func main() {
begin := govfx.NewListener(func(dl float64) {
fmt.Printf("Animation Has Begun at %.4f .\n", dl)
})
end := govfx.NewListener(func(dl float64) {
fmt.Printf("Animation Has Ended at %.4f .\n", dl)
})
progress := govfx.NewListener(func(dl float64) {
fmt.Printf("Animation Is Progressing at %.4f .\n", dl)
})
elems := govfx.QuerySelectorAll(".zapps")
width := govfx.Animate(govfx.Stat{
Duration: 1 * time.Second,
Loop: 2,
Reverse: true,
Begin: begin,
End: end,
Progress: progress,
}, govfx.Values{
{"value": 500, "animate": "width", "easing": "ease-in"},
}, elems)
<-width.Simulate()
width.Start()
}
func main() {
begin := govfx.NewListener(func(dl float64) {
fmt.Printf("Animation Has Begun at %.4f .\n", dl)
})
end := govfx.NewListener(func(dl float64) {
fmt.Printf("Animation Has Ended at %.4f .\n", dl)
})
progress := govfx.NewListener(func(dl float64) {
fmt.Printf("Animation Is Progressing at %.4f .\n", dl)
})
easer := govfx.NewSVGPathEaser(govfx.SVGConfig{
SVGPath: "M0,100 C40,100 50,90 50,50 C50,10 60,3.46944696e-18 100,0",
Width: 100,
Height: 100,
SamplingSize: 300,
})
elems := govfx.QuerySelectorAll(".zapps")
width := govfx.Animate(govfx.Stat{
Duration: 1 * time.Second,
Loop: 2,
Reverse: true,
Begin: begin,
End: end,
Progress: progress,
}, govfx.Values{
{"value": 700, "animate": "width", "easer": easer},
}, elems)
<-width.Simulate()
width.Start()
}