public void MarkHardwareLevelsUsed(MapDataAnalysis analysis)
{
foreach (ContourRenderingTemplate template in templates)
{
template.MarkHardwareLevelsUsed(analysis);
}
}
public abstract void RenderOsmObject(
MapMakerSettings mapMakerSettings,
MapDataAnalysis analysis,
InMemoryOsmDatabase osmDatabase,
OsmObjectBase osmObject,
OsmRelation parentRelation,
CGpsMapperMapWriter mapWriter);
public void MarkHardwareLevelsUsed(MapDataAnalysis analysis)
{
foreach (ContoursElevationRule rule in rules.Values)
{
rule.MarkHardwareLevelsUsed(analysis);
}
}
public void MarkHardwareLevelsUsed(MapDataAnalysis analysis)
{
if (Style.MinZoomFactor != int.MinValue)
{
analysis.MarkUsedHardwareLevel(Style.MinZoomFactor);
}
if (Style.MaxZoomFactor != int.MaxValue)
{
analysis.MarkUsedHardwareLevel(Style.MaxZoomFactor);
}
}
public void RenderContour(
IPointD2List contourPoints,
double contourElevation,
MapDataAnalysis analysis,
CGpsMapperMapWriter mapWriter)
{
foreach (ContourRenderingTemplate template in templates)
{
template.RenderContour(contourPoints, contourElevation, analysis, mapWriter);
}
}
protected override void AnalyzeDataInternal()
{
LoadRulesIfNecessary();
Analysis = new MapDataAnalysis();
Settings.ContoursRenderingRules.MarkHardwareLevelsUsed(Analysis);
Settings.ContoursRenderingRules.RegisterTypes(Settings.TypesRegistry);
tileBoxRegistration = Settings.TypesRegistry.RegisterNewLineType("ContoursTileBox");
tileBoxRegistration.MaxLevel = 24;
tileBoxRegistration.MinLevel = 24;
tileBoxRegistration.Pattern = new PatternDefinition();
tileBoxRegistration.Pattern.AddColor("#7F3300");
tileBoxRegistration.Pattern.PatternLines.Add("0000");
}
public void RenderPolygon(
MapMakerSettings mapMakerSettings,
MapDataAnalysis analysis,
IPointD2List polygonPoints,
CGpsMapperMapWriter mapWriter)
{
mapWriter.AddSection("POLYGON")
.AddTypeReference(TypeRegistration)
.AddCoordinates(
"Data",
analysis.HardwareToLogicalLevelDictionary[TypeRegistration.MaxLevel],
polygonPoints);
mapWriter
.Add("EndLevel", analysis.HardwareToLogicalLevelDictionary[TypeRegistration.MinLevel])
;
}
public void RenderContour(
IPointD2List contourPoints,
double contourElevation,
MapDataAnalysis analysis,
CGpsMapperMapWriter mapWriter)
{
mapWriter.AddSection("POLYLINE")
.AddTypeReference(TypeRegistration)
.AddCoordinates(
"Data",
analysis.HardwareToLogicalLevelDictionary[TypeRegistration.MaxLevel],
contourPoints)
.Add("EndLevel", analysis.HardwareToLogicalLevelDictionary[TypeRegistration.MinLevel]);
if (showElevation)
{
mapWriter.Add("Label", (int)contourElevation);
}
}
public override void RenderOsmObject(
MapMakerSettings mapMakerSettings,
MapDataAnalysis analysis,
InMemoryOsmDatabase osmDatabase,
OsmObjectBase osmObject,
OsmRelation parentRelation,
CGpsMapperMapWriter mapWriter)
{
mapWriter.AddSection("POLYGON")
.AddTypeReference(TypeRegistration)
.AddCoordinates(
"Data",
analysis.HardwareToLogicalLevelDictionary[TypeRegistration.MaxLevel],
GetNodesForWay(osmDatabase, (OsmWay)osmObject));
// rendering of holes
if (osmObject is OsmAreaWithHoles)
{
OsmAreaWithHoles areaWithHoles = (OsmAreaWithHoles)osmObject;
foreach (int holeWayId in areaWithHoles.EnumerateHolesWaysIds())
{
OsmWay holeWay = osmDatabase.GetWay(holeWayId);
if (holeWay.NodesCount > 3)
{
mapWriter.AddCoordinates(
"Data",
analysis.HardwareToLogicalLevelDictionary[TypeRegistration.MaxLevel],
GetNodesForWay(osmDatabase, holeWay));
}
}
}
mapWriter
.Add("EndLevel", analysis.HardwareToLogicalLevelDictionary[TypeRegistration.MinLevel])
;
if (this.TypeRegistration.Label != null && false == this.TypeRegistration.Label.IsConstant)
{
mapWriter.Add("Label", this.TypeRegistration.Label.BuildLabel(mapMakerSettings, osmObject, parentRelation));
}
}
public override void RenderOsmObject(
MapMakerSettings mapMakerSettings,
MapDataAnalysis analysis,
InMemoryOsmDatabase osmDatabase,
OsmObjectBase osmObject,
OsmRelation parentRelation,
CGpsMapperMapWriter mapWriter)
{
mapWriter.AddSection("POI")
.AddTypeReference(TypeRegistration);
// find the location to put the icon on
OsmNode iconNode = null;
if (osmObject is OsmNode)
{
iconNode = (OsmNode)osmObject;
}
else if (osmObject is OsmWay)
{
PointD2 location = Brejc.OsmLibrary.Helpers.OsmGeometryUtils.FindAreaCenterPoint(
(OsmWay)osmObject,
osmDatabase);
iconNode = new OsmNode(1, location.X, location.Y);
}
else
{
throw new InvalidOperationException("Internal error.");
}
mapWriter
.AddCoordinates("Data", analysis.HardwareToLogicalLevelDictionary[TypeRegistration.MaxLevel], iconNode)
.Add("EndLevel", analysis.HardwareToLogicalLevelDictionary[TypeRegistration.MinLevel])
;
if (this.TypeRegistration.Label != null && false == this.TypeRegistration.Label.IsConstant)
{
mapWriter.Add("Label", this.TypeRegistration.Label.BuildLabel(mapMakerSettings, osmObject, parentRelation));
}
}
public override void RenderOsmObject(
MapMakerSettings mapMakerSettings,
MapDataAnalysis analysis,
InMemoryOsmDatabase osmDatabase,
OsmObjectBase osmObject,
OsmRelation parentRelation,
CGpsMapperMapWriter mapWriter)
{
mapWriter.AddSection("POLYLINE")
.AddTypeReference(TypeRegistration)
.AddCoordinates(
"Data",
analysis.HardwareToLogicalLevelDictionary[TypeRegistration.MaxLevel],
GetNodesForWay(osmDatabase, (OsmWay)osmObject))
.Add("EndLevel", analysis.HardwareToLogicalLevelDictionary[TypeRegistration.MinLevel])
;
if (this.TypeRegistration.Label != null && false == this.TypeRegistration.Label.IsConstant)
{
mapWriter.Add("Label", this.TypeRegistration.Label.BuildLabel(mapMakerSettings, osmObject, parentRelation).ToUpperInvariant());
}
}
public RenderingRuleEngine(MapDataAnalysis analysis)
{
this.analysis = analysis;
}
