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Bug fixes + bugged rotation removing

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This commit is contained in:
djes
2017-02-27 17:27:15 +01:00
parent b126aacdad
commit 3c87aa702e
1 changed files with 84 additions and 109 deletions
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PBMap.pb
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@@ -39,11 +39,6 @@ DeclareModule PBMap
#MARKER_EDIT_EVENT = #PB_Event_FirstCustomValue
Structure GeographicCoordinates
Longitude.d
Latitude.d
EndStructure
;-Declarations
Declare InitPBMap(window)
Declare SetOption(Option.s, Value.s)
@@ -82,13 +77,18 @@ DeclareModule PBMap
Declare.i GetZoom()
Declare.i GetMode()
Declare SetMode(Mode.i = #MODE_DEFAULT)
Declare NominatimGeoLocationQuery(Address.s, *ReturnPosition.GeographicCoordinates = 0) ;Send back the position *ptr.GeographicCoordinates
Declare NominatimGeoLocationQuery(Address.s, *ReturnPosition= 0) ;Send back the position *ptr.GeographicCoordinates
EndDeclareModule
Module PBMap
EnableExplicit
Structure GeographicCoordinates
Longitude.d
Latitude.d
EndStructure
Structure PixelCoordinates
x.d
y.d
@@ -112,19 +112,19 @@ Module PBMap
Structure BoundingBox
NorthWest.GeographicCoordinates
SouthEast.GeographicCoordinates
BottomLeft.PixelCoordinates
TopRight.PixelCoordinates
BottomRight.PixelCoordinates
TopLeft.PixelCoordinates
EndStructure
Structure DrawingParameters
Canvas.i
CenterX.d ; Gadget center in screen relative pixels
CenterY.d
GeographicCoordinates.GeographicCoordinates ; Real center
RadiusX.d ; Canvas radius, or center in pixels
RadiusY.d
GeographicCoordinates.GeographicCoordinates ; Real center in lat/lon
TileCoordinates.Coordinates ; Center coordinates in tile.decimal
Bounds.BoundingBox ; Drawing boundaries in lat/lon
Height.d ; Drawing height in degrees
Width.d ; Drawing width in degrees
Height.d ; Drawing height in degrees
PBMapZoom.i
DeltaX.i ; Screen relative pixels tile shift
DeltaY.i
@@ -762,7 +762,7 @@ Module PBMap
;Lat Lon coordinates 2 pixel relative to the center of view
Procedure LatLon2PixelRel(*Location.GeographicCoordinates, *Pixel.PixelCoordinates, Zoom)
Protected tilemax = Pow(2.0, Zoom) * PBMap\TileSize
Protected cx.d = PBMap\Drawing\CenterX
Protected cx.d = PBMap\Drawing\RadiusX
Protected dpx.d = PBMap\PixelCoordinates\x
Protected LatRad.d = Radian(*Location\Latitude)
Protected px.d = tilemax * (Mod( *Location\Longitude + 180.0, 360) / 360.0 )
@@ -781,7 +781,7 @@ Module PBMap
;Debug "c0"
*Pixel\x = cx + (px - dpx)
EndIf
*Pixel\y = PBMap\Drawing\CenterY + (py - PBMap\PixelCoordinates\y)
*Pixel\y = PBMap\Drawing\RadiusY + (py - PBMap\PixelCoordinates\y)
EndProcedure
; HaversineAlgorithm
@@ -818,14 +818,14 @@ Module PBMap
latRad = PBMap\GeographicCoordinates\Latitude*#PI/180;
mercN = Log(Tan((#PI/4)+(latRad/2)))
y2 = (mapHeight/2)-(mapWidth*mercN/(2*#PI));
*Pixel\x=GadgetWidth(PBMap\Gadget)/2 - (x2-x1)
*Pixel\y=GadgetHeight(PBMap\Gadget)/2 - (y2-y1)
*Pixel\x=PBMap\Drawing\RadiusX - (x2-x1)
*Pixel\y=PBMap\Drawing\RadiusY - (y2-y1)
EndProcedure
Procedure IsInDrawingPixelBoundaries(*Drawing.DrawingParameters, *Position.GeographicCoordinates)
Protected Pixel.PixelCoordinates
LatLon2Pixel(*Position, @Pixel, PBMap\Zoom)
If Pixel\x >= *Drawing\Bounds\BottomLeft\x And Pixel\y <= *Drawing\Bounds\BottomLeft\y And Pixel\x <= *Drawing\Bounds\TopRight\x And Pixel\y >= *Drawing\Bounds\TopRight\y
LatLon2PixelRel(*Position, @Pixel, PBMap\Zoom)
If Pixel\x >= 0 And Pixel\y >= 0 And Pixel\x < *Drawing\RadiusX * 2 And Pixel\y < *Drawing\RadiusY * 2
ProcedureReturn #True
Else
ProcedureReturn #False
@@ -1016,8 +1016,8 @@ Module PBMap
Protected x.i, y.i,kq.q
Protected tx = Int(*Drawing\TileCoordinates\x) ;Don't forget the Int() !
Protected ty = Int(*Drawing\TileCoordinates\y)
Protected nx = *Drawing\CenterX / PBMap\TileSize ;How many tiles around the point
Protected ny = *Drawing\CenterY / PBMap\TileSize
Protected nx = *Drawing\RadiusX / PBMap\TileSize ;How many tiles around the point
Protected ny = *Drawing\RadiusY / PBMap\TileSize
Protected px, py, *timg.ImgMemCach, tilex, tiley, key.s
Protected URL.s, CacheFile.s
Protected tilemax = 1<<PBMap\Zoom
@@ -1025,8 +1025,8 @@ Module PBMap
MyDebug("Drawing tiles")
For y = - ny - 1 To ny + 1
For x = - nx - 1 To nx + 1
px = *Drawing\CenterX + x * PBMap\TileSize - *Drawing\DeltaX
py = *Drawing\CenterY + y * PBMap\TileSize - *Drawing\DeltaY
px = *Drawing\RadiusX + x * PBMap\TileSize - *Drawing\DeltaX
py = *Drawing\RadiusY + y * PBMap\TileSize - *Drawing\DeltaY
tilex = (tx + x) % tilemax
If tilex < 0
tilex + tilemax
@@ -1089,10 +1089,10 @@ Module PBMap
Procedure DrawPointer(*Drawing.DrawingParameters)
If PBMap\CallBackMainPointer > 0
; @Procedure(X.i, Y.i) to DrawPointer (you must use VectorDrawing lib)
CallFunctionFast(PBMap\CallBackMainPointer, *Drawing\CenterX, *Drawing\CenterY)
CallFunctionFast(PBMap\CallBackMainPointer, *Drawing\RadiusX, *Drawing\RadiusY)
Else
VectorSourceColor(RGBA($FF, 0, 0, $FF))
MovePathCursor(*Drawing\CenterX, *Drawing\CenterY)
MovePathCursor(*Drawing\RadiusX, *Drawing\RadiusY)
AddPathLine(-8, -16, #PB_Path_Relative)
AddPathCircle(8, 0, 8, 180, 0, #PB_Path_Relative)
AddPathLine(-8, 16, #PB_Path_Relative)
@@ -1126,21 +1126,27 @@ Module PBMap
Protected tx, ty, nx,ny,nx1,ny1,x,y,n,cx,dperpixel.d
Protected pos1.PixelCoordinates,pos2.PixelCoordinates,Degrees1.GeographicCoordinates,degrees2.GeographicCoordinates
Protected realx
; tx = Int(*Drawing\TileCoordinates\x)
; ty = Int(*Drawing\TileCoordinates\y)
; tx = *Drawing\TileCoordinates\x
; ty = *Drawing\TileCoordinates\y
; nx = *Drawing\CenterX / PBMap\TileSize ;How many tiles around the point
; ny = *Drawing\CenterY / PBMap\TileSize
; *Drawing\Bounds\NorthWest\x = tx-nx-1
; *Drawing\Bounds\NorthWest\y = ty-ny-1
; *Drawing\Bounds\SouthEast\x = tx+nx+2
; *Drawing\Bounds\SouthEast\y = ty+ny+2
; Debug "------------------"
;TileXY2LatLon(*Drawing\Bounds\NorthWest, @Degrees1, PBMap\Zoom)
;TileXY2LatLon(*Drawing\Bounds\SouthEast, @Degrees2, PBMap\Zoom)
;TODO to find why it doesn't work
CopyStructure(*Drawing\Bounds\NorthWest, @Degrees1, GeographicCoordinates)
Debug "----"
Debug Degrees1\Longitude-1
CopyStructure(*Drawing\Bounds\SouthEast, @Degrees2, GeographicCoordinates)
;tx = Int(*Drawing\TileCoordinates\x)
;ty = Int(*Drawing\TileCoordinates\y)
tx = *Drawing\TileCoordinates\x
ty = *Drawing\TileCoordinates\y
nx = *Drawing\RadiusX / PBMap\TileSize ;How many tiles around the point
ny = *Drawing\RadiusY / PBMap\TileSize
*Drawing\Bounds\TopLeft\x = tx-nx-1
*Drawing\Bounds\TopLeft\y = ty-ny-1
*Drawing\Bounds\BottomRight\x = tx+nx+2
*Drawing\Bounds\BottomRight\y = ty+ny+2
TileXY2LatLon(*Drawing\Bounds\TopLeft, @Degrees1, PBMap\Zoom)
TileXY2LatLon(*Drawing\Bounds\BottomRight, @Degrees2, PBMap\Zoom)
Debug Degrees1\Longitude
;***
;ensure we stay positive for the drawing
nx = Mod(Mod(Round(Degrees1\Longitude, #PB_Round_Down)-1, 360) + 360, 360)
ny = Round(Degrees1\Latitude, #PB_Round_Up) +1
@@ -1310,13 +1316,11 @@ Module PBMap
LatLon2PixelRel(@PBMap\TracksList()\Track(), @Pixel, PBMap\Zoom)
If Int(km) <> memKm
memKm = Int(km)
RotateCoordinates(Pixel\x, Pixel\y, -PBMap\Angle)
If Int(km) = 0
DrawTrackPointerFirst(Pixel\x , Pixel\y, Int(km))
Else
DrawTrackPointer(Pixel\x , Pixel\y, Int(km))
EndIf
RotateCoordinates(Pixel\x, Pixel\y, PBMap\Angle)
EndIf
Next
EndIf
@@ -1498,13 +1502,11 @@ Module PBMap
ForEach PBMap\Markers()
If IsInDrawingPixelBoundaries(*Drawing, @PBMap\Markers()\GeographicCoordinates)
LatLon2PixelRel(@PBMap\Markers()\GeographicCoordinates, @Pixel, PBMap\Zoom)
RotateCoordinates(Pixel\x, Pixel\y, -PBMap\Angle)
If PBMap\Markers()\CallBackPointer > 0
CallFunctionFast(PBMap\Markers()\CallBackPointer, Pixel\x, Pixel\y, PBMap\Markers()\Focus, PBMap\Markers()\Selected)
Else
DrawMarker(Pixel\x, Pixel\y, ListIndex(PBMap\Markers()), @PBMap\Markers())
EndIf
RotateCoordinates(Pixel\x, Pixel\y, PBMap\Angle)
EndIf
Next
EndProcedure
@@ -1550,8 +1552,8 @@ Module PBMap
PBMap\Dirty = #False
PBMap\Redraw = #False
;*** Precalc some values
*Drawing\CenterX = GadgetWidth(PBMap\Gadget) / 2
*Drawing\CenterY = GadgetHeight(PBMap\Gadget) / 2
*Drawing\RadiusX = GadgetWidth(PBMap\Gadget) / 2
*Drawing\RadiusY = GadgetHeight(PBMap\Gadget) / 2
*Drawing\GeographicCoordinates\Latitude = PBMap\GeographicCoordinates\Latitude
*Drawing\GeographicCoordinates\Longitude = PBMap\GeographicCoordinates\Longitude
LatLon2TileXY(*Drawing\GeographicCoordinates, *Drawing\TileCoordinates, PBMap\Zoom)
@@ -1562,39 +1564,21 @@ Module PBMap
*Drawing\DeltaX = Px * ts - (Int(Px) * ts) ;Don't forget the Int() !
*Drawing\DeltaY = Py * ts - (Int(Py) * ts)
;Drawing boundaries
; nx = *Drawing\CenterX / ts ;How many tiles around the point
; ny = *Drawing\CenterY / ts
; NW\x = Px - nx - 1
; NW\y = Py - ny - 1
; SE\x = Px + nx + 2
; SE\y = Py + ny + 2
; TileXY2LatLon(@NW, *Drawing\Bounds\NorthWest, PBMap\Zoom)
; TileXY2LatLon(@SE, *Drawing\Bounds\SouthEast, PBMap\Zoom)
;TODO : rotation fix
nx = PixelCenter\x - *Drawing\CenterX
ny = PixelCenter\y + *Drawing\CenterY
StartVectorDrawing(CanvasVectorOutput(PBMap\Gadget))
RotateCoordinates(PixelCenter\x, PixelCenter\y, PBMap\Angle)
*Drawing\Bounds\BottomLeft\x = ConvertCoordinateX(nx, ny, #PB_Coordinate_Device, #PB_Coordinate_User)
*Drawing\Bounds\BottomLeft\y = ConvertCoordinateY(nx, ny, #PB_Coordinate_Device, #PB_Coordinate_User)
nx + GadgetWidth(PBMap\Gadget)
ny - GadgetHeight(PBMap\Gadget)
*Drawing\Bounds\TopRight\x = ConvertCoordinateX(nx, ny, #PB_Coordinate_Device, #PB_Coordinate_User)
*Drawing\Bounds\TopRight\y = ConvertCoordinateY(nx, ny, #PB_Coordinate_Device, #PB_Coordinate_User)
StopVectorDrawing()
Pixel2LatLon(*Drawing\Bounds\BottomLeft, *Drawing\Bounds\SouthEast, PBMap\Zoom)
Pixel2LatLon(*Drawing\Bounds\TopRight, *Drawing\Bounds\NorthWest, PBMap\Zoom)
; Debug *Drawing\Bounds\NorthWest\Latitude
; Debug *Drawing\Bounds\NorthWest\Longitude
; Debug *Drawing\Bounds\SouthEast\Latitude
; Debug *Drawing\Bounds\SouthEast\Longitude
nx = *Drawing\RadiusX / ts ;How many tiles around the point
ny = *Drawing\RadiusY / ts
NW\x = Px - nx - 1
NW\y = Py - ny - 1
SE\x = Px + nx + 2
SE\y = Py + ny + 2
TileXY2LatLon(@NW, *Drawing\Bounds\NorthWest, PBMap\Zoom)
TileXY2LatLon(@SE, *Drawing\Bounds\SouthEast, PBMap\Zoom)
;*Drawing\Width = (SE\x / Pow(2, PBMap\Zoom) * 360.0) - (NW\x / Pow(2, PBMap\Zoom) * 360.0) ;Calculus without clipping
;*Drawing\Height = *Drawing\Bounds\NorthWest\Latitude - *Drawing\Bounds\SouthEast\Latitude
;***
; Main drawing stuff
StartVectorDrawing(CanvasVectorOutput(PBMap\Gadget))
;Main rotation
RotateCoordinates(*Drawing\CenterX, *Drawing\CenterY, PBMap\Angle)
;--r RotateCoordinates(*Drawing\RadiusX, *Drawing\RadiusY, PBMap\Angle)
;Clearscreen
VectorSourceColor(RGBA(150, 150, 150, 255))
FillVectorOutput()
@@ -1603,16 +1587,16 @@ Module PBMap
ForEach PBMap\Layers()
DrawTiles(*Drawing, ListIndex(PBMap\Layers()))
Next
If PBMap\Options\ShowDegrees And PBMap\Zoom > 2
DrawDegrees(*Drawing, 192)
EndIf
If PBMap\Options\ShowTrack
DrawTracks(*Drawing)
EndIf
If PBMap\Options\ShowMarkers
DrawMarkers(*Drawing)
EndIf
ResetCoordinates()
If PBMap\Options\ShowDegrees And PBMap\Zoom > 2
DrawDegrees(*Drawing, 192)
EndIf
;--r ResetCoordinates()
If PBMap\Options\ShowPointer
DrawPointer(*Drawing)
EndIf
@@ -1632,27 +1616,27 @@ Module PBMap
EndProcedure
Procedure.d Pixel2Lon(x)
Protected NewX.d = (PBMap\PixelCoordinates\x - GadgetWidth(PBMap\Gadget) / 2 + x) / PBMap\TileSize
Protected NewX.d = (PBMap\PixelCoordinates\x - PBMap\Drawing\RadiusX + x) / PBMap\TileSize
Protected n.d = Pow(2.0, PBMap\Zoom)
; double mod is to ensure the longitude to be in the range [-180;180[
ProcedureReturn Mod(Mod(NewX / n * 360.0, 360.0) + 360.0, 360.0) - 180
EndProcedure
Procedure.d Pixel2Lat(y)
Protected NewY.d = (PBMap\PixelCoordinates\y - GadgetHeight(PBMap\Gadget) / 2 + y) / PBMap\TileSize
Protected NewY.d = (PBMap\PixelCoordinates\y - PBMap\Drawing\RadiusY + y) / PBMap\TileSize
Protected n.d = Pow(2.0, PBMap\Zoom)
ProcedureReturn Degree(ATan(SinH(#PI * (1.0 - 2.0 * NewY / n))))
EndProcedure
Procedure.d MouseLongitude()
Protected MouseX.d = (PBMap\PixelCoordinates\x - GadgetWidth(PBMap\Gadget) / 2 + GetGadgetAttribute(PBMap\Gadget, #PB_Canvas_MouseX)) / PBMap\TileSize
Protected MouseX.d = (PBMap\PixelCoordinates\x - PBMap\Drawing\RadiusX + GetGadgetAttribute(PBMap\Gadget, #PB_Canvas_MouseX)) / PBMap\TileSize
Protected n.d = Pow(2.0, PBMap\Zoom)
; double mod is to ensure the longitude to be in the range [-180;180[
ProcedureReturn Mod(Mod(MouseX / n * 360.0, 360.0) + 360.0, 360.0) - 180
EndProcedure
Procedure.d MouseLatitude()
Protected MouseY.d = (PBMap\PixelCoordinates\y - GadgetHeight(PBMap\Gadget) / 2 + GetGadgetAttribute(PBMap\Gadget, #PB_Canvas_MouseY)) / PBMap\TileSize
Protected MouseY.d = (PBMap\PixelCoordinates\y - PBMap\Drawing\RadiusY + GetGadgetAttribute(PBMap\Gadget, #PB_Canvas_MouseY)) / PBMap\TileSize
Protected n.d = Pow(2.0, PBMap\Zoom)
ProcedureReturn Degree(ATan(SinH(#PI * (1.0 - 2.0 * MouseY / n))))
EndProcedure
@@ -1694,17 +1678,17 @@ Module PBMap
Procedure ZoomToArea(MinY.d, MaxY.d, MinX.d, MaxX.d)
;Source => http://gis.stackexchange.com/questions/19632/how-to-calculate-the-optimal-zoom-level-to-display-two-or-more-points-on-a-map
;bounding box in long/lat coords (x=long, y=lat)
Protected DeltaX.d=MaxX-MinX ;assumption ! In original code DeltaX have no source
Protected centerX.d=MinX+DeltaX/2 ; assumption ! In original code CenterX have no source
Protected DeltaX.d = MaxX - MinX ;assumption ! In original code DeltaX have no source
Protected centerX.d = MinX + DeltaX / 2 ; assumption ! In original code CenterX have no source
Protected paddingFactor.f= 1.2 ;paddingFactor: this can be used to get the "120%" effect ThomM refers to. Value of 1.2 would get you the 120%.
Protected ry1.d = Log((Sin(Radian(MinY)) + 1) / Cos(Radian(MinY)))
Protected ry2.d = Log((Sin(Radian(MaxY)) + 1) / Cos(Radian(MaxY)))
Protected ryc.d = (ry1 + ry2) / 2
Protected centerY.d = Degree(ATan(SinH(ryc)))
Protected resolutionHorizontal.d = DeltaX / GadgetWidth(PBMap\Gadget)
Protected resolutionHorizontal.d = DeltaX / (PBMap\Drawing\RadiusX * 2)
Protected vy0.d = Log(Tan(#PI*(0.25 + centerY/360)));
Protected vy1.d = Log(Tan(#PI*(0.25 + MaxY/360))) ;
Protected viewHeightHalf.d = GadgetHeight(PBMap\Gadget)/2;
Protected viewHeightHalf.d = PBMap\Drawing\RadiusY;
Protected zoomFactorPowered.d = viewHeightHalf / (40.7436654315252*(vy1 - vy0))
Protected resolutionVertical.d = 360.0 / (zoomFactorPowered * PBMap\TileSize)
If resolutionHorizontal<>0 And resolutionVertical<>0
@@ -1825,22 +1809,14 @@ Module PBMap
;Zoom on x, y position relative to the canvas gadget
Procedure ZoomOnPixelRel(x, y, zoom)
Protected CenterX = GadgetWidth(PBMap\Gadget) / 2
Protected CenterY = GadgetHeight(PBMap\Gadget) / 2
x - CenterX
y - CenterY
ZoomOnPixel(x, y, zoom)
ZoomOnPixel(x - PBMap\Drawing\RadiusX, y - PBMap\Drawing\RadiusY, zoom)
EndProcedure
;Go to x, y position relative to the canvas gadget left up
Procedure GotoPixelRel(x, y)
Protected CenterX = GadgetWidth(PBMap\Gadget) / 2
Protected CenterY = GadgetHeight(PBMap\Gadget) / 2
x - CenterX
y - CenterY
LatLon2Pixel(@PBMap\GeographicCoordinates, @PBMap\PixelCoordinates, PBMap\Zoom)
PBMap\PixelCoordinates\x + x
PBMap\PixelCoordinates\y + y
PBMap\PixelCoordinates\x + x - PBMap\Drawing\RadiusX
PBMap\PixelCoordinates\y + y - PBMap\Drawing\RadiusY
Pixel2LatLon(@PBMap\PixelCoordinates, @PBMap\GeographicCoordinates, PBMap\Zoom)
; Start drawing
PBMap\Redraw = #True
@@ -1923,17 +1899,17 @@ Module PBMap
Protected Pixel.PixelCoordinates
Static CtrlKey
PBMap\Moving = #False
MouseX = GetGadgetAttribute(PBMap\Gadget, #PB_Canvas_MouseX) - PBMap\Drawing\CenterX
MouseY = GetGadgetAttribute(PBMap\Gadget, #PB_Canvas_MouseY) - PBMap\Drawing\CenterY
StartVectorDrawing(CanvasVectorOutput(PBMap\Gadget))
RotateCoordinates(0, 0, PBMap\Angle)
CanvasMouseX = ConvertCoordinateX(MouseX, MouseY, #PB_Coordinate_Device, #PB_Coordinate_User)
CanvasMouseY = ConvertCoordinateY(MouseX, MouseY, #PB_Coordinate_Device, #PB_Coordinate_User)
StopVectorDrawing()
CanvasMouseX = GetGadgetAttribute(PBMap\Gadget, #PB_Canvas_MouseX) - PBMap\Drawing\RadiusX
CanvasMouseY = GetGadgetAttribute(PBMap\Gadget, #PB_Canvas_MouseY) - PBMap\Drawing\RadiusY
;--r StartVectorDrawing(CanvasVectorOutput(PBMap\Gadget))
; RotateCoordinates(0, 0, PBMap\Angle)
; CanvasMouseX = ConvertCoordinateX(MouseX, MouseY, #PB_Coordinate_Device, #PB_Coordinate_User)
; CanvasMouseY = ConvertCoordinateY(MouseX, MouseY, #PB_Coordinate_Device, #PB_Coordinate_User)
; StopVectorDrawing()
Select EventType()
Case #PB_EventType_Focus
PBMap\Drawing\CenterX = GadgetWidth(PBMap\Gadget) / 2
PBMap\Drawing\CenterY = GadgetHeight(PBMap\Gadget) / 2
PBMap\Drawing\RadiusX = GadgetWidth(PBMap\Gadget) / 2
PBMap\Drawing\RadiusY = GadgetHeight(PBMap\Gadget) / 2
Case #PB_EventType_KeyUp
Select GetGadgetAttribute(PBMap\Gadget, #PB_Canvas_Key)
Case #PB_Shortcut_Delete
@@ -2101,7 +2077,6 @@ Module PBMap
If ListSize(\Track()) > 0
If \Visible
StartVectorDrawing(CanvasVectorOutput(PBMap\Gadget))
RotateCoordinates(PBMap\Drawing\CenterX, PBMap\Drawing\CenterY, PBMap\Angle)
;Simulate tracks drawing
ForEach \Track()
LatLon2Pixel(@PBMap\TracksList()\Track(), @Pixel, PBMap\Zoom)
@@ -2161,8 +2136,8 @@ Module PBMap
BindGadgetEvent(PBMap\Gadget, @CanvasEvents())
AddWindowTimer(PBMap\Window, PBMap\Timer, PBMap\Options\TimerInterval)
BindEvent(#PB_Event_Timer, @TimerEvents())
PBMap\Drawing\CenterX = GadgetWidth(PBMap\Gadget) / 2
PBMap\Drawing\CenterX = GadgetHeight(PBMap\Gadget) / 2
PBMap\Drawing\RadiusX = GadgetWidth(PBMap\Gadget) / 2
PBMap\Drawing\RadiusY = GadgetHeight(PBMap\Gadget) / 2
EndProcedure
; Creates a canvas and attach our map
@@ -2455,9 +2430,9 @@ CompilerIf #PB_Compiler_IsMainFile
CompilerEndIf
; IDE Options = PureBasic 5.50 (Windows - x64)
; CursorPosition = 1523
; FirstLine = 1495
; IDE Options = PureBasic 5.60 beta 7 (Windows - x64)
; CursorPosition = 2191
; FirstLine = 2173
; Folding = -----------------
; EnableThread
; EnableXP