public NSMBPath(NSMBPath path)
{
this.id = path.id;
NSMBPathPoint newpt;
foreach (NSMBPathPoint pt in path.points) {
newpt = new NSMBPathPoint(pt);
newpt.parent = this;
this.points.Add(newpt);
}
}
public NSMBPath(NSMBPath path)
{
this.id = path.id;
NSMBPathPoint newpt;
foreach (NSMBPathPoint pt in path.points)
{
newpt = new NSMBPathPoint(pt);
newpt.parent = this;
this.points.Add(newpt);
}
}
public NSMBPathPoint(NSMBPathPoint p)
{
X = p.X;
Y = p.Y;
parent = p.parent;
Unknown1 = p.Unknown1;
Unknown2 = p.Unknown2;
Unknown3 = p.Unknown3;
Unknown4 = p.Unknown4;
Unknown5 = p.Unknown5;
Unknown6 = p.Unknown6;
}
public NSMBPathPoint(NSMBPathPoint p)
{
X = p.X;
Y = p.Y;
parent = p.parent;
Unknown1 = p.Unknown1;
Unknown2 = p.Unknown2;
Unknown3 = p.Unknown3;
Unknown4 = p.Unknown4;
Unknown5 = p.Unknown5;
Unknown6 = p.Unknown6;
}
public static NSMBPathPoint read(ByteArrayInputStream inp, NSMBPath parent)
{
NSMBPathPoint p = new NSMBPathPoint(parent);
p.X = inp.readUShort();
p.Y = inp.readUShort();
p.Unknown1 = inp.readUShort();
p.Unknown2 = inp.readUShort();
p.Unknown3 = inp.readUShort();
p.Unknown4 = inp.readUShort();
p.Unknown5 = inp.readUShort();
p.Unknown6 = inp.readUShort();
return(p);
}
public static NSMBPath read(ByteArrayInputStream inp, ByteArrayInputStream nodes, bool isProgressPath)
{
NSMBPath p = new NSMBPath();
p.isProgressPath = isProgressPath;
p.id = inp.readUShort();
int row = inp.readUShort();
int len = inp.readUShort();
inp.skip(2); //unused values
nodes.seek(row*16);
for (int i = 0; i < len; i++)
p.points.Add(NSMBPathPoint.read(nodes, p));
return p;
}
public static NSMBPathPoint FromString(string[] strs, ref int idx, NSMBPath p)
{
NSMBPathPoint pt = new NSMBPathPoint(p);
pt.X = int.Parse(strs[1 + idx]);
pt.Y = int.Parse(strs[2 + idx]);
pt.Unknown1 = ushort.Parse(strs[3 + idx]);
pt.Unknown2 = ushort.Parse(strs[4 + idx]);
pt.Unknown3 = ushort.Parse(strs[5 + idx]);
pt.Unknown4 = ushort.Parse(strs[6 + idx]);
pt.Unknown5 = ushort.Parse(strs[7 + idx]);
pt.Unknown6 = ushort.Parse(strs[8 + idx]);
idx += 9;
return(pt);
}
public static NSMBPath read(ByteArrayInputStream inp, ByteArrayInputStream nodes, bool isProgressPath)
{
NSMBPath p = new NSMBPath();
p.isProgressPath = isProgressPath;
p.id = inp.readUShort();
int row = inp.readUShort();
int len = inp.readUShort();
inp.skip(2); //unused values
nodes.seek(row * 16);
for (int i = 0; i < len; i++)
{
p.points.Add(NSMBPathPoint.read(nodes, p));
}
return(p);
}
private void addPath_Click(object sender, EventArgs e)
{
Rectangle va = EdControl.ViewableBlocks;
NSMBPath np = new NSMBPath();
if (isProgress)
{
np.id = EdControl.Level.getFreePathNumber(lst, 1);
}
else
{
np.id = EdControl.Level.getFreePathNumber(lst, 0);
}
np.isProgressPath = isProgress;
NSMBPathPoint npp = new NSMBPathPoint(np);
npp.X = (va.X + va.Width / 2) * 16;
npp.Y = (va.Y + va.Height / 2) * 16;
EdControl.UndoManager.Do(new AddLvlItemAction(UndoManager.ObjToList(npp)));
EdControl.mode.SelectObject(npp);
}
public void UpdateInfo()
{
UpdateList();
if (SelectedObjects == null || SelectedObjects.Count == 0)
{
panel2.Visible = false;
deletePath.Enabled = false;
return;
}
NSMBPathPoint pp = SelectedObjects[0] as NSMBPathPoint;
panel2.Visible = true;
deletePath.Enabled = true;
DataUpdateFlag = true;
List <NSMBPath> paths = new List <NSMBPath>();
foreach (LevelItem obj in SelectedObjects)
{
NSMBPath p = (obj as NSMBPathPoint).parent;
if (lst.Contains(p) && !paths.Contains(p))
{
pathsList.SelectedIndices.Add(lst.IndexOf(p));
paths.Add(p);
}
}
pathID.Value = pp.parent.id;
unk1.Value = pp.Unknown1;
unk2.Value = pp.Unknown2;
unk3.Value = pp.Unknown3;
unk4.Value = pp.Unknown4;
unk5.Value = pp.Unknown5;
unk6.Value = pp.Unknown6;
DataUpdateFlag = false;
}
private void LoadLevel(byte[] eLevelFile, byte[] eBGFile, NSMBGraphics GFX)
{
this.GFX = GFX;
int FilePos;
for (int x = 0; x < 512; x++)
{
for (int y = 0; y < 256; y++)
{
levelTilemap[x, y] = (x + y) % 512;
}
}
// Level loading time yay.
// Since I don't know the format for every block, I will just load them raw.
Blocks = new byte[][] { null, null, null, null, null, null, null, null, null, null, null, null, null, null };
FilePos = 0;
for (int BlockIdx = 0; BlockIdx < 14; BlockIdx++)
{
int BlockOffset = eLevelFile[FilePos] | (eLevelFile[FilePos + 1] << 8) | (eLevelFile[FilePos + 2] << 16) | eLevelFile[FilePos + 3] << 24;
FilePos += 4;
int BlockSize = eLevelFile[FilePos] | (eLevelFile[FilePos + 1] << 8) | (eLevelFile[FilePos + 2] << 16) | eLevelFile[FilePos + 3] << 24;
FilePos += 4;
Blocks[BlockIdx] = new byte[BlockSize];
Array.Copy(eLevelFile, BlockOffset, Blocks[BlockIdx], 0, BlockSize);
}
// Now objects.
int ObjectCount = eBGFile.Length / 10;
Objects = new List <NSMBObject>(ObjectCount);
FilePos = 0;
for (int ObjectIdx = 0; ObjectIdx < ObjectCount; ObjectIdx++)
{
int ObjID = eBGFile[FilePos] | (eBGFile[FilePos + 1] << 8);
int ObjX = eBGFile[FilePos + 2] | (eBGFile[FilePos + 3] << 8);
int ObjY = eBGFile[FilePos + 4] | (eBGFile[FilePos + 5] << 8);
int ObjWidth = eBGFile[FilePos + 6] | (eBGFile[FilePos + 7] << 8);
int ObjHeight = eBGFile[FilePos + 8] | (eBGFile[FilePos + 9] << 8);
Objects.Add(new NSMBObject(ObjID & 4095, (ObjID & 61440) >> 12, ObjX, ObjY, ObjWidth, ObjHeight, GFX));
FilePos += 10;
}
/*
* Sprite struct:
* Offs Len Dat
* 0x0 2 Sprite id
* 0x2 2 X
* 0x4 2 Y
* 0x6 6 Dat
* 0xD end
*/
// Sprites
byte[] SpriteBlock = Blocks[6];
int SpriteCount = (SpriteBlock.Length - 2) / 12;
Sprites = new List <NSMBSprite>(SpriteCount);
FilePos = 0;
for (int SpriteIdx = 0; SpriteIdx < SpriteCount; SpriteIdx++)
{
NSMBSprite Sprite = new NSMBSprite(this);
Sprite.Type = SpriteBlock[FilePos] | (SpriteBlock[FilePos + 1] << 8);
Sprite.X = SpriteBlock[FilePos + 2] | (SpriteBlock[FilePos + 3] << 8);
Sprite.Y = SpriteBlock[FilePos + 4] | (SpriteBlock[FilePos + 5] << 8);
Sprite.Data = new byte[6];
FilePos += 6;
Sprite.Data[0] = SpriteBlock[FilePos + 1];
Sprite.Data[1] = SpriteBlock[FilePos + 0];
Sprite.Data[2] = SpriteBlock[FilePos + 5];
Sprite.Data[3] = SpriteBlock[FilePos + 4];
Sprite.Data[4] = SpriteBlock[FilePos + 3];
Sprite.Data[5] = SpriteBlock[FilePos + 2];
// Array.Copy(SpriteBlock, FilePos + 6, Sprite.Data, 0, 6);
Sprites.Add(Sprite);
FilePos += 6;
}
// Entrances.
byte[] EntranceBlock = Blocks[5];
int EntranceCount = EntranceBlock.Length / 20;
Entrances = new List <NSMBEntrance>(EntranceCount);
FilePos = 0;
for (int EntIdx = 0; EntIdx < EntranceCount; EntIdx++)
{
NSMBEntrance Entrance = new NSMBEntrance();
Entrance.X = EntranceBlock[FilePos] | (EntranceBlock[FilePos + 1] << 8);
Entrance.Y = EntranceBlock[FilePos + 2] | (EntranceBlock[FilePos + 3] << 8);
Entrance.CameraX = EntranceBlock[FilePos + 4] | (EntranceBlock[FilePos + 5] << 8);
Entrance.CameraY = EntranceBlock[FilePos + 6] | (EntranceBlock[FilePos + 7] << 8);
Entrance.Number = EntranceBlock[FilePos + 8];
Entrance.DestArea = EntranceBlock[FilePos + 9];
Entrance.ConnectedPipeID = EntranceBlock[FilePos + 10];
Entrance.DestEntrance = EntranceBlock[FilePos + 12];
Entrance.Type = EntranceBlock[FilePos + 14];
Entrance.Settings = EntranceBlock[FilePos + 15];
Entrance.Unknown1 = EntranceBlock[FilePos + 16];
Entrance.EntryView = EntranceBlock[FilePos + 18];
Entrance.Unknown2 = EntranceBlock[FilePos + 19];
//Array.Copy(EntranceBlock, FilePos, Entrance.Data, 0, 20);
Entrances.Add(Entrance);
FilePos += 20;
}
// Views
ByteArrayInputStream ViewBlock = new ByteArrayInputStream(Blocks[7]);
ByteArrayInputStream CamBlock = new ByteArrayInputStream(Blocks[1]);
Views = new List <NSMBView>();
while (ViewBlock.lengthAvailable(16))
{
Views.Add(NSMBView.read(ViewBlock, CamBlock));
}
// Zones
ByteArrayInputStream ZoneBlock = new ByteArrayInputStream(Blocks[8]);
Zones = new List <NSMBView>();
while (ZoneBlock.lengthAvailable(12))
{
Zones.Add(NSMBView.readZone(ZoneBlock));
}
// Paths
ByteArrayInputStream PathBlock = new ByteArrayInputStream(Blocks[10]);
ByteArrayInputStream PathNodeBlock = new ByteArrayInputStream(Blocks[12]);
Paths = new List <NSMBPath>();
while (!PathBlock.end())
{
Paths.Add(NSMBPath.read(PathBlock, PathNodeBlock, false));
}
PathBlock = new ByteArrayInputStream(Blocks[9]);
PathNodeBlock = new ByteArrayInputStream(Blocks[11]);
ProgressPaths = new List <NSMBPath>();
while (!PathBlock.end())
{
ProgressPaths.Add(NSMBPath.read(PathBlock, PathNodeBlock, true));
}
CalculateSpriteModifiers();
repaintAllTilemap();
}
private void addPath_Click(object sender, EventArgs e)
{
Rectangle va = EdControl.ViewableBlocks;
NSMBPath np = new NSMBPath();
if (isProgress)
np.id = EdControl.Level.getFreePathNumber(lst, 1);
else
np.id = EdControl.Level.getFreePathNumber(lst, 0);
np.isProgressPath = isProgress;
NSMBPathPoint npp = new NSMBPathPoint(np);
npp.X = (va.X + va.Width / 2) * 16;
npp.Y = (va.Y + va.Height / 2) * 16;
EdControl.UndoManager.Do(new AddLvlItemAction(UndoManager.ObjToList(npp)));
EdControl.mode.SelectObject(npp);
}
public NSMBPathPoint(NSMBPath p)
{
parent = p;
}
public static NSMBPathPoint read(ByteArrayInputStream inp, NSMBPath parent)
{
NSMBPathPoint p = new NSMBPathPoint(parent);
p.X = inp.readUShort();
p.Y = inp.readUShort();
p.Unknown1 = inp.readUShort();
p.Unknown2 = inp.readUShort();
p.Unknown3 = inp.readUShort();
p.Unknown4 = inp.readUShort();
p.Unknown5 = inp.readUShort();
p.Unknown6 = inp.readUShort();
return p;
}
public NSMBPathPoint(NSMBPath p)
{
parent = p;
}
public static NSMBPathPoint FromString(string[] strs, ref int idx, NSMBPath p) {
NSMBPathPoint pt = new NSMBPathPoint(p);
pt.X = int.Parse(strs[1 + idx]);
pt.Y = int.Parse(strs[2 + idx]);
pt.Unknown1 = ushort.Parse(strs[3 + idx]);
pt.Unknown2 = ushort.Parse(strs[4 + idx]);
pt.Unknown3 = ushort.Parse(strs[5 + idx]);
pt.Unknown4 = ushort.Parse(strs[6 + idx]);
pt.Unknown5 = ushort.Parse(strs[7 + idx]);
pt.Unknown6 = ushort.Parse(strs[8 + idx]);
idx += 9;
return pt;
}