public List <IData3DSet> AddNotedBookmarks(Bitmap map, Bitmap maptarget, float widthly, float heightly, Vector3 rotation, List <HistoryEntry> syslists)
{
var datasetbks = Data3DSetClass <TexturedQuadData> .Create("bkmrs", Color.White, 1f);
long bookmarknoted = TargetClass.GetTargetNotedSystem();
if (syslists != null)
{
foreach (HistoryEntry vs in syslists.Where(s => s.IsLocOrJump))
{
SystemNoteClass notecs = SystemNoteClass.GetNoteOnSystem(vs.System.Name, vs.System.EDSMID);
if (notecs != null) // if we have a note..
{
string note = notecs.Note.Trim();
if (note.Length > 0)
{
PointData pd = new PointData(vs.System.X, vs.System.Y, vs.System.Z);
Bitmap touse = (notecs.id == bookmarknoted) ? maptarget : map;
TexturedQuadData newtexture = TexturedQuadData.FromBitmap(touse, pd, rotation, widthly, heightly, 0, heightly / 2);
newtexture.Tag = vs;
newtexture.Tag2 = 1; // note mark
datasetbks.Add(newtexture);
}
}
}
}
_datasets.Add(datasetbks);
return(_datasets);
}
public List <IData3DSet> AddCoarseGridLines()
{
var datasetGridLOD1 = Data3DSetClass <LineData> .Create("gridNormal", CoarseGridLines, 0.6f);
for (float x = MinGridPos.X; x <= MaxGridPos.X; x += gridunitSize)
{
datasetGridLOD1.Add(new LineData(x, 0, MinGridPos.Y, x, 0, MaxGridPos.Y));
}
for (float z = MinGridPos.Y; z <= MaxGridPos.Y; z += gridunitSize)
{
datasetGridLOD1.Add(new LineData(MinGridPos.X, 0, z, MaxGridPos.X, 0, z));
}
_datasets.Add(datasetGridLOD1);
var datasetGridLOD2 = Data3DSetClass <LineData> .Create("gridCoarse", CoarseGridLines, 0.6f);
for (float x = MinGridPos.X; x <= MaxGridPos.X; x += gridunitSize * 10)
{
datasetGridLOD2.Add(new LineData(x, 0, MinGridPos.Y, x, 0, MaxGridPos.Y));
}
for (float z = MinGridPos.Y; z <= MaxGridPos.Y; z += gridunitSize * 10)
{
datasetGridLOD2.Add(new LineData(MinGridPos.X, 0, z, MaxGridPos.X, 0, z));
}
_datasets.Add(datasetGridLOD2);
return(_datasets);
}
public List <IData3DSet> AddMapImages(BaseUtils.Map2d [] list)
{
if (list.Length > 0)
{
var datasetMapImg = Data3DSetClass <TexturedQuadData> .Create("mapimage", Color.White, 1.0f);
for (int i = 0; i < list.Length; i++)
{
BaseUtils.Map2d img = list[i];
if (_cachedTextures.ContainsKey(img.FileName))
{
datasetMapImg.Add(_cachedTextures[img.FileName]);
}
else
{
Bitmap bmp = (Bitmap)Bitmap.FromFile(img.FilePath);
Vector3 centre = new Vector3((img.TopLeft.X + img.BottomRight.X) / 2, 0, (img.TopRight.Y + img.BottomLeft.Y) / 2);
float width = img.TopRight.X - img.BottomLeft.X;
float height = img.TopLeft.Y - img.BottomRight.Y; // its rectangular.. so does not really matter which left/right/top/bot you use
var texture = TexturedQuadData.FromBitmap(bmp, centre, TexturedQuadData.NoRotation, width, height);
_cachedTextures[img.FileName] = texture;
datasetMapImg.Add(texture);
}
}
_datasets.Add(datasetMapImg);
}
return(_datasets);
}
public List <IData3DSet> BuildRouteTri(List <ISystem> PlannedRoute)
{
if (PlannedRoute != null && PlannedRoute.Any())
{
var routeLines = Data3DSetClass <LineData> .Create("PlannedRoute", PlannedRouteColor, 25.0f);
ISystem prevSystem = PlannedRoute.First();
foreach (ISystem point in PlannedRoute.Skip(1))
{
routeLines.Add(new LineData(prevSystem.X, prevSystem.Y, prevSystem.Z, point.X, point.Y, point.Z));
prevSystem = point;
}
_datasets.Add(routeLines);
}
return(_datasets);
}
public List <IData3DSet> BuildRouteTri(List <SystemClassDB> PlannedRoute)
{
if (PlannedRoute != null && PlannedRoute.Any())
{
var routeLines = Data3DSetClass <LineData> .Create("PlannedRoute", MapColours.PlannedRoute, 25.0f);
ISystem prevSystem = PlannedRoute.First();
foreach (ISystem point in PlannedRoute.Skip(1))
{
routeLines.Add(new LineData(prevSystem.x, prevSystem.y, prevSystem.z, point.x, point.y, point.z));
prevSystem = point;
}
_datasets.Add(routeLines);
}
return(_datasets);
}
public List <IData3DSet> AddFineGridLines()
{
int smallUnitSize = gridunitSize / 10;
var smalldatasetGrid = Data3DSetClass <LineData> .Create("gridFine", FineGridLines, 0.6f);
for (float x = MinGridPos.X; x <= MaxGridPos.X; x += smallUnitSize)
{
smalldatasetGrid.Add(new LineData(x, 0, MinGridPos.Y, x, 0, MaxGridPos.Y));
}
for (float z = MinGridPos.Y; z <= MaxGridPos.Y; z += smallUnitSize)
{
smalldatasetGrid.Add(new LineData(MinGridPos.X, 0, z, MaxGridPos.X, 0, z));
}
_datasets.Add(smalldatasetGrid);
return(_datasets);
}
public List <IData3DSet> AddStarBookmarks(Bitmap mapstar, Bitmap mapregion, Bitmap maptarget, Bitmap mapsurface, float widthly, float heightly, Vector3 rotation)
{
var datasetbks = Data3DSetClass <TexturedQuadData> .Create("bkmrs", Color.White, 1f);
long bookmarktarget = TargetClass.GetTargetBookmark();
foreach (BookmarkClass bc in GlobalBookMarkList.Instance.Bookmarks)
{
Bitmap touse = (bc.id == bookmarktarget) ? maptarget : (bc.isRegion ? mapregion : (bc.hasSurfaceMarks ? mapsurface : mapstar));
TexturedQuadData newtexture = TexturedQuadData.FromBitmap(touse, new PointData(bc.x, bc.y, bc.z), rotation, widthly, heightly, 0, heightly / 2);
newtexture.Tag = bc;
newtexture.Tag2 = 0; // bookmark
datasetbks.Add(newtexture);
}
_datasets.Add(datasetbks);
return(_datasets);
}
public List <IData3DSet> BuildSelected(ISystem centersystem, ISystem selectedsystem, GalacticMapObject selectedgmo, float widthly, float heightly, Vector3 rotation)
{
Bitmap selmark = SelectedMarker;
if (centersystem != null)
{
var dataset = Data3DSetClass <PointData> .Create("Center", CentredSystem, 5.0f);
dataset.Add(new PointData(centersystem.X, centersystem.Y, centersystem.Z));
_datasets.Add(dataset);
}
if (selectedsystem != null)
{
var datasetbks = Data3DSetClass <TexturedQuadData> .Create("selstar", Color.White, 1f);
TexturedQuadData newtexture = TexturedQuadData.FromBitmap(selmark, new PointData(selectedsystem.X, selectedsystem.Y, selectedsystem.Z), rotation, widthly, heightly / 2, 0, heightly / 4 + heightly / 16);
newtexture.Tag = 0;
datasetbks.Add(newtexture);
_datasets.Add(datasetbks);
}
if (selectedgmo != null)
{
if (selectedgmo.points.Count > 0) // paranoia
{
var datasetbks = Data3DSetClass <TexturedQuadData> .Create("selgmo", Color.White, 1f);
long gmotarget = TargetClass.GetTargetGMO();
float hoff = (gmotarget == selectedgmo.id) ? (heightly * gmoseltarget) : (heightly * gmoselonly);
TexturedQuadData newtexture = TexturedQuadData.FromBitmap(selmark, selectedgmo.points[0].Convert(), rotation, widthly, heightly / 2, 0, hoff);
newtexture.Tag = 1;
datasetbks.Add(newtexture);
_datasets.Add(datasetbks);
}
}
return(_datasets);
}
// DotColour = transparent, use the map colour associated with each entry. Else use this colour for all
public List <IData3DSet> BuildSystems(bool DrawLines, bool DrawDots, Color DotColour, List <HistoryEntry> syslists)
{
// we use the expanded capability of Line and Point to holds colours for each element instead of the previous sorting system
// This means less submissions to GL.
if (syslists.Any())
{
if (DrawLines)
{
var datasetl = Data3DSetClass <LineData> .Create("visitedstarslines", Color.Transparent, 2.0f);
Vector3d?lastpos = null;
foreach (HistoryEntry sp in syslists)
{
if (sp.EntryType == JournalTypeEnum.Resurrect || sp.EntryType == JournalTypeEnum.Died)
{
lastpos = null;
}
else if (sp.IsLocOrJump && sp.System.HasCoordinate)
{
if (lastpos.HasValue)
{
Color c = Color.FromArgb(255, Color.FromArgb(sp.MapColour)); // convert to colour, ensure alpha is 255 (some time in the past this value could have been screwed up)
if (c.GetBrightness() < 0.05) // and ensure it shows
{
c = Color.Red;
}
datasetl.Add(new LineData(sp.System.X, sp.System.Y, sp.System.Z,
lastpos.Value.X, lastpos.Value.Y, lastpos.Value.Z, c));
}
lastpos = new Vector3d(sp.System.X, sp.System.Y, sp.System.Z);
}
}
_datasets.Add(datasetl);
}
if (DrawDots)
{
var datasetp = Data3DSetClass <PointData> .Create("visitedstarsdots", DotColour, 2.0f);
foreach (HistoryEntry vs in syslists)
{
if (vs.System.HasCoordinate)
{
Color c = Color.FromArgb(255, Color.FromArgb(vs.MapColour)); // convert to colour, ensure alpha is 255 (some time in the past this value could have been screwed up)
if (c.GetBrightness() < 0.05) // and ensure it shows
{
c = Color.Red;
}
datasetp.Add(new PointData(vs.System.X, vs.System.Y, vs.System.Z, c));
}
}
_datasets.Add(datasetp);
}
}
return(_datasets);
}
public List <IData3DSet> AddGridCoords()
{
string fontname = "MS Sans Serif";
{
Font fnt = new Font(fontname, 20F);
int bitmapwidth, bitmapheight;
Bitmap text_bmp = new Bitmap(300, 30);
using (Graphics g = Graphics.FromImage(text_bmp))
{
SizeF sz = g.MeasureString("-99999,-99999", fnt);
bitmapwidth = (int)sz.Width + 4;
bitmapheight = (int)sz.Height + 4;
}
var datasetMapImgLOD1 = Data3DSetClass <TexturedQuadData> .Create("text bitmap LOD1", Color.White, 1.0f);
var datasetMapImgLOD2 = Data3DSetClass <TexturedQuadData> .Create("text bitmap LOD2", Color.FromArgb(128, Color.White), 1.0f);
int textheightly = 50;
int textwidthly = textheightly * bitmapwidth / bitmapheight;
int gridwideLOD1 = (int)Math.Floor((MaxGridPos.X - MinGridPos.X) / gridunitSize + 1);
int gridhighLOD1 = (int)Math.Floor((MaxGridPos.Y - MinGridPos.Y) / gridunitSize + 1);
int gridwideLOD2 = (int)Math.Floor((MaxGridPos.X - MinGridPos.X) / (gridunitSize * 10) + 1);
int gridhighLOD2 = (int)Math.Floor((MaxGridPos.Y - MinGridPos.Y) / (gridunitSize * 10) + 1);
int texwide = 1024 / bitmapwidth;
int texhigh = 1024 / bitmapheight;
int numtexLOD1 = (int)Math.Ceiling((gridwideLOD1 * gridhighLOD1) * 1.0 / (texwide * texhigh));
int numtexLOD2 = (int)Math.Ceiling((gridwideLOD2 * gridhighLOD2) * 1.0 / (texwide * texhigh));
List <TexturedQuadData> basetexturesLOD1 = Enumerable.Range(0, numtexLOD1).Select(i => new TexturedQuadData(null, null, new Bitmap(1024, 1024))).ToList();
List <TexturedQuadData> basetexturesLOD2 = Enumerable.Range(0, numtexLOD2).Select(i => new TexturedQuadData(null, null, new Bitmap(1024, 1024))).ToList();
for (float x = MinGridPos.X; x < MaxGridPos.X; x += gridunitSize)
{
for (float z = MinGridPos.Y; z <= MaxGridPos.Y; z += gridunitSize)
{
int num = (int)(Math.Floor((x - MinGridPos.X) / gridunitSize) * gridwideLOD1 + Math.Floor((z - MinGridPos.Y) / gridunitSize));
int tex_x = (num % texwide) * bitmapwidth;
int tex_y = ((num / texwide) % texhigh) * bitmapheight;
int tex_n = num / (texwide * texhigh);
//Console.WriteLine("num {0} tex_x {1} tex_y {2} txt_n {3}", num, tex_x, tex_y, tex_n);
DrawGridBitmap(basetexturesLOD1[tex_n].Texture, x, z, fnt, tex_x, tex_y);
datasetMapImgLOD1.Add(basetexturesLOD1[tex_n].Horz(
x, z,
x + textwidthly, z + textheightly,
tex_x, tex_y, tex_x + bitmapwidth, tex_y + bitmapheight
));
}
}
for (float x = MinGridPos.X; x < MaxGridPos.X; x += gridunitSize * 10)
{
for (float z = MinGridPos.Y; z <= MaxGridPos.Y; z += gridunitSize * 10)
{
int num = (int)(Math.Floor((x - MinGridPos.X) / (gridunitSize * 10)) * gridwideLOD2 + Math.Floor((z - MinGridPos.Y) / (gridunitSize * 10)));
int tex_x = (num % texwide) * bitmapwidth;
int tex_y = ((num / texwide) % texhigh) * bitmapheight;
int tex_n = num / (texwide * texhigh);
DrawGridBitmap(basetexturesLOD2[tex_n].Texture, x, z, fnt, tex_x, tex_y);
datasetMapImgLOD2.Add(basetexturesLOD2[tex_n].Horz(
x, z,
x + textwidthly * 10, z + textheightly * 10,
tex_x, tex_y, tex_x + bitmapwidth, tex_y + bitmapheight
));
}
}
_datasets.Add(datasetMapImgLOD1);
_datasets.Add(datasetMapImgLOD2);
}
return(_datasets);
}
public List <IData3DSet> AddGalMapObjectsToDataset(GalacticMapping galmap, Bitmap target, float widthly, float heightly, Vector3 rotation, bool namethem, Color textc)
{
var datasetbks = Data3DSetClass <TexturedQuadData> .Create("galobj", Color.White, 1f);
if (galmap != null && galmap.Loaded)
{
long gmotarget = TargetClass.GetTargetGMO();
foreach (GalacticMapObject gmo in galmap.galacticMapObjects)
{
if (gmo.galMapType.Enabled)
{
Bitmap touse = gmo.galMapType.Image as Bitmap; // under our control, so must have it
if (touse != null && gmo.points.Count > 0) // if it has an image its a point object , and has co-ord
{
Vector3 pd = gmo.points[0].Convert();
string tucachename = "GalMapType:" + gmo.galMapType.Typeid;
TexturedQuadData tubasetex = null;
if (_cachedTextures.ContainsKey(tucachename))
{
tubasetex = _cachedTextures[tucachename];
}
else
{
tubasetex = TexturedQuadData.FromBitmap(touse, pd, rotation, widthly, heightly);
_cachedTextures[tucachename] = tubasetex;
}
TexturedQuadData newtexture = TexturedQuadData.FromBaseTexture(tubasetex, pd, rotation, widthly, heightly);
newtexture.Tag = gmo;
newtexture.Tag2 = 0;
datasetbks.Add(newtexture);
if (gmo.id == gmotarget)
{
TexturedQuadData ntag = TexturedQuadData.FromBitmap(target, pd, rotation, widthly, heightly, 0, heightly * gmotargetoff);
ntag.Tag = gmo;
ntag.Tag2 = 2;
datasetbks.Add(ntag);
}
}
}
}
if (namethem)
{
bool useaggregate = true;
if (useaggregate)
{
foreach (GalMapType t in galmap.galacticMapTypes)
{
if (t.Enabled)
{
Bitmap bmp = null;
TexturedQuadData nbasetex = null;
List <TexturedQuadData> ntex = new List <TexturedQuadData>();
string ncachename = "GalMapNames:" + t.Typeid + textc.ToString();
if (_cachedBitmaps.ContainsKey(ncachename) && _cachedTextures.ContainsKey(ncachename))
{
bmp = _cachedBitmaps[ncachename];
nbasetex = _cachedTextures[ncachename];
ntex = nbasetex.Children.ToList();
}
else
{
List <GalacticMapObject> tgmos = galmap.galacticMapObjects.Where(o => o.galMapType.Typeid == t.Typeid && o.points.Count > 0).ToList();
float maxheight = 32;
List <Rectangle> bounds = new List <Rectangle>();
List <float> widths = new List <float>();
Bitmap stringstarmeasurebitmap = new Bitmap(1, 1);
using (Graphics g = Graphics.FromImage(stringstarmeasurebitmap))
{
foreach (GalacticMapObject gmo in tgmos)
{
SizeF sz = g.MeasureString(gmo.name, gmostarfont);
if (sz.Height > maxheight)
{
maxheight = sz.Height;
}
widths.Add(sz.Width);
}
}
int textheight = (int)(maxheight + 4);
int x = 0;
int y = 0;
foreach (float twidth in widths)
{
int w = (int)(twidth + 4);
if ((w + x) > 1024)
{
x = 0;
y = y + textheight;
if (((y + textheight) % 1024) < (y % 1024))
{
y = y + ((1024 - y) % 1024);
}
}
bounds.Add(new Rectangle(x, y, w, textheight));
x = x + w;
}
y = y + textheight;
bmp = new Bitmap(1024, y);
nbasetex = new TexturedQuadData(null, null, bmp);
using (Graphics g = Graphics.FromImage(bmp))
{
for (int i = 0; i < tgmos.Count; i++)
{
GalacticMapObject gmo = tgmos[i];
string cachename = gmo.name + textc.ToString();
Vector3 pd = gmo.points[0].Convert();
Rectangle clip = bounds[i];
Point pos = clip.Location;
g.SetClip(clip);
g.SmoothingMode = System.Drawing.Drawing2D.SmoothingMode.None;
using (Brush br = new SolidBrush(textc))
g.DrawString(gmo.name, gmostarfont, br, pos);
g.SmoothingMode = System.Drawing.Drawing2D.SmoothingMode.Default;
TexturedQuadData tex = TexturedQuadData.FromBaseTexture(nbasetex, pd, rotation, clip,
(widthly / 10 * gmo.name.Length),
(heightly / 3),
0, heightly * gmonameoff);
tex.Tag = gmo;
tex.Tag2 = 1;
_cachedTextures[cachename] = tex;
ntex.Add(tex);
}
}
_cachedBitmaps[ncachename] = bmp;
_cachedTextures[ncachename] = nbasetex;
}
foreach (TexturedQuadData tex in ntex)
{
datasetbks.Add(tex);
}
}
}
}
else
{
foreach (GalacticMapObject gmo in galmap.galacticMapObjects)
{
if (gmo.galMapType.Enabled && gmo.points.Count > 0)
{
Vector3 pd = gmo.points[0].Convert();
Bitmap map = null;
string cachename = gmo.name + textc.ToString();
if (_cachedBitmaps.ContainsKey(cachename)) // cache them, they take a long time to compute..
{
map = _cachedBitmaps[cachename];
}
else
{
map = DrawString(gmo.name, textc, gmostarfont);
_cachedBitmaps.Add(cachename, map);
}
TexturedQuadData ntext = TexturedQuadData.FromBitmap(map, pd, rotation,
(widthly / 10 * gmo.name.Length),
(heightly / 3),
0, heightly * gmonameoff);
ntext.Tag = gmo;
ntext.Tag2 = 1;
datasetbks.Add(ntext);
}
}
}
}
}
_datasets.Add(datasetbks);
return(_datasets);
}
public List <IData3DSet> AddGalMapRegionsToDataset(GalacticMapping galmap, bool colourregions)
{
var polydataset = new PolygonCollection("regpolys", Color.White, 1f, OpenTK.Graphics.OpenGL.PrimitiveType.Triangles); // ORDER AND NUMBER v.Important
var outlinedataset = new PolygonCollection("reglines", Color.White, 1f, OpenTK.Graphics.OpenGL.PrimitiveType.LineLoop); // DrawStars picks them out in a particular order
var datasetbks = Data3DSetClass <TexturedQuadData> .Create("regtext", Color.White, 1f);
if (galmap != null && galmap.Loaded)
{
long gmotarget = TargetClass.GetTargetGMO();
int cindex = 0;
foreach (GalacticMapObject gmo in galmap.galacticMapObjects)
{
if (gmo.galMapType.Enabled && gmo.galMapType.Group == GalMapType.GalMapGroup.Regions)
{
string name = gmo.name;
Color[] array = new Color[] { Color.Red, Color.Green, Color.Blue,
Color.Brown, Color.Crimson, Color.Coral,
Color.Aqua, Color.Yellow, Color.Violet,
Color.Sienna, Color.Silver, Color.Salmon,
Color.Pink, Color.AntiqueWhite, Color.Beige,
Color.DarkCyan, Color.DarkGray, Color.ForestGreen, Color.LightSkyBlue,
Color.Lime, Color.Maroon, Color.Olive, Color.SteelBlue };
Color c = array[cindex++ % array.Length];
List <Vector2> polygonxz = new List <Vector2>(); // needs it in x/z and in vector2's
foreach (var pd in gmo.points)
{
polygonxz.Add(new Vector2((float)pd.X, (float)pd.Z)); // can be concave and wound the wrong way..
}
Vector2 size, avg;
Vector2 centre = PolygonTriangulator.Centre(polygonxz, out size, out avg); // default geographic centre (min x/z + max x/z/2) used in case poly triangulate fails (unlikely)
List <List <Vector2> > polys = PolygonTriangulator.Triangulate(polygonxz, false); // cut into convex polygons first - because we want the biggest possible area for naming purposes
//Console.WriteLine("Region {0} decomposed to {1} ", name, polys.Count);
Vector2 bestpos = centre;
Vector2 bestsize = new Vector2(250, 250 / 5);
if (polys.Count > 0) // just in case..
{
centre = PolygonTriangulator.Centroids(polys); // weighted mean of the centroids
//Bitmap map3 = DrawString(String.Format("O{0}", cindex - 1), Color.White, gmostarfont); TexturedQuadData ntext3 = TexturedQuadData.FromBitmap(map3, new PointData(centre.X, 0, centre.Y), TexturedQuadData.NoRotation, 2000, 500); datasetbks.Add(ntext3);
float mindist = float.MaxValue;
foreach (List <Vector2> points in polys) // now for every poly
{
if (colourregions)
{
Color regcol = Color.FromArgb(64, c.R, c.G, c.B);
if (points.Count == 3) // already a triangle..
{
polydataset.Add(new Polygon(points, 1, regcol));
//outlinedataset.Add(new Polygon(points, 1, Color.FromArgb(255, 255, 255, 0))); //DEBUG
}
else
{
List <List <Vector2> > polytri = PolygonTriangulator.Triangulate(points, true); // cut into triangles not polygons
foreach (List <Vector2> pt in polytri)
{
polydataset.Add(new Polygon(pt, 1, regcol));
// outlinedataset.Add(new Polygon(pt, 1, Color.FromArgb(255, 255, 255, 0))); // DEBUG
}
}
}
//float area; Vector2 polycentrepos = PolygonTriangulator.Centroid(points,out area); Bitmap map2 = DrawString(String.Format("X") , Color.White, gmostarfont); TexturedQuadData ntext2 = TexturedQuadData.FromBitmap(map2, new PointData(polycentrepos.X, 0, polycentrepos.Y), TexturedQuadData.NoRotation, 1000, 200); datasetbks.Add(ntext2);
PolygonTriangulator.FitInsideConvexPoly(points, centre, new Vector2(3000, 3000 / 5), new Vector2(200, 200),
ref mindist, ref bestpos, ref bestsize, bestsize.X / 2);
}
}
Bitmap map = DrawString(gmo.name, Color.White, gmostarfont);
PointData bitmappos = new PointData(bestpos.X, 0, bestpos.Y);
TexturedQuadData ntext = TexturedQuadData.FromBitmap(map, bitmappos, TexturedQuadData.NoRotation,
bestsize.X, bestsize.Y);
datasetbks.Add(ntext);
outlinedataset.Add(new Polygon(polygonxz, 1, Color.FromArgb(255, 128, 128, 128)));
}
}
}
_datasets.Add(polydataset);
_datasets.Add(outlinedataset);
_datasets.Add(datasetbks);
return(_datasets);
}
// DotColour = transparent, use the map colour associated with each entry. Else use this colour for all
public List <IData3DSet> BuildSystems(bool DrawLines, bool DrawDots, Color DotColour, List <HistoryEntry> syslists)
{
// we use the expanded capability of Line and Point to holds colours for each element instead of the previous sorting system
// This means less submissions to GL.
if (syslists.Any())
{
if (DrawLines)
{
var datasetl = Data3DSetClass <LineData> .Create("visitedstarslines", Color.Transparent, 2.0f);
Vector3d?lastpos = null;
Color drawcolour = Color.Green;
foreach (HistoryEntry sp in syslists)
{
if (sp.EntryType == JournalTypeEnum.Resurrect || sp.EntryType == JournalTypeEnum.Died)
{
lastpos = null;
}
else if (sp.IsLocOrJump && sp.System.HasCoordinate)
{
if (sp.IsFSDJump)
{
drawcolour = Color.FromArgb((sp.journalEntry as EliteDangerousCore.JournalEvents.JournalFSDJump).MapColor);
if (drawcolour.GetBrightness() < 0.05)
{
drawcolour = Color.Red;
}
}
if (lastpos.HasValue)
{
datasetl.Add(new LineData(sp.System.X, sp.System.Y, sp.System.Z,
lastpos.Value.X, lastpos.Value.Y, lastpos.Value.Z, drawcolour));
}
lastpos = new Vector3d(sp.System.X, sp.System.Y, sp.System.Z);
}
}
_datasets.Add(datasetl);
}
if (DrawDots)
{
var datasetp = Data3DSetClass <PointData> .Create("visitedstarsdots", DotColour, 2.0f);
Color drawcolour = Color.Green;
foreach (HistoryEntry vs in syslists)
{
if (vs.System.HasCoordinate)
{
if (vs.IsFSDJump)
{
drawcolour = Color.FromArgb((vs.journalEntry as EliteDangerousCore.JournalEvents.JournalFSDJump).MapColor);
if (drawcolour.GetBrightness() < 0.05)
{
drawcolour = Color.Red;
}
}
datasetp.Add(new PointData(vs.System.X, vs.System.Y, vs.System.Z, drawcolour));
}
}
_datasets.Add(datasetp);
}
}
return(_datasets);
}
