void Xiq::Prepare()
{
collides = true;
angle = RandomUnit();
steer = RandomUnitVector();
SetRadius(30);
speed = 100;
max_speed = 100;
force = RandomUnitVector()*1000;
radius_waves[0].amplitude = 60;
radius_waves[0].frequency = 1.3f;
radius_waves[0].offset = 20;
radius_waves[1].amplitude = 30;
radius_waves[1].frequency = 0.7f;
radius_waves[1].phase = math::pi/2.0f;
colors[0].amplitude = 55;
colors[0].offset = 200;
colors[0].frequency = 0.5f;
colors[1].amplitude = 55;
colors[1].offset = 200;
colors[1].frequency = 1.0f;
colors[2].amplitude = 55;
colors[2].offset = 200;
colors[2].frequency = 1.5f;
hit_player = false;
location = last_pos = GetRoot()->GetWorld()->GetMidPoint();
}
quaternion RandomQuaternionRange(double dqmax) {
quaternion q;
double alpha,sina;
vector rotaxis;
alpha = dqmax*RandomNumber();
rotaxis = RandomUnitVector();
sina = sin(alpha/2.0);
q.q0 = cos(alpha/2.0);
q.q1 = sina*rotaxis.x;
q.q2 = sina*rotaxis.y;
q.q3 = sina*rotaxis.z;
return q;
}
void ParticalEffect::updateFire(float dt, const int scount, int type) {
count = scount;
for (int x = 0; x < count; x ++) {
if(!partsA[x].active)
{
int mouseX, mouseY;
Core::Input::GetMousePos( mouseX, mouseY );
Vector2D mouse((float)mouseX, (float)mouseY);
partsA[x] = Partical();
float randInt = randomInRange(1,10);
Vector2D rand;
if(type == 1) {
rand = RandomUnitVector() * randInt;
} else {
}
Vector2D newPath = mouse + rand;
partsA[x].updateFire(dt, mouse, newPath);
}
}
}
