// Testing full image adjustment after screen resizing (assumes adjustImgs is scaling dimensions)
func TestThree(test *testing.T) {
u = uistate.MakeUIState()
u.Scene = &sprite.Node{}
u.Eng = glsprite.Engine(nil)
u.Eng.Register(u.Scene)
u.Eng.SetTransform(u.Scene, f32.Affine{
{1, 0, 0},
{0, 1, 0},
})
imgPos := coords.MakeVec(5, 20)
imgDimensions := coords.MakeVec(10, 10)
newButton := texture.MakeImgWithoutAlt(subtex, imgPos, imgDimensions, u)
u.Buttons["1"] = newButton
oldWindow := u.WindowSize.DividedBy(2)
resize.AdjustImgs(oldWindow, u)
newPos := u.Buttons["1"].GetCurrent()
newDimensions := u.Buttons["1"].GetDimensions()
dimExpect := imgDimensions.Times(2)
posExpect := imgPos.Times(2)
if newDimensions.X != dimExpect.X {
test.Errorf("Expected width %f, got %f", dimExpect.X, newDimensions.X)
}
if newDimensions.Y != dimExpect.Y {
test.Errorf("Expected height %f, got %f", dimExpect.Y, newDimensions.Y)
}
if newPos.X != posExpect.X {
test.Errorf("Expected x %f, got %f", posExpect.X, newPos.X)
}
if newPos.Y != posExpect.Y {
test.Errorf("Expected y %f, got %f", posExpect.Y, newPos.Y)
}
}
// Testing resetting card position
func TestSix(test *testing.T) {
u = uistate.MakeUIState()
u.Scene = &sprite.Node{}
u.Eng = glsprite.Engine(nil)
u.Eng.Register(u.Scene)
u.Eng.SetTransform(u.Scene, f32.Affine{
{1, 0, 0},
{0, 1, 0},
})
u.EmptySuitImgs = []*staticimg.StaticImg{staticimg.MakeStaticImg(), staticimg.MakeStaticImg(), staticimg.MakeStaticImg(), staticimg.MakeStaticImg()}
u.WindowSize = windowSize
n := texture.MakeNode(u)
for _, e := range u.EmptySuitImgs {
e.SetImage(subtex)
e.SetAlt(subtex)
e.SetNode(n)
}
c := card.NewCard(card.Two, card.Heart)
c2 := card.NewCard(card.Four, card.Heart)
n = texture.MakeNode(u)
n2 := texture.MakeNode(u)
initialXY := coords.MakeVec(10, 10)
curXY := coords.MakeVec(100, 30)
dimensions := coords.MakeVec(5, 5)
c.SetNode(n)
c2.SetNode(n2)
c.SetInitial(initialXY)
c2.SetInitial(initialXY)
c.Move(curXY, dimensions, u.Eng)
c2.Move(curXY, dimensions, u.Eng)
u.Cards = append(u.Cards, c)
u.Cards = append(u.Cards, c2)
if c.GetCurrent().X != curXY.X {
test.Errorf("Expected x %f, got %f", curXY.X, c.GetCurrent().X)
}
if c.GetCurrent().Y != curXY.Y {
test.Errorf("Expected y %f, got %f", curXY.Y, c.GetCurrent().Y)
}
reposition.ResetCardPosition(c, u.Eng)
reposition.ResetCardPosition(c2, u.Eng)
reposition.RealignSuit(c.GetSuit(), c.GetInitial().Y, u)
if c.GetCurrent().X != u.Padding {
test.Errorf("Expected x %f, got %f", initialXY.X, c.GetCurrent().X)
}
if c.GetCurrent().Y != initialXY.Y {
test.Errorf("Expected y %f, got %f", initialXY.Y, c.GetCurrent().Y)
}
if c2.GetCurrent().X != u.Padding+dimensions.X+u.Padding {
test.Errorf("Expected x %f, got %f", u.Padding+dimensions.X+u.Padding, c2.GetCurrent().X)
}
if c2.GetCurrent().Y != initialXY.Y {
test.Errorf("Expected y %f, got %f", initialXY.Y, c2.GetCurrent().Y)
}
}
func main() {
app.Main(func(a app.App) {
var glctx gl.Context
var sz size.Event
u := uistate.MakeUIState()
for e := range a.Events() {
switch e := a.Filter(e).(type) {
case lifecycle.Event:
switch e.Crosses(lifecycle.StageVisible) {
case lifecycle.CrossOn:
glctx, _ = e.DrawContext.(gl.Context)
onStart(glctx, u)
a.Send(paint.Event{})
case lifecycle.CrossOff:
glctx = nil
onStop(u)
}
case size.Event:
if !u.Done {
// rearrange images on screen based on new size
sz = e
resize.UpdateImgPositions(sz, u)
}
case touch.Event:
touchhandler.OnTouch(e, u)
case paint.Event:
if !u.Done {
if glctx == nil || e.External {
continue
}
onPaint(glctx, sz, u)
a.Publish()
a.Send(paint.Event{}) // keep animating
}
}
}
})
}
