protected int CreateArclike(List <ArcRaw> arcs)
{
arcs.Sort((item1, item2) => { return(item1.timing.CompareTo(item2.timing)); });
var connectedArcsIdEndpoint = new List <ArcPointData>();
foreach (ArcRaw arc in arcs)
{
//Precalc and assign a connected group id to avoid having to figure out connection during gameplay
ArcPointData arcStartPoint = (arc.timingGroup, arc.timing, arc.startX, arc.startY, arc.color);
ArcPointData arcEndPoint = (arc.timingGroup, arc.endTiming, arc.endX, arc.endY, arc.color);
int arcId = connectedArcsIdEndpoint.Count;
bool isHeadArc = true;
for (int id = connectedArcsIdEndpoint.Count - 1; id >= 0; id--)
{
if (connectedArcsIdEndpoint[id] == arcStartPoint)
{
arcId = id;
isHeadArc = false;
connectedArcsIdEndpoint[id] = arcEndPoint;
break;
}
}
if (isHeadArc)
{
connectedArcsIdEndpoint.Add(arcEndPoint);
CreateHeadSegment(arc, arcId);
}
if (isHeadArc || arc.startY != arc.endY)
{
CreateHeightIndicator(arc);
}
float startBpm = PlayManager.Conductor.GetTimingEventFromTiming(arc.timing, arc.timingGroup).bpm;
//Generate arc segments and shadow segment(each segment is its own entity)
int duration = arc.endTiming - arc.timing;
if (duration == 0)
{
float3 tstart = new float3(
Conversion.GetWorldX(arc.startX),
Conversion.GetWorldY(arc.startY),
PlayManager.Conductor.GetFloorPositionFromTiming(arc.timing, arc.timingGroup)
);
float3 tend = new float3(
Conversion.GetWorldX(arc.endX),
Conversion.GetWorldY(arc.endY),
PlayManager.Conductor.GetFloorPositionFromTiming(arc.endTiming, arc.timingGroup)
);
CreateSegment(arc, tstart, tend, arc.timing, arc.timing, arcId);
continue;
}
int v1 = duration < 1000 ? 14 : 7;
float v2 = 1000f / (v1 * duration);
float segmentLength = duration * v2;
int segmentCount = (int)(duration / segmentLength) + 1;
int fromTiming;
int toTiming = arc.timing;
float3 start;
float3 end = new float3(
Conversion.GetWorldX(arc.startX),
Conversion.GetWorldY(arc.startY),
PlayManager.Conductor.GetFloorPositionFromTiming(arc.timing, arc.timingGroup)
);
for (int i = 0; i < segmentCount - 1; i++)
{
int t = (int)((i + 1) * segmentLength);
fromTiming = toTiming;
toTiming = arc.timing + t;
start = end;
end = new float3(
Conversion.GetWorldX(Conversion.GetXAt((float)t / duration, arc.startX, arc.endX, arc.easing)),
Conversion.GetWorldY(Conversion.GetYAt((float)t / duration, arc.startY, arc.endY, arc.easing)),
PlayManager.Conductor.GetFloorPositionFromTiming(toTiming, arc.timingGroup)
);
CreateSegment(arc, start, end, fromTiming, toTiming, arcId);
}
fromTiming = toTiming;
toTiming = arc.endTiming;
start = end;
end = new float3(
Conversion.GetWorldX(arc.endX),
Conversion.GetWorldY(arc.endY),
PlayManager.Conductor.GetFloorPositionFromTiming(arc.endTiming, arc.timingGroup)
);
CreateSegment(arc, start, end, fromTiming, toTiming, arcId);
CreateJudgeEntity(arc, arcId, startBpm);
}
SetupIndicators(connectedArcsIdEndpoint);
return(connectedArcsIdEndpoint.Count);
}
private void loadData()
{
int pointsDataLength = dataHeads[0].dataOffset + dataHeads[0].size;
workSpaceFile.Seek(dataHeads[0].dataOffset + 93, SeekOrigin.Begin);
pointDatas = new List <PointData>();
int id = 1;//mapgis里的属性表ID是从1开始的，0位置存放的为空
while (workSpaceFile.Position <= pointsDataLength)
{
//if (br.ReadByte() != 1)
//{
// return;
//}
id++;
long temp = workSpaceFile.Position;
workSpaceFile.Seek(30, SeekOrigin.Current);
byte pointPype = br.ReadByte();
workSpaceFile.Seek(temp + 1, SeekOrigin.Begin); //多个1
long current;
switch (pointPype)
{
case 0:
StringPointData spd = new StringPointData();
spd.pointPype = pointPype;
spd.stringSum = br.ReadInt16();
spd.stringOffset = br.ReadInt32();
spd.positionX = br.ReadDouble();
spd.positionY = br.ReadDouble();
//byte[] pX = br.ReadBytes(8);
//byte[] pY = br.ReadBytes(8);
//spd.positionX = BitConverter.ToDouble(pX,0);
//spd.positionY = BitConverter.ToDouble(pY, 0);
current = workSpaceFile.Position;
workSpaceFile.Seek(dataHeads[1].dataOffset + spd.stringOffset, SeekOrigin.Begin);
spd.stringData = System.Text.Encoding.Default.GetString(br.ReadBytes(spd.stringSum));
workSpaceFile.Seek(current, SeekOrigin.Begin);
spd.charHeight = br.ReadSingle();
spd.charWidth = br.ReadSingle();
spd.charSpace = br.ReadSingle();
spd.stringAngle = br.ReadSingle();
spd.chinaFont = br.ReadInt16();
spd.englishFont = br.ReadInt16();
spd.fontShape = br.ReadByte();
spd.arragement = br.ReadByte();
workSpaceFile.Seek(17, SeekOrigin.Current);
spd.transpresent = br.ReadByte();
spd.layer = br.ReadInt16();
spd.color = br.ReadInt32();
pointDatas.Add(spd);
workSpaceFile.Seek(temp, SeekOrigin.Begin);
workSpaceFile.Seek(93, SeekOrigin.Current);
continue;
case 1:
SubMapPointData smpd = new SubMapPointData();
//smpd = pointData;
smpd.pointPype = pointPype;
smpd.stringSum = br.ReadInt16();
smpd.stringOffset = br.ReadInt32();
smpd.positionX = br.ReadDouble();
smpd.positionY = br.ReadDouble();
smpd.subNumber = br.ReadInt32();
smpd.subHeight = br.ReadSingle();
smpd.subWidth = br.ReadSingle();
smpd.subAngle = br.ReadSingle();
smpd.lineWidth = br.ReadSingle();
smpd.assColor = br.ReadUInt32();
workSpaceFile.Seek(15, SeekOrigin.Current);
smpd.transpresent = br.ReadByte();
smpd.layer = br.ReadInt16();
smpd.color = br.ReadInt32();
pointDatas.Add(smpd);
workSpaceFile.Seek(14, SeekOrigin.Current);
continue;
case 2:
CriclePointData cpd = new CriclePointData();
cpd.pointPype = pointPype;
cpd.stringSum = br.ReadInt16();
cpd.stringOffset = br.ReadInt32();
cpd.positionX = br.ReadDouble();
cpd.positionY = br.ReadDouble();
cpd.radius = br.ReadSingle();
cpd.lineColor = br.ReadInt32();
cpd.lineWidth = br.ReadSingle();
cpd.sign = br.ReadByte();
workSpaceFile.Seek(24, SeekOrigin.Current);
cpd.transpresent = br.ReadByte();
cpd.layer = br.ReadInt16();
cpd.color = br.ReadInt32();
pointDatas.Add(cpd);
workSpaceFile.Seek(14, SeekOrigin.Current);
continue;
case 3:
ArcPointData apd = new ArcPointData();
apd.pointPype = pointPype;
apd.stringSum = br.ReadInt16();
apd.stringOffset = br.ReadInt32();
apd.positionX = br.ReadDouble();
apd.positionY = br.ReadDouble();
apd.radius = br.ReadDouble();
apd.startAngle = br.ReadSingle();
apd.endAngle = br.ReadSingle();
apd.lineWidth = br.ReadSingle();
workSpaceFile.Seek(21, SeekOrigin.Current);
apd.transpresent = br.ReadByte();
apd.layer = br.ReadInt16();
apd.color = br.ReadInt32();
pointDatas.Add(apd);
workSpaceFile.Seek(14, SeekOrigin.Current);
continue;
case 4:
ImagePointData ipd = new ImagePointData();
ipd.pointPype = pointPype;
ipd.stringSum = br.ReadInt16();
ipd.stringOffset = br.ReadInt32();
ipd.positionX = br.ReadDouble();
ipd.positionY = br.ReadDouble();
current = workSpaceFile.Position;
workSpaceFile.Seek(dataHeads[1].dataOffset + ipd.stringOffset - ipd.stringSum, SeekOrigin.Begin);
ipd.imgaeFileName = br.ReadString();
workSpaceFile.Seek(current, SeekOrigin.Begin);
ipd.charHeight = br.ReadSingle();
ipd.charWidth = br.ReadSingle();
ipd.stringAngle = br.ReadSingle();
workSpaceFile.Seek(29, SeekOrigin.Current);
ipd.transpresent = br.ReadByte();
ipd.layer = br.ReadInt16();
ipd.color = br.ReadInt32();
pointDatas.Add(ipd);
workSpaceFile.Seek(14, SeekOrigin.Current);
continue;
case 5:
TextPointData tpd = new TextPointData();
tpd.pointPype = pointPype;
tpd.stringSum = br.ReadInt16();
tpd.stringOffset = br.ReadInt32();
tpd.positionX = br.ReadDouble();
tpd.positionY = br.ReadDouble();
current = workSpaceFile.Position;
workSpaceFile.Seek(dataHeads[1].dataOffset + tpd.stringOffset - tpd.stringSum, SeekOrigin.Begin);
tpd.textData = br.ReadString();
workSpaceFile.Seek(current, SeekOrigin.Begin);
tpd.charHeight = br.ReadSingle();
tpd.charWidth = br.ReadSingle();
tpd.charSpace = br.ReadSingle();
tpd.stringAngle = br.ReadSingle();
tpd.chinaFont = br.ReadInt16();
tpd.englishFont = br.ReadInt16();
tpd.fontShape = br.ReadByte();
tpd.sheetSpace = br.ReadSingle();
tpd.sheetHeight = br.ReadSingle();
tpd.sheetWidth = br.ReadSingle();
tpd.arragement = br.ReadByte();
workSpaceFile.Seek(7, SeekOrigin.Current);
tpd.transpresent = br.ReadByte();
tpd.layer = br.ReadInt16();
tpd.color = br.ReadInt32();
pointDatas.Add(tpd);
workSpaceFile.Seek(14, SeekOrigin.Current);
continue;
default:
break;
}
pointFeatures = new List <byte[]>();
workSpaceFile.Seek(dataHeads[2].dataOffset, SeekOrigin.Begin);
byte[] pointFeature = br.ReadBytes(dataHeads[2].size);
pointFeatures.Add(pointFeature);
workSpaceFile.Seek(dataHeads[2].dataOffset + 0x0c, SeekOrigin.Begin);
int tableItemOffset = br.ReadInt32();
//br.Close();
}
workSpaceFile.Seek(dataHeads[2].dataOffset + 0x142, SeekOrigin.Begin);//140是表头文件的开始偏移位置强两位是标示符
table = new FeatureTable();
table.tableHeadNumber = br.ReadInt16();
table.tableItemNumer = br.ReadInt32();
table.tableItemLengthInBytes = br.ReadInt32();
workSpaceFile.Seek(16, SeekOrigin.Current);
table.tableHead = new List <FeatureTableHead>();
for (int i = 0; i < table.tableHeadNumber; i++)
{
long tmp = workSpaceFile.Position;
FeatureTableHead tableHead = new FeatureTableHead();
//tableHead.headName = System.Text.Encoding.Default.GetString(br.ReadBytes(20)).Trim();//表单元名占20个字节
tableHead.headNameBytes = br.ReadBytes(20);
tableHead.headName = System.Text.Encoding.Default.GetString(tableHead.headNameBytes).Trim();//表单元名占20个字节
//tableHead.headName = br.ReadBytes(20).Trim();//表单元名占20个字节
tableHead.itemType = (FeatureType)br.ReadByte();
tableHead.offset = br.ReadInt32();
tableHead.lengthInBytes = br.ReadInt16();
tableHead.tableItemCharLength = br.ReadInt16();
table.tableHead.Add(tableHead);
workSpaceFile.Seek(10, SeekOrigin.Current);
}
//workSpaceFile.Seek(table.tableItemLengthInBytes, SeekOrigin.Current);
//workSpaceFile.Seek(-1, SeekOrigin.Current);
table.tableItem = new List <byte[]>();
for (int i = 0; i < table.tableItemNumer; i++)
{
//br.ReadByte();
byte[] data = br.ReadBytes(table.tableItemLengthInBytes);
//table.tableItem.Add(br.ReadBytes(table.tableItemLengthInBytes)); //
int count = 0;
foreach (var item in table.tableHead)
{
count += item.tableItemCharLength;
}
byte[] newData = new byte[count];
int flag = 0;
foreach (var item in table.tableHead)
{
//table.tableItem.Add(SubArray(data,item.offset,item.tableItemCharLength));
AddToArray(data, ref newData, item.offset, item.tableItemCharLength, ref flag);
}
table.tableItem.Add(newData);
}
//for (int i = 1; i < table.tableItemNumer; i++)
//{
// ProcessTableItem(table.tableItem[i], table.tableHead);
//}
}
