private void ApplyYawDelta(float yRotation)
{
if (yRotation != 0f)
{
this.currentYaw = Mathf.DeltaAngle(0f, this.currentYaw.Degrees + yRotation);
}
}
private void BindCharacter()
{
Character character = (Character)base.idMain;
character.origin = this.tr.position;
float single = Mathf.DeltaAngle(this.previousYaw.Degrees, this.currentYaw.Degrees);
if (single != 0f)
{
this.previousYaw = this.currentYaw;
Character character1 = character;
character1.eyesYaw = character1.eyesYaw + single;
}
}
public void InitializeSetup(Character character, CCTotemPole cc, CharacterCCMotorTrait trait)
{
this.tr = base.transform;
this.cc = cc;
base.idMain = character;
CCMotor.YawAngle yawAngle = 0f;
CCMotor.YawAngle yawAngle1 = yawAngle;
this.previousYaw = yawAngle;
this.currentYaw = yawAngle1;
if (trait)
{
if (trait.settings)
{
this.settings = trait.settings;
}
this.canControl = trait.canControl;
this.sendLandMessage = trait.sendLandMessage;
this.sendJumpMessage = trait.sendJumpMessage;
this.sendJumpFailureMessage = trait.sendJumpFailureMessage;
this.sendFallMessage = trait.sendFallMessage;
this.sendExternalVelocityMessage = trait.sendExternalVelocityMessage;
this.stepMode = trait.stepMode;
this.minTimeBetweenJumps = trait.minTimeBetweenJumps;
}
if (!this._installed && cc)
{
this._installed = true;
CCMotor.Callbacks.InstallCallbacks(this, cc);
}
}
