/** Checks the timers and start actions according to it */
public void actionPerformed(ActionEvent e) {
if (e.getSource() == buttonTimer) {
// From the Btns class
if (Btns.startB) {
unPause();
this.requestFocus();
}
if (Btns.pauseB) {
pause();
this.requestFocus();
}
}
if (e.getSource() == fallTime) {
shapes.get(0).fall(map, character);
repaint();
if (shapes.get(0).hitGround()) {
map.addShape(shapes.get(0));
map.clearLines();
shapes.remove(0);
addShape();
}
}
if (e.getSource() == aiMove) {
if (aiCommand.size() > 0) {
shapes.get(0).aiCommand(map, aiCommand.get(0), shapeTrack);
if (aiCommand.get(0) != 0) {
shapeTrack.add(aiCommand.get(0));
}
aiCommand.remove(0);
repaint();
}
}
if (e.getSource() == moveTime) {
character.checkUnderWater(water.getY());
character.checkDeath(shapes.get(0).getShape());
character.move(map, shapes.get(0));
if (character.checkExit() == true) {
MyFrame.screen = "gameover";
pause();
character.setDeath(false);
}
if (character.getDeath() == true) {
pause();
MyFrame.screen = "gameover";
character.setDeath(false);
}
}
if (e.getSource() == bulletMoveTime) {
for (int i = 0; i < weaponList.size(); i++) {
weaponList.get(i).move((int) character.getX(), (int) character.getY());
if (!weaponList.get(i).getWeapon().equalsIgnoreCase("laser")) {
int[] col = weaponList.get(i).collide(shapes.get(0), map);
if (col[2] == 0) {
map.change(
weaponList
.get(i)
.damage(
map.getMap(),
col[1] / Square.SIZE,
col[0] / Square.SIZE,
THA.HEIGHT / Square.SIZE,
THA.WIDTH / Square.SIZE));
} else if (col[2] == 1) {
shapes
.get(0)
.change(
weaponList
.get(i)
.damage(
shapes.get(0).getShape(),
shapes.get(0).getIndex(col[0], col[1])[0],
shapes.get(0).getIndex(col[0], col[1])[1],
4,
4));
}
i = removeBullet(i);
if (shapes.get(0).shapeGone()) {
shapes.remove(0);
addShape();
}
} else {
map.change(
weaponList
.get(i)
.damage(
map.getMap(),
(int) (character.getX() / Square.SIZE),
(int) (character.getY() / Square.SIZE),
THA.HEIGHT / Square.SIZE,
THA.WIDTH / Square.SIZE));
}
if (weaponList.get(i).getRemove() == true) {
weaponList.remove(i);
}
}
}
if (System.currentTimeMillis() - startWater > 100 * 500 && startWater != 0) {
if (e.getSource() == waterTime) {
water.move();
}
}
// delays for weapons
if (e.getSource() == bulletTime) {
bshoot = true;
}
if (e.getSource() == grenadeTime) {
gshoot = true;
}
if (e.getSource() == laserTime) {
lshoot = true;
}
if (e.getSource() == shotgunTime) {
sgshoot = true;
}
repaint();
}
public void loadWater() {
System.out.println("Load water");
water = Loader.load(assetManager, map, "water", false, Water.class);
if (water == null) {
water = new Water();
}
water.init(this, terrain, null, reflectNode);
}
// Returns the refractive index of pva solutions as a function of g/l pva concentration
// Data Poly(vinyl alcohol): basic properties and uses by J G Pritchard (1970)
// pva refractive index increment fitted to modified Cauchy equation:
// dn = 1 + a1*(1 + b1/(lambda*lambda))
// concn g/l concentration of pva
// temp temperature (degree Celsius) (t = 30C for original pva increment calculation)
// wavl wavelength in metres
public static double refractIndex(double concn, double wavl, double temp) {
double refind, rfwater, rfincr;
double a1 = -0.998419, b1 = -1.87778e-17;
rfwater = Water.refractIndex(wavl, temp);
rfincr = 1.0 + a1 * (1.0 + b1 / Math.pow(wavl, 2));
refind = rfwater + rfincr * concn / 10.0;
return refind;
}
// METHODS
// Returns the viscosity (Pa s) of aqueous pva solutions as a function of the
// g/l pva concentration (concn), the temperature [Celsius](temp) and the
// molecualr weight of the pva (molwt).
// Empirical equation from Poly(vinyl alcohol): basic properties and uses by J G Pritchard (1970)
public static double viscosity(double concn, double molwt, double temp) {
double intVisc30, intVisc20, intViscT, spViscT, waterViscT, viscosity, concndlpg;
intVisc30 = 4.53e-4 * Math.pow(molwt, 0.64);
intVisc20 = intVisc30 * 1.07;
intViscT = intVisc20 * Math.pow(1.07, -(temp - 20) / 10);
concndlpg = concn / 10.0;
spViscT = concndlpg * (intViscT + 0.201 * concndlpg * Math.pow(intViscT, 2.28));
waterViscT = Water.viscosity(temp);
viscosity = (spViscT + 1.0) * waterViscT;
return viscosity;
}
public void paintComponent(Graphics g) {
super.paintComponent(g);
map.drawMap(g);
gs.imitate(shapes.get(0), map);
gs.draw(g);
if (shapes.size() > 0) shapes.get(0).draw(g);
character.putCharacter(g); // draws the character
for (int i = 0; i < weaponList.size(); i++) {
weaponList.get(i).draw(g); // draws each weapon object
}
water.draw(g); // draws the water image
g.setColor(Color.black);
g.drawString("score: ", 300, 350);
}
public MouseStatus getMouseCollision() {
if (gui.isMouseOver()) {
return null;
}
Vector3f origin = cam.getWorldCoordinates(inputManager.getCursorPosition(), 0.0f);
Vector3f direction = cam.getWorldCoordinates(inputManager.getCursorPosition(), 0.3f);
direction.subtractLocal(origin).normalizeLocal();
Ray ray = new Ray(origin, direction);
CollisionResults results = new CollisionResults();
clickableNode.collideWith(ray, results);
Vector3f v3f = null;
Model m = null;
if (results.size() > 0) {
CollisionResult closest = results.getClosestCollision();
Geometry g = closest.getGeometry();
v3f = closest.getContactPoint();
m = Model.Geometry2Model(g);
// return new
// MouseStatus(m,closest.getContactPoint().getX(),closest.getContactPoint().getZ());
}
if (water != null) {
Vector3f waterv = water.collision(ray);
if (waterv != null && (v3f == null || waterv.distance(origin) < v3f.distance(origin))) {
v3f = waterv;
}
}
if (v3f != null) return new MouseStatus(m, v3f.getX(), v3f.getZ());
return null;
}
