public override void ConvertProject(ProjectFile pf)
{
var dataAssets = pf.DataHandle.GetChunk <GMChunkFONT>().List;
// Assemble dictionary of group names to actual Group classes
Dictionary <string, Textures.Group> groupNames = new Dictionary <string, Textures.Group>();
foreach (var g in pf.Textures.TextureGroups)
{
groupNames[g.Name] = g;
}
List <GMFont> newList = new List <GMFont>();
for (int i = 0; i < pf.Fonts.Count; i++)
{
AssetFont projectAsset = pf.Fonts[i].Asset;
if (projectAsset == null)
{
// This asset was never converted
newList.Add((GMFont)pf.Fonts[i].DataAsset);
continue;
}
// Add texture item to proper texture group
if (projectAsset.TextureGroup != null &&
groupNames.TryGetValue(projectAsset.TextureGroup, out var group))
{
group.AddNewEntry(pf.Textures, projectAsset.TextureItem);
}
else
{
// Make a new texture group for this
var g = new Textures.Group()
{
Dirty = true,
Border = 0,
AllowCrop = false,
Name = $"__DS_AUTO_GEN_{projectAsset.Name}__{pf.Textures.TextureGroups.Count}"
};
g.AddNewEntry(pf.Textures, projectAsset.TextureItem);
pf.Textures.TextureGroups.Add(g);
}
GMFont dataAsset = new GMFont()
{
Name = pf.DataHandle.DefineString(projectAsset.Name),
DisplayName = pf.DataHandle.DefineString(projectAsset.DisplayName),
Bold = projectAsset.Bold,
Italic = projectAsset.Italic,
Charset = projectAsset.Charset,
AntiAlias = projectAsset.AntiAlias,
ScaleX = projectAsset.ScaleX,
ScaleY = projectAsset.ScaleY,
TextureItem = projectAsset.TextureItem,
Glyphs = new Core.GMUniquePointerList <GMGlyph>()
};
if (projectAsset.Size != null)
{
dataAsset.Size = (int)projectAsset.Size;
}
else
{
dataAsset.SizeFloat = (float)projectAsset.SizeFloat;
}
foreach (var g in projectAsset.Glyphs.OrderBy(g => g.Character))
{
dataAsset.Glyphs.Add(g);
}
if (dataAsset.Glyphs.Count != 0)
{
dataAsset.RangeStart = dataAsset.Glyphs[0].Character;
dataAsset.RangeEnd = dataAsset.Glyphs[^ 1].Character;
public override void ConvertProject(ProjectFile pf)
{
var dataAssets = pf.DataHandle.GetChunk <GMChunkBGND>().List;
// Assemble dictionary of group names to actual Group classes
Dictionary <string, Textures.Group> groupNames = new Dictionary <string, Textures.Group>();
foreach (var g in pf.Textures.TextureGroups)
{
groupNames[g.Name] = g;
}
List <GMBackground> newList = new List <GMBackground>();
for (int i = 0; i < pf.Backgrounds.Count; i++)
{
AssetBackground projectAsset = pf.Backgrounds[i].Asset;
if (projectAsset == null)
{
// This asset was never converted
newList.Add((GMBackground)pf.Backgrounds[i].DataAsset);
continue;
}
// Add texture item to proper texture group
if (projectAsset.TextureGroup != null &&
groupNames.TryGetValue(projectAsset.TextureGroup, out var group))
{
group.AddNewEntry(pf.Textures, projectAsset.TextureItem);
}
else
{
// Make a new texture group for this
var g = new Textures.Group()
{
Dirty = true,
Border = 0,
AllowCrop = false,
Name = $"__DS_AUTO_GEN_{projectAsset.Name}__{pf.Textures.TextureGroups.Count}"
};
g.AddNewEntry(pf.Textures, projectAsset.TextureItem);
pf.Textures.TextureGroups.Add(g);
}
GMBackground dataAsset = new GMBackground()
{
Name = pf.DataHandle.DefineString(projectAsset.Name),
Transparent = projectAsset.Transparent,
Smooth = projectAsset.Smooth,
Preload = projectAsset.Preload,
TextureItem = projectAsset.TextureItem
};
if (pf.DataHandle.VersionInfo.IsNumberAtLeast(2))
{
dataAsset.TileWidth = projectAsset.GMS2Tiles.Width;
dataAsset.TileHeight = projectAsset.GMS2Tiles.Height;
dataAsset.TileOutputBorderX = projectAsset.GMS2Tiles.BorderX;
dataAsset.TileOutputBorderY = projectAsset.GMS2Tiles.BorderY;
dataAsset.TileColumns = projectAsset.GMS2Tiles.Columns;
dataAsset.TileFrameLength = projectAsset.GMS2Tiles.FrameLength;
dataAsset.Tiles = projectAsset.GMS2Tiles.Tiles;
}
newList.Add(dataAsset);
}
dataAssets.Clear();
foreach (var obj in newList)
{
dataAssets.Add(obj);
}
}
public override void ConvertProject(ProjectFile pf)
{
var dataAssets = pf.DataHandle.GetChunk <GMChunkSPRT>().List;
// Assemble dictionary of group names to actual Group classes
Dictionary <string, Textures.Group> groupNames = new Dictionary <string, Textures.Group>();
foreach (var g in pf.Textures.TextureGroups)
{
groupNames[g.Name] = g;
}
List <GMSprite> newList = new List <GMSprite>();
for (int i = 0; i < pf.Sprites.Count; i++)
{
AssetSprite projectAsset = pf.Sprites[i].Asset;
if (projectAsset == null)
{
// This asset was never converted
newList.Add((GMSprite)pf.Sprites[i].DataAsset);
continue;
}
// Add texture items to group
if (!projectAsset.SeparateTextureGroup &&
projectAsset.TextureGroup != null &&
groupNames.TryGetValue(projectAsset.TextureGroup, out var group))
{
foreach (var item in projectAsset.TextureItems)
{
if (item != null)
{
group.AddNewEntry(pf.Textures, item);
}
}
}
else
{
if (projectAsset.SeparateTextureGroup)
{
// Export each frame to a separate texture page
foreach (var item in projectAsset.TextureItems)
{
if (item == null)
{
continue;
}
var g = new Textures.Group()
{
Dirty = true,
Border = 0,
AllowCrop = false,
Name = $"__DS_AUTO_GEN_{projectAsset.Name}__{pf.Textures.TextureGroups.Count}",
FillTGIN = false // Apparently
};
g.AddNewEntry(pf.Textures, item);
pf.Textures.TextureGroups.Add(g);
}
}
else
{
// Make a new texture group for this
var g = new Textures.Group()
{
Dirty = true,
Border = 0,
AllowCrop = false,
Name = $"__DS_AUTO_GEN_{projectAsset.Name}__{pf.Textures.TextureGroups.Count}",
FillTGIN = false // Apparently
};
foreach (var item in projectAsset.TextureItems)
{
if (item != null)
{
g.AddNewEntry(pf.Textures, item);
}
}
pf.Textures.TextureGroups.Add(g);
}
}
CollisionMasks.Rect outbbox;
GMSprite dataAsset = new GMSprite()
{
Name = pf.DataHandle.DefineString(projectAsset.Name),
Transparent = projectAsset.Transparent,
Smooth = projectAsset.Smooth,
Preload = projectAsset.Preload,
Width = projectAsset.Width,
Height = projectAsset.Height,
OriginX = projectAsset.OriginX,
OriginY = projectAsset.OriginY,
TextureItems = new GMRemotePointerList <GMTextureItem>(),
CollisionMasks = CollisionMasks.GetMasksForSprite(pf, projectAsset, out outbbox)
};
// Get collision mask info
var colInfo = projectAsset.CollisionMask;
if (colInfo.Left == null || colInfo.Top == null || colInfo.Right == null || colInfo.Bottom == null)
{
dataAsset.MarginLeft = outbbox.Left;
dataAsset.MarginTop = outbbox.Top;
dataAsset.MarginRight = outbbox.Right;
dataAsset.MarginBottom = outbbox.Bottom;
}
else
{
dataAsset.MarginLeft = (int)colInfo.Left;
dataAsset.MarginTop = (int)colInfo.Top;
dataAsset.MarginRight = (int)colInfo.Right;
dataAsset.MarginBottom = (int)colInfo.Bottom;
}
if ((int)colInfo.Mode < 0)
{
dataAsset.BBoxMode = (uint)(-(1 + (int)colInfo.Mode));
dataAsset.SepMasks = GMSprite.SepMaskType.Precise;
}
else
{
dataAsset.BBoxMode = (uint)colInfo.Mode;
switch (colInfo.Type)
{
case AssetSprite.CollisionMaskInfo.MaskType.Rectangle:
dataAsset.SepMasks = GMSprite.SepMaskType.AxisAlignedRect;
break;
case AssetSprite.CollisionMaskInfo.MaskType.RectangleWithRotation:
dataAsset.SepMasks = GMSprite.SepMaskType.RotatedRect;
break;
case AssetSprite.CollisionMaskInfo.MaskType.Precise:
case AssetSprite.CollisionMaskInfo.MaskType.Diamond:
case AssetSprite.CollisionMaskInfo.MaskType.Ellipse:
case AssetSprite.CollisionMaskInfo.MaskType.PrecisePerFrame:
dataAsset.SepMasks = GMSprite.SepMaskType.Precise;
break;
}
}
// Actually add the texture items
foreach (var item in projectAsset.TextureItems)
{
dataAsset.TextureItems.Add(item);
}
if (projectAsset.SpecialInfo != null)
{
var info = projectAsset.SpecialInfo;
dataAsset.SpecialOrGMS2 = true;
dataAsset.S_SpriteType = info.SpriteType;
if (info.SpriteType != GMSprite.SpriteType.Normal)
{
dataAsset.S_Buffer = info.InternalBuffer;
}
if (info.GMS2PlaybackSpeed != null)
{
dataAsset.GMS2_PlaybackSpeed = (float)info.GMS2PlaybackSpeed;
dataAsset.GMS2_PlaybackSpeedType = (GMSprite.AnimSpeedType)info.GMS2PlaybackSpeedType;
}
if (projectAsset.SpecialInfo.Sequence != null)
{
var seq = projectAsset.SpecialInfo.Sequence;
var newSeq = new GMSequence()
{
Name = pf.DataHandle.DefineString(seq.Name),
PlaybackType = GMSequence.PlaybackTypeEnum.Loop,
PlaybackSpeed = dataAsset.GMS2_PlaybackSpeed,
PlaybackSpeedType = dataAsset.GMS2_PlaybackSpeedType,
Length = seq.Frames.Max(f => f.Position + f.Length),
OriginX = dataAsset.OriginX,
OriginY = dataAsset.OriginY,
Volume = 1,
BroadcastMessages = new(),
Tracks = new()
{
new()
{
BuiltinName = 0,
IsCreationTrack = false,
Keyframes = new GMSequence.Track.ValueKeyframes()
{
List = new()
},
ModelName = pf.DataHandle.DefineString("GMSpriteFramesTrack"),
Name = pf.DataHandle.DefineString("frames"),
OwnedResources = new(),
OwnedResourceTypes = new(),
Tags = new(),
Tracks = new(),
Traits = GMSequence.Track.TraitsEnum.Unknown1
}
},
