go/src/hearts/img/texture/texture.go - release.projects.croupier - Git at Google

 // Copyright 2015 The Vanadium Authors. All rights reserved.
 // Use of this source code is governed by a BSD-style
 // license that can be found in the LICENSE file.

 // texture handles creation of new images, as well as adding the UI element to card objects

 package texture

 import (
 	"image"
 	_ "image/jpeg"
 	_ "image/png"
 	"log"
 	"strconv"
 	"strings"

 	"hearts/img/coords"
 	"hearts/img/staticimg"
 	"hearts/img/uistate"
 	"hearts/logic/card"

 	"golang.org/x/mobile/asset"
 	"golang.org/x/mobile/exp/sprite"
 )

 // Given a card object, populates it with its image
 func PopulateCardImage(c *card.Card, texs map[string]sprite.SubTex, eng sprite.Engine, scene *sprite.Node) {
 	var texKey string
 	switch c.GetSuit() {
 	case card.Club:
 		texKey = "Clubs-"
 	case card.Diamond:
 		texKey = "Diamonds-"
 	case card.Spade:
 		texKey = "Spades-"
 	case card.Heart:
 		texKey = "Hearts-"
 	}
 	switch c.GetFace() {
 	case card.Jack:
 		texKey += "Jack"
 	case card.Queen:
 		texKey += "Queen"
 	case card.King:
 		texKey += "King"
 	case card.Ace:
 		texKey += "Ace"
 	default:
 		texKey += strconv.Itoa(int(c.GetFace()))
 	}
 	texKey += ".png"
 	n := MakeNode(eng, scene)
 	eng.SetSubTex(n, texs[texKey])
 	c.SetNode(n)
 	c.SetImage(texs[texKey])
 	c.SetBack(texs["BakuSquare.png"])
 }

 // Returns array of textures which make up a string
 func getStringImgs(input, color string, texs map[string]sprite.SubTex) []sprite.SubTex {
 	imgs := make([]sprite.SubTex, 0)
 	for _, char := range input {
 		key := ""
 		// if char is a space
 		if char == 32 {
 			key += "Space"
 		} else if char == 33 {
 			key += "Bang"
 			// if char is an apostrophe
 		} else if char == 39 {
 			key += "Apostrophe"
 			// if char is a colon
 		} else if char == 58 {
 			key += "Colon"
 			// if char is a number
 		} else if char >= 48 && char <= 57 {
 			key += string(char)
 			// if char is a letter
 		} else {
 			key += strings.ToUpper(string(char))
 			if char > 90 {
 				key += "-Lower"
 			} else {
 				key += "-Upper"
 			}
 		}
 		if color != "" {
 			key += "-" + color
 		}
 		key += ".png"
 		img := texs[key]
 		imgs = append(imgs, img)
 	}
 	return imgs
 }

 func MakeStringImgLeftAlign(input, color, altColor string,
 	displayColor bool,
 	start *coords.Vec,
 	scaler, maxWidth float32,
 	u *uistate.UIState) []*staticimg.StaticImg {
 	textures := getStringImgs(input, color, u.Texs)
 	var altTexs []sprite.SubTex
 	if color != altColor {
 		altTexs = getStringImgs(input, altColor, u.Texs)
 	}
 	// adjust scaler if string is too long
 	totalWidth := float32(0)
 	for _, img := range textures {
 		totalWidth += float32(img.R.Max.X) / scaler
 	}
 	if totalWidth > maxWidth {
 		scaler = totalWidth * scaler / maxWidth
 	}
 	allImgs := make([]*staticimg.StaticImg, 0)
 	for i, img := range textures {
 		subTexDims := coords.MakeVec(float32(img.R.Max.X), float32(img.R.Max.Y))
 		dims := subTexDims.DividedBy(scaler)
 		var textImg *staticimg.StaticImg
 		if len(altTexs) == 0 {
 			textImg = MakeImgWithoutAlt(img, start, dims, u.Eng, u.Scene)
 		} else {
 			textImg = MakeImgWithAlt(img, altTexs[i], start, dims, displayColor, u.Eng, u.Scene)
 		}
 		allImgs = append(allImgs, textImg)
 		start = coords.MakeVec(start.X+dims.X, start.Y)
 	}
 	return allImgs
 }

 func MakeStringImgRightAlign(input, color, altColor string,
 	displayColor bool,
 	end *coords.Vec,
 	scaler, maxWidth float32,
 	u *uistate.UIState) []*staticimg.StaticImg {
 	textures := getStringImgs(input, color, u.Texs)
 	var altTexs []sprite.SubTex
 	if color != altColor {
 		altTexs = getStringImgs(input, altColor, u.Texs)
 	}
 	// adjust scaler if string is too long
 	totalWidth := float32(0)
 	for _, img := range textures {
 		totalWidth += float32(img.R.Max.X) / scaler
 	}
 	if totalWidth > maxWidth {
 		scaler = totalWidth * scaler / maxWidth
 	}
 	// reverse textures
 	for i, j := 0, len(textures)-1; i < j; i, j = i+1, j-1 {
 		textures[i], textures[j] = textures[j], textures[i]
 	}
 	allImgs := make([]*staticimg.StaticImg, 0)
 	for i, img := range textures {
 		subTexDims := coords.MakeVec(float32(img.R.Max.X), float32(img.R.Max.Y))
 		dims := subTexDims.DividedBy(scaler)
 		end = coords.MakeVec(end.X-dims.X, end.Y)
 		var textImg *staticimg.StaticImg
 		if len(altTexs) == 0 {
 			textImg = MakeImgWithoutAlt(img, end, dims, u.Eng, u.Scene)
 		} else {
 			textImg = MakeImgWithAlt(img, altTexs[i], end, dims, displayColor, u.Eng, u.Scene)
 		}
 		allImgs = append(allImgs, textImg)
 	}
 	return allImgs
 }

 func MakeStringImgCenterAlign(input, color, altColor string,
 	displayColor bool,
 	center *coords.Vec,
 	scaler, maxWidth float32,
 	u *uistate.UIState) []*staticimg.StaticImg {
 	textures := getStringImgs(input, color, u.Texs)
 	totalWidth := float32(0)
 	for _, img := range textures {
 		totalWidth += float32(img.R.Max.X) / scaler
 	}
 	if totalWidth > maxWidth {
 		scaler = totalWidth * scaler / maxWidth
 		totalWidth = maxWidth
 	}
 	startX := center.X - totalWidth/2
 	start := coords.MakeVec(startX, center.Y)
 	return MakeStringImgLeftAlign(input, color, altColor, displayColor, start, scaler, maxWidth, u)
 }

 // Returns a new StaticImg instance with desired image and dimensions
 func MakeImgWithoutAlt(t sprite.SubTex,
 	current, dim *coords.Vec,
 	eng sprite.Engine,
 	scene *sprite.Node) *staticimg.StaticImg {
 	n := MakeNode(eng, scene)
 	eng.SetSubTex(n, t)
 	s := staticimg.MakeStaticImg()
 	s.SetNode(n)
 	s.SetImage(t)
 	s.SetInitial(current)
 	s.Move(current, dim, eng)
 	return s
 }

 // Returns a new StaticImg instance with desired image and dimensions
 // Also includes an alternate image. If displayImage is true, image will be displayed. Else, alt will be displayed.
 func MakeImgWithAlt(t, alt sprite.SubTex,
 	current, dim *coords.Vec,
 	displayImage bool,
 	eng sprite.Engine,
 	scene *sprite.Node) *staticimg.StaticImg {
 	s := MakeImgWithoutAlt(t, current, dim, eng, scene)
 	s.SetAlt(alt)
 	if !displayImage {
 		eng.SetSubTex(s.GetNode(), alt)
 		s.SetDisplayingImage(false)
 	} else {
 		s.SetDisplayingImage(true)
 	}
 	return s
 }

 func RemoveImg(s *staticimg.StaticImg, u *uistate.UIState) {
 	u.Eng.Unregister(s.GetNode())
 }

 // Loads all images for the app
 func LoadTextures(eng sprite.Engine) map[string]sprite.SubTex {
 	allTexs := make(map[string]sprite.SubTex)
 	boundedImgs := []string{"Clubs-2.png", "Clubs-3.png", "Clubs-4.png", "Clubs-5.png", "Clubs-6.png", "Clubs-7.png", "Clubs-8.png",
 		"Clubs-9.png", "Clubs-10.png", "Clubs-Jack.png", "Clubs-Queen.png", "Clubs-King.png", "Clubs-Ace.png",
 		"Diamonds-2.png", "Diamonds-3.png", "Diamonds-4.png", "Diamonds-5.png", "Diamonds-6.png", "Diamonds-7.png", "Diamonds-8.png",
 		"Diamonds-9.png", "Diamonds-10.png", "Diamonds-Jack.png", "Diamonds-Queen.png", "Diamonds-King.png", "Diamonds-Ace.png",
 		"Spades-2.png", "Spades-3.png", "Spades-4.png", "Spades-5.png", "Spades-6.png", "Spades-7.png", "Spades-8.png",
 		"Spades-9.png", "Spades-10.png", "Spades-Jack.png", "Spades-Queen.png", "Spades-King.png", "Spades-Ace.png",
 		"Hearts-2.png", "Hearts-3.png", "Hearts-4.png", "Hearts-5.png", "Hearts-6.png", "Hearts-7.png", "Hearts-8.png",
 		"Hearts-9.png", "Hearts-10.png", "Hearts-Jack.png", "Hearts-Queen.png", "Hearts-King.png", "Hearts-Ace.png", "BakuSquare.png",
 	}
 	unboundedImgs := []string{"Club.png", "Diamond.png", "Spade.png", "Heart.png", "gray.jpeg", "blue.png", "white.png", "passPressed.png",
 		"passUnpressed.png", "leftArrow.png", "rightArrow.png", "acrossArrow.png", "croupierName.png", "trickDrop.png", "trickDropBlue.png",
 		"player0.jpeg", "player1.jpeg", "player2.jpeg", "player3.jpeg", "laptopIcon.png", "watchIcon.png", "phoneIcon.png", "tabletIcon.png",
 		"playPressed.png", "playUnpressed.png", "bluePressed.png", "takePressed.png", "takeUnpressed.png", "A-Upper.png", "B-Upper.png",
 		"C-Upper.png", "D-Upper.png", "E-Upper.png", "F-Upper.png", "G-Upper.png", "H-Upper.png", "I-Upper.png", "J-Upper.png",
 		"K-Upper.png", "L-Upper.png", "M-Upper.png", "N-Upper.png", "O-Upper.png", "P-Upper.png", "Q-Upper.png", "R-Upper.png",
 		"S-Upper.png", "T-Upper.png", "U-Upper.png", "V-Upper.png", "W-Upper.png", "X-Upper.png", "Y-Upper.png", "Z-Upper.png",
 		"A-Lower.png", "B-Lower.png", "C-Lower.png", "D-Lower.png", "E-Lower.png", "F-Lower.png", "G-Lower.png", "H-Lower.png",
 		"I-Lower.png", "J-Lower.png", "K-Lower.png", "L-Lower.png", "M-Lower.png", "N-Lower.png", "O-Lower.png", "P-Lower.png",
 		"Q-Lower.png", "R-Lower.png", "S-Lower.png", "T-Lower.png", "U-Lower.png", "V-Lower.png", "W-Lower.png", "X-Lower.png",
 		"Y-Lower.png", "Z-Lower.png", "Space.png", "Colon.png", "Bang.png", "1.png", "2.png", "3.png", "4.png", "5.png", "6.png", "7.png",
 		"8.png", "9.png", "0.png", "1-Red.png", "2-Red.png", "3-Red.png", "4-Red.png", "5-Red.png", "6-Red.png", "7-Red.png", "8-Red.png",
 		"9-Red.png", "0-Red.png", "A-Upper-DBlue.png", "B-Upper-DBlue.png", "C-Upper-DBlue.png", "D-Upper-DBlue.png", "E-Upper-DBlue.png",
 		"F-Upper-DBlue.png", "G-Upper-DBlue.png", "H-Upper-DBlue.png", "I-Upper-DBlue.png", "J-Upper-DBlue.png", "K-Upper-DBlue.png",
 		"L-Upper-DBlue.png", "M-Upper-DBlue.png", "N-Upper-DBlue.png", "O-Upper-DBlue.png", "P-Upper-DBlue.png", "Q-Upper-DBlue.png",
 		"R-Upper-DBlue.png", "S-Upper-DBlue.png", "T-Upper-DBlue.png", "U-Upper-DBlue.png", "V-Upper-DBlue.png", "W-Upper-DBlue.png",
 		"X-Upper-DBlue.png", "Y-Upper-DBlue.png", "Z-Upper-DBlue.png", "A-Lower-DBlue.png", "B-Lower-DBlue.png", "C-Lower-DBlue.png",
 		"D-Lower-DBlue.png", "E-Lower-DBlue.png", "F-Lower-DBlue.png", "G-Lower-DBlue.png", "H-Lower-DBlue.png", "I-Lower-DBlue.png",
 		"J-Lower-DBlue.png", "K-Lower-DBlue.png", "L-Lower-DBlue.png", "M-Lower-DBlue.png", "N-Lower-DBlue.png", "O-Lower-DBlue.png",
 		"P-Lower-DBlue.png", "Q-Lower-DBlue.png", "R-Lower-DBlue.png", "S-Lower-DBlue.png", "T-Lower-DBlue.png", "U-Lower-DBlue.png",
 		"V-Lower-DBlue.png", "W-Lower-DBlue.png", "X-Lower-DBlue.png", "Y-Lower-DBlue.png", "Z-Lower-DBlue.png", "Apostrophe-DBlue.png",
 		"Space-DBlue.png", "A-Upper-LBlue.png", "B-Upper-LBlue.png", "C-Upper-LBlue.png", "D-Upper-LBlue.png", "E-Upper-LBlue.png",
 		"F-Upper-LBlue.png", "G-Upper-LBlue.png", "H-Upper-LBlue.png", "I-Upper-LBlue.png", "J-Upper-LBlue.png", "K-Upper-LBlue.png",
 		"L-Upper-LBlue.png", "M-Upper-LBlue.png", "N-Upper-LBlue.png", "O-Upper-LBlue.png", "P-Upper-LBlue.png", "Q-Upper-LBlue.png",
 		"R-Upper-LBlue.png", "S-Upper-LBlue.png", "T-Upper-LBlue.png", "U-Upper-LBlue.png", "V-Upper-LBlue.png", "W-Upper-LBlue.png",
 		"X-Upper-LBlue.png", "Y-Upper-LBlue.png", "Z-Upper-LBlue.png", "A-Lower-LBlue.png", "B-Lower-LBlue.png", "C-Lower-LBlue.png",
 		"D-Lower-LBlue.png", "E-Lower-LBlue.png", "F-Lower-LBlue.png", "G-Lower-LBlue.png", "H-Lower-LBlue.png", "I-Lower-LBlue.png",
 		"J-Lower-LBlue.png", "K-Lower-LBlue.png", "L-Lower-LBlue.png", "M-Lower-LBlue.png", "N-Lower-LBlue.png", "O-Lower-LBlue.png",
 		"P-Lower-LBlue.png", "Q-Lower-LBlue.png", "R-Lower-LBlue.png", "S-Lower-LBlue.png", "T-Lower-LBlue.png", "U-Lower-LBlue.png",
 		"V-Lower-LBlue.png", "W-Lower-LBlue.png", "X-Lower-LBlue.png", "Y-Lower-LBlue.png", "Z-Lower-LBlue.png", "A-Upper-Gray.png",
 		"B-Upper-Gray.png", "C-Upper-Gray.png", "D-Upper-Gray.png", "E-Upper-Gray.png", "F-Upper-Gray.png", "G-Upper-Gray.png",
 		"H-Upper-Gray.png", "I-Upper-Gray.png", "J-Upper-Gray.png", "K-Upper-Gray.png", "L-Upper-Gray.png", "M-Upper-Gray.png",
 		"N-Upper-Gray.png", "O-Upper-Gray.png", "P-Upper-Gray.png", "Q-Upper-Gray.png", "R-Upper-Gray.png", "S-Upper-Gray.png",
 		"T-Upper-Gray.png", "U-Upper-Gray.png", "V-Upper-Gray.png", "W-Upper-Gray.png", "X-Upper-Gray.png", "Y-Upper-Gray.png",
 		"Z-Upper-Gray.png", "A-Lower-Gray.png", "B-Lower-Gray.png", "C-Lower-Gray.png", "D-Lower-Gray.png", "E-Lower-Gray.png",
 		"F-Lower-Gray.png", "G-Lower-Gray.png", "H-Lower-Gray.png", "I-Lower-Gray.png", "J-Lower-Gray.png", "K-Lower-Gray.png",
 		"L-Lower-Gray.png", "M-Lower-Gray.png", "N-Lower-Gray.png", "O-Lower-Gray.png", "P-Lower-Gray.png", "Q-Lower-Gray.png",
 		"R-Lower-Gray.png", "S-Lower-Gray.png", "T-Lower-Gray.png", "U-Lower-Gray.png", "V-Lower-Gray.png", "W-Lower-Gray.png",
 		"X-Lower-Gray.png", "Y-Lower-Gray.png", "Z-Lower-Gray.png", "Space-Gray.png", "RoundedRectangle-DBlue.png",
 		"RoundedRectangle-LBlue.png", "RoundedRectangle-Gray.png", "Rectangle-LBlue.png", "Rectangle-DBlue.png", "HorizontalPullTab.png",
 		"VerticalPullTab.png",
 	}
 	for _, f := range boundedImgs {
 		a, err := asset.Open(f)
 		if err != nil {
 			log.Fatal(err)
 		}

 		img, _, err := image.Decode(a)
 		if err != nil {
 			log.Fatal(err)
 		}
 		t, err := eng.LoadTexture(img)
 		if err != nil {
 			log.Fatal(err)
 		}
 		imgWidth, imgHeight := t.Bounds()
 		allTexs[f] = sprite.SubTex{t, image.Rect(0, 0, imgWidth, imgHeight)}
 		a.Close()
 	}
 	for _, f := range unboundedImgs {
 		a, err := asset.Open(f)
 		if err != nil {
 			log.Fatal(err)
 		}

 		img, _, err := image.Decode(a)
 		if err != nil {
 			log.Fatal(err)
 		}
 		t, err := eng.LoadTexture(img)
 		if err != nil {
 			log.Fatal(err)
 		}
 		imgWidth, imgHeight := t.Bounds()
 		allTexs[f] = sprite.SubTex{t, image.Rect(1, 1, imgWidth-1, imgHeight-1)}
 		a.Close()
 	}
 	return allTexs
 }

 // Returns a new sprite node
 // NOTE: Currently, this is a public method, as it is useful in testing. Eventually it should be made private.
 func MakeNode(eng sprite.Engine, scene *sprite.Node) *sprite.Node {
 	n := &sprite.Node{}
 	eng.Register(n)
 	scene.AppendChild(n)
 	return n
 }
	// Copyright 2015 The Vanadium Authors. All rights reserved.
	// Use of this source code is governed by a BSD-style
	// license that can be found in the LICENSE file.

	// texture handles creation of new images, as well as adding the UI element to card objects

	package texture

	import (
	"image"
	_ "image/jpeg"
	_ "image/png"
	"log"
	"strconv"
	"strings"

	"hearts/img/coords"
	"hearts/img/staticimg"
	"hearts/img/uistate"
	"hearts/logic/card"

	"golang.org/x/mobile/asset"
	"golang.org/x/mobile/exp/sprite"
	)

	// Given a card object, populates it with its image
	func PopulateCardImage(c card.Card, texs map[string]sprite.SubTex, eng sprite.Engine, scene sprite.Node) {
	var texKey string
	switch c.GetSuit() {
	case card.Club:
	texKey = "Clubs-"
	case card.Diamond:
	texKey = "Diamonds-"
	case card.Spade:
	texKey = "Spades-"
	case card.Heart:
	texKey = "Hearts-"
	}
	switch c.GetFace() {
	case card.Jack:
	texKey += "Jack"
	case card.Queen:
	texKey += "Queen"
	case card.King:
	texKey += "King"
	case card.Ace:
	texKey += "Ace"
	default:
	texKey += strconv.Itoa(int(c.GetFace()))
	}
	texKey += ".png"
	n := MakeNode(eng, scene)
	eng.SetSubTex(n, texs[texKey])
	c.SetNode(n)
	c.SetImage(texs[texKey])
	c.SetBack(texs["BakuSquare.png"])
	}

	// Returns array of textures which make up a string
	func getStringImgs(input, color string, texs map[string]sprite.SubTex) []sprite.SubTex {
	imgs := make([]sprite.SubTex, 0)
	for _, char := range input {
	key := ""
	// if char is a space
	if char == 32 {
	key += "Space"
	} else if char == 33 {
	key += "Bang"
	// if char is an apostrophe
	} else if char == 39 {
	key += "Apostrophe"
	// if char is a colon
	} else if char == 58 {
	key += "Colon"
	// if char is a number
	} else if char >= 48 && char <= 57 {
	key += string(char)
	// if char is a letter
	} else {
	key += strings.ToUpper(string(char))
	if char > 90 {
	key += "-Lower"
	} else {
	key += "-Upper"
	}
	}
	if color != "" {
	key += "-" + color
	}
	key += ".png"
	img := texs[key]
	imgs = append(imgs, img)
	}
	return imgs
	}

	func MakeStringImgLeftAlign(input, color, altColor string,
	displayColor bool,
	start *coords.Vec,
	scaler, maxWidth float32,
	u uistate.UIState) []staticimg.StaticImg {
	textures := getStringImgs(input, color, u.Texs)
	var altTexs []sprite.SubTex
	if color != altColor {
	altTexs = getStringImgs(input, altColor, u.Texs)
	}
	// adjust scaler if string is too long
	totalWidth := float32(0)
	for _, img := range textures {
	totalWidth += float32(img.R.Max.X) / scaler
	}
	if totalWidth > maxWidth {
	scaler = totalWidth * scaler / maxWidth
	}
	allImgs := make([]*staticimg.StaticImg, 0)
	for i, img := range textures {
	subTexDims := coords.MakeVec(float32(img.R.Max.X), float32(img.R.Max.Y))
	dims := subTexDims.DividedBy(scaler)
	var textImg *staticimg.StaticImg
	if len(altTexs) == 0 {
	textImg = MakeImgWithoutAlt(img, start, dims, u.Eng, u.Scene)
	} else {
	textImg = MakeImgWithAlt(img, altTexs[i], start, dims, displayColor, u.Eng, u.Scene)
	}
	allImgs = append(allImgs, textImg)
	start = coords.MakeVec(start.X+dims.X, start.Y)
	}
	return allImgs
	}

	func MakeStringImgRightAlign(input, color, altColor string,
	displayColor bool,
	end *coords.Vec,
	scaler, maxWidth float32,
	u uistate.UIState) []staticimg.StaticImg {
	textures := getStringImgs(input, color, u.Texs)
	var altTexs []sprite.SubTex
	if color != altColor {
	altTexs = getStringImgs(input, altColor, u.Texs)
	}
	// adjust scaler if string is too long
	totalWidth := float32(0)
	for _, img := range textures {
	totalWidth += float32(img.R.Max.X) / scaler
	}
	if totalWidth > maxWidth {
	scaler = totalWidth * scaler / maxWidth
	}
	// reverse textures
	for i, j := 0, len(textures)-1; i < j; i, j = i+1, j-1 {
	textures[i], textures[j] = textures[j], textures[i]
	}
	allImgs := make([]*staticimg.StaticImg, 0)
	for i, img := range textures {
	subTexDims := coords.MakeVec(float32(img.R.Max.X), float32(img.R.Max.Y))
	dims := subTexDims.DividedBy(scaler)
	end = coords.MakeVec(end.X-dims.X, end.Y)
	var textImg *staticimg.StaticImg
	if len(altTexs) == 0 {
	textImg = MakeImgWithoutAlt(img, end, dims, u.Eng, u.Scene)
	} else {
	textImg = MakeImgWithAlt(img, altTexs[i], end, dims, displayColor, u.Eng, u.Scene)
	}
	allImgs = append(allImgs, textImg)
	}
	return allImgs
	}

	func MakeStringImgCenterAlign(input, color, altColor string,
	displayColor bool,
	center *coords.Vec,
	scaler, maxWidth float32,
	u uistate.UIState) []staticimg.StaticImg {
	textures := getStringImgs(input, color, u.Texs)
	totalWidth := float32(0)
	for _, img := range textures {
	totalWidth += float32(img.R.Max.X) / scaler
	}
	if totalWidth > maxWidth {
	scaler = totalWidth * scaler / maxWidth
	totalWidth = maxWidth
	}
	startX := center.X - totalWidth/2
	start := coords.MakeVec(startX, center.Y)
	return MakeStringImgLeftAlign(input, color, altColor, displayColor, start, scaler, maxWidth, u)
	}

	// Returns a new StaticImg instance with desired image and dimensions
	func MakeImgWithoutAlt(t sprite.SubTex,
	current, dim *coords.Vec,
	eng sprite.Engine,
	scene sprite.Node) staticimg.StaticImg {
	n := MakeNode(eng, scene)
	eng.SetSubTex(n, t)
	s := staticimg.MakeStaticImg()
	s.SetNode(n)
	s.SetImage(t)
	s.SetInitial(current)
	s.Move(current, dim, eng)
	return s
	}

	// Returns a new StaticImg instance with desired image and dimensions
	// Also includes an alternate image. If displayImage is true, image will be displayed. Else, alt will be displayed.
	func MakeImgWithAlt(t, alt sprite.SubTex,
	current, dim *coords.Vec,
	displayImage bool,
	eng sprite.Engine,
	scene sprite.Node) staticimg.StaticImg {
	s := MakeImgWithoutAlt(t, current, dim, eng, scene)
	s.SetAlt(alt)
	if !displayImage {
	eng.SetSubTex(s.GetNode(), alt)
	s.SetDisplayingImage(false)
	} else {
	s.SetDisplayingImage(true)
	}
	return s
	}

	func RemoveImg(s staticimg.StaticImg, u uistate.UIState) {
	u.Eng.Unregister(s.GetNode())
	}

	// Loads all images for the app
	func LoadTextures(eng sprite.Engine) map[string]sprite.SubTex {
	allTexs := make(map[string]sprite.SubTex)
	boundedImgs := []string{"Clubs-2.png", "Clubs-3.png", "Clubs-4.png", "Clubs-5.png", "Clubs-6.png", "Clubs-7.png", "Clubs-8.png",
	"Clubs-9.png", "Clubs-10.png", "Clubs-Jack.png", "Clubs-Queen.png", "Clubs-King.png", "Clubs-Ace.png",
	"Diamonds-2.png", "Diamonds-3.png", "Diamonds-4.png", "Diamonds-5.png", "Diamonds-6.png", "Diamonds-7.png", "Diamonds-8.png",
	"Diamonds-9.png", "Diamonds-10.png", "Diamonds-Jack.png", "Diamonds-Queen.png", "Diamonds-King.png", "Diamonds-Ace.png",
	"Spades-2.png", "Spades-3.png", "Spades-4.png", "Spades-5.png", "Spades-6.png", "Spades-7.png", "Spades-8.png",
	"Spades-9.png", "Spades-10.png", "Spades-Jack.png", "Spades-Queen.png", "Spades-King.png", "Spades-Ace.png",
	"Hearts-2.png", "Hearts-3.png", "Hearts-4.png", "Hearts-5.png", "Hearts-6.png", "Hearts-7.png", "Hearts-8.png",
	"Hearts-9.png", "Hearts-10.png", "Hearts-Jack.png", "Hearts-Queen.png", "Hearts-King.png", "Hearts-Ace.png", "BakuSquare.png",
	}
	unboundedImgs := []string{"Club.png", "Diamond.png", "Spade.png", "Heart.png", "gray.jpeg", "blue.png", "white.png", "passPressed.png",
	"passUnpressed.png", "leftArrow.png", "rightArrow.png", "acrossArrow.png", "croupierName.png", "trickDrop.png", "trickDropBlue.png",
	"player0.jpeg", "player1.jpeg", "player2.jpeg", "player3.jpeg", "laptopIcon.png", "watchIcon.png", "phoneIcon.png", "tabletIcon.png",
	"playPressed.png", "playUnpressed.png", "bluePressed.png", "takePressed.png", "takeUnpressed.png", "A-Upper.png", "B-Upper.png",
	"C-Upper.png", "D-Upper.png", "E-Upper.png", "F-Upper.png", "G-Upper.png", "H-Upper.png", "I-Upper.png", "J-Upper.png",
	"K-Upper.png", "L-Upper.png", "M-Upper.png", "N-Upper.png", "O-Upper.png", "P-Upper.png", "Q-Upper.png", "R-Upper.png",
	"S-Upper.png", "T-Upper.png", "U-Upper.png", "V-Upper.png", "W-Upper.png", "X-Upper.png", "Y-Upper.png", "Z-Upper.png",
	"A-Lower.png", "B-Lower.png", "C-Lower.png", "D-Lower.png", "E-Lower.png", "F-Lower.png", "G-Lower.png", "H-Lower.png",
	"I-Lower.png", "J-Lower.png", "K-Lower.png", "L-Lower.png", "M-Lower.png", "N-Lower.png", "O-Lower.png", "P-Lower.png",
	"Q-Lower.png", "R-Lower.png", "S-Lower.png", "T-Lower.png", "U-Lower.png", "V-Lower.png", "W-Lower.png", "X-Lower.png",
	"Y-Lower.png", "Z-Lower.png", "Space.png", "Colon.png", "Bang.png", "1.png", "2.png", "3.png", "4.png", "5.png", "6.png", "7.png",
	"8.png", "9.png", "0.png", "1-Red.png", "2-Red.png", "3-Red.png", "4-Red.png", "5-Red.png", "6-Red.png", "7-Red.png", "8-Red.png",
	"9-Red.png", "0-Red.png", "A-Upper-DBlue.png", "B-Upper-DBlue.png", "C-Upper-DBlue.png", "D-Upper-DBlue.png", "E-Upper-DBlue.png",
	"F-Upper-DBlue.png", "G-Upper-DBlue.png", "H-Upper-DBlue.png", "I-Upper-DBlue.png", "J-Upper-DBlue.png", "K-Upper-DBlue.png",
	"L-Upper-DBlue.png", "M-Upper-DBlue.png", "N-Upper-DBlue.png", "O-Upper-DBlue.png", "P-Upper-DBlue.png", "Q-Upper-DBlue.png",
	"R-Upper-DBlue.png", "S-Upper-DBlue.png", "T-Upper-DBlue.png", "U-Upper-DBlue.png", "V-Upper-DBlue.png", "W-Upper-DBlue.png",
	"X-Upper-DBlue.png", "Y-Upper-DBlue.png", "Z-Upper-DBlue.png", "A-Lower-DBlue.png", "B-Lower-DBlue.png", "C-Lower-DBlue.png",
	"D-Lower-DBlue.png", "E-Lower-DBlue.png", "F-Lower-DBlue.png", "G-Lower-DBlue.png", "H-Lower-DBlue.png", "I-Lower-DBlue.png",
	"J-Lower-DBlue.png", "K-Lower-DBlue.png", "L-Lower-DBlue.png", "M-Lower-DBlue.png", "N-Lower-DBlue.png", "O-Lower-DBlue.png",
	"P-Lower-DBlue.png", "Q-Lower-DBlue.png", "R-Lower-DBlue.png", "S-Lower-DBlue.png", "T-Lower-DBlue.png", "U-Lower-DBlue.png",
	"V-Lower-DBlue.png", "W-Lower-DBlue.png", "X-Lower-DBlue.png", "Y-Lower-DBlue.png", "Z-Lower-DBlue.png", "Apostrophe-DBlue.png",
	"Space-DBlue.png", "A-Upper-LBlue.png", "B-Upper-LBlue.png", "C-Upper-LBlue.png", "D-Upper-LBlue.png", "E-Upper-LBlue.png",
	"F-Upper-LBlue.png", "G-Upper-LBlue.png", "H-Upper-LBlue.png", "I-Upper-LBlue.png", "J-Upper-LBlue.png", "K-Upper-LBlue.png",
	"L-Upper-LBlue.png", "M-Upper-LBlue.png", "N-Upper-LBlue.png", "O-Upper-LBlue.png", "P-Upper-LBlue.png", "Q-Upper-LBlue.png",
	"R-Upper-LBlue.png", "S-Upper-LBlue.png", "T-Upper-LBlue.png", "U-Upper-LBlue.png", "V-Upper-LBlue.png", "W-Upper-LBlue.png",
	"X-Upper-LBlue.png", "Y-Upper-LBlue.png", "Z-Upper-LBlue.png", "A-Lower-LBlue.png", "B-Lower-LBlue.png", "C-Lower-LBlue.png",
	"D-Lower-LBlue.png", "E-Lower-LBlue.png", "F-Lower-LBlue.png", "G-Lower-LBlue.png", "H-Lower-LBlue.png", "I-Lower-LBlue.png",
	"J-Lower-LBlue.png", "K-Lower-LBlue.png", "L-Lower-LBlue.png", "M-Lower-LBlue.png", "N-Lower-LBlue.png", "O-Lower-LBlue.png",
	"P-Lower-LBlue.png", "Q-Lower-LBlue.png", "R-Lower-LBlue.png", "S-Lower-LBlue.png", "T-Lower-LBlue.png", "U-Lower-LBlue.png",
	"V-Lower-LBlue.png", "W-Lower-LBlue.png", "X-Lower-LBlue.png", "Y-Lower-LBlue.png", "Z-Lower-LBlue.png", "A-Upper-Gray.png",
	"B-Upper-Gray.png", "C-Upper-Gray.png", "D-Upper-Gray.png", "E-Upper-Gray.png", "F-Upper-Gray.png", "G-Upper-Gray.png",
	"H-Upper-Gray.png", "I-Upper-Gray.png", "J-Upper-Gray.png", "K-Upper-Gray.png", "L-Upper-Gray.png", "M-Upper-Gray.png",
	"N-Upper-Gray.png", "O-Upper-Gray.png", "P-Upper-Gray.png", "Q-Upper-Gray.png", "R-Upper-Gray.png", "S-Upper-Gray.png",
	"T-Upper-Gray.png", "U-Upper-Gray.png", "V-Upper-Gray.png", "W-Upper-Gray.png", "X-Upper-Gray.png", "Y-Upper-Gray.png",
	"Z-Upper-Gray.png", "A-Lower-Gray.png", "B-Lower-Gray.png", "C-Lower-Gray.png", "D-Lower-Gray.png", "E-Lower-Gray.png",
	"F-Lower-Gray.png", "G-Lower-Gray.png", "H-Lower-Gray.png", "I-Lower-Gray.png", "J-Lower-Gray.png", "K-Lower-Gray.png",
	"L-Lower-Gray.png", "M-Lower-Gray.png", "N-Lower-Gray.png", "O-Lower-Gray.png", "P-Lower-Gray.png", "Q-Lower-Gray.png",
	"R-Lower-Gray.png", "S-Lower-Gray.png", "T-Lower-Gray.png", "U-Lower-Gray.png", "V-Lower-Gray.png", "W-Lower-Gray.png",
	"X-Lower-Gray.png", "Y-Lower-Gray.png", "Z-Lower-Gray.png", "Space-Gray.png", "RoundedRectangle-DBlue.png",
	"RoundedRectangle-LBlue.png", "RoundedRectangle-Gray.png", "Rectangle-LBlue.png", "Rectangle-DBlue.png", "HorizontalPullTab.png",
	"VerticalPullTab.png",
	}
	for _, f := range boundedImgs {
	a, err := asset.Open(f)
	if err != nil {
	log.Fatal(err)
	}

	img, _, err := image.Decode(a)
	if err != nil {
	log.Fatal(err)
	}
	t, err := eng.LoadTexture(img)
	if err != nil {
	log.Fatal(err)
	}
	imgWidth, imgHeight := t.Bounds()
	allTexs[f] = sprite.SubTex{t, image.Rect(0, 0, imgWidth, imgHeight)}
	a.Close()
	}
	for _, f := range unboundedImgs {
	a, err := asset.Open(f)
	if err != nil {
	log.Fatal(err)
	}

	img, _, err := image.Decode(a)
	if err != nil {
	log.Fatal(err)
	}
	t, err := eng.LoadTexture(img)
	if err != nil {
	log.Fatal(err)
	}
	imgWidth, imgHeight := t.Bounds()
	allTexs[f] = sprite.SubTex{t, image.Rect(1, 1, imgWidth-1, imgHeight-1)}
	a.Close()
	}
	return allTexs
	}

	// Returns a new sprite node
	// NOTE: Currently, this is a public method, as it is useful in testing. Eventually it should be made private.
	func MakeNode(eng sprite.Engine, scene sprite.Node) sprite.Node {
	n := &sprite.Node{}
	eng.Register(n)
	scene.AppendChild(n)
	return n
	}