330 lines
7.6 KiB
Go
330 lines
7.6 KiB
Go
package main
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import (
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// "github.com/awesome-gocui/gocui"
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"git.wit.org/wit/gui/toolkit"
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)
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var fakeStartWidth int = 40
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var fakeStartHeight int = 3
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func (w *cuiWidget) setFake() {
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if (w.isFake == false) {
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return
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}
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t := len(w.name)
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// setup fake labels for non-visable things off screen
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w.realWidth = t + 2
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w.realHeight = me.defaultHeight
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w.gocuiSize.width = t + 2
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w.gocuiSize.height = me.defaultHeight
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w.gocuiSize.startW = fakeStartWidth
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w.gocuiSize.startH = fakeStartHeight
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fakeStartHeight += 3
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if (fakeStartHeight > 24) {
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fakeStartHeight = 3
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fakeStartWidth += 20
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}
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w.setWH()
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w.showWidgetPlacement(logNow, "setFake()")
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}
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func findPlace(w *cuiWidget) {
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w.isFake = false
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switch w.widgetType {
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case toolkit.Root:
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w.isFake = true
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w.setFake()
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case toolkit.Flag:
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w.isFake = true
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w.setFake()
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case toolkit.Grid:
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w.isFake = true
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w.setFake()
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case toolkit.Box:
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w.isFake = true
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w.setFake()
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default:
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// w.redoBox(true)
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}
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}
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// find the start (w,h) for child a inside a box widget
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func (w *cuiWidget) getBoxWH() {
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p := w.parent // the parent must be a box widget
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// update parent gocuiSize
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p.realWidth = 0
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p.realHeight = 0
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for _, child := range p.children {
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p.realWidth += child.realWidth
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p.realHeight += child.realHeight
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}
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// compute child offset
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w.startW = p.startW
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w.startH = p.startH
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for _, child := range p.children {
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if (p.horizontal) {
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log("BOX IS HORIZONTAL (w,h)", w.startW, w.startH)
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log("BOX IS HORIZONTAL (w,h)", w.startW, w.startH)
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log("BOX IS HORIZONTAL (w,h)", w.startW, w.startH)
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w.startW += child.realWidth
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} else {
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log("BOX IS VERTICAL (w,h)", w.startW, w.startH)
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log("BOX IS VERTICAL (w,h)", w.startW, w.startH)
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log("BOX IS VERTICAL (w,h)", w.startW, w.startH)
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w.startH += child.realHeight
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}
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if child == w {
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return
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}
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}
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return
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}
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// find the start (w,h) for child a inside a Group widget
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func (w *cuiWidget) getGroupWH() {
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p := w.parent // the parent must be a group widget
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// update parent gocuiSize
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p.realWidth = 0
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p.realHeight = 0
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p.realHeight += me.buttonPadding // pad height for the group label
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for _, child := range p.children {
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p.realWidth += child.realWidth
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p.realHeight += child.realHeight
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}
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// compute child offset
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w.startW = p.startW
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w.startH = p.startH
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for _, child := range p.children {
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w.startH += child.realHeight
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if child == w {
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return
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}
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}
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return
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}
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// find the start (w,h) for child a inside a Grid widget
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func (w *cuiWidget) getGridWH() {
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p := w.parent
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w.startW = p.startW
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w.startH = p.startH
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w.nextW = p.startW
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w.nextH = p.startH
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w.gridBounds()
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}
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func (w *cuiWidget) redoBox(draw bool) {
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if (w == nil) {
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return
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}
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if (me.rootNode == nil) {
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return
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}
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p := w.parent
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if (p == nil) {
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log(logInfo, "redoBox()", w.id, "parent == nil")
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return
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}
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switch w.widgetType {
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case toolkit.Window:
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for _, child := range w.children {
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child.redoBox(draw)
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}
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case toolkit.Tab:
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for _, child := range w.children {
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child.redoBox(draw)
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}
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case toolkit.Grid:
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w.nextW = p.nextW
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w.nextH = p.nextH
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w.gridBounds()
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case toolkit.Box:
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w.logicalSize.w0 = p.nextW
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w.logicalSize.h0 = p.nextH
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w.logicalSize.w1 = p.nextW
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w.logicalSize.h1 = p.nextH
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w.nextW = p.nextW
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w.nextH = p.nextH
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for _, child := range w.children {
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child.redoBox(draw)
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if (w.horizontal) {
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log("BOX IS HORIZONTAL", p.nextW, p.nextW, p.name)
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log("BOX IS HORIZONTAL", w.nextW, w.nextH, w.name)
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log("BOX IS HORIZONTAL")
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// expand based on the child width
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w.nextW = child.nextW + me.horizontalPadding
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// reset height to parent
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w.nextH = p.nextH
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} else {
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log("BOX IS VERTICAL", p.nextW, p.nextW, p.name)
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log("BOX IS VERTICAL", w.nextW, w.nextH, w.name)
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log("BOX IS VERTICAL")
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// go straight down
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w.nextW = p.nextW
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// expand based on the child height
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w.nextH = child.nextH
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}
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}
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w.showWidgetPlacement(logNow, "box:")
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case toolkit.Group:
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w.moveTo(p.nextW, p.nextH)
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w.nextW = p.nextW + me.groupPadding
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w.nextH = p.nextH + me.buttonPadding
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for _, child := range w.children {
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child.redoBox(draw)
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// reset nextW to straight down
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w.nextW = p.nextW + 4
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w.nextH = child.nextH
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}
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// expand the height of the parent now that the group is done
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// p.nextW = w.nextW
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// p.nextH = w.nextH
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w.showWidgetPlacement(logNow, "group:")
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default:
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w.moveTo(p.nextW, p.nextH)
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w.nextW = w.gocuiSize.w1
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w.nextH = w.gocuiSize.h1
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}
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}
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func (w *cuiWidget) setWH() {
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w.gocuiSize.w0 = w.gocuiSize.startW
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w.gocuiSize.h0 = w.gocuiSize.startH
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w.gocuiSize.w1 = w.gocuiSize.w0 + w.gocuiSize.width
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w.gocuiSize.h1 = w.gocuiSize.h0 + w.gocuiSize.height
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w.logicalSize.w0 = w.gocuiSize.w0
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w.logicalSize.h0 = w.gocuiSize.h0
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w.logicalSize.w1 = w.gocuiSize.w1
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w.logicalSize.h1 = w.gocuiSize.h1
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}
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func (w *cuiWidget) moveTo(leftW int, topH int) {
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if (w.isFake) {
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// don't ever move these
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} else {
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w.gocuiSize.w0 = leftW
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w.gocuiSize.h0 = topH
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}
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w.gocuiSize.w1 = w.gocuiSize.w0 + w.realWidth
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w.gocuiSize.h1 = w.gocuiSize.h0 + w.realHeight
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w.logicalSize.w0 = w.gocuiSize.w0
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w.logicalSize.h0 = w.gocuiSize.h0
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w.logicalSize.w1 = w.gocuiSize.w1
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w.logicalSize.h1 = w.gocuiSize.h1
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w.showWidgetPlacement(logNow, "moveTo()")
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}
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func (w *cuiWidget) updateLogicalSizes() {
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for _, child := range w.children {
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// if (w.isReal)
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child.updateLogicalSizes()
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if (w.logicalSize.w0 > child.logicalSize.w0) {
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w.logicalSize.w0 = child.logicalSize.w0
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}
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if (w.logicalSize.w1 < child.logicalSize.w1) {
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w.logicalSize.w1 = child.logicalSize.w1
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}
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if (w.logicalSize.h0 > child.logicalSize.h0) {
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w.logicalSize.h0 = child.logicalSize.h0
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}
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if (w.logicalSize.h1 < child.logicalSize.h1) {
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w.logicalSize.h1 = child.logicalSize.h1
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}
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}
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}
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func (w *cuiWidget) gridBounds() {
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w.showWidgetPlacement(logNow, "gridBounds:")
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p := w.parent
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/*
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for a := 0; a < w.x; a++ {
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for b := 0; b < w.y; b++ {
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log(logNow, "gridBounds() (w,h)", a, b,
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"logical(W,H)", w.widths[a], w.heights[b],
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"p.next(W,H)", p.nextW, p.nextH)
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}
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log("\n")
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}
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*/
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var wCount int = 0
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var hCount int = 0
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for _, child := range w.children {
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// increment for the next child
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w.nextW = p.nextW + wCount * 20
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w.nextH = p.nextH + hCount * 2
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child.redoBox(true)
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// set the child's realWidth, and grid offset
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child.parentH = hCount
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child.parentW = wCount
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if (w.widths[wCount] < child.realWidth) {
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w.widths[wCount] = child.realWidth
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}
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if (w.heights[hCount] < child.realHeight) {
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w.heights[hCount] = child.realHeight
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}
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log(logNow, "redoBox(GRID) (w,h count)", wCount, hCount, "(X,Y)", w.x, w.y, w.name)
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child.showWidgetPlacement(logNow, "grid:")
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if ((wCount + 1) < w.y) {
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wCount += 1
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} else {
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wCount = 0
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hCount += 1
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}
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}
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// reset the size of the whole grid
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w.realWidth = 0
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w.realHeight = 0
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for _, val := range w.widths {
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w.realWidth += val
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}
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for _, val := range w.heights {
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w.realHeight += val
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}
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for _, child := range w.children {
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child.showWidgetPlacement(logVerbose, "gridBounds:")
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var totalW, totalH int
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for i, val := range w.widths {
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if (i < child.parentW) {
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log(logVerbose, "gridBounds() (w, widths[])", i, val)
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totalW += w.widths[i]
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}
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}
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for i, h := range w.heights {
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if (i < child.parentH) {
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totalH += h
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}
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}
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// the new corner to move the child to
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realW := w.nextW + totalW
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realH := w.nextH + totalH
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log(logInfo, "gridBounds()", child.id, "parent (W,H) =", child.parentW, child.parentH,
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"total (W,H) =", totalW, totalH,
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"real (W,H) =", realW, realH)
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child.moveTo(realW, realH)
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child.showWidgetPlacement(logInfo, "gridBounds:")
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log(logInfo)
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}
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// w.updateLogicalSizes()
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w.showWidgetPlacement(logNow, "gridBounds:")
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}
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