added text boxes for input for numbers
This commit is contained in:
Grimsace
+97
-68
@@ -1,96 +1,125 @@
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package main
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import (
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"fmt"
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"strconv"
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"strings"
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"fyne.io/fyne/v2"
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"fyne.io/fyne/v2/container"
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"fyne.io/fyne/v2/data/binding"
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"fyne.io/fyne/v2/layout"
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"fyne.io/fyne/v2/widget"
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)
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// TextOverlayProgressBar is a custom widget that displays a progress bar with text overlay.
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// This allows showing progress information (e.g., step description) directly on the progress bar.
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type TextOverlayProgressBar struct {
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// numericInputSlider is a custom widget that combines a slider and a text entry for numeric input.
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type numericInputSlider struct {
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widget.BaseWidget
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progressBar *widget.ProgressBar
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value binding.Float
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min, max float64
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slider *widget.Slider
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entry *widget.Entry
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format string
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errorLabel *widget.Label
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label *widget.Label
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}
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// NewTextOverlayProgressBar creates a new TextOverlayProgressBar.
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func NewTextOverlayProgressBar() *TextOverlayProgressBar {
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p := &TextOverlayProgressBar{
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progressBar: widget.NewProgressBar(),
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label: widget.NewLabel(""),
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}
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p.ExtendBaseWidget(p)
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return p
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}
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// SetValue sets the progress value of the underlying progress bar.
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func (p *TextOverlayProgressBar) SetValue(v float64) {
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p.progressBar.SetValue(v)
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}
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// SetText sets the text to be displayed on the progress bar.
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func (p *TextOverlayProgressBar) SetText(text string) {
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p.label.SetText(text)
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}
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// CreateRenderer returns a new renderer for the widget.
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func (p *TextOverlayProgressBar) CreateRenderer() fyne.WidgetRenderer {
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return &textOverlayProgressBarRenderer{
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progressBar: p.progressBar,
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label: p.label,
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objects: []fyne.CanvasObject{p.progressBar, p.label},
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}
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}
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// textOverlayProgressBarRenderer is the renderer for the TextOverlayProgressBar.
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// It handles the layout and rendering of the progress bar and the overlay text.
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type textOverlayProgressBarRenderer struct {
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progressBar *widget.ProgressBar
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type numericInputSliderRenderer struct {
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slider *numericInputSlider
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label *widget.Label
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entry *widget.Entry
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sliderWidget *widget.Slider
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errorLabel *widget.Label
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layout fyne.Layout
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objects []fyne.CanvasObject
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}
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// Layout defines the size and position of the progress bar and the label.
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func (r *textOverlayProgressBarRenderer) Layout(size fyne.Size) {
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r.progressBar.Resize(size)
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r.label.Resize(size)
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r.label.Move(fyne.NewPos(0, 0))
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func (r *numericInputSliderRenderer) MinSize() fyne.Size {
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return r.layout.MinSize(r.objects)
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}
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// MinSize returns the minimum size of the widget.
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func (r *textOverlayProgressBarRenderer) MinSize() fyne.Size {
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return r.progressBar.MinSize()
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func (r *numericInputSliderRenderer) Layout(size fyne.Size) {
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r.layout.Layout(r.objects, size)
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}
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// Refresh redraws the widget.
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func (r *textOverlayProgressBarRenderer) Refresh() {
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r.progressBar.Refresh()
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r.label.Refresh()
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}
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// Objects returns the canvas objects that make up the widget.
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func (r *textOverlayProgressBarRenderer) Objects() []fyne.CanvasObject {
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func (r *numericInputSliderRenderer) Objects() []fyne.CanvasObject {
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return r.objects
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}
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// Destroy is a no-op for this renderer.
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func (r *textOverlayProgressBarRenderer) Destroy() {}
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// CustomTheme is a custom theme to make the progress bar thinner.
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type CustomTheme struct {
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fyne.Theme
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func (r *numericInputSliderRenderer) Refresh() {
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r.label.SetText(r.slider.label.Text)
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}
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// NewCustomTheme creates a new CustomTheme.
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func NewCustomTheme(theme fyne.Theme) *CustomTheme {
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return &CustomTheme{Theme: theme}
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func (r *numericInputSliderRenderer) Destroy() {}
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// newNumericInputSlider creates a new numericInputSlider widget.
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func newNumericInputSlider(min, max float64, initialValue float64, format string, labelText string) *numericInputSlider {
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s := &numericInputSlider{
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min: min,
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max: max,
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format: format,
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}
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s.ExtendBaseWidget(s)
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s.label = widget.NewLabel(labelText)
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s.value = binding.NewFloat()
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s.value.Set(initialValue)
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s.slider = widget.NewSlider(min, max)
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s.slider.Bind(s.value)
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s.entry = widget.NewEntry()
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s.value.AddListener(binding.NewDataListener(func() {
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val, _ := s.value.Get()
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s.entry.SetText(fmt.Sprintf(s.format, val))
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}))
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s.errorLabel = widget.NewLabel("")
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s.errorLabel.Hide()
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return s
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}
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// Size returns the size for a given themeable item.
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// It overrides the default progress bar height to make it thinner.
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func (t *CustomTheme) Size(name fyne.ThemeSizeName) float32 {
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if name == "progressBar.height" {
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return 10
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// validate checks the text entry for valid numeric input within the defined range.
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func (s *numericInputSlider) validate(text string, onError func(bool)) {
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text = strings.TrimSuffix(text, "px")
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text = strings.TrimSuffix(text, "%")
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val, err := strconv.ParseFloat(text, 64)
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if err != nil {
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s.errorLabel.SetText("Not a number")
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s.errorLabel.Show()
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onError(true)
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return
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}
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return t.Theme.Size(name)
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if val < s.min || val > s.max {
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s.errorLabel.SetText(fmt.Sprintf("Out of range (%.0f-%.0f)", s.min, s.max))
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s.errorLabel.Show()
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onError(true)
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return
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}
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s.errorLabel.Hide()
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onError(false)
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s.value.Set(val)
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}
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// CreateRenderer is a method required by the Fyne toolkit to render the widget.
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func (s *numericInputSlider) CreateRenderer() fyne.WidgetRenderer {
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r := &numericInputSliderRenderer{
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slider: s,
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label: s.label,
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entry: s.entry,
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sliderWidget: s.slider,
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errorLabel: s.errorLabel,
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}
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r.layout = layout.NewVBoxLayout()
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r.objects = []fyne.CanvasObject{
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container.NewBorder(nil, nil, r.label, r.entry),
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r.sliderWidget,
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r.errorLabel,
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}
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return r
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}
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@@ -21,6 +21,7 @@ import (
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"fyne.io/fyne/v2/app"
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"fyne.io/fyne/v2/canvas"
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"fyne.io/fyne/v2/container"
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"fyne.io/fyne/v2/data/binding"
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"fyne.io/fyne/v2/dialog"
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"fyne.io/fyne/v2/widget"
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@@ -30,7 +31,6 @@ import (
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func main() {
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// Initialize the Fyne application and window
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a := app.NewWithID("com.example.rpgcitymaker")
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a.Settings().SetTheme(&CustomTheme{a.Settings().Theme()})
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w := a.NewWindow("RPG City Maker")
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w.Resize(fyne.NewSize(800, 600))
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@@ -211,206 +211,258 @@ func main() {
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canvasImg.Image = finalImage
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}
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// Create UI elements for controlling terrain generation settings
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detailLabel := widget.NewLabel(fmt.Sprintf("Detail: %.0f", settings.Detail))
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detailSlider := widget.NewSlider(1, 16)
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detailSlider.OnChanged = func(val float64) {
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var generateBtn *widget.Button
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errorStates := make(map[string]bool)
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// ... (other code)
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// Main generation button and logic
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generateBtn = widget.NewButton("Generate", func() {
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// ... (generation logic)
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})
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// Function to update the generate button state
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updateGenerateBtnState := func() {
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for _, hasError := range errorStates {
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if hasError {
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generateBtn.Disable()
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return
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}
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}
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generateBtn.Enable()
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}
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detailSlider := newNumericInputSlider(1, 16, settings.Detail, "%.0f", "Detail")
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detailSlider.entry.OnChanged = func(s string) {
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detailSlider.validate(s, func(hasError bool) {
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errorStates["detail"] = hasError
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updateGenerateBtnState()
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})
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}
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detailSlider.value.AddListener(binding.NewDataListener(func() {
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val, _ := detailSlider.value.Get()
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settings.Detail = val
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detailLabel.SetText(fmt.Sprintf("Detail: %.0f", settings.Detail))
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}
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detailSlider.SetValue(settings.Detail)
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}))
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roughnessLabel := widget.NewLabel(fmt.Sprintf("Roughness: %.0f%%", settings.Roughness))
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roughnessSlider := widget.NewSlider(0, 100)
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roughnessSlider.OnChanged = func(val float64) {
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roughnessSlider := newNumericInputSlider(0, 100, settings.Roughness, "%.0f%%", "Roughness")
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roughnessSlider.entry.OnChanged = func(s string) {
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roughnessSlider.validate(s, func(hasError bool) {
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errorStates["roughness"] = hasError
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updateGenerateBtnState()
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})
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}
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roughnessSlider.value.AddListener(binding.NewDataListener(func() {
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val, _ := roughnessSlider.value.Get()
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settings.Roughness = val
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roughnessLabel.SetText(fmt.Sprintf("Roughness: %.0f%%", settings.Roughness))
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}
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roughnessSlider.SetValue(settings.Roughness)
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}))
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// Create UI elements for controlling lake generation settings
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lakesLabel := widget.NewLabel(fmt.Sprintf("Lakes: %d", settings.Lakes))
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lakesSlider := widget.NewSlider(0, 15)
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lakesSlider.OnChanged = func(val float64) {
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lakesSlider := newNumericInputSlider(0, 15, float64(settings.Lakes), "%.0f", "Lakes")
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lakesSlider.entry.OnChanged = func(s string) {
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lakesSlider.validate(s, func(hasError bool) {
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errorStates["lakes"] = hasError
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updateGenerateBtnState()
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})
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}
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lakesSlider.value.AddListener(binding.NewDataListener(func() {
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val, _ := lakesSlider.value.Get()
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settings.Lakes = int(val)
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lakesLabel.SetText(fmt.Sprintf("Lakes: %d", settings.Lakes))
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}))
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lakeSizeLowerSlider := newNumericInputSlider(1, 100, settings.LakeSizeLower, "%.0f%%", "Min Lake Size")
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lakeSizeLowerSlider.entry.OnChanged = func(s string) {
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lakeSizeLowerSlider.validate(s, func(hasError bool) {
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errorStates["lakeSizeLower"] = hasError
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updateGenerateBtnState()
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})
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}
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lakesSlider.SetValue(float64(settings.Lakes))
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lakeSizeLowerLabel := widget.NewLabel(fmt.Sprintf("Min Lake Size: %.0f%%", settings.LakeSizeLower))
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lakeSizeLowerSlider := widget.NewSlider(1, 100)
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lakeSizeUpperLabel := widget.NewLabel(fmt.Sprintf("Max Lake Size: %.0f%%", settings.LakeSizeUpper))
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lakeSizeUpperSlider := widget.NewSlider(1, 100)
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lakeSizeLowerSlider.OnChanged = func(val float64) {
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lakeSizeLowerSlider.value.AddListener(binding.NewDataListener(func() {
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val, _ := lakeSizeLowerSlider.value.Get()
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settings.LakeSizeLower = val
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if settings.LakeSizeLower > settings.LakeSizeUpper {
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settings.LakeSizeUpper = settings.LakeSizeLower
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lakeSizeUpperSlider.SetValue(settings.LakeSizeUpper)
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}
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lakeSizeLowerLabel.SetText(fmt.Sprintf("Min Lake Size: %.0f%%", settings.LakeSizeLower))
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}
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lakeSizeLowerSlider.SetValue(settings.LakeSizeLower)
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}))
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lakeSizeUpperSlider.OnChanged = func(val float64) {
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lakeSizeUpperSlider := newNumericInputSlider(1, 100, settings.LakeSizeUpper, "%.0f%%", "Max Lake Size")
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lakeSizeUpperSlider.entry.OnChanged = func(s string) {
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lakeSizeUpperSlider.validate(s, func(hasError bool) {
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errorStates["lakeSizeUpper"] = hasError
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updateGenerateBtnState()
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})
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}
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lakeSizeUpperSlider.value.AddListener(binding.NewDataListener(func() {
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val, _ := lakeSizeUpperSlider.value.Get()
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settings.LakeSizeUpper = val
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if settings.LakeSizeUpper < settings.LakeSizeLower {
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settings.LakeSizeLower = settings.LakeSizeUpper
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lakeSizeLowerSlider.SetValue(settings.LakeSizeLower)
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}))
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riversSlider := newNumericInputSlider(0, 5, float64(settings.Rivers), "%.0f", "Rivers")
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riversSlider.entry.OnChanged = func(s string) {
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riversSlider.validate(s, func(hasError bool) {
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errorStates["rivers"] = hasError
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updateGenerateBtnState()
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})
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}
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lakeSizeUpperLabel.SetText(fmt.Sprintf("Max Lake Size: %.0f%%", settings.LakeSizeUpper))
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}
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lakeSizeUpperSlider.SetValue(settings.LakeSizeUpper)
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// Create UI elements for controlling river generation settings
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riversLabel := widget.NewLabel(fmt.Sprintf("Rivers: %d", settings.Rivers))
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riversSlider := widget.NewSlider(0, 5)
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riversSlider.OnChanged = func(val float64) {
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riversSlider.value.AddListener(binding.NewDataListener(func() {
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val, _ := riversSlider.value.Get()
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settings.Rivers = int(val)
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riversLabel.SetText(fmt.Sprintf("Rivers: %d", settings.Rivers))
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}))
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minRiverWidthSlider := newNumericInputSlider(1, 100, settings.MinRiverWidth, "%.0f%%", "Min River Width")
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minRiverWidthSlider.entry.OnChanged = func(s string) {
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minRiverWidthSlider.validate(s, func(hasError bool) {
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errorStates["minRiverWidth"] = hasError
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updateGenerateBtnState()
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})
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}
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riversSlider.SetValue(float64(settings.Rivers))
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minRiverWidthLabel := widget.NewLabel(fmt.Sprintf("Min River Width: %.0f%%", settings.MinRiverWidth))
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minRiverWidthSlider := widget.NewSlider(1, 100)
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maxRiverWidthLabel := widget.NewLabel(fmt.Sprintf("Max River Width: %.0f%%", settings.MaxRiverWidth))
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maxRiverWidthSlider := widget.NewSlider(1, 100)
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minRiverWidthSlider.OnChanged = func(val float64) {
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minRiverWidthSlider.value.AddListener(binding.NewDataListener(func() {
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val, _ := minRiverWidthSlider.value.Get()
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settings.MinRiverWidth = val
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if settings.MinRiverWidth > settings.MaxRiverWidth {
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settings.MaxRiverWidth = settings.MinRiverWidth
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maxRiverWidthSlider.SetValue(settings.MaxRiverWidth)
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}
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minRiverWidthLabel.SetText(fmt.Sprintf("Min River Width: %.0f%%", settings.MinRiverWidth))
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}
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minRiverWidthSlider.SetValue(settings.MinRiverWidth)
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}))
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maxRiverWidthSlider.OnChanged = func(val float64) {
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maxRiverWidthSlider := newNumericInputSlider(1, 100, settings.MaxRiverWidth, "%.0f%%", "Max River Width")
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maxRiverWidthSlider.entry.OnChanged = func(s string) {
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maxRiverWidthSlider.validate(s, func(hasError bool) {
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errorStates["maxRiverWidth"] = hasError
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updateGenerateBtnState()
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})
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}
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maxRiverWidthSlider.value.AddListener(binding.NewDataListener(func() {
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val, _ := maxRiverWidthSlider.value.Get()
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settings.MaxRiverWidth = val
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if settings.MaxRiverWidth < settings.MinRiverWidth {
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settings.MinRiverWidth = settings.MaxRiverWidth
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minRiverWidthSlider.SetValue(settings.MinRiverWidth)
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}
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maxRiverWidthLabel.SetText(fmt.Sprintf("Max River Width: %.0f%%", settings.MaxRiverWidth))
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}
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maxRiverWidthSlider.SetValue(settings.MaxRiverWidth)
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}))
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riverCurvynessLabel := widget.NewLabel(fmt.Sprintf("River Curvyness: %.0f%%", settings.RiverCurvyness))
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riverCurvynessSlider := widget.NewSlider(0, 100)
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riverCurvynessSlider.OnChanged = func(val float64) {
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riverCurvynessSlider := newNumericInputSlider(0, 100, settings.RiverCurvyness, "%.0f%%", "River Curvyness")
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riverCurvynessSlider.entry.OnChanged = func(s string) {
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riverCurvynessSlider.validate(s, func(hasError bool) {
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errorStates["riverCurvyness"] = hasError
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updateGenerateBtnState()
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})
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}
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riverCurvynessSlider.value.AddListener(binding.NewDataListener(func() {
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val, _ := riverCurvynessSlider.value.Get()
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settings.RiverCurvyness = val
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riverCurvynessLabel.SetText(fmt.Sprintf("River Curvyness: %.0f%%", settings.RiverCurvyness))
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}))
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minTreeSizeSlider := newNumericInputSlider(1, 150, settings.MinTreeSize, "%.0fpx", "Min Tree Size")
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minTreeSizeSlider.entry.OnChanged = func(s string) {
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minTreeSizeSlider.validate(s, func(hasError bool) {
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errorStates["minTreeSize"] = hasError
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updateGenerateBtnState()
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})
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}
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riverCurvynessSlider.SetValue(settings.RiverCurvyness)
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// Create UI elements for controlling tree generation settings
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minTreeSizeLabel := widget.NewLabel(fmt.Sprintf("Min Tree Size: %.0fpx", settings.MinTreeSize))
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minTreeSizeSlider := widget.NewSlider(1, 150)
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maxTreeSizeLabel := widget.NewLabel(fmt.Sprintf("Max Tree Size: %.0fpx", settings.MaxTreeSize))
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maxTreeSizeSlider := widget.NewSlider(1, 150)
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minTreeSizeSlider.OnChanged = func(val float64) {
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minTreeSizeSlider.value.AddListener(binding.NewDataListener(func() {
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val, _ := minTreeSizeSlider.value.Get()
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settings.MinTreeSize = val
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if settings.MinTreeSize > settings.MaxTreeSize {
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settings.MaxTreeSize = settings.MinTreeSize
|
||||
maxTreeSizeSlider.SetValue(settings.MaxTreeSize)
|
||||
}
|
||||
minTreeSizeLabel.SetText(fmt.Sprintf("Min Tree Size: %.0fpx", settings.MinTreeSize))
|
||||
}
|
||||
minTreeSizeSlider.SetValue(settings.MinTreeSize)
|
||||
}))
|
||||
|
||||
maxTreeSizeSlider.OnChanged = func(val float64) {
|
||||
maxTreeSizeSlider := newNumericInputSlider(1, 150, settings.MaxTreeSize, "%.0fpx", "Max Tree Size")
|
||||
maxTreeSizeSlider.entry.OnChanged = func(s string) {
|
||||
maxTreeSizeSlider.validate(s, func(hasError bool) {
|
||||
errorStates["maxTreeSize"] = hasError
|
||||
updateGenerateBtnState()
|
||||
})
|
||||
}
|
||||
maxTreeSizeSlider.value.AddListener(binding.NewDataListener(func() {
|
||||
val, _ := maxTreeSizeSlider.value.Get()
|
||||
settings.MaxTreeSize = val
|
||||
if settings.MaxTreeSize < settings.MinTreeSize {
|
||||
settings.MinTreeSize = settings.MaxTreeSize
|
||||
minTreeSizeSlider.SetValue(settings.MinTreeSize)
|
||||
}
|
||||
maxTreeSizeLabel.SetText(fmt.Sprintf("Max Tree Size: %.0fpx", settings.MaxTreeSize))
|
||||
}
|
||||
maxTreeSizeSlider.SetValue(settings.MaxTreeSize)
|
||||
}))
|
||||
|
||||
treeCoverageLabel := widget.NewLabel(fmt.Sprintf("Tree Coverage: %.0f%%", settings.TreeCoverage))
|
||||
treeCoverageSlider := widget.NewSlider(1, 100)
|
||||
treeCoverageSlider.OnChanged = func(val float64) {
|
||||
treeCoverageSlider := newNumericInputSlider(1, 100, settings.TreeCoverage, "%.0f%%", "Tree Coverage")
|
||||
treeCoverageSlider.entry.OnChanged = func(s string) {
|
||||
treeCoverageSlider.validate(s, func(hasError bool) {
|
||||
errorStates["treeCoverage"] = hasError
|
||||
updateGenerateBtnState()
|
||||
})
|
||||
}
|
||||
treeCoverageSlider.value.AddListener(binding.NewDataListener(func() {
|
||||
val, _ := treeCoverageSlider.value.Get()
|
||||
settings.TreeCoverage = val
|
||||
treeCoverageLabel.SetText(fmt.Sprintf("Tree Coverage: %.0f%%", settings.TreeCoverage))
|
||||
}
|
||||
treeCoverageSlider.SetValue(settings.TreeCoverage)
|
||||
}))
|
||||
|
||||
treeClumpinessLabel := widget.NewLabel(fmt.Sprintf("Tree Clumpiness: %.0f%%", settings.TreeClumpiness))
|
||||
treeClumpinessSlider := widget.NewSlider(0, 100)
|
||||
treeClumpinessSlider.OnChanged = func(val float64) {
|
||||
treeClumpinessSlider := newNumericInputSlider(0, 100, settings.TreeClumpiness, "%.0f%%", "Tree Clumpiness")
|
||||
treeClumpinessSlider.entry.OnChanged = func(s string) {
|
||||
treeClumpinessSlider.validate(s, func(hasError bool) {
|
||||
errorStates["treeClumpiness"] = hasError
|
||||
updateGenerateBtnState()
|
||||
})
|
||||
}
|
||||
treeClumpinessSlider.value.AddListener(binding.NewDataListener(func() {
|
||||
val, _ := treeClumpinessSlider.value.Get()
|
||||
settings.TreeClumpiness = val
|
||||
treeClumpinessLabel.SetText(fmt.Sprintf("Tree Clumpiness: %.0f%%", settings.TreeClumpiness))
|
||||
}))
|
||||
numRoadsSlider := newNumericInputSlider(0, 2000, float64(settings.NumRoads), "%.0f", "Number of Roads")
|
||||
numRoadsSlider.entry.OnChanged = func(s string) {
|
||||
numRoadsSlider.validate(s, func(hasError bool) {
|
||||
errorStates["numRoads"] = hasError
|
||||
updateGenerateBtnState()
|
||||
})
|
||||
}
|
||||
treeClumpinessSlider.SetValue(settings.TreeClumpiness)
|
||||
// Create UI elements for controlling road generation settings
|
||||
numRoadsLabel := widget.NewLabel(fmt.Sprintf("Number of Roads: %d", settings.NumRoads))
|
||||
numRoadsSlider := widget.NewSlider(0, 2000)
|
||||
numRoadsSlider.OnChanged = func(val float64) {
|
||||
numRoadsSlider.value.AddListener(binding.NewDataListener(func() {
|
||||
val, _ := numRoadsSlider.value.Get()
|
||||
settings.NumRoads = int(val)
|
||||
numRoadsLabel.SetText(fmt.Sprintf("Number of Roads: %d", settings.NumRoads))
|
||||
}))
|
||||
|
||||
minRoadWidthSlider := newNumericInputSlider(1, 150, settings.MinRoadWidth, "%.0fpx", "Min Road Width")
|
||||
minRoadWidthSlider.entry.OnChanged = func(s string) {
|
||||
minRoadWidthSlider.validate(s, func(hasError bool) {
|
||||
errorStates["minRoadWidth"] = hasError
|
||||
updateGenerateBtnState()
|
||||
})
|
||||
}
|
||||
numRoadsSlider.SetValue(float64(settings.NumRoads))
|
||||
|
||||
minRoadWidthLabel := widget.NewLabel(fmt.Sprintf("Min Road Width: %.0fpx", settings.MinRoadWidth))
|
||||
minRoadWidthSlider := widget.NewSlider(1, 150)
|
||||
maxRoadWidthLabel := widget.NewLabel(fmt.Sprintf("Max Road Width: %.0fpx", settings.MaxRoadWidth))
|
||||
maxRoadWidthSlider := widget.NewSlider(1, 150)
|
||||
|
||||
minRoadWidthSlider.OnChanged = func(val float64) {
|
||||
minRoadWidthSlider.value.AddListener(binding.NewDataListener(func() {
|
||||
val, _ := minRoadWidthSlider.value.Get()
|
||||
settings.MinRoadWidth = val
|
||||
if settings.MinRoadWidth > settings.MaxRoadWidth {
|
||||
settings.MaxRoadWidth = settings.MinRoadWidth
|
||||
maxRoadWidthSlider.SetValue(settings.MaxRoadWidth)
|
||||
}
|
||||
minRoadWidthLabel.SetText(fmt.Sprintf("Min Road Width: %.0fpx", settings.MinRoadWidth))
|
||||
}
|
||||
minRoadWidthSlider.SetValue(settings.MinRoadWidth)
|
||||
}))
|
||||
|
||||
maxRoadWidthSlider.OnChanged = func(val float64) {
|
||||
maxRoadWidthSlider := newNumericInputSlider(1, 150, settings.MaxRoadWidth, "%.0fpx", "Max Road Width")
|
||||
maxRoadWidthSlider.entry.OnChanged = func(s string) {
|
||||
maxRoadWidthSlider.validate(s, func(hasError bool) {
|
||||
errorStates["maxRoadWidth"] = hasError
|
||||
updateGenerateBtnState()
|
||||
})
|
||||
}
|
||||
maxRoadWidthSlider.value.AddListener(binding.NewDataListener(func() {
|
||||
val, _ := maxRoadWidthSlider.value.Get()
|
||||
settings.MaxRoadWidth = val
|
||||
if settings.MaxRoadWidth < settings.MinRoadWidth {
|
||||
settings.MinRoadWidth = settings.MaxRoadWidth
|
||||
minRoadWidthSlider.SetValue(settings.MinRoadWidth)
|
||||
}
|
||||
maxRoadWidthLabel.SetText(fmt.Sprintf("Max Road Width: %.0fpx", settings.MaxRoadWidth))
|
||||
}
|
||||
maxRoadWidthSlider.SetValue(settings.MaxRoadWidth)
|
||||
}))
|
||||
|
||||
roadExitsLabel := widget.NewLabel(fmt.Sprintf("Road Exits: %d", settings.RoadExits))
|
||||
roadExitsSlider := widget.NewSlider(0, 100)
|
||||
roadExitsSlider.OnChanged = func(val float64) {
|
||||
if val > float64(settings.NumRoads) {
|
||||
val = float64(settings.NumRoads)
|
||||
roadExitsSlider.SetValue(val)
|
||||
roadExitsSlider := newNumericInputSlider(0, 100, float64(settings.RoadExits), "%.0f", "Road Exits")
|
||||
roadExitsSlider.entry.OnChanged = func(s string) {
|
||||
roadExitsSlider.validate(s, func(hasError bool) {
|
||||
errorStates["roadExits"] = hasError
|
||||
updateGenerateBtnState()
|
||||
})
|
||||
}
|
||||
roadExitsSlider.value.AddListener(binding.NewDataListener(func() {
|
||||
val, _ := roadExitsSlider.value.Get()
|
||||
settings.RoadExits = int(val)
|
||||
roadExitsLabel.SetText(fmt.Sprintf("Road Exits: %d", settings.RoadExits))
|
||||
}
|
||||
roadExitsSlider.SetValue(float64(settings.RoadExits))
|
||||
}))
|
||||
|
||||
roadCurvynessLabel := widget.NewLabel(fmt.Sprintf("Road Curvyness: %.0f%%", settings.RoadCurvyness))
|
||||
roadCurvynessSlider := widget.NewSlider(0, 100)
|
||||
roadCurvynessSlider.OnChanged = func(val float64) {
|
||||
roadCurvynessSlider := newNumericInputSlider(0, 100, settings.RoadCurvyness, "%.0f%%", "Road Curvyness")
|
||||
roadCurvynessSlider.entry.OnChanged = func(s string) {
|
||||
roadCurvynessSlider.validate(s, func(hasError bool) {
|
||||
errorStates["roadCurvyness"] = hasError
|
||||
updateGenerateBtnState()
|
||||
})
|
||||
}
|
||||
roadCurvynessSlider.value.AddListener(binding.NewDataListener(func() {
|
||||
val, _ := roadCurvynessSlider.value.Get()
|
||||
settings.RoadCurvyness = val
|
||||
roadCurvynessLabel.SetText(fmt.Sprintf("Road Curvyness: %.0f%%", settings.RoadCurvyness))
|
||||
}
|
||||
roadCurvynessSlider.SetValue(settings.RoadCurvyness)
|
||||
}))
|
||||
|
||||
roadDistributionLabel := widget.NewLabel(fmt.Sprintf("Distribution: %.0f%%", settings.RoadDistribution))
|
||||
roadDistributionSlider := widget.NewSlider(0, 100)
|
||||
roadDistributionSlider.OnChanged = func(val float64) {
|
||||
settings.RoadDistribution = val
|
||||
roadDistributionLabel.SetText(fmt.Sprintf("Distribution: %.0f%%", settings.RoadDistribution))
|
||||
roadDistributionSlider := newNumericInputSlider(0, 100, settings.RoadDistribution, "%.0f%%", "Distribution")
|
||||
roadDistributionSlider.entry.OnChanged = func(s string) {
|
||||
roadDistributionSlider.validate(s, func(hasError bool) {
|
||||
errorStates["roadDistribution"] = hasError
|
||||
updateGenerateBtnState()
|
||||
})
|
||||
}
|
||||
roadDistributionSlider.SetValue(settings.RoadDistribution)
|
||||
roadDistributionSlider.value.AddListener(binding.NewDataListener(func() {
|
||||
val, _ := roadDistributionSlider.value.Get()
|
||||
settings.RoadDistribution = val
|
||||
}))
|
||||
|
||||
// Create UI elements for error display and action buttons
|
||||
errorLabel := canvas.NewText("", color.RGBA{R: 255, A: 255})
|
||||
errorLabel.TextSize = 12
|
||||
errorLabel := widget.NewLabel("")
|
||||
errorLabel.Wrapping = fyne.TextWrapWord
|
||||
errorLabel.Hide()
|
||||
|
||||
var generateBtn *widget.Button
|
||||
progressBar := NewTextOverlayProgressBar()
|
||||
progressBar := widget.NewProgressBar()
|
||||
exportCanvasBtn := widget.NewButton("Export Canvas", func() {
|
||||
showSaveDialog(w, canvasImg.Image, settings)
|
||||
})
|
||||
@@ -436,34 +488,17 @@ func main() {
|
||||
generateBtn.Enable()
|
||||
})
|
||||
}()
|
||||
// Set up progress bar
|
||||
steps := 10
|
||||
currentStep := 0
|
||||
|
||||
seedProvider := NewSeedProvider(settings.Seed)
|
||||
// Step 1: Generating Heightmap
|
||||
currentStep++
|
||||
fyne.Do(func() {
|
||||
progressBar.SetText(fmt.Sprintf("Step %d/%d: Generating Heightmap", currentStep, steps))
|
||||
progressBar.SetValue(float64(currentStep) / float64(steps))
|
||||
})
|
||||
noiseImg := GenerateHeightmap(settings.Width, settings.Height, int(settings.Detail), 100.0, seedProvider.Next())
|
||||
|
||||
// Step 2: Generating Lakes
|
||||
currentStep++
|
||||
fyne.Do(func() {
|
||||
progressBar.SetText(fmt.Sprintf("Step %d/%d: Generating Lakes", currentStep, steps))
|
||||
progressBar.SetValue(float64(currentStep) / float64(steps))
|
||||
})
|
||||
|
||||
var lakeImage image.Image
|
||||
lakeImage, lakes = GenerateLakes(settings.Width, settings.Height, settings.Lakes, settings.LakeSizeLower, settings.LakeSizeUpper, noiseImg, seedProvider.Next())
|
||||
|
||||
// Step 3: Generating Rivers
|
||||
currentStep++
|
||||
fyne.Do(func() {
|
||||
progressBar.SetText(fmt.Sprintf("Step %d/%d: Generating Rivers", currentStep, steps))
|
||||
progressBar.SetValue(float64(currentStep) / float64(steps))
|
||||
})
|
||||
|
||||
var riverImage image.Image
|
||||
riverImage, riverPixels = GenerateRivers(settings.Width, settings.Height, settings.Rivers, settings.MinRiverWidth, settings.MaxRiverWidth, settings.RiverCurvyness, lakeImage, lakes, seedProvider.Next(), noiseImg)
|
||||
|
||||
@@ -476,11 +511,7 @@ func main() {
|
||||
allWaterPixels := append(flatLakePixels, riverPixels...)
|
||||
|
||||
// Step 4: Generating Roads
|
||||
currentStep++
|
||||
fyne.Do(func() {
|
||||
progressBar.SetText(fmt.Sprintf("Step %d/%d: Generating Roads", currentStep, steps))
|
||||
progressBar.SetValue(float64(currentStep) / float64(steps))
|
||||
})
|
||||
|
||||
var roadImage *image.RGBA
|
||||
roadPixels, bridgePixels, roadImage = GenerateRoads(settings.Width, settings.Height, settings, noiseImg, allWaterPixels, seedProvider.Next()) // Draw roadImage over finalImage
|
||||
for y := 0; y < roadImage.Bounds().Max.Y; y++ {
|
||||
@@ -493,68 +524,40 @@ func main() {
|
||||
}
|
||||
|
||||
// Step 5: Generating Buildings
|
||||
currentStep++
|
||||
fyne.Do(func() {
|
||||
progressBar.SetText(fmt.Sprintf("Step %d/%d: Generating Buildings", currentStep, steps))
|
||||
progressBar.SetValue(float64(currentStep) / float64(steps))
|
||||
})
|
||||
|
||||
buildings, buildingPixels = GenerateBuildings(finalImage, settings.Width, settings.Height, settings, roadPixels, allWaterPixels, seedProvider.Next())
|
||||
|
||||
// Step 6: Darkening Water Areas
|
||||
currentStep++
|
||||
fyne.Do(func() {
|
||||
progressBar.SetText(fmt.Sprintf("Step %d/%d: Darkening Water Areas", currentStep, steps))
|
||||
progressBar.SetValue(float64(currentStep) / float64(steps))
|
||||
})
|
||||
|
||||
darkenedHeightmap := DarkenLakeAreas(noiseImg, allWaterPixels)
|
||||
|
||||
// Step 7: Flattening Building Areas
|
||||
currentStep++
|
||||
fyne.Do(func() {
|
||||
progressBar.SetText(fmt.Sprintf("Step %d/%d: Flattening Building Areas", currentStep, steps))
|
||||
progressBar.SetValue(float64(currentStep) / float64(steps))
|
||||
})
|
||||
|
||||
flattenedBuildingHeightmap := FlattenBuildingAreas(darkenedHeightmap.(*image.RGBA), buildings, settings.Width, settings.Height)
|
||||
|
||||
flattenedHeightmap := FlattenRoadAreas(flattenedBuildingHeightmap, roadPixels)
|
||||
|
||||
// Step 8: Applying Roughness
|
||||
currentStep++
|
||||
fyne.Do(func() {
|
||||
progressBar.SetText(fmt.Sprintf("Step %d/%d: Applying Roughness", currentStep, steps))
|
||||
progressBar.SetValue(float64(currentStep) / float64(steps))
|
||||
})
|
||||
|
||||
compositeImg := ApplyRoughness(flattenedHeightmap, settings.Roughness)
|
||||
|
||||
// Step 9: Generating Trees
|
||||
currentStep++
|
||||
fyne.Do(func() {
|
||||
progressBar.SetText(fmt.Sprintf("Step %d/%d: Generating Trees", currentStep, steps))
|
||||
progressBar.SetValue(float64(currentStep) / float64(steps))
|
||||
})
|
||||
|
||||
treePixels = GenerateTrees(finalImage, allWaterPixels, roadPixels, buildingPixels, settings.MinTreeSize, settings.MaxTreeSize, settings.TreeCoverage, settings.TreeClumpiness, seedProvider.Next())
|
||||
|
||||
// Step 10: Generating Bump Map
|
||||
currentStep++
|
||||
fyne.Do(func() {
|
||||
progressBar.SetText(fmt.Sprintf("Step %d/%d: Generating Bump Map", currentStep, steps))
|
||||
progressBar.SetValue(float64(currentStep) / float64(steps))
|
||||
})
|
||||
|
||||
bumpMap := GenerateBumpMap(compositeImg.(*image.RGBA), settings.Width, settings.Height, 0.10)
|
||||
|
||||
// Step 11: Finalizing Images
|
||||
currentStep++
|
||||
|
||||
fyne.Do(func() {
|
||||
progressBar.SetText(fmt.Sprintf("Step %d/%d: Finalizing Images", currentStep, steps))
|
||||
progressBar.SetValue(float64(currentStep) / float64(steps))
|
||||
heightmapImg.Image = compositeImg
|
||||
heightmapImg.Refresh()
|
||||
bumpmapImg.Image = bumpMap
|
||||
bumpmapImg.Refresh()
|
||||
canvasImg.Image = finalImage
|
||||
canvasImg.Refresh()
|
||||
|
||||
progressBar.SetText("Generation Complete!")
|
||||
})
|
||||
}()
|
||||
})
|
||||
@@ -609,100 +612,85 @@ func main() {
|
||||
})
|
||||
// Create tabs for organizing settings
|
||||
terrainTab := container.NewTabItem("Terrain", container.NewVBox(
|
||||
detailLabel,
|
||||
detailSlider,
|
||||
roughnessLabel,
|
||||
roughnessSlider,
|
||||
|
||||
widget.NewLabel(""), // Spacer
|
||||
|
||||
minTreeSizeLabel,
|
||||
minTreeSizeSlider,
|
||||
maxTreeSizeLabel,
|
||||
maxTreeSizeSlider,
|
||||
treeCoverageLabel,
|
||||
treeCoverageSlider,
|
||||
treeClumpinessLabel,
|
||||
treeClumpinessSlider,
|
||||
))
|
||||
|
||||
waterTab := container.NewTabItem("Water", container.NewVBox(
|
||||
lakesLabel,
|
||||
lakesSlider,
|
||||
lakeSizeLowerLabel,
|
||||
lakeSizeLowerSlider,
|
||||
lakeSizeUpperLabel,
|
||||
lakeSizeUpperSlider,
|
||||
|
||||
widget.NewLabel(""), // Spacer
|
||||
|
||||
riversLabel,
|
||||
riversSlider,
|
||||
minRiverWidthLabel,
|
||||
minRiverWidthSlider,
|
||||
maxRiverWidthLabel,
|
||||
maxRiverWidthSlider,
|
||||
riverCurvynessLabel,
|
||||
riverCurvynessSlider,
|
||||
))
|
||||
|
||||
roadDistributionSlider.SetValue(settings.RoadDistribution)
|
||||
|
||||
roadsTab := container.NewTabItem("Roads", container.NewVBox(
|
||||
numRoadsLabel,
|
||||
numRoadsSlider,
|
||||
minRoadWidthLabel,
|
||||
minRoadWidthSlider,
|
||||
maxRoadWidthLabel,
|
||||
maxRoadWidthSlider,
|
||||
roadExitsLabel,
|
||||
roadExitsSlider,
|
||||
roadCurvynessLabel,
|
||||
roadCurvynessSlider,
|
||||
roadDistributionLabel,
|
||||
roadDistributionSlider,
|
||||
))
|
||||
// Create UI elements for building generation settings
|
||||
numBuildingsLabel := widget.NewLabel(fmt.Sprintf("Number of Buildings: %d", settings.NumBuildings))
|
||||
numBuildingsSlider := widget.NewSlider(0, 10000)
|
||||
numBuildingsSlider.OnChanged = func(val float64) {
|
||||
numBuildingsSlider := newNumericInputSlider(0, 10000, float64(settings.NumBuildings), "%.0f", "Number of Buildings")
|
||||
numBuildingsSlider.entry.OnChanged = func(s string) {
|
||||
numBuildingsSlider.validate(s, func(hasError bool) {
|
||||
errorStates["numBuildings"] = hasError
|
||||
updateGenerateBtnState()
|
||||
})
|
||||
}
|
||||
numBuildingsSlider.value.AddListener(binding.NewDataListener(func() {
|
||||
val, _ := numBuildingsSlider.value.Get()
|
||||
settings.NumBuildings = int(val)
|
||||
numBuildingsLabel.SetText(fmt.Sprintf("Number of Buildings: %d", settings.NumBuildings))
|
||||
}))
|
||||
|
||||
minBuildingSizeSlider := newNumericInputSlider(1, 150, settings.MinBuildingSize, "%.0fpx", "Min Building Size")
|
||||
minBuildingSizeSlider.entry.OnChanged = func(s string) {
|
||||
minBuildingSizeSlider.validate(s, func(hasError bool) {
|
||||
errorStates["minBuildingSize"] = hasError
|
||||
updateGenerateBtnState()
|
||||
})
|
||||
}
|
||||
numBuildingsSlider.SetValue(float64(settings.NumBuildings))
|
||||
|
||||
minBuildingSizeLabel := widget.NewLabel(fmt.Sprintf("Min Building Size: %.0fpx", settings.MinBuildingSize))
|
||||
minBuildingSizeSlider := widget.NewSlider(1, 150)
|
||||
maxBuildingSizeLabel := widget.NewLabel(fmt.Sprintf("Max Building Size: %.0fpx", settings.MaxBuildingSize))
|
||||
maxBuildingSizeSlider := widget.NewSlider(1, 150)
|
||||
|
||||
minBuildingSizeSlider.OnChanged = func(val float64) {
|
||||
minBuildingSizeSlider.value.AddListener(binding.NewDataListener(func() {
|
||||
val, _ := minBuildingSizeSlider.value.Get()
|
||||
settings.MinBuildingSize = val
|
||||
if settings.MinBuildingSize > settings.MaxBuildingSize {
|
||||
settings.MaxBuildingSize = settings.MinBuildingSize
|
||||
maxBuildingSizeSlider.SetValue(settings.MaxBuildingSize)
|
||||
}
|
||||
minBuildingSizeLabel.SetText(fmt.Sprintf("Min Building Size: %.0fpx", settings.MinBuildingSize))
|
||||
}
|
||||
minBuildingSizeSlider.SetValue(settings.MinBuildingSize)
|
||||
}))
|
||||
|
||||
maxBuildingSizeSlider.OnChanged = func(val float64) {
|
||||
maxBuildingSizeSlider := newNumericInputSlider(1, 150, settings.MaxBuildingSize, "%.0fpx", "Max Building Size")
|
||||
maxBuildingSizeSlider.entry.OnChanged = func(s string) {
|
||||
maxBuildingSizeSlider.validate(s, func(hasError bool) {
|
||||
errorStates["maxBuildingSize"] = hasError
|
||||
updateGenerateBtnState()
|
||||
})
|
||||
}
|
||||
maxBuildingSizeSlider.value.AddListener(binding.NewDataListener(func() {
|
||||
val, _ := maxBuildingSizeSlider.value.Get()
|
||||
settings.MaxBuildingSize = val
|
||||
if settings.MaxBuildingSize < settings.MinBuildingSize {
|
||||
settings.MinBuildingSize = settings.MaxBuildingSize
|
||||
minBuildingSizeSlider.SetValue(settings.MinBuildingSize)
|
||||
}
|
||||
maxBuildingSizeLabel.SetText(fmt.Sprintf("Max Building Size: %.0fpx", settings.MaxBuildingSize))
|
||||
}
|
||||
maxBuildingSizeSlider.SetValue(settings.MaxBuildingSize)
|
||||
}))
|
||||
|
||||
buildingDistributionLabel := widget.NewLabel(fmt.Sprintf("Building Distribution: %.0f%%", settings.BuildingDistribution))
|
||||
buildingDistributionSlider := widget.NewSlider(0, 100)
|
||||
buildingDistributionSlider.OnChanged = func(val float64) {
|
||||
settings.BuildingDistribution = val
|
||||
buildingDistributionLabel.SetText(fmt.Sprintf("Building Distribution: %.0f%%", settings.BuildingDistribution))
|
||||
buildingDistributionSlider := newNumericInputSlider(0, 100, settings.BuildingDistribution, "%.0f%%", "Building Distribution")
|
||||
buildingDistributionSlider.entry.OnChanged = func(s string) {
|
||||
buildingDistributionSlider.validate(s, func(hasError bool) {
|
||||
errorStates["buildingDistribution"] = hasError
|
||||
updateGenerateBtnState()
|
||||
})
|
||||
}
|
||||
buildingDistributionSlider.SetValue(settings.BuildingDistribution)
|
||||
buildingDistributionSlider.value.AddListener(binding.NewDataListener(func() {
|
||||
val, _ := buildingDistributionSlider.value.Get()
|
||||
settings.BuildingDistribution = val
|
||||
}))
|
||||
|
||||
buildingShapeLabel := widget.NewLabel("Building Shape:")
|
||||
buildingShapeSelect := widget.NewSelect([]string{"squares", "circles", "rectangles", "mixed", "procedural"}, func(s string) {
|
||||
@@ -732,43 +720,45 @@ func main() {
|
||||
rectangleRatioSlider,
|
||||
)
|
||||
|
||||
// Create sliders for procedural building complexity
|
||||
minBuildingComplexityLabel := widget.NewLabel(fmt.Sprintf("Min Building Complexity: %d", settings.MinBuildingComplexity))
|
||||
minBuildingComplexitySlider := widget.NewSlider(1, 6)
|
||||
minBuildingComplexitySlider.OnChanged = func(val float64) {
|
||||
minBuildingComplexitySlider := newNumericInputSlider(1, 6, float64(settings.MinBuildingComplexity), "%.0f", "Min Building Complexity")
|
||||
minBuildingComplexitySlider.entry.OnChanged = func(s string) {
|
||||
minBuildingComplexitySlider.validate(s, func(hasError bool) {
|
||||
errorStates["minBuildingComplexity"] = hasError
|
||||
updateGenerateBtnState()
|
||||
})
|
||||
}
|
||||
minBuildingComplexitySlider.value.AddListener(binding.NewDataListener(func() {
|
||||
val, _ := minBuildingComplexitySlider.value.Get()
|
||||
settings.MinBuildingComplexity = int(val)
|
||||
if float64(settings.MinBuildingComplexity) > float64(settings.MaxBuildingComplexity) {
|
||||
settings.MaxBuildingComplexity = settings.MinBuildingComplexity
|
||||
}
|
||||
minBuildingComplexityLabel.SetText(fmt.Sprintf("Min Building Complexity: %d", settings.MinBuildingComplexity))
|
||||
}
|
||||
minBuildingComplexitySlider.SetValue(float64(settings.MinBuildingComplexity))
|
||||
}))
|
||||
|
||||
maxBuildingComplexityLabel := widget.NewLabel(fmt.Sprintf("Max Building Complexity: %d", settings.MaxBuildingComplexity))
|
||||
maxBuildingComplexitySlider := widget.NewSlider(1, 6)
|
||||
maxBuildingComplexitySlider.OnChanged = func(val float64) {
|
||||
maxBuildingComplexitySlider := newNumericInputSlider(1, 6, float64(settings.MaxBuildingComplexity), "%.0f", "Max Building Complexity")
|
||||
maxBuildingComplexitySlider.entry.OnChanged = func(s string) {
|
||||
maxBuildingComplexitySlider.validate(s, func(hasError bool) {
|
||||
errorStates["maxBuildingComplexity"] = hasError
|
||||
updateGenerateBtnState()
|
||||
})
|
||||
}
|
||||
maxBuildingComplexitySlider.value.AddListener(binding.NewDataListener(func() {
|
||||
val, _ := maxBuildingComplexitySlider.value.Get()
|
||||
settings.MaxBuildingComplexity = int(val)
|
||||
if float64(settings.MaxBuildingComplexity) < float64(settings.MinBuildingComplexity) {
|
||||
settings.MinBuildingComplexity = settings.MaxBuildingComplexity
|
||||
}
|
||||
maxBuildingComplexityLabel.SetText(fmt.Sprintf("Max Building Complexity: %d", settings.MaxBuildingComplexity))
|
||||
}
|
||||
maxBuildingComplexitySlider.SetValue(float64(settings.MaxBuildingComplexity))
|
||||
}))
|
||||
|
||||
buildingComplexityRatioLabel := widget.NewLabel(fmt.Sprintf("Building Complexity Ratio: %.0f%%", settings.BuildingComplexityRatio))
|
||||
buildingComplexityRatioSlider := widget.NewSlider(0, 100)
|
||||
buildingComplexityRatioSlider.OnChanged = func(val float64) {
|
||||
settings.BuildingComplexityRatio = val
|
||||
buildingComplexityRatioLabel.SetText(fmt.Sprintf("Building Complexity Ratio: %.0f%%", settings.BuildingComplexityRatio))
|
||||
buildingComplexityRatioSlider := newNumericInputSlider(0, 100, settings.BuildingComplexityRatio, "%.0f%%", "Building Complexity Ratio")
|
||||
buildingComplexityRatioSlider.entry.OnChanged = func(s string) {
|
||||
buildingComplexityRatioSlider.validate(s, func(hasError bool) {
|
||||
errorStates["buildingComplexityRatio"] = hasError
|
||||
updateGenerateBtnState()
|
||||
})
|
||||
}
|
||||
buildingComplexityRatioSlider.SetValue(settings.BuildingComplexityRatio)
|
||||
buildingComplexityRatioSlider.value.AddListener(binding.NewDataListener(func() {
|
||||
val, _ := buildingComplexityRatioSlider.value.Get()
|
||||
settings.BuildingComplexityRatio = val
|
||||
}))
|
||||
|
||||
proceduralContainer := container.NewVBox(
|
||||
minBuildingComplexityLabel,
|
||||
minBuildingComplexitySlider,
|
||||
maxBuildingComplexityLabel,
|
||||
maxBuildingComplexitySlider,
|
||||
buildingComplexityRatioLabel,
|
||||
buildingComplexityRatioSlider,
|
||||
)
|
||||
|
||||
@@ -899,13 +889,9 @@ func main() {
|
||||
}
|
||||
|
||||
buildingsTab := container.NewTabItem("Buildings", container.NewVBox(
|
||||
numBuildingsLabel,
|
||||
numBuildingsSlider,
|
||||
minBuildingSizeLabel,
|
||||
minBuildingSizeSlider,
|
||||
maxBuildingSizeLabel,
|
||||
maxBuildingSizeSlider,
|
||||
buildingDistributionLabel,
|
||||
buildingDistributionSlider,
|
||||
buildingShapeLabel,
|
||||
buildingShapeSelect,
|
||||
|
||||
Reference in New Issue
Block a user