om.jointLimitMin = jointLimitMin;
om.jointLimitMax = jointLimitMax;
om.jointSpringSpring = jointSpringSpring;
om.jointSpringDamper = jointSpringDamper;
om.twistLimit1 = twistLimit1;
om.twistLimit2 = twistLimit2;
om.twistSpringSpring = twistSpringSpring;
om.twistSpringDamper = twistSpringDamper;
return(om);
}
// Use this for initialization
public void Init(JointModule jm)
{
currentModule = jm;
SetJoint();
UpdateJoint();
SetJointLimitMin();
SetJointLimitMax();
SetDamper();
SetSpring();
SetTwistAxis();
SetTwistLimitMin();
SetTwistLimitMax();
SetTwistDamper();
SetTwistSpring();
SetMass();
SetGravity();
SetDrag();
SetAngularDrag();
}
public void BuildDefaultSystem()
{
ObjectModule om = new ObjectModule('O', 0, 1, GrowthList.LINEAR, ObjectBuilder.OBJECT_PATH + ObjectList.SIMPLE_LEAF);
om.scale = Vector3.one * 0.1f;
om.rotation = new Vector3(90, 0, 0);
ObjectModule om_right = new ObjectModule('O', 0, 1, GrowthList.LINEAR, ObjectBuilder.OBJECT_PATH + ObjectList.SIMPLE_LEAF);
om_right.scale = Vector3.one * 0.1f;
om_right.rotation = new Vector3(90, 180, 0);
om_right.jointed = true;
JointModule jm = new JointModule('{', 0, 1, GrowthList.LINEAR, JointBuilder.JOINT_PATH + JointModule.HINGE_JOINT);
jm.jointSpringSpring = 10f;
jm.jointSpringDamper = 99f;
jm.jointLimitMin = -10;
jm.jointLimitMax = 10;
ObjectModule om_right_z = new ObjectModule('O', 0, 1, GrowthList.LOGISTIC, ObjectBuilder.OBJECT_PATH + ObjectList.SIMPLE_LEAF);
om_right_z.scale = Vector3.one * 0.1f;
om_right_z.rotation = new Vector3(90, 90, 0);
JointModule jmc = new JointModule('{', 0, 1, GrowthList.LINEAR, JointBuilder.JOINT_PATH + JointModule.CHARACTER_JOINT);
jmc.mass = 1;
jmc.jointSpringSpring = 10f;
jmc.jointSpringDamper = 99f;
jmc.jointLimitMin = -10;
jmc.jointLimitMax = 10;
jmc.twistLimit1 = -10;
jmc.twistLimit2 = 10;
jmc.twistSpringSpring = 10f;
jmc.twistSpringDamper = 99f;
LineModule ln = new LineModule('F', 0, 1, GrowthList.EXPONENTIAL);
ln.LineWidth = 0.1f;
ln.LineLength = 0.1f;
ln.jointed = true;
ObjectModule om_z = new ObjectModule('O', 0, 1, GrowthList.LINEAR, ObjectBuilder.OBJECT_PATH + ObjectList.SIMPLE_LEAF);
om_z.scale = Vector3.one * 0.1f;
om_z.rotation = new Vector3(90, -90, 0);
List <SystemModule> lm = new List <SystemModule>();
lm.Add(jmc.CopyModule());
lm.Add(ln.CopyModule());
lm.Add(new SystemModule('[', 0, 1, GrowthList.NON_DEVELOPMENTAL));
lm.Add(jm.CopyModule());
lm.Add(new RotationModule('+', 0, 1, GrowthList.LINEAR, new Vector3(1, 0, 0), 45f));
lm.Add(om_right.CopyModule());
lm.Add(new SystemModule('}', 0, 1, GrowthList.NON_DEVELOPMENTAL));
lm.Add(new SystemModule(']', 0, 1, GrowthList.NON_DEVELOPMENTAL));
lm.Add(new SystemModule('1', 0, 1, GrowthList.NON_DEVELOPMENTAL));
lm.Add(new SystemModule('}', 0, 1, GrowthList.NON_DEVELOPMENTAL));
Productions.Add('1', lm);
}