void CButton::onEvent(Uint8 eventType)
{
if(!display) return;
int mouse_x = event.button.x;
int mouse_y = event.button.y;
if(onButton(mouse_x, mouse_y))
{
if(eventType == SDL_MOUSEBUTTONDOWN)
onMouseDown();
else if(eventType == SDL_MOUSEBUTTONUP)
onClick();
else if(eventType == SDL_MOUSEMOTION)
onMouseOver();
}
else
setImageState(getType());
}
void CButton::onMouseDown()
{
setImageState(getType() + "-down");
}
void CButton::onMouseOver()
{
setImageState(getType() + "-over");
}
void CButton::onClick()
{
setImageState(getType() + "-over");
game.ButtonAction(this);
}
bool Player::initResources(GameBase::GameBaseData *in_data)
{
data = dynamic_cast<PlayerData *>(in_data);
if(!Parent::initResources(in_data))
return false;
updateImageMass();
setDrag(data->drag);
setDensity(data->density);
int rnode = image.shape->getShape().findNode("dummyalways root");
const TMat3F& rmat = image.shape->getTransform(rnode);
image.shape->insertOverride("lowerback",0,&PlayerViewOverride);
image.shape->insertOverride("lowerback",1,const_cast<TMat3F*>(&rmat));
image.shape->setOverride(2);
//
myThread = createThread (0);
viewThread = Parent::createThread(0);
viewThread->setPriority(-1);
looksSequence = viewThread->GetSequenceIndex("looks");
crouchLooksSequence = viewThread->GetSequenceIndex("crouch looks");
if(crouchLooksSequence == -1)
crouchLooksSequence = looksSequence;
AssertFatal(looksSequence != -1, "DOH!");
viewThread->SetSequence( looksSequence, 0.0 );
damageThread = 0;
int i;
for (i = 0; i < Player::NUM_ANIMS; i ++)
{
animIndex[i] = myThread->GetSequenceIndex((char *) data->animData[i].name);
if(animIndex[i] == -1)
animIndex[i] = 0;
}
Point3F pos;
clearAnimTransform ();
for (int j = 0; j < Player::NUM_ANIMS; j ++)
{
if((j >= ANIM_MOVE_FIRST && j <= ANIM_MOVE_LAST) ||
(j >= ANIM_CROUCH_MOVE_FIRST && j <= ANIM_CROUCH_MOVE_LAST))
{
myThread->setTimeScale(1.0);
myThread->SetSequence(animIndex[j]);
myThread->AdvanceTime(1.0);
myThread->UpdateSubscriberList();
image.shape->animateRoot();
pos = getAnimTransform();
offsetList[j].dist = pos.len();
offsetList[j].dir = pos;
if(offsetList[j].dist >= 0.1)
{
if (data->animData[j].direction <= 0)
offsetList[j].dir *= -1 / offsetList[j].dist;
else
offsetList[j].dir *= 1 / offsetList[j].dist;
}
clearAnimTransform();
offsetList[j].hasOffset = true;
}
else
offsetList[j].hasOffset = false;
myThread->SetSequence(0);
}
if(currentAnimation != -1)
{
// it's a death animation: set it to the end
myThread->SetSequence(animIndex[currentAnimation]);
if (data->animData[currentAnimation].direction > 0)
myThread->SetPosition (0.99f);
else
myThread->SetPosition (0);
pickNewAnimation = false;
}
delete flameImage.shape;
flameImage.shape = 0;
flameThread = 0;
if (isGhost()) {
char name[256];
strcpy(name, data->flameShapeName);
strcat(name, ".dts");
ResourceManager *rm = SimResource::get(manager);
Resource<TSShape> shape = rm->load(name, true);
if(bool(shape))
{
flameImage.shape = new TSShapeInstance(shape, *rm);
flameThread = flameImage.shape->CreateThread();
flameThread->setTimeScale(1.0f);
flameThread->SetSequence("activation");
}
}
// Container & Collision
boundingBox.fMin.x = -data->boxWidth;
boundingBox.fMin.y = -data->boxDepth;
boundingBox.fMin.z = 0;
boundingBox.fMax.x = data->boxWidth;
boundingBox.fMax.y = data->boxDepth;
boundingBox.fMax.z = data->boxNormalHeight;
collisionImage.bbox.fMin = boundingBox.fMin;
collisionImage.bbox.fMax = boundingBox.fMax;
collisionImage.crouchBox.fMin = boundingBox.fMin;
collisionImage.crouchBox.fMax = boundingBox.fMax;
setBoundingBox ();
collisionImage.sphere.radius = (collisionImage.bbox.fMax.z - collisionImage.bbox.fMin.z) / 2;
collisionImage.sphere.center = Point3F(0.0f,0.0f, collisionImage.sphere.radius);
collisionImage.shapeInst = image.shape;
collisionImage.collisionDetail = 0;
chaseNode = image.shape->getShape().findNode ("dummyalways chasecam");
eyeNode = image.shape->getNodeAtCurrentDetail("dummy eye");
// Resolve all the mount node indexes.
for(i = 0; i < MaxMountPoints; i++) {
image.shape->setDetailLevel(0);
mountNode[i] = image.shape->getNodeAtCurrentDetail(NodeMountName[i]);
// HACK Alert!
// Lower detail nodes are patch to reference the same
// transform as the highest detail.
TS::ShapeInstance::NodeInstance *node = image.shape->getNode(mountNode[i]);
for (int d = 1; d < image.shape->getShape().fDetails.size(); d++) {
image.shape->setDetailLevel(d);
int dn = image.shape->getNodeAtCurrentDetail(NodeMountName[i]);
if (dn != -1)
image.shape->getNode(dn)->fpTransform = node->fpTransform;
}
}
image.shape->setDetailLevel(0);
// Update initial state of images transfered from the server.
for (i = 0; i < MaxItemImages; i++) {
ItemImageEntry& itemImage = itemImageList[i];
if (itemImage.state == ItemImageEntry::Fire)
setImageState(i,ItemImageEntry::Fire);
}
return true;
}
