/
wmap_to_tmap.go
423 lines (406 loc) · 19.9 KB
/
wmap_to_tmap.go
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// Copyright (c) 2024 Michael D Henderson. All rights reserved.
package adapters
import (
"fmt"
"github.com/mdhender/wxconv/models/tmap173"
"github.com/mdhender/wxconv/models/wxx"
"sort"
"strings"
)
func WMAPToTMAPv173(w *wxx.Map) (*tmap173.Map, error) {
t := &tmap173.Map{
Version: "1.73",
}
t.Type = w.Type // "WORLD"
t.LastViewLevel = w.LastViewLevel // "WORLD"
t.ContinentFactor = fmt.Sprintf("%d", w.ContinentFactor) // "-1", "0"
t.KingdomFactor = fmt.Sprintf("%d", w.KingdomFactor) // "-1", "0"
t.ProvinceFactor = fmt.Sprintf("%d", w.ProvinceFactor) // "-1", "0"
t.WorldToContinentHOffset = FToXF(w.WorldToContinentHOffset) // "0.0"
t.ContinentToKingdomHOffset = FToXF(w.ContinentToKingdomHOffset) // "0.0"
t.KingdomToProvinceHOffset = FToXF(w.KingdomToProvinceHOffset) // "0.0"
t.WorldToContinentVOffset = FToXF(w.WorldToContinentVOffset) // "0.0"
t.ContinentToKingdomVOffset = FToXF(w.ContinentToKingdomVOffset) // "0.0"
t.KingdomToProvinceVOffset = FToXF(w.KingdomToProvinceVOffset) // "0.0"
t.HexWidth = FToXF(w.HexWidth) // "46.18", "120.97791408032022"
t.HexHeight = FToXF(w.HexHeight) // "40.0", "104.78814558711076"
t.HexOrientation = w.HexOrientation // "COLUMNS"
t.MapProjection = w.MapProjection // "FLAT"
t.ShowNotes = fmt.Sprintf("%v", w.ShowNotes) // "true"
t.ShowGMOnly = fmt.Sprintf("%v", w.ShowGMOnly) // "false"
t.ShowGMOnlyGlow = fmt.Sprintf("%v", w.ShowGMOnlyGlow) // "false"
t.ShowFeatureLabels = fmt.Sprintf("%v", w.ShowFeatureLabels) // "true"
t.ShowGrid = fmt.Sprintf("%v", w.ShowGrid) // "true"
t.ShowGridNumbers = fmt.Sprintf("%v", w.ShowGridNumbers) // "false"
t.ShowShadows = fmt.Sprintf("%v", w.ShowShadows) // "true"
t.TriangleSize = fmt.Sprintf("%d", w.TriangleSize) // "12"
t.GridAndNumbering.Color0 = w.GridAndNumbering.Color0 // "0x00000040"
t.GridAndNumbering.Color1 = w.GridAndNumbering.Color1 // "0x00000040"
t.GridAndNumbering.Color2 = w.GridAndNumbering.Color2 // "0x00000040"
t.GridAndNumbering.Color3 = w.GridAndNumbering.Color3 // "0x00000040"
t.GridAndNumbering.Color4 = w.GridAndNumbering.Color4 // "0x00000040"
t.GridAndNumbering.Width0 = FToXF(w.GridAndNumbering.Width0) // "1.0"
t.GridAndNumbering.Width1 = FToXF(w.GridAndNumbering.Width1) // "2.0"
t.GridAndNumbering.Width2 = FToXF(w.GridAndNumbering.Width2) // "3.0"
t.GridAndNumbering.Width3 = FToXF(w.GridAndNumbering.Width3) // "4.0"
t.GridAndNumbering.Width4 = FToXF(w.GridAndNumbering.Width4) // "1.0"
t.GridAndNumbering.GridOffsetContinentKingdomX = FToXF(w.GridAndNumbering.GridOffsetContinentKingdomX) // "0.0"
t.GridAndNumbering.GridOffsetContinentKingdomY = FToXF(w.GridAndNumbering.GridOffsetContinentKingdomY) // "0.0"
t.GridAndNumbering.GridOffsetWorldContinentX = FToXF(w.GridAndNumbering.GridOffsetWorldContinentX) // "0.0"
t.GridAndNumbering.GridOffsetWorldContinentY = FToXF(w.GridAndNumbering.GridOffsetWorldContinentY) // "0.0"
t.GridAndNumbering.GridOffsetWorldKingdomX = FToXF(w.GridAndNumbering.GridOffsetWorldKingdomX) // "0.0"
t.GridAndNumbering.GridOffsetWorldKingdomY = FToXF(w.GridAndNumbering.GridOffsetWorldKingdomY) // "0.0"
t.GridAndNumbering.GridSquare = fmt.Sprintf("%d", w.GridAndNumbering.GridSquare) // "0"
t.GridAndNumbering.GridSquareHeight = FToXF(w.GridAndNumbering.GridSquareHeight) // "-1.0"
t.GridAndNumbering.GridSquareWidth = FToXF(w.GridAndNumbering.GridSquareWidth) // "-1.0"
t.GridAndNumbering.GridOffsetX = FToXF(w.GridAndNumbering.GridOffsetX) // "0.0"
t.GridAndNumbering.GridOffsetY = FToXF(w.GridAndNumbering.GridOffsetY) // "0.0"
t.GridAndNumbering.NumberFont = w.GridAndNumbering.NumberFont // "Arial"
t.GridAndNumbering.NumberColor = w.GridAndNumbering.NumberColor // "0x000000ff"
t.GridAndNumbering.NumberSize = fmt.Sprintf("%d", w.GridAndNumbering.NumberSize) // "20"
t.GridAndNumbering.NumberStyle = w.GridAndNumbering.NumberStyle // "PLAIN"
t.GridAndNumbering.NumberFirstCol = fmt.Sprintf("%d", w.GridAndNumbering.NumberFirstCol) // "0"
t.GridAndNumbering.NumberFirstRow = fmt.Sprintf("%d", w.GridAndNumbering.NumberFirstRow) // "0"
t.GridAndNumbering.NumberOrder = w.GridAndNumbering.NumberOrder // "COL_ROW"
t.GridAndNumbering.NumberPosition = w.GridAndNumbering.NumberPosition // "BOTTOM"
t.GridAndNumbering.NumberPrePad = w.GridAndNumbering.NumberPrePad // "DOUBLE_ZERO"
t.GridAndNumbering.NumberSeparator = w.GridAndNumbering.NumberSeparator // "."
// terrainLookup will be used later to link terrain names to terrain indexes
terrainLookup := make(map[int]string)
for i, terrain := range w.TerrainMap.List {
if i == 0 {
t.TerrainMap = fmt.Sprintf("%s\t%d", terrain.Label, terrain.Index)
} else {
t.TerrainMap = fmt.Sprintf("%s\t%s\t%d", t.TerrainMap, terrain.Label, terrain.Index)
}
terrainLookup[terrain.Index] = terrain.Label
}
for _, v := range w.MapLayer {
t.MapLayer = append(t.MapLayer, tmap173.MapLayer{Name: v.Name, IsVisible: v.IsVisible})
}
t.Tiles.ViewLevel = w.Tiles.ViewLevel
t.Tiles.TilesWide = fmt.Sprintf("%d", w.Tiles.TilesWide)
t.Tiles.TilesHigh = fmt.Sprintf("%d", w.Tiles.TilesHigh)
for _, tileRow := range w.Tiles.TileRows {
sb := strings.Builder{}
for _, tile := range tileRow {
terrainIndex := tile.Terrain
elevation := strings.TrimSuffix(FToXF(tile.Elevation), ".0")
isIcy := "0"
if tile.IsIcy {
isIcy = "1"
}
isGMOnly := "0"
if tile.IsGMOnly {
isGMOnly = "1"
}
animal := tile.Resources.Animal
// compressed resources is a "Z" if all the resources (except for animal) are zero.
compressedResources := fmt.Sprintf("%d\t%d\t%d\t%d\t%d\t%d", tile.Resources.Brick, tile.Resources.Crops, tile.Resources.Gems, tile.Resources.Lumber, tile.Resources.Metals, tile.Resources.Rock)
if compressedResources == "0\t0\t0\t0\t0\t0" {
compressedResources = "Z"
}
// the custom background color is optional
cbc := ""
if tile.CustomBackgroundColor != nil {
cbc = fmt.Sprintf("\t%s,%s,%s,%s",
FToXF(tile.CustomBackgroundColor.R),
FToXF(tile.CustomBackgroundColor.G),
FToXF(tile.CustomBackgroundColor.B),
FToXF(tile.CustomBackgroundColor.A))
}
sb.WriteString(fmt.Sprintf("%d\t%s\t%s\t%s\t%d\t%s%s\n", terrainIndex, elevation, isIcy, isGMOnly, animal, compressedResources, cbc))
}
t.Tiles.TileRows = append(t.Tiles.TileRows, sb.String())
}
t.MapKey.PositionX = FToXF(w.MapKey.PositionX)
t.MapKey.PositionY = FToXF(w.MapKey.PositionY)
t.MapKey.Viewlevel = w.MapKey.Viewlevel
t.MapKey.Height = strings.TrimSuffix(FToXF(w.MapKey.Height), ".0")
t.MapKey.BackgroundColor = rgbaToXmlAttr(w.MapKey.BackgroundColor)
t.MapKey.BackgroundOpacity = strings.TrimSuffix(FToXF(w.MapKey.BackgroundOpacity), ".0")
t.MapKey.TitleText = w.MapKey.TitleText
t.MapKey.TitleFontFace = w.MapKey.TitleFontFace
t.MapKey.TitleFontColor = rgbaToXmlAttr(w.MapKey.TitleFontColor)
t.MapKey.TitleFontBold = fmt.Sprintf("%v", w.MapKey.TitleFontBold)
t.MapKey.TitleFontItalic = fmt.Sprintf("%v", w.MapKey.TitleFontItalic)
t.MapKey.TitleScale = strings.TrimSuffix(FToXF(w.MapKey.TitleScale), ".0")
t.MapKey.ScaleText = w.MapKey.ScaleText
t.MapKey.ScaleFontFace = w.MapKey.ScaleFontFace
t.MapKey.ScaleFontColor = rgbaToXmlAttr(w.MapKey.ScaleFontColor)
t.MapKey.ScaleFontBold = fmt.Sprintf("%v", w.MapKey.ScaleFontBold)
t.MapKey.ScaleFontItalic = fmt.Sprintf("%v", w.MapKey.ScaleFontItalic)
t.MapKey.ScaleScale = strings.TrimSuffix(FToXF(w.MapKey.ScaleScale), ".0")
t.MapKey.EntryFontFace = w.MapKey.EntryFontFace
t.MapKey.EntryFontColor = rgbaToXmlAttr(w.MapKey.EntryFontColor)
t.MapKey.EntryFontBold = fmt.Sprintf("%v", w.MapKey.EntryFontBold)
t.MapKey.EntryFontItalic = fmt.Sprintf("%v", w.MapKey.EntryFontItalic)
t.MapKey.EntryScale = strings.TrimSuffix(FToXF(w.MapKey.EntryScale), ".0")
for _, feature := range w.Features {
tf := &tmap173.Feature{
Type: feature.Type,
Rotate: FToXF(feature.Rotate),
Uuid: feature.Uuid,
MapLayer: feature.MapLayer,
IsFlipHorizontal: fmt.Sprintf("%v", feature.IsFlipHorizontal),
IsFlipVertical: fmt.Sprintf("%v", feature.IsFlipVertical),
Scale: FToXF(feature.Scale),
ScaleHt: FToXF(feature.ScaleHt),
Tags: feature.Tags,
Color: rgbaToNullableXmlAttr(feature.Color),
RingColor: rgbaToNullableXmlAttr(feature.RingColor),
IsGMOnly: fmt.Sprintf("%v", feature.IsGMOnly),
IsPlaceFreely: fmt.Sprintf("%v", feature.IsPlaceFreely),
LabelPosition: feature.LabelPosition,
LabelDistance: strings.TrimSuffix(FToXF(feature.LabelDistance), ".0"),
IsWorld: fmt.Sprintf("%v", feature.IsWorld),
IsContinent: fmt.Sprintf("%v", feature.IsContinent),
IsKingdom: fmt.Sprintf("%v", feature.IsKingdom),
IsProvince: fmt.Sprintf("%v", feature.IsProvince),
IsFillHexBottom: fmt.Sprintf("%v", feature.IsFillHexBottom),
IsHideTerrainIcon: fmt.Sprintf("%v", feature.IsHideTerrainIcon),
}
if feature.Location != nil {
tf.Location = &tmap173.FeatureLocation{
ViewLevel: feature.Location.ViewLevel,
X: FToXF(feature.Location.X),
Y: FToXF(feature.Location.Y),
}
}
if feature.Label != nil {
tf.Label = &tmap173.Label{
MapLayer: feature.Label.MapLayer,
Style: feature.Label.Style,
FontFace: feature.Label.FontFace,
Color: rgbaToXmlAttr(feature.Label.Color),
OutlineColor: rgbaToXmlAttr(feature.Label.OutlineColor),
OutlineSize: FToXF(feature.Label.OutlineSize),
Rotate: FToXF(feature.Label.Rotate),
IsBold: fmt.Sprintf("%v", feature.Label.IsBold),
IsItalic: fmt.Sprintf("%v", feature.Label.IsItalic),
IsWorld: fmt.Sprintf("%v", feature.Label.IsWorld),
IsContinent: fmt.Sprintf("%v", feature.Label.IsContinent),
IsKingdom: fmt.Sprintf("%v", feature.Label.IsKingdom),
IsProvince: fmt.Sprintf("%v", feature.Label.IsProvince),
IsGMOnly: fmt.Sprintf("%v", feature.Label.IsGMOnly),
Tags: feature.Label.Tags,
BackgroundColor: rgbaToXmlAttr(feature.Label.BackgroundColor),
}
if feature.Label.Location != nil {
tf.Label.Location = &tmap173.LabelLocation{
ViewLevel: feature.Label.Location.ViewLevel,
X: FToXF(feature.Label.Location.X),
Y: FToXF(feature.Label.Location.Y),
Scale: FToXF(feature.Label.Location.Scale),
}
}
}
t.Features = append(t.Features, tf)
}
for _, wLabel := range w.Labels {
tLabel := &tmap173.Label{
MapLayer: wLabel.MapLayer,
Style: wLabel.Style,
FontFace: wLabel.FontFace,
Color: rgbaToXmlAttr(wLabel.Color),
OutlineColor: rgbaToXmlAttr(wLabel.OutlineColor),
OutlineSize: FToXF(wLabel.OutlineSize),
Rotate: FToXF(wLabel.Rotate),
IsBold: fmt.Sprintf("%v", wLabel.IsBold),
IsItalic: fmt.Sprintf("%v", wLabel.IsItalic),
IsWorld: fmt.Sprintf("%v", wLabel.IsWorld),
IsContinent: fmt.Sprintf("%v", wLabel.IsContinent),
IsKingdom: fmt.Sprintf("%v", wLabel.IsKingdom),
IsProvince: fmt.Sprintf("%v", wLabel.IsProvince),
IsGMOnly: fmt.Sprintf("%v", wLabel.IsGMOnly),
Tags: wLabel.Tags,
}
if wLabel.BackgroundColor != nil {
tLabel.BackgroundColor = rgbaToXmlAttr(wLabel.BackgroundColor)
}
if wLabel.Location != nil {
tLabel.Location = &tmap173.LabelLocation{
ViewLevel: wLabel.Location.ViewLevel,
X: FToXF(wLabel.Location.X),
Y: FToXF(wLabel.Location.Y),
Scale: FToXF(wLabel.Location.Scale),
}
}
tLabel.InnerText = strings.ReplaceAll(wLabel.InnerText, "\n", " ")
t.Labels = append(t.Labels, tLabel)
}
for _, wShape := range w.Shapes {
tShape := &tmap173.Shape{
BbHeight: FToXF(wShape.BbHeight),
BbIterations: fmt.Sprintf("%d", wShape.BbIterations),
BbWidth: FToXF(wShape.BbWidth),
CreationType: wShape.CreationType,
CurrentShapeViewLevel: wShape.CurrentShapeViewLevel,
DsColor: wShape.DsColor,
DsOffsetX: FToXF(wShape.DsOffsetX),
DsOffsetY: FToXF(wShape.DsOffsetY),
DsRadius: FToXF(wShape.DsRadius),
DsSpread: FToXF(wShape.DsSpread),
FillRule: wShape.FillRule,
FillTexture: wShape.FillTexture,
HighestViewLevel: wShape.HighestViewLevel,
InsChoke: FToXF(wShape.InsChoke),
InsColor: wShape.InsColor,
InsOffsetX: FToXF(wShape.InsOffsetX),
InsOffsetY: FToXF(wShape.InsOffsetY),
InsRadius: FToXF(wShape.InsRadius),
IsBoxBlur: fmt.Sprintf("%v", wShape.IsBoxBlur),
IsContinent: fmt.Sprintf("%v", wShape.IsContinent),
IsCurve: fmt.Sprintf("%v", wShape.IsCurve),
IsDropShadow: fmt.Sprintf("%v", wShape.IsDropShadow),
IsGMOnly: fmt.Sprintf("%v", wShape.IsGMOnly),
IsInnerShadow: fmt.Sprintf("%v", wShape.IsInnerShadow),
IsKingdom: fmt.Sprintf("%v", wShape.IsKingdom),
IsMatchTileBorders: fmt.Sprintf("%v", wShape.IsMatchTileBorders),
IsProvince: fmt.Sprintf("%v", wShape.IsProvince),
IsSnapVertices: fmt.Sprintf("%v", wShape.IsSnapVertices),
IsWorld: fmt.Sprintf("%v", wShape.IsWorld),
LineCap: wShape.LineCap,
LineJoin: wShape.LineJoin,
MapLayer: wShape.MapLayer,
Opacity: FToXF(wShape.Opacity),
StrokeColor: wShape.StrokeColor,
StrokeTexture: wShape.StrokeTexture,
StrokeType: wShape.StrokeType,
StrokeWidth: FToXF(wShape.StrokeWidth),
Tags: wShape.Tags,
Type: wShape.Type,
}
for _, wPoint := range wShape.Points {
tShape.Points = append(tShape.Points, &tmap173.Point{
Type: wPoint.Type,
X: FToXF(wPoint.X),
Y: FToXF(wPoint.Y),
})
}
t.Shapes = append(t.Shapes, tShape)
}
for _, wNote := range w.Notes {
tNote := &tmap173.Note{
InnerText: wNote.InnerText,
}
t.Notes = append(t.Notes, tNote)
}
for _, wInformation := range w.Informations.Informations {
tInformation := &tmap173.Information{
Uuid: wInformation.Uuid,
Type: wInformation.Type,
Title: wInformation.Title,
Rulers: wInformation.Rulers,
Government: wInformation.Government,
Cultures: wInformation.Cultures,
Language: wInformation.Language,
ReligionType: wInformation.ReligionType,
Culture: wInformation.Culture,
HolySymbol: wInformation.HolySymbol,
Domains: wInformation.Domains,
InnerText: strings.TrimSpace(wInformation.InnerText),
}
for _, wDetail := range wInformation.Details {
tDetail := &tmap173.InformationDetail{
Uuid: wDetail.Uuid,
Type: wDetail.Type,
Title: wDetail.Title,
Rulers: wDetail.Rulers,
Government: wDetail.Government,
Cultures: wDetail.Cultures,
Language: wDetail.Language,
ReligionType: wDetail.ReligionType,
Culture: wDetail.Culture,
HolySymbol: wDetail.HolySymbol,
Domains: wDetail.Domains,
InnerText: strings.TrimSpace(wDetail.InnerText),
}
tInformation.Details = append(tInformation.Details, tDetail)
}
t.Information = append(t.Information, tInformation)
}
t.InformationInnerText = w.Informations.InnerText
// copy over configuration
// copy over configuration.terrain-config
// copy over configuration.feature-config
// copy over configuration.texture-config
// copy over configuration.text-config
for _, wLabelStyle := range w.Configuration.TextConfig.LabelStyles {
tLabelStyle := &tmap173.LabelStyle{
Name: wLabelStyle.Name,
FontFace: wLabelStyle.FontFace,
Scale: FToXF(wLabelStyle.Scale),
IsBold: fmt.Sprintf("%v", wLabelStyle.IsBold),
IsItalic: fmt.Sprintf("%v", wLabelStyle.IsItalic),
Color: rgbaToXmlAttr(wLabelStyle.Color),
BackgroundColor: rgbaToNullableXmlAttr(wLabelStyle.BackgroundColor),
OutlineSize: FToXF(wLabelStyle.OutlineSize),
}
if wLabelStyle.OutlineColor == nil {
tLabelStyle.OutlineColor = "null"
} else {
tLabelStyle.OutlineColor = rgbaToXmlAttr(wLabelStyle.OutlineColor)
//if tLabelStyle.OutlineSize == "null" {
// tLabelStyle.OutlineColor = "0.0,0.0,0.0,1.0"
//}
}
t.Configuration.TextConfig.LabelStyles = append(t.Configuration.TextConfig.LabelStyles, tLabelStyle)
}
t.Configuration.TextConfig.InnerText = w.Configuration.TextConfig.InnerText
// copy over configuration.shape-config
for _, wShapeStyle := range w.Configuration.ShapeConfig.ShapeStyles {
tShapeStyle := &tmap173.ShapeStyle{
Name: wShapeStyle.Name,
StrokeType: wShapeStyle.StrokeType,
IsFractal: fmt.Sprintf("%v", wShapeStyle.IsFractal),
StrokeWidth: FToXF(wShapeStyle.StrokeWidth),
Opacity: FToXF(wShapeStyle.Opacity),
SnapVertices: fmt.Sprintf("%v", wShapeStyle.SnapVertices),
Tags: wShapeStyle.Tags,
DropShadow: fmt.Sprintf("%v", wShapeStyle.DropShadow),
InnerShadow: fmt.Sprintf("%v", wShapeStyle.InnerShadow),
BoxBlur: fmt.Sprintf("%v", wShapeStyle.BoxBlur),
DsSpread: FToXF(wShapeStyle.DsSpread),
DsRadius: FToXF(wShapeStyle.DsRadius),
DsOffsetX: FToXF(wShapeStyle.DsOffsetX),
DsOffsetY: FToXF(wShapeStyle.DsOffsetY),
InsChoke: FToXF(wShapeStyle.InsChoke),
InsRadius: FToXF(wShapeStyle.InsRadius),
InsOffsetX: FToXF(wShapeStyle.InsOffsetX),
InsOffsetY: FToXF(wShapeStyle.InsOffsetY),
BbWidth: FToXF(wShapeStyle.BbWidth),
BbHeight: FToXF(wShapeStyle.BbHeight),
BbIterations: fmt.Sprintf("%d", wShapeStyle.BbIterations),
FillTexture: wShapeStyle.FillTexture,
StrokeTexture: wShapeStyle.StrokeTexture,
StrokePaint: rgbaToXmlAttr(wShapeStyle.StrokePaint),
FillPaint: rgbaToNullableXmlAttr(wShapeStyle.FillPaint),
DsColor: rgbaToNullableXmlAttr(wShapeStyle.DsColor),
InsColor: rgbaToNullableXmlAttr(wShapeStyle.InsColor),
}
t.Configuration.ShapeConfig.ShapeStyles = append(t.Configuration.ShapeConfig.ShapeStyles, tShapeStyle)
}
t.Configuration.ShapeConfig.InnerText = w.Configuration.ShapeConfig.InnerText
t.Configuration.InnerText = w.Configuration.InnerText
return t, nil
}
// sortTerrainMap takes a map with string keys and int values, representing terrain data,
// and returns a slice of the map's keys sorted in lexicographical (alphabetical) order.
//
// Parameters:
// - tm : A map with string keys and integer values.
//
// Returns:
// - A slice of string, containing the keys from the input map sorted in lexicographical order.
//
// Note: This function makes no assumptions about the contents of the map,
// so it can be used to sort any map[string]int.
func sortTerrainMap(tm map[string]int) []string {
var o []string
for k := range tm {
o = append(o, k)
}
sort.Strings(o)
return o
}