2 files changed, 12 insertions(+), 12 deletions(-)

M widget/float.go
M widget/material/slider.go

@@ 13,9 13,7 @@ import (
 
 // Float is for selecting a value in a range.
 type Float struct {
-	Value  float32
-	Axis   layout.Axis
-	Invert bool
+	Value float32
 
 	drag    gesture.Drag
 	pos     float32 // position normalized to [0, 1]


@@ 29,12 27,12 @@ func (f *Float) Dragging() bool { return f.drag.Dragging() }
 // Layout updates the value according to drag events along the f's main axis.
 //
 // The range of f is set by the minimum constraints main axis value.
-func (f *Float) Layout(gtx layout.Context, pointerMargin int, min, max float32) layout.Dimensions {
+func (f *Float) Layout(gtx layout.Context, axis layout.Axis, min, max float32, invert bool, pointerMargin int) layout.Dimensions {
 	size := gtx.Constraints.Min
-	f.length = float32(f.Axis.Convert(size).X)
+	f.length = float32(axis.Convert(size).X)
 
 	var de *pointer.Event
-	for _, e := range f.drag.Events(gtx.Metric, gtx, gesture.Axis(f.Axis)) {
+	for _, e := range f.drag.Events(gtx.Metric, gtx, gesture.Axis(axis)) {
 		if e.Type == pointer.Press || e.Type == pointer.Drag {
 			de = &e
 		}


@@ 43,10 41,10 @@ func (f *Float) Layout(gtx layout.Context, pointerMargin int, min, max float32) 
 	value := f.Value
 	if de != nil {
 		xy := de.Position.X
-		if f.Axis == layout.Vertical {
+		if axis == layout.Vertical {
 			xy = f.length - de.Position.Y
 		}
-		if f.Invert {
+		if invert {
 			xy = f.length - xy
 		}
 		f.pos = xy / f.length


@@ 63,7 61,7 @@ func (f *Float) Layout(gtx layout.Context, pointerMargin int, min, max float32) 
 		f.pos = 1
 	}
 
-	margin := f.Axis.Convert(image.Pt(pointerMargin, 0))
+	margin := axis.Convert(image.Pt(pointerMargin, 0))
 	rect := image.Rectangle{
 		Min: margin.Mul(-1),
 		Max: size.Add(margin),

@@ 27,7 27,9 @@ func Slider(th *Theme, float *widget.Float, min, max float32) SliderStyle {
 }
 
 type SliderStyle struct {
+	Axis     layout.Axis
 	Min, Max float32
+	Invert   bool
 	Color    color.NRGBA
 	Float    *widget.Float
 


@@ 38,7 40,7 @@ func (s SliderStyle) Layout(gtx layout.Context) layout.Dimensions {
 	thumbRadius := gtx.Dp(6)
 	trackWidth := gtx.Dp(2)
 
-	axis := s.Float.Axis
+	axis := s.Axis
 	// Keep a minimum length so that the track is always visible.
 	minLength := thumbRadius + 3*thumbRadius + thumbRadius
 	// Try to expand to finger size, but only if the constraints


@@ 51,7 53,7 @@ func (s SliderStyle) Layout(gtx layout.Context) layout.Dimensions {
 	o := axis.Convert(image.Pt(thumbRadius, 0))
 	trans := op.Offset(o).Push(gtx.Ops)
 	gtx.Constraints.Min = axis.Convert(image.Pt(sizeMain-2*thumbRadius, sizeCross))
-	s.Float.Layout(gtx, thumbRadius, s.Min, s.Max)
+	s.Float.Layout(gtx, axis, s.Min, s.Max, s.Invert, thumbRadius)
 	gtx.Constraints.Min = gtx.Constraints.Min.Add(axis.Convert(image.Pt(0, sizeCross)))
 	thumbPos := thumbRadius + int(s.Float.Pos())
 	trans.Pop()


@@ 63,7 65,7 @@ func (s SliderStyle) Layout(gtx layout.Context) layout.Dimensions {
 
 	rect := func(minx, miny, maxx, maxy int) image.Rectangle {
 		r := image.Rect(minx, miny, maxx, maxy)
-		if s.Float.Invert != (axis == layout.Vertical) {
+		if s.Invert != (axis == layout.Vertical) {
 			r.Max.X, r.Min.X = sizeMain-r.Min.X, sizeMain-r.Max.X
 		}
 		r.Min = axis.Convert(r.Min)