void ComponentRenderAsModel::draw() const
{
if(!dead || getDeathBehavior()!=Ghost)
{
ASSERT(model, "Null pointer: model");
const float modelScale = lastReportedHeight / modelHeight;
CHECK_GL_ERROR();
mat4 transformation(lastReportedPosition,
lastReportedOrientation.getAxisX(),
lastReportedOrientation.getAxisY(),
lastReportedOrientation.getAxisZ());
glPushMatrix();
glMultMatrixf(transformation);
glTranslatef(0.0f, 0.0f, -lastReportedHeight/2.0f);
glScalef(modelScale, modelScale, modelScale);
glPushAttrib(GL_ALL_ATTRIB_BITS);
drawModel(true);
glPopAttrib();
glPopMatrix();
CHECK_GL_ERROR();
}
}
void ComponentHealth::update(float deltaTime)
{
if(!dead) return;
if((timeSpentDead += deltaTime) >= timeUntilResurrection)
{
if(getDeathBehavior() == Disappear)
{
MessageZombifyActor m;
getParentBlackBoard().relayMessage(m);
}
else if(willResurrectAfterCountDown)
{
MessageCharacterHasBeenResurrected m;
getParentBlackBoard().relayMessage(m);
}
}
}
void ComponentMovement::update(float) {
// Set model orientation properly
{
ActionLookAt m(facingAngle);
sendAction(&m);
}
// Request animation change based on walk speed
if (!dead || getDeathBehavior()==Ghost) {
// Request to change the animation
const string anim = determineCurrentAnim();
ActionChangeAnimation m(anim);
sendAction(&m);
// Move the character
dJointSetLMotorParam(lmotor, dParamVel, velocity.x);
dJointSetLMotorParam(lmotor, dParamVel2, velocity.y);
}
// house keeping
velocity.zero();
lastAction = Stand;
}
void ComponentMovement::turn( float dAngle ) {
if (!dead || getDeathBehavior()==Ghost) {
facingAngle = angle_clamp(facingAngle + dAngle);
}
}
void ComponentMovement::applyAction(CharacterAction action) {
vec2 x(-1, 1);
vec2 y(-1, -1);
if (!dead || getDeathBehavior()==Ghost) {
switch (action) {
/* Step in an absolute direction */
case StepNorth:
walk(y);
turnToFace(velocity.xy());
break;
case StepSouth:
walk(-y);
turnToFace(velocity.xy());
break;
case StepEast:
walk(x);
turnToFace(velocity.xy());
break;
case StepWest:
walk(-x);
turnToFace(velocity.xy());
break;
case StepNorthEast:
walk(y+x);
turnToFace(velocity.xy());
break;
case StepNorthWest:
walk(y-x);
turnToFace(velocity.xy());
break;
case StepSouthEast:
walk(-y+x);
turnToFace(velocity.xy());
break;
case StepSouthWest:
walk(-y-x);
turnToFace(velocity.xy());
break;
/* Step in a relative direction */
case StepForward:
walk(getDirectionVector(facingAngle));
break;
case StepForwardRight:
walk(getDirectionVector(facingAngle - (float)(M_PI * 0.25)));
break;
case StepRight:
walk(getDirectionVector(facingAngle - (float)(M_PI * 0.50)));
break;
case StepBackWardRight:
walk(getDirectionVector(facingAngle - (float)(M_PI * 0.75)));
break;
case StepBackWard:
walk(getDirectionVector(facingAngle - (float)M_PI));
break;
case StepBackWardLeft:
walk(getDirectionVector(facingAngle + (float)(M_PI * 0.75)));
break;
case StepLeft:
walk(getDirectionVector(facingAngle + (float)(M_PI * 0.50)));
break;
case StepForwardLeft:
walk(getDirectionVector(facingAngle + (float)(M_PI * 0.25)));
break;
/* Other */
case BeginChargeUp:
chargeUp();
break;
case EndChargeUp:
endChargeUp();
break;
case AttackOnce:
attackOnce();
break;
case Suicide:
suicide();
break;
default:
break;
}
lastAction = action;
} else {
lastAction = InvalidAction;
}
}
void ComponentDeathBehavior::handleEventDeathBehaviorUpdate(const EventDeathBehaviorUpdate *) {
if (getDeathBehavior() != Ghost) {
ActionPhysicsDisable m;
sendAction(&m);
}
}
