func main() {
// create game object
game := tl.NewGame()
// create cell
cell := tl.Cell{
Bg: tl.ColorGreen,
Fg: tl.ColorBlack,
Ch: 'v',
}
// create level filled with cell
level := tl.NewBaseLevel(cell)
// create body of water
level.AddEntity(tl.NewRectangle(10, 10, 50, 20, tl.ColorBlue))
// create player
player := Player{
entity: tl.NewEntity(1, 1, 1, 1),
level: level,
}
player.entity.SetCell(0, 0, &tl.Cell{Fg: tl.ColorRed, Ch: '@'})
// add player to level
level.AddEntity(&player)
// set level of screen
game.Screen().SetLevel(level)
// start the game
game.Start()
}
func main() {
g := tl.NewGame()
sound := CreateSoundCtrl(os.Args[1], true)
defer sound.audio.Stop()
g.Screen().AddEntity(sound)
g.Start()
}
func main() {
rand.Seed(time.Now().UTC().UnixNano())
game := tl.NewGame()
level := tl.NewBaseLevel(tl.Cell{
Bg: tl.ColorWhite,
})
for i := 0; i < 4; i++ {
TilePos[i] = rand.Intn(4)
level.AddEntity(&Tile{
r: tl.NewRectangle(X+TilePos[i]*(TileWidth+BorderWidth), Y-i*(TileHeight+BorderHeight), TileWidth, TileHeight, tl.ColorBlack),
})
}
level.AddEntity(tl.NewText(X+TileWidth/2-1, Y+TileHeight, "←", tl.ColorBlack, tl.ColorWhite))
level.AddEntity(tl.NewText(X+(TileWidth+BorderWidth)+TileWidth/2-1, Y+TileHeight, "↓", tl.ColorBlack, tl.ColorWhite))
level.AddEntity(tl.NewText(X+2*(TileWidth+BorderWidth)+TileWidth/2-1, Y+TileHeight, "↑", tl.ColorBlack, tl.ColorWhite))
level.AddEntity(tl.NewText(X+3*(TileWidth+BorderWidth)+TileWidth/2-1, Y+TileHeight, "→", tl.ColorBlack, tl.ColorWhite))
level.AddEntity(&RemainingTime{
r: tl.NewText(X+4*(TileWidth+BorderWidth), 0, fmt.Sprintf("%.3f", Time), tl.ColorRed, tl.ColorDefault),
s: tl.NewText(0, 0, "0", tl.ColorRed, tl.ColorDefault),
t: Time,
m: tl.NewText(0, Y+TileHeight+1, "", tl.ColorRed, tl.ColorDefault),
e: tl.NewText(X+4*(TileWidth+BorderWidth), Y+TileHeight+1, "", tl.ColorRed, tl.ColorDefault),
})
game.Screen().SetLevel(level)
game.Start()
}
func world() {
game := tl.NewGame()
level := tl.NewBaseLevel(tl.Cell{
Bg: tl.ColorWhite,
Fg: tl.ColorWhite,
Ch: '_',
})
for i := -1000; i < 1000; i = i + 40 {
if i == 0 {
continue
}
for j := -1000; j < 1000; j = j + 40 {
level.AddEntity(tl.NewRectangle(i, j, 20, 10, tl.ColorBlue))
}
}
player := Player{
entity: tl.NewEntity(1, 1, 1, 1),
level: level,
}
player.entity.SetCell(0, 0, &tl.Cell{Fg: tl.ColorBlack, Ch: '옷'})
level.AddEntity(&player)
game.Screen().SetLevel(level)
go func() {
for {
player.Tick(tl.Event{})
time.Sleep(200 * time.Millisecond)
}
}()
game.Start()
}
func main() {
g := tl.NewGame()
dat, err := ioutil.ReadFile("lorry.txt")
check(err)
e := tl.NewEntityFromCanvas(1, 1, tl.CanvasFromString(string(dat)))
g.Screen().AddEntity(e)
g.Start()
}
func main() {
game := tl.NewGame()
snake := NewSnake(game)
game.Screen().SetLevel(snake.Level())
game.Start()
}
func main() {
g := tl.NewGame()
g.Screen().SetFps(30)
gamelevel.TheGameState.StartLevel(1, g.Screen())
// g.Screen().AddEntity(tl.NewFpsText(0, 0, tl.ColorRed, tl.ColorDefault, 0.5))
g.Start()
}
func main() {
if len(os.Args) < 2 {
fmt.Println("Please provide a string as first argument")
return
}
g := tl.NewGame()
g.AddEntity(&MovingText{
text: tl.NewText(0, 0, os.Args[1], tl.ColorWhite, tl.ColorBlue),
})
g.Start()
}
func main() {
if len(os.Args) < 2 {
fmt.Println("Please provide a filepath to open")
return
}
g := tl.NewGame()
c := tl.BackgroundCanvasFromFile(os.Args[1])
g.AddEntity(NewImage(c))
g.Start()
}
func NewGame() *Game {
game := &Game{
level: startLevel,
game: tl.NewGame(),
board: NewBoard(),
status: tl.NewText(19, 0, "", tl.ColorWhite, tl.ColorBlack),
}
game.player = NewPlayer(game)
game.updateStatus()
return game
}
func main() {
g := tl.NewGame()
for i := 0; i < 40; i++ {
for j := 0; j < 20; j++ {
g.Screen().AddEntity(NewClickable(i, j, 1, 1, tl.ColorWhite))
}
}
g.Start()
}
func main() {
game := tl.NewGame()
// pengo default maze size is 13x15
BuildLevel(game, 15, 17, 0)
game.SetDebugOn(false)
game.Start()
}
func main() {
g := tl.NewGame()
l := tl.NewBaseLevel(tl.Cell{Bg: 76, Fg: 1})
lmap, err := ioutil.ReadFile("level.json")
checkErr(err)
parsers := make(map[string]tl.EntityParser)
parsers["Player"] = parsePlayer
err = tl.LoadLevelFromMap(string(lmap), parsers, l)
checkErr(err)
g.Screen().SetLevel(l)
g.Start()
}
func main() {
b := NewGame()
board := &Board{b, &[13][13]point{}, Point{5, 2}, false,
&[]Point{}, false, []*termloop.Text{}}
board.build()
game := termloop.NewGame()
level = termloop.NewBaseLevel(termloop.Cell{})
game.Screen().SetLevel(level)
level.AddEntity(board)
game.Start()
}
func main() {
g := tl.NewGame()
l := tl.NewBaseLevel(tl.Cell{
Bg: tl.ColorWhite,
})
l.AddEntity(&CollRec{
r: tl.NewRectangle(3, 3, 3, 3, tl.ColorRed),
move: true,
})
l.AddEntity(&CollRec{
r: tl.NewRectangle(7, 4, 3, 3, tl.ColorGreen),
move: false,
})
g.SetLevel(l)
g.Start()
}
func Start(comOut chan [boardSize][boardSize]int8, comIn chan [2]int8, comHud chan string) {
game := tl.NewGame()
level := tl.NewBaseLevel(tl.Cell{
Bg: Bg,
Fg: Fg,
})
w := newWelcome(game)
level.AddEntity(w)
b := newBoard(level, game.Screen(), P1, AI2, comIn, comOut, w)
level.AddEntity(b)
h := newHud(comHud, game.Screen())
b.comHud = comHud
game.Screen().AddEntity(h)
game.Screen().SetLevel(level)
game.Start()
}
func main() {
g := tl.NewGame()
g.Screen().SetFps(60)
l := tl.NewBaseLevel(tl.Cell{
Bg: tl.ColorWhite,
})
l.AddEntity(&CollRec{
r: tl.NewRectangle(3, 3, 3, 3, tl.ColorRed),
move: true,
})
l.AddEntity(&CollRec{
r: tl.NewRectangle(7, 4, 3, 3, tl.ColorGreen),
move: false,
})
g.Screen().SetLevel(l)
g.Screen().AddEntity(tl.NewFpsText(0, 0, tl.ColorRed, tl.ColorDefault, 0.5))
g.Start()
}
func main() {
game := tl.NewGame()
level := tl.NewBaseLevel(tl.Cell{
Bg: tl.ColorGreen,
Fg: tl.ColorBlack,
Ch: 'v',
})
level.AddEntity(tl.NewRectangle(10, 10, 50, 20, tl.ColorBlue))
player := Player{
entity: tl.NewEntity(1, 1, 1, 1),
level: level,
}
// Set the character at position (0, 0) on the entity.
player.entity.SetCell(0, 0, &tl.Cell{Fg: tl.ColorRed, Ch: '옷'})
level.AddEntity(&player)
game.SetLevel(level)
game.Start()
}
// NewGopherTyper gets the game ready to run.
func NewGopherTyper() (*GopherTyper, error) {
wReader, err := os.Open("data/words.txt")
if err != nil {
return nil, err
}
gt := GopherTyper{}
gt.g = tl.NewGame()
gt.g.Screen().SetFps(30)
gt.wordList = newWordLoader(wReader)
gt.intro = newIntroLevel(>, tl.ColorBlack, tl.ColorBlue)
gt.game = newGameLevel(>, tl.ColorBlack, tl.ColorRed)
gt.store = newStoreLevel(>, tl.ColorBlack, tl.ColorCyan)
gt.end = newEndLevel(>, tl.ColorBlack, tl.ColorGreen)
gt.stats = newStats()
return >, nil
}
func main() {
game = tl.NewGame()
game.SetDebugOn(false)
start := tl.NewBaseLevel(
tl.Cell{Bg: tl.ColorBlack, Fg: tl.ColorBlack, Ch: 'S'},
)
startText := StartLevel{
tl.NewText(0, 0, startMessage, tl.ColorGreen, tl.ColorBlack),
tl.NewText(0, 0, instructions, tl.ColorGreen, tl.ColorBlack),
tl.NewText(0, 0, instructions2, tl.ColorGreen, tl.ColorBlack),
}
start.AddEntity(&startText)
game.Screen().SetLevel(start)
firstPass = true
game.Start()
}
func main() {
g := tl.NewGame()
level := tl.NewBaseLevel(tl.Cell{
Bg: tl.ColorBlack,
})
background := tl.NewEntityFromCanvas(-50, -50, *tl.BackgroundCanvasFromFile("artwork/background/forest.png"))
level.AddEntity(background)
charSelect := "m_mage"
var playerCanvases []*tl.Canvas
for i := 0; i < 12; i++ {
playerCanvases = append(playerCanvases, tl.BackgroundCanvasFromFile(fmt.Sprintf("artwork/sprites/player/%s/%d.png", charSelect, i)))
}
playerSprite := NewSprite(playerCanvases, 3, 2, 7, 0, 0, 14, 28, level)
level.AddEntity(playerSprite)
var enemyCanvases []*tl.Canvas
for i := 0; i < 12; i++ {
enemyCanvases = append(enemyCanvases, tl.BackgroundCanvasFromFile(fmt.Sprintf("artwork/sprites/enemy/flower/%d.png", i)))
}
enemySprite := NewSprite(enemyCanvases, 3, 2, 7, 70, 15, 14, 28, level)
enemySprite.enemy = NewEnemy(5, 10)
level.AddEntity(enemySprite)
portrait := tl.BackgroundCanvasFromFile(fmt.Sprintf("artwork/sprites/player/%s/portrait.png", charSelect))
var spellCanvases []*tl.Canvas
for i := 0; i < 4; i++ {
spellCanvases = append(spellCanvases, tl.BackgroundCanvasFromFile(fmt.Sprintf("artwork/spells/fireball/%d.png", i)))
}
player := NewPlayer(portrait, spellCanvases, playerSprite)
playerSprite.player = player
level.AddEntity(player)
g.Screen().SetLevel(level)
g.Start()
}
func main() {
game = termloop.NewGame()
player = NewPlayer()
level = termloop.NewBaseLevel(termloop.Cell{Bg: termloop.ColorBlack})
grid = NewGrid(width, height, mineCount)
game.SetDebugOn(true)
SetupUI()
// Add cells to level
for x := 0; x < width; x++ {
for y := 0; y < height; y++ {
level.AddEntity(&grid.cells[x][y])
}
}
// Add player to level
level.AddEntity(&player)
game.Screen().SetLevel(level)
UpdateUI()
GameSetup()
game.Start()
}
func (d *TermloopDriver) OnInit(c *hachi.Chip8) {
// hex keyboard with 16 keys.
// 8, 4, 6 and 2 are typically used for directional input.
d.keyMap = map[tl.Key]uint16{
tl.KeyTab: hachi.Key0,
tl.KeyF2: hachi.Key1,
tl.KeyF3: hachi.Key2,
tl.KeyF4: hachi.Key3,
tl.KeyF5: hachi.Key4,
tl.KeyF6: hachi.Key5,
tl.KeyF7: hachi.Key6,
tl.KeyF8: hachi.Key7,
tl.KeyF9: hachi.Key8,
tl.KeyF10: hachi.Key9,
tl.KeyCtrlA: hachi.KeyA,
tl.KeyCtrlB: hachi.KeyB,
tl.KeyCtrlC: hachi.KeyC,
tl.KeyCtrlD: hachi.KeyD,
tl.KeyCtrlE: hachi.KeyE,
tl.KeyCtrlF: hachi.KeyF,
tl.KeyArrowDown: hachi.Key2,
tl.KeyArrowLeft: hachi.Key4,
tl.KeyArrowRight: hachi.Key6,
tl.KeyArrowUp: hachi.Key8,
tl.KeyEnter: hachi.Key5,
}
// init termloop
d.g = tl.NewGame()
scr := d.g.Screen()
scr.AddEntity(&inputHandler{c, d, make(map[uint16]time.Time)})
scr.AddEntity(tl.NewText(0, 0, "Stack Syscalls",
tl.ColorDefault, tl.ColorDefault))
// stack
d.stack = make([]*tl.Text, len(c.Stack))
for i := 0; i < len(d.stack); i++ {
d.stack[i] = tl.NewText(
0, i+1, "", tl.ColorDefault, tl.ColorDefault)
d.g.Screen().AddEntity(d.stack[i])
}
// syscall log
for i := 0; i < 10; i++ {
d.syscalls[i] = tl.NewText(
8, i+1, "", tl.ColorDefault, tl.ColorDefault)
d.g.Screen().AddEntity(d.syscalls[i])
}
// chip info
d.memory = tl.NewText(20, 0, "placeholder",
tl.ColorDefault, tl.ColorDefault)
scr.AddEntity(d.memory)
d.registers = tl.NewText(20, 1, "placeholder",
tl.ColorDefault, tl.ColorDefault)
scr.AddEntity(d.registers)
d.pointersAndTimers = tl.NewText(20, 2, "placeholder",
tl.ColorDefault, tl.ColorDefault)
scr.AddEntity(d.pointersAndTimers)
d.devices = tl.NewText(20, 3, "placeholder",
tl.ColorDefault, tl.ColorDefault)
scr.AddEntity(d.devices)
// screen preview at 20,5
d.screen = make([][]*tl.Rectangle, c.Width)
color := tl.ColorWhite // foreground
for i := uint8(0); i < c.Width; i++ {
d.screen[i] = make([]*tl.Rectangle, c.Height)
for j := uint8(0); j < c.Height; j++ {
d.screen[i][j] = tl.NewRectangle(
20+int(i), 5+int(j),
1, 1, color,
)
}
}
d.lastScreen = make([]byte, uint16(c.Width)*uint16(c.Height)/8)
log.Println("TermloopDriver initialized")
}
func main() {
g := tl.NewGame()
buildLevel(g, 6, 2, 0)
g.SetDebugOn(true)
g.Start()
}