perspectivefungo

package module

v0.0.0-...-fa155da Latest Latest Go to latest Published: Mar 8, 2022 License: Apache-2.0 Imports: 10 Imported by: 0

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Repository

github.com/AletheiaWareLLC/perspectivefungo

Links

Open Source Insights

README ¶

perspectivefungo

https://perspective.fun

Perspective is a casual puzzle game in which players navigate a 3-dimensional maze controlling only their orientation and gravity.

Swipe to rotate maze.
Tap to activate gravity.

Generate Puzzle

go run ./cmd/generator -size 11 -moves 7 -blocks 8 -portals 2 puzzle.json

Play Puzzle

go run ./cmd/glfwplayer puzzle.json

Build Web Player

tinygo build -o ./cmd/server/assets/static/player.wasm ./cmd/wasmplayer

Run Web Server

go run ./cmd/server

Navigate to localhost

Documentation ¶

Index ¶

Constants
Variables
func Abs(a int) uint
func GenerateLocation(occupied map[string]bool, size uint) []int
func Key(x, y, z int) string
func LoadAssets(d Driver) error
func LoadOFFMesh(d Driver, id string, data []byte, smooth bool) error
func NewCameraEye() mgl32.Vec3
func NewCameraLookAt() mgl32.Vec3
func NewCameraUp() mgl32.Vec3
func NewLight() mgl32.Vec3
func NewModel() mgl32.Mat4
func NewProjection(width, height float32) mgl32.Mat4
func RandomLocation(size uint) int
func Score(puzzle *Puzzle) (uint, uint)
func ScoreDirection(size uint, player, goal []int, blocks map[string]bool, ...) int
func ScoreDirections(size uint, player, goal []int, blocks map[string]bool, ...) (int, []int)
type Animation
- func NewGameOverAnimation(model *mgl32.Mat4) Animation
- func NewRotateToAxisAnimation(rotation *mgl32.Mat4, cameraEye, cameraUp mgl32.Vec3) Animation
type Driver
type Game
- func NewGame(puzzle *Puzzle) Game
type Puzzle
- func Generate(size, blocks, portals uint) (*Puzzle, error)
type ReleaseBallAnimation
- func NewReleaseBallAnimation(size uint, rotation mgl32.Mat4, player *[3]float32, goal [3]float32, ...) ReleaseBallAnimation
type Snapshot
type Solution

Constants ¶

View Source

const (
	ACCELERATION = 98.1
	INCREMENT    = 0.02
)

View Source

const (
	BAD  = -1
	GOOD = 1
)

Variables ¶

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var (
	BackgroundColor = mgl32.Vec4{1, 1, 1, 1}
	GameLostColor   = mgl32.Vec4{0.9, 0, 0, 1}
	GameWonColor    = mgl32.Vec4{0.9, 0.9, 0, 1}
	RetryColor      = mgl32.Vec4{0.9, 0, 0, 1}
	ShareColor      = mgl32.Vec4{0, 0.8, 0, 1}
	BlockColor      = mgl32.Vec4{0.5, 0.5, 0.5, 1}
	GoalColor       = mgl32.Vec4{0, 0.8, 0, 0.9}
	PlayerColor     = mgl32.Vec4{1, 1, 0, 1}
	PortalColors    = []mgl32.Vec4{
		mgl32.Vec4{0, 0, 0.8, 0.9},
		mgl32.Vec4{0.27, 0, 0.8, 0.9},
		mgl32.Vec4{0.54, 0, 0.8, 0.9},
	}
)

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var Block []byte

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var Eight []byte

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var Five []byte

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var Four []byte

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var FragmentShader string

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var GameOver []byte

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var Goal []byte

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var Nine []byte

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var One []byte

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var Player []byte

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var Point []byte

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var Portal []byte

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var Retry []byte

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var Seconds []byte

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var Seven []byte

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var Share []byte

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var Six []byte

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var Start []byte

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var Three []byte

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var Two []byte

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var VertexShader string

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var Zero []byte

Functions ¶

func Abs ¶

func Abs(a int) uint

func GenerateLocation ¶

func GenerateLocation(occupied map[string]bool, size uint) []int

func Key ¶

func Key(x, y, z int) string

func LoadAssets ¶

func LoadAssets(d Driver) error

func LoadOFFMesh ¶

func LoadOFFMesh(d Driver, id string, data []byte, smooth bool) error

func NewCameraEye ¶

func NewCameraEye() mgl32.Vec3

func NewCameraLookAt ¶

func NewCameraLookAt() mgl32.Vec3

func NewCameraUp ¶

func NewCameraUp() mgl32.Vec3

func NewLight ¶

func NewLight() mgl32.Vec3

func NewModel ¶

func NewModel() mgl32.Mat4

func NewProjection ¶

func NewProjection(width, height float32) mgl32.Mat4

func RandomLocation ¶

func RandomLocation(size uint) int

func Score ¶

func Score(puzzle *Puzzle) (uint, uint)

func ScoreDirection ¶

func ScoreDirection(size uint, player, goal []int, blocks map[string]bool, portals map[string][]int, direction []int, tested map[string]int, visited map[string]bool, portaled bool) int

func ScoreDirections ¶

func ScoreDirections(size uint, player, goal []int, blocks map[string]bool, portals map[string][]int, tested map[string]int, visited map[string]bool, portaled bool) (int, []int)

Types ¶

type Animation ¶

type Animation interface {
	Tick() bool // Return true if animation has completed
}

func NewGameOverAnimation ¶

func NewGameOverAnimation(model *mgl32.Mat4) Animation

func NewRotateToAxisAnimation ¶

func NewRotateToAxisAnimation(rotation *mgl32.Mat4, cameraEye, cameraUp mgl32.Vec3) Animation

type Driver ¶

type Driver interface {
	Init(Game) error
	Loop(float64) error
	AddMesh(string, int32, []float32, []float32) error
	DrawMesh(string) error
	Now() float64
	SetProjection(*mgl32.Mat4)
	SetCamera(*mgl32.Mat4)
	SetModel(*mgl32.Mat4)
	SetLight(*mgl32.Vec3)
	SetColor(*mgl32.Vec4)
}

type Game ¶

type Game interface {
	Init(Driver) error
	Resize(float32, float32)
	Reset()
	Start()
	Loop(Driver) error
	Rotate(float32, float32)
	RotateToAxis()
	ReleaseBall()
	Animating() bool
	Solution() *Solution
	GameOver(bool)
	HasGameStarted() bool
	HasGameEnded() bool
}

func NewGame ¶

func NewGame(puzzle *Puzzle) Game

type Puzzle ¶

type Puzzle struct {
	Size    uint  `json:"size"`
	Player  []int `json:"player"`
	Goal    []int `json:"goal"`
	Blocks  []int `json:"blocks"`
	Portals []int `json:"portals"`
}

func Generate ¶

func Generate(size, blocks, portals uint) (*Puzzle, error)

type ReleaseBallAnimation ¶

type ReleaseBallAnimation interface {
	Animation
	Progress(float64) bool
}

func NewReleaseBallAnimation ¶

func NewReleaseBallAnimation(size uint, rotation mgl32.Mat4, player *[3]float32, goal [3]float32, blocks, portals [][3]float32) ReleaseBallAnimation

type Snapshot ¶

type Snapshot struct {
	Time     time.Time
	Position [3]float32
}

type Solution ¶

type Solution struct {
	Start, End time.Time
	Progress   []*Snapshot
}

Source Files ¶

View all Source files

Directories ¶

Path	Synopsis
cmd
generator
glfwplayer
scorer
server
wasmplayer

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