func (m UseAbility) Apply(_g interface{}) {
g := _g.(*Game)
ent, ok := g.Ents[m.Gid]
if !ok || ent == nil {
base.Error().Printf("Got a use ability that made no sense: %v", m)
return
}
abilities := ent.Abilities()
if m.Index < 0 || m.Index >= len(abilities) {
base.Error().Printf("Got a UseAbility on index %d with only %d abilities.", m.Index, len(abilities))
return
}
// Don't use the ability if any other abilities are active
anyActive := false
for i, ability := range abilities {
if i == m.Index {
// It's ok to send input to the active ability, so if the ability this
// command is trying to use is active that's ok.
continue
}
if ability.IsActive() {
anyActive = true
break
}
}
if anyActive {
return
}
abilities[m.Index].Input(ent, g, m.Button, m.Trigger)
}
func main() {
defer base.StackCatcher()
sys.Startup()
err := gl.Init()
if err != nil {
base.Error().Fatalf("%v", err)
}
render.Init()
render.Queue(func() {
sys.CreateWindow(10, 10, wdx, wdy)
sys.EnableVSync(true)
})
base.InitShaders()
runtime.GOMAXPROCS(10)
sys.Think()
base.LoadAllDictionaries()
if Version() != "standard" {
engine := debugHookup(Version())
mainLoop(engine, "standard")
} else {
// TODO: Reimplement standard hookup
}
}
func (jm *JotaModule) Param(vs ...runtime.Val) runtime.Val {
jm.dieOnTerminated()
jm.paramsMutex.Lock()
defer jm.paramsMutex.Unlock()
paramName := vs[0].String()
value, ok := jm.params[paramName]
if !ok {
return runtime.Nil
}
switch t := value.(type) {
case string:
return runtime.String(t)
case bool:
return runtime.Bool(t)
case int:
return runtime.Number(t)
case float64:
return runtime.Number(t)
case linear.Vec2:
return jm.newVec(t.X, t.Y)
case game.Gid:
return jm.newEnt(t)
default:
base.Error().Printf("Requested parameter of unexpected type: %T", t)
return runtime.Nil
}
}
func (m Move) Apply(_g interface{}) {
g := _g.(*Game)
ent := g.Ents[m.Gid]
if ent == nil {
return
}
if ent.Id() != m.Gid {
base.Error().Printf("Move.Apply(): %v %v")
}
ent.Move(m.Angle, m.Magnitude)
}
func debugHookup(version string) *cgf.Engine {
var err error
for false && len(sys.GetActiveDevices()[gin.DeviceTypeController]) < 2 {
time.Sleep(time.Millisecond * 100)
sys.Think()
}
var engine *cgf.Engine
if version != "host" {
engine, err = cgf.NewClientEngine(17, "thunderingvictory.dyndns.org", 20007, base.EmailCrashReport, base.Log())
if err != nil {
base.Log().Printf("Unable to connect: %v", err)
base.Error().Fatalf("%v", err.Error())
}
} else {
sys.Think()
g := game.MakeGame()
if version == "host" {
engine, err = cgf.NewHostEngine(g, 17, "", 20007, base.EmailCrashReport, base.Log())
if err != nil {
panic(err)
}
err = cgf.Host(20007, "thunderball")
if err != nil {
panic(err)
}
} else {
engine, err = cgf.NewLocalEngine(g, 17, base.EmailCrashReport, base.Log())
}
if err != nil {
base.Error().Fatalf("%v", err.Error())
}
}
engine.Pause()
engine.GetState().(*game.Game).SetSystem(sys)
engine.Unpause()
base.Log().Printf("Engine Id: %v", engine.Id())
base.Log().Printf("All Ids: %v", engine.Ids())
return engine
}
func (b *BaseEnt) BindAi(name string, engine *cgf.Engine) {
if b.ai != nil {
base.Warn().Printf("Can't bind an Ai when there is already one bound.")
return
}
if b.Gid == "" {
base.Error().Printf("Can't bind an Ai on an ent before setting its Gid.")
return
}
b.ai = ai_maker(name, engine, b.Gid)
b.ai.Start()
}
// Draws everything that is relevant to the players on a computer, but not the
// players across the network. Any ui used to determine how to place an object
// or use an ability, for example.
func (g *Game) RenderLocal(region g2.Region) {
switch {
case g.Setup != nil:
g.RenderLocalSetup(region)
case !g.editor.Active():
g.RenderLocalGame(region)
case g.editor.Active():
g.RenderLocalEditor(region)
default:
base.Error().Printf("Unexpected case.")
}
}
func (g *Game) RenderLocalEditor(region g2.Region) {
g.editor.Lock()
defer g.editor.Unlock()
g.editor.region = region
g.editor.camera.regionDims = linear.Vec2{float64(region.Dims.Dx), float64(region.Dims.Dy)}
levelDims := linear.Vec2{float64(g.Level.Room.Dx), float64(g.Level.Room.Dy)}
g.editor.camera.StandardRegion(levelDims.Scale(0.5), levelDims)
g.editor.camera.approachTarget()
gl.MatrixMode(gl.PROJECTION)
gl.PushMatrix()
gl.LoadIdentity()
defer gl.PopMatrix()
gl.PushAttrib(gl.VIEWPORT_BIT)
gl.Viewport(gl.Int(region.X), gl.Int(region.Y), gl.Sizei(region.Dx), gl.Sizei(region.Dy))
defer gl.PopAttrib()
current := &g.editor.camera.current
gl.Ortho(
gl.Double(current.mid.X-current.dims.X/2),
gl.Double(current.mid.X+current.dims.X/2),
gl.Double(current.mid.Y+current.dims.Y/2),
gl.Double(current.mid.Y-current.dims.Y/2),
gl.Double(1000),
gl.Double(-1000),
)
defer func() {
gl.MatrixMode(gl.PROJECTION)
gl.PopMatrix()
gl.MatrixMode(gl.MODELVIEW)
}()
gl.MatrixMode(gl.MODELVIEW)
gl.Enable(gl.BLEND)
gl.BlendFunc(gl.SRC_ALPHA, gl.ONE_MINUS_SRC_ALPHA)
g.renderWalls()
g.renderEdges()
g.renderBases()
g.renderEntsAndAbilities()
g.renderProcesses()
g.editor.renderPathing(&g.Level.Room, g.local.pathingData)
switch g.editor.action {
case editorActionNone:
case editorActionPlaceBlock:
g.editor.renderPlaceBlock(g)
default:
base.Error().Printf("Unexpected editorAction: %v", g.editor.action)
}
}
func (ms *ManaSource) Init(options *ManaSourceOptions) {
ms.options = *options
if options.NumNodeCols < 2 || options.NumNodeRows < 2 {
base.Error().Fatalf(fmt.Sprintf("Invalid options: %v", options))
}
r := rand.New(options.Rng)
seeds := make([]nodeSeed, options.NumSeeds)
for i := range seeds {
seed := &seeds[i]
seed.x = options.BoardLeft + r.Float64()*(options.BoardRight-options.BoardLeft)
seed.y = options.BoardTop + r.Float64()*(options.BoardBottom-options.BoardTop)
seed.color = r.Intn(3)
}
ms.rawNodes = newNodes(options.NumNodeCols * options.NumNodeRows)
// ms.rawNodes = make([]node, options.NumNodeCols*options.NumNodeRows)
ms.nodes = make([][]node, options.NumNodeCols)
for col := 0; col < options.NumNodeCols; col++ {
ms.nodes[col] = ms.rawNodes[col*options.NumNodeRows : (col+1)*options.NumNodeRows]
for row := 0; row < options.NumNodeRows; row++ {
x := options.BoardLeft + float64(col)/float64(options.NumNodeCols-1)*(options.BoardRight-options.BoardLeft)
y := options.BoardTop + float64(row)/float64(options.NumNodeRows-1)*(options.BoardBottom-options.BoardTop)
maxWeightByColor := [3]float64{0.0, 0.0, 0.0}
for _, seed := range seeds {
c := seed.color
dx := x - seed.x
dy := y - seed.y
distSquared := dx*dx + dy*dy
weight := 1 / (distSquared + 1.0)
if weight > maxWeightByColor[c] {
maxWeightByColor[c] = weight
}
}
normalizeWeights(options.NodeMagnitude, maxWeightByColor[:])
var weightsCopy [3]float64
copy(weightsCopy[:], maxWeightByColor[:])
ms.nodes[col][row] = node{
X: x,
Y: y,
RegenPerFrame: options.RegenPerFrame,
Mana: maxWeightByColor,
MaxMana: weightsCopy,
}
}
}
}
func (ai *GameAi) Start() {
if ai.jm == nil {
return
}
ctx := runtime.NewCtx(getGlobalJotaResolver(), new(compiler.Compiler))
ctx.RegisterNativeModule(new(stdlib.TimeMod))
ctx.RegisterNativeModule(&LogModule{})
ctx.RegisterNativeModule(ai.jm)
mod, err := ctx.Load(ai.jm.name)
if err != nil {
base.Error().Printf("Error compiling script: %v", err)
return
}
go func() {
for {
_, err := mod.Run()
if err.Error() == "module terminated" {
return
}
base.Error().Printf("Error running script: %v", err)
}
}()
}
func (editor *editorData) saveAction(room *Room) {
data, err := json.MarshalIndent(room, "", " ")
if err != nil {
base.Error().Printf("Unable to encode room to json: %v", err)
return
}
name := fmt.Sprintf("save-%v.json", time.Now())
fullPath := filepath.Join(base.GetDataDir(), name)
err = ioutil.WriteFile(fullPath, data, 0664)
if err != nil {
base.Warn().Printf("Unable to write output json file: %v", err)
return
}
}
func (g *Game) HandleEventGroup(group gin.EventGroup) {
g.local.Engine.Pause()
defer g.local.Engine.Unpause()
switch {
case g.Setup != nil:
g.HandleEventGroupSetup(group)
case g.editor.Active():
g.HandleEventGroupEditor(group)
case !g.editor.Active():
g.HandleEventGroupGame(group)
default:
base.Error().Printf("Unexpected case in HandleEventGroup()")
}
}
func (ms *ManaSource) regenerateMana() {
for i := range ms.rawNodes {
node := &ms.rawNodes[i]
for c := range node.Mana {
if node.MaxMana[c] == 0 {
continue
}
maxRecovery := node.MaxMana[c] * node.RegenPerFrame
scale := (node.MaxMana[c] - node.Mana[c]) / node.MaxMana[c]
node.Mana[c] += scale * maxRecovery
if scale != scale || maxRecovery != maxRecovery {
base.Error().Fatalf("NaN showed up somewhere!")
}
}
}
}
func (jm *JotaModule) setParam(name string, value interface{}) {
jm.paramsMutex.Lock()
defer jm.paramsMutex.Unlock()
// NOTE: The list of supported types here should match the list in
// JotaModule.Param()
switch value.(type) {
case string:
case bool:
case int:
case float64:
case linear.Vec2:
case game.Gid:
default:
base.Error().Printf("Tried to specify a parameter with an unexpected type: %T", value)
return
}
jm.params[name] = value
}
func setupSound() {
soundInit.Do(func() {
var err error
// fmodSys, err = fmod.CreateSystem()
if err != nil {
// base.Error().Fatalf("Unable to initialize fmod: %v", err)
}
// err = fmodSys.Init(2, 0, nil)
if err != nil {
// base.Error().Fatalf("Unable to initialize fmod: %v", err)
}
target := filepath.Join(base.GetDataDir(), "sound/ping.wav")
base.Log().Printf("Trying to load ", target)
// sound, err = fmodSys.CreateSound_FromFilename(target, fmod.MODE_DEFAULT)
if err != nil {
base.Error().Fatalf("Unable to load sound: %v", err)
}
})
}
func (g *Game) AddCreeps(pos linear.Vec2, count, side int, params map[string]interface{}) {
if side < 0 || side >= len(g.Level.Room.SideData) {
base.Error().Fatalf("Got side %d, but this level only supports sides from 0 to %d.", side, len(g.Level.Room.SideData)-1)
return
}
for i := 0; i < count; i++ {
var c CreepEnt
c.StatsInst = stats.Make(stats.Base{
Health: 100,
Mass: 250,
Acc: 50.0,
Rate: 0.0,
Size: 8,
Vision: 400,
})
// Evenly space the players on a circle around the starting position.
randAngle := rand.New(g.Rng).Float64() * math.Pi
rot := (linear.Vec2{15, 0}).Rotate(randAngle + float64(i)*2*3.1415926535/float64(count))
c.Position = pos.Add(rot)
c.Side_ = side
c.Gid = g.NextGid()
c.Abilities_ = append(
c.Abilities_,
ability_makers["asplode"](map[string]float64{"startRadius": 40, "endRadius": 70, "durationThinks": 50, "dps": 5}))
// if playerData.gid[0:2] == "Ai" {
// c.BindAi("simple", g.local.Engine)
// }
g.AddEnt(&c)
c.BindAi("creep", g.local.Engine)
for name, value := range params {
c.ai.SetParam(name, value)
}
}
}
func (g *Game) addPlayersToSide(playerDatas []addPlayerData, side int) {
if side < 0 || side >= len(g.Level.Room.SideData) {
base.Error().Fatalf("Got side %d, but this level only supports sides from 0 to %d.", len(g.Level.Room.SideData)-1)
}
for i, playerData := range playerDatas {
var p PlayerEnt
p.StatsInst = stats.Make(stats.Base{
Health: 1000,
Mass: 750,
Acc: 150.0,
Turn: 0.07,
Rate: 0.5,
Size: 12,
Vision: 500,
})
// Evenly space the players on a circle around the starting position.
rot := (linear.Vec2{25, 0}).Rotate(float64(i) * 2 * 3.1415926535 / float64(len(playerDatas)))
p.Position = g.Level.Room.SideData[side].Base.Add(rot)
p.Side_ = side
p.Gid = playerData.gid
p.Processes = make(map[int]Process)
for _, ability := range g.Champs[playerData.champ].Abilities {
p.Abilities_ = append(
p.Abilities_,
ability_makers[ability.Name](ability.Params))
}
if playerData.gid[0:2] == "Ai" {
// p.BindAi("simple", g.local.Engine)
}
g.AddEnt(&p)
}
}
func mainLoop(engine *cgf.Engine, mode string) {
defer engine.Kill()
var profile_output *os.File
var contention_output *os.File
var num_mem_profiles int
// ui.AddChild(base.MakeConsole())
ticker := time.Tick(time.Millisecond * 17)
ui := g2.Make(0, 0, wdx, wdy)
ui.AddChild(&game.GameWindow{Engine: engine, Dims: g2.Dims{wdx - 50, wdy - 50}}, g2.AnchorDeadCenter)
ui.AddChild(g2.MakeConsole(wdx-50, wdy-50), g2.AnchorDeadCenter)
// side0Index := gin.In().BindDerivedKeyFamily("Side0", gin.In().MakeBindingFamily(gin.Key1, []gin.KeyIndex{gin.EitherControl}, []bool{true}))
// side1Index := gin.In().BindDerivedKeyFamily("Side1", gin.In().MakeBindingFamily(gin.Key2, []gin.KeyIndex{gin.EitherControl}, []bool{true}))
// side2Index := gin.In().BindDerivedKeyFamily("Side2", gin.In().MakeBindingFamily(gin.Key3, []gin.KeyIndex{gin.EitherControl}, []bool{true}))
// side0Key := gin.In().GetKeyFlat(side0Index, gin.DeviceTypeAny, gin.DeviceIndexAny)
// side1Key := gin.In().GetKeyFlat(side1Index, gin.DeviceTypeAny, gin.DeviceIndexAny)
// side2Key := gin.In().GetKeyFlat(side2Index, gin.DeviceTypeAny, gin.DeviceIndexAny)
defer ui.StopEventListening()
for {
<-ticker
if gin.In().GetKey(gin.AnyEscape).FramePressCount() != 0 {
return
}
start := time.Now()
sys.Think()
start = time.Now()
render.Queue(func() {
ui.Draw()
})
render.Queue(func() {
start = time.Now()
sys.SwapBuffers()
})
render.Purge()
start = time.Now()
// TODO: Replace the 'P' key with an appropriate keybind
var err error
if gin.In().GetKey(gin.AnyKeyP).FramePressCount() > 0 {
if profile_output == nil {
profile_output, err = os.Create(filepath.Join(datadir, "cpu.prof"))
if err == nil {
err = pprof.StartCPUProfile(profile_output)
if err != nil {
base.Log().Printf("Unable to start CPU profile: %v\n", err)
profile_output.Close()
profile_output = nil
}
base.Log().Printf("cpu prof: %v\n", profile_output)
} else {
base.Log().Printf("Unable to start CPU profile: %v\n", err)
}
} else {
pprof.StopCPUProfile()
profile_output.Close()
profile_output = nil
}
}
if gin.In().GetKey(gin.AnyKeyL).FramePressCount() > 0 {
if contention_output == nil {
contention_output, err = os.Create(filepath.Join(datadir, "contention.prof"))
if err == nil {
runtime.SetBlockProfileRate(1)
base.Log().Printf("contention prof: %v\n", contention_output)
} else {
base.Log().Printf("Unable to start contention profile: %v\n", err)
}
} else {
pprof.Lookup("block").WriteTo(contention_output, 0)
contention_output.Close()
contention_output = nil
}
}
// TODO: Replace the 'M' key with an appropriate keybind
if gin.In().GetKey(gin.AnyKeyM).FramePressCount() > 0 {
f, err := os.Create(filepath.Join(datadir, fmt.Sprintf("mem.%d.prof", num_mem_profiles)))
if err != nil {
base.Error().Printf("Unable to write mem profile: %v", err)
}
pprof.WriteHeapProfile(f)
f.Close()
num_mem_profiles++
}
}
}
func (u SetupComplete) Apply(_g interface{}) {
g := _g.(*Game)
if g.Setup == nil {
return
}
sideCount := make(map[int]int)
// Must have at least two sides
sideCount[0] = 0
sideCount[1] = 0
for _, spd := range g.Setup.Players {
sideCount[spd.Side]++
}
g.Engines = make(map[int64]*PlayerData)
for id, player := range g.Setup.Players {
var gid Gid
if id < 0 {
gid = Gid(fmt.Sprintf("Ai:%d", -id))
} else {
gid = Gid(fmt.Sprintf("Engine:%d", id))
}
g.Engines[id] = &PlayerData{
PlayerGid: Gid(gid),
Side: player.Side,
ChampIndex: player.ChampIndex,
}
}
// Now that we have the information we can set up a lot of the local data for
// this engine's player.
if g.IsPlaying() {
g.local.Side = g.Engines[g.local.Engine.Id()].Side
g.local.Gid = g.Engines[g.local.Engine.Id()].PlayerGid
g.local.Data = g.Engines[g.local.Engine.Id()]
}
var room Room
err := base.LoadJson(filepath.Join(base.GetDataDir(), "rooms/basic.json"), &room)
if err != nil {
base.Error().Fatalf("%v", err)
}
errs := room.Validate()
for _, err := range errs {
base.Error().Printf("%v", err)
}
if len(errs) > 0 {
base.Error().Fatalf("Errors with the level, bailing...")
}
g.Level = &Level{}
g.Level.Room = room
g.Rng = cmwc.MakeGoodCmwc()
g.Rng.Seed(u.Seed)
g.Ents = make(map[Gid]Ent)
g.Friction = 0.97
g.losCache = makeLosCache(g.Level.Room.Dx, g.Level.Room.Dy)
sides := make(map[int][]int64)
var playerDatas []*PlayerData
base.DoOrdered(g.Engines, func(a, b int64) bool { return a < b }, func(id int64, data *PlayerData) {
sides[data.Side] = append(sides[data.Side], id)
playerDatas = append(playerDatas, data)
})
for id, ed := range g.Engines {
base.Log().Printf("%v -> %v", id, *ed)
}
g.AddPlayers(playerDatas)
g.MakeControlPoints()
g.Init()
base.Log().Printf("Nillifying g.Setup()")
g.Setup = nil
}
func (g *Game) ThinkGame() {
// cache wall data
if g.local.temp.AllWalls == nil || g.local.temp.AllWallsDirty {
g.local.temp.AllWallsDirty = false
g.local.temp.AllWalls = nil
g.local.temp.WallCache = nil
g.local.temp.VisibleWallCache = nil
// Can't use a nil slice, otherwise we'll run this block every Think for levels
// with no walls.
allWalls := make([]linear.Seg2, 0)
base.DoOrdered(g.Level.Room.Walls, func(a, b string) bool { return a < b }, func(_ string, walls linear.Poly) {
for i := range walls {
allWalls = append(allWalls, walls.Seg(i))
}
})
g.local.temp.AllWalls = allWalls
g.local.temp.WallCache = &wallCache{}
g.local.temp.WallCache.SetWalls(g.Level.Room.Dx, g.Level.Room.Dy, allWalls, 100)
g.local.temp.VisibleWallCache = &wallCache{}
g.local.temp.VisibleWallCache.SetWalls(g.Level.Room.Dx, g.Level.Room.Dy, allWalls, stats.LosPlayerHorizon)
g.local.pathingData = makePathingData(&g.Level.Room)
}
// cache ent data
for _, ent := range g.local.temp.AllEnts {
if ent.Dead() {
if _, ok := ent.(*PlayerEnt); ok {
var id int64
_, err := fmt.Sscanf(string(ent.Id()), "Engine:%d", &id)
if err != nil {
_, err = fmt.Sscanf(string(ent.Id()), "Ai:%d", &id)
id = -id // Ai's engine ids are negative
}
if err != nil {
base.Error().Printf("Unable to parse player id '%v'", ent.Id())
} else {
if engineData, ok := g.Engines[id]; ok {
if !ok {
base.Error().Printf("Unable to find engine %d for player %v", id, ent.Id())
} else {
engineData.CountdownFrames = 60 * 10
base.Log().Printf("%v died, counting down....", *engineData)
}
}
}
}
ent.OnDeath(g)
g.RemoveEnt(ent.Id())
}
}
// Death countdown
base.DoOrdered(g.Engines, func(a, b int64) bool { return a < b }, func(_ int64, engineData *PlayerData) {
if engineData.CountdownFrames > 0 {
engineData.CountdownFrames--
if engineData.CountdownFrames == 0 {
g.AddPlayers([]*PlayerData{engineData})
}
}
})
if g.local.temp.AllEnts == nil || g.local.temp.AllEntsDirty {
g.local.temp.AllEnts = g.local.temp.AllEnts[0:0]
g.DoForEnts(func(gid Gid, ent Ent) {
g.local.temp.AllEnts = append(g.local.temp.AllEnts, ent)
})
g.local.temp.AllEntsDirty = false
}
if g.local.temp.EntGrid == nil {
g.local.temp.EntGrid = MakeEntCache(g.Level.Room.Dx, g.Level.Room.Dy)
}
g.local.temp.EntGrid.SetEnts(g.local.temp.AllEnts)
for _, proc := range g.Processes {
proc.Think(g)
}
algorithm.Choose(&g.Processes, func(proc Process) bool { return !proc.Dead() })
// Advance players, check for collisions, add segments
eps := 1.0e-3
for _, ent := range g.local.temp.AllEnts {
ent.Think(g)
for _, ab := range ent.Abilities() {
ab.Think(ent, g)
}
pos := ent.Pos()
pos.X = clamp(pos.X, eps, float64(g.Level.Room.Dx)-eps)
pos.Y = clamp(pos.Y, eps, float64(g.Level.Room.Dy)-eps)
ent.SetPos(pos)
}
var nearby []Ent
for i := 0; i < len(g.local.temp.AllEnts); i++ {
outerEnt := g.local.temp.AllEnts[i]
outerSize := outerEnt.Stats().Size()
if outerSize == 0 {
continue
}
g.local.temp.EntGrid.EntsInRange(outerEnt.Pos(), 100, &nearby)
for _, innerEnt := range nearby {
innerSize := innerEnt.Stats().Size()
if innerSize == 0 {
continue
}
distSq := outerEnt.Pos().Sub(innerEnt.Pos()).Mag2()
colDist := innerSize + outerSize
if distSq > colDist*colDist {
continue
}
if distSq < 0.015625 { // this means that dist < 0.125
continue
}
dist := math.Sqrt(distSq)
force := 50.0 * (colDist - dist)
innerEnt.ApplyForce(innerEnt.Pos().Sub(outerEnt.Pos()).Scale(force / dist))
}
}
g.Level.ManaSource.Think(g.Ents)
}