public bool Convert(int FilterIndex, string Path)
{
switch (FilterIndex)
{
case 0:
MKDS.NKM.NKMD o = ToNKMD();
byte[] d = o.Write();
File.Create(Path).Close();
File.WriteAllBytes(Path, d);
return(true);
default:
return(false);
}
}
public MKDS.NKM.NKMD ToNKMD()
{
MKDS.NKM.NKMD n = new MKDS.NKM.NKMD();
n.ObjectInformation = new MKDS.NKM.OBJI();
n.Path = new MKDS.NKM.PATH();
n.Point = new MKDS.NKM.POIT();
n.Stage = new MKDS.NKM.STAG();
n.KartPointStart = new MKDS.NKM.KTPS();
n.KartPointJugem = new MKDS.NKM.KTPJ();
n.KartPointSecond = new MKDS.NKM.KTP2();
n.KartPointCannon = new MKDS.NKM.KTPC();
n.KartPointMission = new MKDS.NKM.KTPM();
n.CheckPoint = new MKDS.NKM.CPOI();
n.CheckPointPath = new MKDS.NKM.CPAT();
n.ItemPoint = new MKDS.NKM.IPOI();
n.ItemPath = new MKDS.NKM.IPAT();
n.EnemyPoint = new MKDS.NKM.EPOI();
n.EnemyPath = new MKDS.NKM.EPAT();
//n.MiniGameEnemyPoint = new MKDS.NKM.MEPO();
//n.MiniGameEnemyPath = new MKDS.NKM.MEPA();
n.Area = new MKDS.NKM.AREA();
n.Camera = new MKDS.NKM.CAME();
foreach (var v in GlobalObject.Entries)
{
if (v.ObjectID == 4)
{
n.ObjectInformation.Entries.Add(new MKDS.NKM.OBJI.OBJIEntry()
{
Position = v.Position,
Rotation = v.Rotation,
Scale = v.Scale,
ObjectID = 0x65,
RouteID = -1,
TTVisible = true
});
}
else if (v.ObjectID == 0x012D)
{
n.KartPointStart.Entries.Add(new MKDS.NKM.KTPS.KTPSEntry()
{
Position = v.Position,
Rotation = v.Rotation,
Unknown = 0xFFFF,
Index = -1
});
n.KartPointSecond.Entries.Add(new MKDS.NKM.KTP2.KTP2Entry()
{
Position = v.Position,
Rotation = v.Rotation,
Unknown = 0xFFFF,
Index = -1
});
}
}
int i = 0;
foreach (var v in PointInfo.Routes)
{
n.Path.Entries.Add(new MKDS.NKM.PATH.PATHEntry()
{
NrPoit = (short)v.NrPoints,
Loop = false,
Index = (byte)i++
});
for (int ii = 0; ii < v.NrPoints; ii++)
{
n.Point.Entries.Add(new MKDS.NKM.POIT.POITEntry()
{
Position = v.Points[ii].Position,
Duration = (short)v.Points[ii].Setting1,
Index = (byte)ii
});
}
}
i = 0;
foreach (var v in JugemPoint.Entries)
{
n.KartPointJugem.Entries.Add(new MKDS.NKM.KTPJ.KTPJEntry()
{
Position = v.Position,
Rotation = v.Rotation,
ItemPointID = 0,
EnemyPointID = 0,
Index = i++
});
}
i = 0;
foreach (var v in GliderPointPath.Entries)
{
var start = GliderPoint[v.Start];
var end = GliderPoint[v.Start + v.Length - 1];
n.KartPointCannon.Entries.Add(new MKDS.NKM.KTPC.KTPCEntry()
{
Position = end.Position,
Rotation = new Vector3(0, (float)MathUtil.RadToDeg(Math.Atan2(end.Position.X - start.Position.X, end.Position.Z - start.Position.Z)), 0),
NextMEPO = -1,
Index = (short)i++
});
}
i = 0;
foreach (var v in CheckPoint.Entries)
{
var q = new MKDS.NKM.CPOI.CPOIEntry()
{
Point1 = v.Point1,
Point2 = v.Point2,
KeyPointID = v.Type,
RespawnID = v.RespawnId,
};
//Tempoarly
if (i == 0)
{
q.StartSection = 0;
}
else if (i == CheckPoint.Entries.Count - 1)
{
q.GotoSection = 0;
}
//TODO!
/*if (v.Previous == 255)//start new section
* {
*
* }*/
q.UpdateSinCos();
n.CheckPoint.Entries.Add(q);
i++;
}
foreach (var v in CheckPointPath.Entries)
{
var q = new MKDS.NKM.CPAT.CPATEntry()
{
StartIndex = v.Start,
Length = v.Length,
SectionOrder = 0 //tempoarly
};
q.ComesFrom[0] = v.Previous[0];
q.ComesFrom[1] = v.Previous[1];
q.ComesFrom[2] = v.Previous[2];
q.GoesTo[0] = v.Next[0];
q.GoesTo[1] = v.Next[1];
q.GoesTo[2] = v.Next[2];
n.CheckPointPath.Entries.Add(q);
}
foreach (var v in ItemPoint.Entries)
{
n.ItemPoint.Entries.Add(new MKDS.NKM.IPOI.IPOIEntry()
{
Position = v.Position
});
}
foreach (var v in ItemPointPath.Entries)
{
var q = new MKDS.NKM.IPAT.IPATEntry()
{
StartIndex = (short)v.Start,
Length = (short)v.Length
};
q.ComesFrom[0] = (byte)v.Previous[0];
q.ComesFrom[1] = (byte)v.Previous[1];
q.ComesFrom[2] = (byte)v.Previous[2];
q.GoesTo[0] = (byte)v.Next[0];
q.GoesTo[1] = (byte)v.Next[1];
q.GoesTo[2] = (byte)v.Next[2];
n.ItemPath.Entries.Add(q);
}
foreach (var v in EnemyPoint.Entries)
{
n.EnemyPoint.Entries.Add(new MKDS.NKM.EPOI.EPOIEntry()
{
Position = v.Position,
PointSize = v.Unknown1 * 100f //?
});
}
foreach (var v in EnemyPointPath.Entries)
{
var q = new MKDS.NKM.EPAT.EPATEntry()
{
StartIndex = (short)v.Start,
Length = (short)v.Length
};
q.ComesFrom[0] = (byte)v.Previous[0];
q.ComesFrom[1] = (byte)v.Previous[1];
q.ComesFrom[2] = (byte)v.Previous[2];
q.GoesTo[0] = (byte)v.Next[0];
q.GoesTo[1] = (byte)v.Next[1];
q.GoesTo[2] = (byte)v.Next[2];
n.EnemyPath.Entries.Add(q);
}
bool first = true;
foreach (var v in Camera.Entries)
{
if (v.Type != 5)
{
n.Camera.Entries.Add(new MKDS.NKM.CAME.CAMEEntry());
}
else
{
float begindist = (float)(400f / (2f * Math.Tan(MathUtil.DegToRad(v.FOVBegin) / 2f)));
float beginFov = (float)Math.Atan(256f / (2f * begindist)) * 2f;
float enddist = (float)(400f / (2f * Math.Tan(MathUtil.DegToRad(v.FOVEnd) / 2f)));
float endFov = (float)Math.Atan(256f / (2f * enddist)) * 2f;
int routespeed = 0;
if (v.RouteID != 255)
{
for (int p = 0; p < PointInfo.Routes[v.RouteID].NrPoints; p++)
{
routespeed += PointInfo.Routes[v.RouteID].Points[p].Setting1;
}
routespeed /= PointInfo.Routes[v.RouteID].NrPoints;
}
var q = new MKDS.NKM.CAME.CAMEEntry()
{
Position = v.Position,
Angle = v.Rotation,
Viewpoint1 = v.Viewpoint1,
Viewpoint2 = v.Viewpoint2,
FieldOfViewBegin = (UInt16)MathUtil.RadToDeg(beginFov / 1.5f), //(v.FOVBegin / 1.25f),
FieldOfViewEnd = (UInt16)MathUtil.RadToDeg(endFov / 1.5f), //(v.FOVEnd / 1.25f),
FovSpeed = /*10*/ (Int16)(v.FOVSpeed * 10), //v.Duration / 20),//(Int16)(v.FOVSpeed * 10),
CameraType = 3,
LinkedRoute = v.RouteID,
RouteSpeed = (Int16)(routespeed * 2), //v.Duration / 2 / (v.RouteID != 255 ? PointInfo.Routes[v.RouteID].NrPoints : 1)),//10,//(short)(v.RouteID != 255 ? PointInfo.Routes[v.RouteID].Points[0].Setting1 / 16.67f : 0), //(Int16)v.RouteSpeed,
PointSpeed = (Int16)(v.Duration / 10), //v.ViewpointSpeed / 45),//(Int16)(v.ViewpointSpeed / 16.67f),
Duration = (Int16)v.Duration,
NextCamera = v.Next,
FirstIntroCamera = first ? MKDS.NKM.CAME.CAMEEntry.CAMEIntroCamera.Top : MKDS.NKM.CAME.CAMEEntry.CAMEIntroCamera.No
};
n.Camera.Entries.Add(q);
first = false;
}
}
return(n);
}
