May 1, 2016 Replies: 7 This is a wrap for this github project. IndoorMaps Author: DonManfred (wrapper) Version: 1 BitmapLayer Methods: Initialize (EventName As String, mapView As MapView, bitmap As Bitmap, location As PointF) IsInitialized As Boolean isAutoScale As Boolean Properties: AutoScale As Boolean [write only] Bitmap As Bitmap Level As Int [write only] Location As PointF IndoorMap Events: onMapLoaded (success As Boolean) Fields: ba As BA Methods: BringToFront DesignerCreateView (base As PanelWrapper, lw As LabelWrapper, props As Map) Initialize (EventName As String) Invalidate Invalidate2 (arg0 As Rect) Invalidate3 (arg0 As Int, arg1 As Int, arg2 As Int, arg3 As Int) IsInitialized As Boolean RemoveView RequestFocus As Boolean SendToBack SetBackgroundImage (arg0 As Bitmap) SetColorAnimated (arg0 As Int, arg1 As Int, arg2 As Int) SetLayout (arg0 As Int, arg1 As Int, arg2 As Int, arg3 As Int) SetLayoutAnimated (arg0 As Int, arg1 As Int, arg2 As Int, arg3 As Int, arg4 As Int) SetVisibleAnimated (arg0 As Int, arg1 As Boolean) addLayer (layer As MapBaseLayer) add layer layer: convertMapXYToScreenXY (x As Float, y As Float) As Float[] convert coordinate of map to coordinate of screen x: y: Return type: @return: isMapLoadFinish As Boolean map is/not load finish Return type: @return: isScaleAndRotateTogether As Boolean loadMap (bitmap As Bitmap) mapCenterWithPoint (x As Float, y As Float) set point to map center x: y: refresh reload mapview setCurrentRotateDegrees2 (degrees As Float, x As Float, y As Float) set rotate degrees degrees: x: y: setCurrentZoom2 (zoom As Float, x As Float, y As Float) translate (x As Float, y As Float) withFloorPlan (x As Float, y As Float) As Boolean point is/not in floor plan x: y: Return type: @return: Properties: Background As Drawable Color As Int [write only] CurrentRotateDegrees As Float set rotate degrees CurrentZoom As Float Enabled As Boolean Height As Int Layers As List [read only] get all layers Left As Int MapHeight As Float [read only] MapWidth As Float [read only] MaxZoom As Float [write only] MinZoom As Float [write only] Parent As Object [read only] ScaleAndRotateTogether As Boolean [write only] setting scale&rotate is/not together on touch Tag As Object Top As Int Visible As Boolean Width As Int LocationLayer Methods: Initialize (EventName As String, mapView As MapView, currentPosition As PointF, openCompass As Boolean) IsInitialized As Boolean isOpenCompass As Boolean Properties: CompassIndicatorArrowRotateDegree As Float CompassIndicatorCircleRotateDegree As Float CurrentPosition As PointF Level As Int [write only] OpenCompass As Boolean [write only] MapLayer Methods: Initialize (EventName As String, mapView As MapView) IsInitialized As Boolean Properties: Image As Picture Level As Int [write only] MapUtils Methods: Initialize (nodessize As Int, nodescontactsize As Int) IsInitialized As Boolean getBestPathBetweenPoints (points() As Int, nodes As List, nodesContact As List) As List get best path between points points: nodes: nodesContact: Return type: @return: getDegreeBetweenTwoPointsWithHorizontal (routeList As List, nodes As List) As List get degrees between two points(list) with horizontal plane routeList: nodes: Return type: @return: getDegreeBetweenTwoPointsWithVertical (routeList As List, nodes As List) As List get degrees between two points(list) with vertical plane routeList: nodes: Return type: @return: getDistanceBetweenList (nodes As List, list As List) As Float Get the distance between points nodes: list: Return type: @return: getMatrixBetweenFloorPlanNodes (nodes As List, nodesContact As List) As Float[][] adjacency matrix with points nodes: nodesContact: Return type: @return: getShortestDistanceBetweenTwoPoints (start As Int, end As Int, nodes As List, nodesContact As List) As Float get shortest distance between two points start: end: nodes: nodesContact: Return type: @return: getShortestPathBetweenTwoPoints (start As Int, end As Int, nodes As List, nodesContact As List) As List get shortest path between two points start: start point end: end point nodes: nodes list nodesContact: nodesContact list Return type: @return: MarkLayer Events: Clicked (index As Int) Methods: Initialize (EventName As String, mapView As MapView, marks As List, marksName As List) IsInitialized As Boolean isClickMark As Boolean Properties: Level As Int [write only] Marks As List MarksName As List Num As Int PointF Methods: Initialize (x As Float, y As Float) IsInitialized As Boolean equals (c As Object) As Boolean negate setOffset (dx As Float, dy As Float) setPosition (x As Float, y As Float) setlength (x As Float, y As Float) toString As String Properties: length As Void [read only] RouteLayer Methods: Initialize (EventName As String, mapView As MapView, nodeList As List, routeList As List) IsInitialized As Boolean Properties: Level As Int [write only] NodeList As List [write only] RouteList As List [write only] Testdata Properties: Marks As List [read only] MarksName As List [read only] NodesContactList As List [read only] NodesList As List [read only] The Data which will be get with the Testdata helper are for the sample map the lib provided. You need to generate you own data for your own maps. Attachments IndoorMapEx.zip IndoorMapEx.zip 36.9 KB · Views: 1,087 libIndoorMapV1.0.0.zip libIndoorMapV1.0.0.zip 57.4 KB · Views: 1,058 Click to expand...
This is a wrap for this github project. IndoorMaps Author: DonManfred (wrapper) Version: 1 BitmapLayer Methods: Initialize (EventName As String, mapView As MapView, bitmap As Bitmap, location As PointF) IsInitialized As Boolean isAutoScale As Boolean Properties: AutoScale As Boolean [write only] Bitmap As Bitmap Level As Int [write only] Location As PointF IndoorMap Events: onMapLoaded (success As Boolean) Fields: ba As BA Methods: BringToFront DesignerCreateView (base As PanelWrapper, lw As LabelWrapper, props As Map) Initialize (EventName As String) Invalidate Invalidate2 (arg0 As Rect) Invalidate3 (arg0 As Int, arg1 As Int, arg2 As Int, arg3 As Int) IsInitialized As Boolean RemoveView RequestFocus As Boolean SendToBack SetBackgroundImage (arg0 As Bitmap) SetColorAnimated (arg0 As Int, arg1 As Int, arg2 As Int) SetLayout (arg0 As Int, arg1 As Int, arg2 As Int, arg3 As Int) SetLayoutAnimated (arg0 As Int, arg1 As Int, arg2 As Int, arg3 As Int, arg4 As Int) SetVisibleAnimated (arg0 As Int, arg1 As Boolean) addLayer (layer As MapBaseLayer) add layer layer: convertMapXYToScreenXY (x As Float, y As Float) As Float[] convert coordinate of map to coordinate of screen x: y: Return type: @return: isMapLoadFinish As Boolean map is/not load finish Return type: @return: isScaleAndRotateTogether As Boolean loadMap (bitmap As Bitmap) mapCenterWithPoint (x As Float, y As Float) set point to map center x: y: refresh reload mapview setCurrentRotateDegrees2 (degrees As Float, x As Float, y As Float) set rotate degrees degrees: x: y: setCurrentZoom2 (zoom As Float, x As Float, y As Float) translate (x As Float, y As Float) withFloorPlan (x As Float, y As Float) As Boolean point is/not in floor plan x: y: Return type: @return: Properties: Background As Drawable Color As Int [write only] CurrentRotateDegrees As Float set rotate degrees CurrentZoom As Float Enabled As Boolean Height As Int Layers As List [read only] get all layers Left As Int MapHeight As Float [read only] MapWidth As Float [read only] MaxZoom As Float [write only] MinZoom As Float [write only] Parent As Object [read only] ScaleAndRotateTogether As Boolean [write only] setting scale&rotate is/not together on touch Tag As Object Top As Int Visible As Boolean Width As Int LocationLayer Methods: Initialize (EventName As String, mapView As MapView, currentPosition As PointF, openCompass As Boolean) IsInitialized As Boolean isOpenCompass As Boolean Properties: CompassIndicatorArrowRotateDegree As Float CompassIndicatorCircleRotateDegree As Float CurrentPosition As PointF Level As Int [write only] OpenCompass As Boolean [write only] MapLayer Methods: Initialize (EventName As String, mapView As MapView) IsInitialized As Boolean Properties: Image As Picture Level As Int [write only] MapUtils Methods: Initialize (nodessize As Int, nodescontactsize As Int) IsInitialized As Boolean getBestPathBetweenPoints (points() As Int, nodes As List, nodesContact As List) As List get best path between points points: nodes: nodesContact: Return type: @return: getDegreeBetweenTwoPointsWithHorizontal (routeList As List, nodes As List) As List get degrees between two points(list) with horizontal plane routeList: nodes: Return type: @return: getDegreeBetweenTwoPointsWithVertical (routeList As List, nodes As List) As List get degrees between two points(list) with vertical plane routeList: nodes: Return type: @return: getDistanceBetweenList (nodes As List, list As List) As Float Get the distance between points nodes: list: Return type: @return: getMatrixBetweenFloorPlanNodes (nodes As List, nodesContact As List) As Float[][] adjacency matrix with points nodes: nodesContact: Return type: @return: getShortestDistanceBetweenTwoPoints (start As Int, end As Int, nodes As List, nodesContact As List) As Float get shortest distance between two points start: end: nodes: nodesContact: Return type: @return: getShortestPathBetweenTwoPoints (start As Int, end As Int, nodes As List, nodesContact As List) As List get shortest path between two points start: start point end: end point nodes: nodes list nodesContact: nodesContact list Return type: @return: MarkLayer Events: Clicked (index As Int) Methods: Initialize (EventName As String, mapView As MapView, marks As List, marksName As List) IsInitialized As Boolean isClickMark As Boolean Properties: Level As Int [write only] Marks As List MarksName As List Num As Int PointF Methods: Initialize (x As Float, y As Float) IsInitialized As Boolean equals (c As Object) As Boolean negate setOffset (dx As Float, dy As Float) setPosition (x As Float, y As Float) setlength (x As Float, y As Float) toString As String Properties: length As Void [read only] RouteLayer Methods: Initialize (EventName As String, mapView As MapView, nodeList As List, routeList As List) IsInitialized As Boolean Properties: Level As Int [write only] NodeList As List [write only] RouteList As List [write only] Testdata Properties: Marks As List [read only] MarksName As List [read only] NodesContactList As List [read only] NodesList As List [read only] The Data which will be get with the Testdata helper are for the sample map the lib provided. You need to generate you own data for your own maps.
T tpakis Active Member Licensed User Longtime User May 1, 2016 #3 How does it get your location when you are inside? Compass? steps?
DonManfred Expert Licensed User Longtime User May 2, 2016 #4 I guess compass. The feature is calles showcompass
L lomosami Member Licensed User Longtime User May 2, 2016 #5 should be very good but the example or the wrapper isn't run properly. The example when zooming sometimes crash and other the image became black... what a pity
should be very good but the example or the wrapper isn't run properly. The example when zooming sometimes crash and other the image became black... what a pity
peacemaker Expert Licensed User Longtime User Feb 20, 2019 #6 Hi, @DonManfred Thanks for this lib ! How many donation should be OK, if to ask you to update the lib to be working with latest API26+ and compass sensor API ?
Hi, @DonManfred Thanks for this lib ! How many donation should be OK, if to ask you to update the lib to be working with latest API26+ and compass sensor API ?
DonManfred Expert Licensed User Longtime User Feb 20, 2019 #7 1. You should always start a new thread for any question. 2. I do not have the source anymore. I need to completely rewrite the wrapper. 3. MOST IMPORTANT: Does the github project support the feature you need? If not then i´m not able to add it! Please note that the Github project was last updated 3 Years ago; no changes has been made in the meantime. Last edited: Feb 20, 2019
1. You should always start a new thread for any question. 2. I do not have the source anymore. I need to completely rewrite the wrapper. 3. MOST IMPORTANT: Does the github project support the feature you need? If not then i´m not able to add it! Please note that the Github project was last updated 3 Years ago; no changes has been made in the meantime.
