public Tool.Point UnitToPanel(iconDB from)
{
Tool.Size ratio = this.nfo.dbMapSize / this.nfo.dbRefMapSize;
Tool.Point unitPos = from.pos * ratio + this.nfo.dbMapOffsetUnit;
return(this.Position + (unitPos * this.SizeCorrected) - (from.icon.Size * 0.5f));
}
public void Display(Graphics gfx)
{
Tool.Point offset = controls[0] * map.SizeCorrected + map.Position;
Tool.Size size = (controls[1] - controls[0]) * map.SizeCorrected;
foreach (PathDef def in paths)
{
def.path.Reset();
Tool.Point last = offset + def.points[0] * size;
foreach (Tool.Point point in def.points)
{
Tool.Point newpt = offset + point * size;
def.path.AddLine(last, newpt);
last = newpt;
}
gfx.DrawPath(def.pen, def.path);
}
int j = 0;
foreach (Tool.Point point in controls)
{
Tool.Point pt = (point * map.SizeCorrected + map.Position).Truncate;
Brush brush = (isDraggingCtrlPoint == j) ? brushSelected : brushUnselected;
gfx.FillEllipse(brush, new Rectangle((int)pt.X - 5, (int)pt.Y - 5, 11, 11));
j++;
}
}
internal bool Update(VirtualMap map)
{
Tool.Point center = (centerUnit * map.SizeCorrected).Truncate;
Tool.Point newPos;
double deltaDepth = this.destDepth - this.currDepth;
if (Math.Abs(deltaDepth) > depthSpeed)
{
map.ResizeFromZoom((float)Math.Pow(2, currDepth));
newPos = (centerUnit * map.SizeCorrected).Truncate;
map.Position = map.Position - (newPos - center);
this.currDepth += Math.Sign(deltaDepth) * depthSpeed;
return(true);
}
this.currDepth = this.destDepth;
map.ResizeFromZoom((float)Math.Pow(2, currDepth));
newPos = (centerUnit * map.SizeCorrected).Truncate;
map.Position = map.Position - (newPos - center);
return(false);
}
public Tool.Point UnitToPanel(Tool.Point from)
{
// return Position + from * SizeCorrected;
Tool.Size ratio = this.nfo.dbMapSize / this.nfo.dbRefMapSize;
Tool.Point unitPos = from * ratio + this.nfo.dbMapOffsetUnit;
return(this.Position + unitPos * this.SizeCorrected);
}
public Tool.Point PanelToUnit(Tool.Point from)
{
Tool.Point unitInMap = (Tool.Point)((from - this.Position) / this.SizeCorrected);
unitInMap = (Tool.Point)(unitInMap - this.nfo.dbMapOffsetUnit);
Tool.Size ratio = this.nfo.dbRefMapSize / this.nfo.dbMapSize;
Tool.Point pt = unitInMap * ratio;
pt.Y = 1.0f - pt.Y;
return(pt);
}
public void Start(VirtualMap map, Tool.Point center, int depthDir)
{
this.centerUnit = center / map.SizeCorrected;
this.currDepth = Math.Min(Math.Max(this.currDepth, map.nfo.min_depth), map.nfo.mag_depth - 1);
this.destDepth = Math.Min(Math.Max(this.destDepth, map.nfo.min_depth), map.nfo.mag_depth - 1);
int newDepth = this.destDepth + depthDir;
if ((newDepth >= map.nfo.min_depth) && (newDepth <= map.nfo.mag_depth - 1))
{
this.destDepth = newDepth;
this.evtHandle.Set();
}
}
public int IntersectControl(Tool.Point pos, float radius)
{
for (int i = 0; i < 4; i++)
{
Tool.Point posInMap = controls[i] * map.SizeCorrected;
float distance = (posInMap - pos).Lenght;
if (distance <= radius)
{
return(i);
}
}
return(-1);
}
public void AddPoint(Tool.Point pos)
{
if ((paths.Count == 0) || (pos == InvalidPos))
{
paths.Add(new PathDef(pen));
}
if (pos != InvalidPos)
{
if ((paths.Last().points.Count == 0) || (Tool.Point.Distance(pos, paths.Last().points.Last()) > 0.0002614f))
{
paths.Last().points.Add(pos);
}
else
{
paths.Last().points.RemoveAt(paths.Last().points.Count - 1);
paths.Last().points.Add(pos);
}
}
}
public void ControlPointUpdated(int idx)
{
if (idx < 2)
{
// Update 2 & 3
controls[2] = new Tool.Point(controls[1].X, controls[0].Y);
controls[3] = new Tool.Point(controls[0].X, controls[1].Y);
}
else
{
// Update 1 & 2
controls[0] = new Tool.Point(controls[3].X, controls[2].Y);
controls[1] = new Tool.Point(controls[2].X, controls[3].Y);
}
Tool.Size size = (controls[1] - controls[0]);
boundaries[0] = controls[0] + defBoundaries[0] * size;
boundaries[1] = controls[0] + defBoundaries[1] * size;
}
public Tool.Point UnitToMap(Tool.Point from)
{
Tool.Point pt = from;
pt.Y = 1.0f - pt.Y;
return(pt * this.nfo.dbRefMapSize);
}
public Tool.Point UnitToDB(Tool.Point from)
{
return(from * this.nfo.dbRefMapSize);
}
public Rectangle TileRectangleEx(Tool.Point p, Tool.Size sz)
{
return(new Rectangle(Position + p * _tileSize, sz));
}
public Rectangle TileRectangle(Tool.Point p)
{
return(new Rectangle(Position + p * _tileSize, _tileSize));
}
public MapHelper(VirtualMap map, string worldId)
{
this.map = map;
foreach (Tool.Point[] arr in Tool.mapHelperDefs[worldId])
{
AddPathDef(arr);
}
Tool.Point min = new Tool.Point(9999999, 9999999);
Tool.Point max = new Tool.Point(-9999999, -9999999);
foreach (PathDef _def in paths)
{
foreach (Tool.Point pt in _def.points)
{
min = Tool.Point.Min(min, pt);
max = Tool.Point.Max(max, pt);
}
}
Tool.Size size = (max - min);
// DB Map boundaries
{
Tool.Point[] points = new Tool.Point[]
{
new Tool.Point(0, map.nfo.dbRefMapSize.Height),
new Tool.Point(map.nfo.dbRefMapSize.Width, map.nfo.dbRefMapSize.Height),
new Tool.Point(map.nfo.dbRefMapSize.Width, 0),
new Tool.Point(0, 0),
new Tool.Point(0, map.nfo.dbRefMapSize.Height)
};
AddPathDef(points, new Pen(Color.Red, 2));
}
foreach (PathDef _def in paths)
{
for (int i = 0; i < _def.points.Count; i++)
{
Tool.Point pt = _def.points[i];
pt = (Tool.Point)((pt - min) / size);
_def.points[i] = pt;
}
}
defBoundaries[0] = (Tool.Point)((new Tool.Point(0, map.nfo.dbRefMapSize.Height) - min) / size);
defBoundaries[1] = (Tool.Point)((new Tool.Point(map.nfo.dbRefMapSize.Width, 0) - min) / size);
// DB bounding box
{
Tool.Point[] points = new Tool.Point[]
{
new Tool.Point(0, 0),
new Tool.Point(0, 1),
new Tool.Point(1, 1),
new Tool.Point(1, 0),
new Tool.Point(0, 0)
};
AddPathDef(points, new Pen(Color.Green, 1));
}
// DB map boundaries
boundaries[0] = map.nfo.dbMapOffsetUnit;
boundaries[1] = boundaries[0] + map.nfo.dbMapSize / map.nfo.dbRefMapSize;
// Control points
Tool.Size Csize = (boundaries[1] - boundaries[0]) / (defBoundaries[1] - defBoundaries[0]);
controls[0] = (Tool.Point)(boundaries[0] - defBoundaries[0] * Csize);
controls[1] = controls[0] + Csize;
controls[2] = new Tool.Point(controls[1].X, controls[0].Y);
controls[3] = new Tool.Point(controls[0].X, controls[1].Y);
}
