func (t *FireCommandProcessor) Run(g *state.GameState, c cmd.GameCommand) {
if t.lastFired == nil {
t.lastFired = make(map[string]time.Time)
}
command := c.(*cmd.FireCommand)
vehicle := g.GetVehicle(command.UserId)
if vehicle == nil || !vehicle.IsAlive {
return
}
last := t.lastFired[vehicle.Owner]
diff := time.Now().Sub(last)
if diff < t.Physics.BulletDelay {
return
}
t.lastFired[vehicle.Owner] = time.Now()
b := state.Bullet{
Point: state.NewPoint(vehicle.X, vehicle.Y),
Sized: state.NewSized(t.Physics.BulletWidth, t.Physics.BulletWidth),
Velocity: t.Physics.BulletVelocity,
Angle: vehicle.Angle,
OwnerId: vehicle.Owner,
}
g.Bullets = append(g.Bullets, &b)
}
func (t *ConnectCommandProcessor) Run(g *state.GameState, c cmd.GameCommand) {
command := c.(*cmd.ConnectCommand)
// if the user already has a vehicle, ignore
vehicle := g.GetVehicle(command.UserId)
if vehicle != nil {
return
}
// For now, randomly join team 0 or 1
teamNum := len(g.Vehicles) % 2
size := state.NewSized(t.Physics.VehicleWidth, t.Physics.VehicleHeight)
pt := t.Physics.findSpace(size, *g)
newVehicle := state.Vehicle{
Point: pt,
Sized: size,
Velocity: 0.0,
Angle: 0,
TeamId: teamNum,
MaxHealth: t.Physics.VehicleHealth,
CurrentHealth: t.Physics.VehicleHealth,
Owner: command.UserId,
Mass: 10,
IsAlive: true,
ActivePowerup: NO_POWERUP,
StoredPowerup: NO_POWERUP,
OverRideSpeedTill: time.Now().Add(-5 * time.Second)}
g.Vehicles = append(g.Vehicles, &newVehicle)
}
func (t *PowerupCommandProcessor) placeWell(v *state.Vehicle, g *state.GameState) {
v.StoredPowerup = NO_POWERUP
r := state.GravityWell{
Point: state.NewPoint(v.X, v.Y),
Sized: state.NewSized(10, 10),
Owner: v.Owner,
Expires: time.Now().Add(5 * time.Second),
}
g.GravityWells = append(g.GravityWells, &r)
}
func (t *PowerupCommandProcessor) fireRocket(v *state.Vehicle, g *state.GameState) {
v.StoredPowerup = NO_POWERUP
targetedVehicle := targetVehicle(v, g)
r := state.Rocket{
Point: state.NewPoint(v.X, v.Y),
Sized: state.NewSized(t.Physics.BulletWidth*3, t.Physics.BulletWidth*1.25),
Target: targetedVehicle,
Velocity: t.Physics.BulletVelocity * .75,
}
g.Rockets = append(g.Rockets, &r)
}
func TestBox2dVehicle(t *testing.T) {
vehicle := state.Vehicle{
Point: state.NewPoint(10, 20),
Sized: state.NewSized(15, 40),
Angle: 3}
Convey("Proper Box Vehicle", t, func() {
So(vehicle.AngleDegrees(), ShouldAlmostEqual, vehicle.Angle, .001)
x, y := vehicle.Position()
w, h := vehicle.Size()
So(x, ShouldAlmostEqual, vehicle.X, .001)
So(y, ShouldAlmostEqual, vehicle.Y, .001)
So(w, ShouldAlmostEqual, vehicle.Height, .001)
So(h, ShouldAlmostEqual, vehicle.Width, .001)
})
}
func TestCollisions(t *testing.T) {
Convey("Basic No Collision", t, func() {
v1 := state.Vehicle{
Point: state.NewPoint(10, 10),
Sized: state.NewSized(10, 10),
Angle: 0}
v2 := state.Vehicle{
Point: state.NewPoint(30, 30),
Sized: state.NewSized(10, 10),
Angle: 0}
check := collision.Collides(v1, v2)
So(check, ShouldEqual, false)
})
Convey("Basic Should Collide", t, func() {
v1 := state.Vehicle{
Point: state.NewPoint(10, 10),
Sized: state.NewSized(10, 10),
Angle: 0}
v2 := state.Vehicle{
Point: state.NewPoint(5, 5),
Sized: state.NewSized(10, 10),
Angle: 0}
check := collision.Collides(v1, v2)
So(check, ShouldEqual, true)
})
Convey("Basic Should Collide", t, func() {
v1 := state.Vehicle{
Point: state.NewPoint(10, 10),
Sized: state.NewSized(10, 10),
Angle: 0}
v2 := state.Vehicle{
Point: state.NewPoint(7, 7),
Sized: state.NewSized(10, 10),
Angle: 0}
check := collision.Collides(v1, v2)
So(check, ShouldEqual, true)
})
Convey("Basic Should Collide with Rotation", t, func() {
v1 := state.Vehicle{
Point: state.NewPoint(10, 10),
Sized: state.NewSized(10, 10),
Angle: 90}
v2 := state.Vehicle{
Point: state.NewPoint(7, 7),
Sized: state.NewSized(10, 10),
Angle: 0}
check := collision.Collides(v1, v2)
So(check, ShouldEqual, true)
})
Convey("Basic Should Collide with Rotation", t, func() {
v1 := state.Vehicle{
Point: state.NewPoint(10, 10),
Sized: state.NewSized(10, 10),
Angle: 90}
v2 := state.Vehicle{
Point: state.NewPoint(7, 7),
Sized: state.NewSized(10, 10),
Angle: 90}
check := collision.Collides(v1, v2)
So(check, ShouldEqual, true)
})
}
func (p *Physics) NewGameState() state.GameState {
bases := []*state.Base{}
b1 := state.Base{
Point: state.NewPoint(p.BaseOffset, p.WorldHeight-p.BaseOffset),
Sized: state.NewSized(p.BaseWidth, p.BaseWidth),
CurrentHealth: p.BaseHealth,
MaxHealth: p.BaseHealth,
TeamId: 0}
b2 := state.Base{
Point: state.NewPoint(p.WorldWidth-p.BaseOffset, p.BaseOffset),
Sized: state.NewSized(p.BaseWidth, p.BaseWidth),
CurrentHealth: p.BaseHealth,
MaxHealth: p.BaseHealth,
TeamId: 1}
bases = append(bases, &b1, &b2)
shields := []*state.Shield{}
s1 := state.Shield{
Point: state.NewPoint(p.WorldWidth-p.BaseOffset, p.BaseOffset),
Sized: state.NewSized(p.BaseWidth*1.5, p.BaseWidth*1.5),
IsEnabled: true,
TeamId: 1}
s2 := state.Shield{
Point: state.NewPoint(p.BaseOffset, p.WorldHeight-p.BaseOffset),
Sized: state.NewSized(p.BaseWidth*1.5, p.BaseWidth*1.5),
IsEnabled: true,
TeamId: 0}
shields = append(shields, &s1, &s2)
generators := []*state.ShieldGenerator{}
g1 := state.ShieldGenerator{
Point: state.NewPoint(p.WorldWidth-p.ShieldOffset, p.WorldHeight-p.BaseOffset),
Sized: state.NewSized(p.ShieldWidth, p.ShieldWidth),
CurrentHealth: p.ShieldGeneratorHealth,
MaxHealth: p.ShieldGeneratorHealth,
TeamId: 0,
RespawnTime: time.Now()}
g1.Shield = &s2
g2 := state.ShieldGenerator{
Point: state.NewPoint(p.ShieldOffset, p.ShieldOffset),
Sized: state.NewSized(p.ShieldWidth, p.ShieldWidth),
CurrentHealth: p.ShieldGeneratorHealth,
MaxHealth: p.ShieldGeneratorHealth,
TeamId: 1,
RespawnTime: time.Now()}
g2.Shield = &s1
generators = append(generators, &g1, &g2)
state := state.GameState{
Val: "",
Vehicles: []*state.Vehicle{},
Bases: bases,
ShieldGenerators: generators,
GameOver: -1,
Bullets: []*state.Bullet{},
Shields: shields,
Rockets: []*state.Rocket{},
PowerUps: []*state.Powerup{},
SecToRestart: -1,
}
return state
}
