A
This abstract class is the root of all area-based shapes, such as RectangleShape and PolygonShape.
This class is used to draw area features.
This class represents the advanced drawing options for area styles.
This class is a collection of predefined styles and helper methods for creating styles.
B
This class draws the background of the map.
The abstract class from which area shapes, line shapes, and point shapes inherit from.
This class represents the parameters passed in through the BuildingIndex event in ShapeFileFeatureSource class.
C
This class represents a single class break.
This class represents a style based on class break values.
This class represents the parameters passed in through the ClosedFeatureSource event.
This class represents the parameters passed in through the ClosedRasterSource event.
This class represents the parameters passed in through the ClosingFeatureSource event.
This class represents the parameters passed in through the ClosingRasterSource event.
This class represents the parameters passed in through the CommittedTransaction event.
This class represents the parameters passed in through the CommittingTransaction event.
This static class provides a conversion method to go to and from different units.
This class represents the parameters passed in through the CustomFieldFetch event.
D
This class represents the column information specific to a DBF column.
This class contains a static routine for converting between degree-minute-second measurement and decimal degree measurement. In essense, it is a routine for converting from a non-decimal degree unit to decimal degree unit distance.
This class allows you to display information by drawing points on an area based on a value from the features data.
This is the event arguments class for the DrawingFeatures event of the FeatureLayer.
This is the event arguments class for the DrawingFeatures event of the FeatureLayer.
E
This class is a wrapper class for the FeatureLayer that isolates only the editing methods to make them easily accessible to the programmer.
This class represents an ellipse that is defined with a center point, a height and a width.
A strongly-typed resource class, for looking up localized strings, etc.
This static class exposes a number of helpful methods when dealing with extents.
F
FeatureCache is a cache system used in FeatureSource to speed up the fetching data system.
This class represents a layer that is comprised of feature data.
The abstract class from which all feature sources inherit. Feature sources represent feature data that can be integrated into Map Suite.This class is key, as it is the abstract class from which all other feature sources are derived. In this sense it encapsulates much of the logic for handling transactions and ensuring the data is consistent regardless of any projections applied.
This class represents a column contained within a FeatureSource.
G
Defines objects used to fill the interiors of AreaBaseShapes, such as MultiPolygonShape, PolygonShape, EllipseShape, and other AreaBaseShapes.
This class is a collection with some methods specialized for dealing with Layers and other spatial classes.
This class represents a font that is used to label features on a GeoCanvas.
This class represents an image you want to use on the GeoCanvas.
Encapsulates a GeoBrush with a linear gradient.
This class represents a GeoPen, which is used to draw lines on a GeoCanvas.
This class defines a GeoBrush of a single color. Brushes are used to fill area shapes on a GeoCanvas.
This class is used to fill an area with a image texture.
This class is a convenient way to access a predefined set of geographic colors.
This gradient style is a new style with the concept of GradientBrush. By specifying the LowerValue and its color, as well as the UpperValue and its color, we can set the color of each feature based on a column value using linear interpolation.
This class represents a Layer backed by a group of layers.
I
This layer is backed by memory and is typically used for temporary features.
This class represents a FeatureSource backed by memory, more specifically an in memory collection InternalFeatures.
L
This class represents the location of a piece of a label that may be drawn.
This class represents a candidate for labeling.
This class is the base class for all types of Layers.
This is the event arguments class for the LayerDrawing event on the MapEngine class. It is raised before the layer is drawn.
This is the event arguments class for the LayerDrawn event on the MapEngine class. It is raised after a layer is drawn.
This is the event arguments class for the LayersDrawing event on the MapEngine class. It is raised before any of the layers are drawn.
This is the event arguments class for the LayersDrawn event on the MapEngine class. It is raised after all of the layers are drawn.
This abstract class is the root of all line-based shapes, such as LineShape and MultilineShape.
This class represents a LineShape, which is defined as a single line with two or more points.
This class is the style used to draw lines.
This class is a collection of predefined styles and helper methods to create styles.
M
This class represents a base Matrix which encapsulate the tile caculation logics.
This class represents a MultilineShape, which is defined as one or more lines, each with two or more points.
This MultipleFeatureSource is a special FeatureSource which holds a bunch of FeatureSource.
This class represents one or more point shapes.
This class represents one or more polygons.
O
This class represents the parameters passed in the OpenedFeatureSource event.
This class represents the parameters passed in the OpenedRasterSource event.
This class represents the parameters passed in the OpeningFeatureSource event.
This class represents the parameters passed in the OpeningRasterSource event.
P
This abstract class is the root of all point-based shapes, such as PointShape and MultiPointShape.
This class represents a single point.
This class allows you to define how points are drawn on the canvas.
This class represents the advanced drawing options for point styles.
This class provides commonly-used GeoPointStyles and some methods to create various kinds of GeoPointstyles. A GeoStyle is a kind of sheet used to render the map.
This class represents a polygon, which is defined as a single outer ring with zero-to-many inner rings.
This abstract class encapsulates the labeling position logic. It is inherited by other styles, such as the TextSytle.
This projection class uses the Proj4 engine to project data from one Srid to another.
This class represents a projection that you wish to apply to a FeatureSource.
Q
This class is used to draw area features.
This is a helper class that allows you to execute various queries.
R
This class represents a rectangle, which is defined as an upper left point and a lower right point.
This class represents a single Regex Match statement and styles to draw.
This class allows you to draw features differently based on regular expression matching.
This class represents a closed ring of points.
S
This class represents a Layer backed by a Shape File.
This class represents a FeatureSource backed by ESRI a Shape File.
This class stores simple label information used in the PositionStyle.
This class is a convenient way to access a predefined set of simple colors.
This class is a convenient way to access a predefined set of standard colors.
This class represents the event arguments for the StreamLoading event.
This abstract class is the root for all styles used for drawing features.
T
This class is used to label features on the map.
This class represents the advanced drawing options for text styles.
The class provides commonly-used TextStyles and some methods to create various kinds of TextStyles. A TextStyle is a kind of sheet used to render a font on the map.
This is the base class inherits from Matrix which describe the Matrix system used for Tilling system.
This class represents a FeatureLayer of TinyGeo File by ThinkGeo.
This class represents a FeatureSource of TinyGeo File by ThinkGeo.
This class represents the holding place for transactions that have not yet been committed.
This class represents the results of a transaction that was processed.
V
This class represents a single value to match and styles to draw.
This class allows you to match a value with data in the feature to determine how to draw that feature.
W
This class represents a candidate with world center point information for labeling.
Z
This class defines how InternalFeatures will be drawn based on their scale.
This class represents a collection of ZoomLevels.
C
D
This structure represents a degrees, minutes and seconds value.
This structure represents the drawing of a rectangle in screen coordinates.
F
The class Feature is the basic unit of which a FeatureSource is composed. A FeatureSource can be taken from a collection of Features stored in a ShapeFile, SQL Server 2008, Oracle, etc.A Feature is the basic data unit structure which is comprised of IDs that mark the identification of the Feature, a shape and a collection of data.
G
This structure represents a color for drawing on a GeoCanvas.
R
S
This structure represents a single point in screen coordinates.
This structure represents the result of the validation method performed on a shape.
V
This structure represents the point at which the sides of an angle intersect.
A
This enumeration is used on a ZoomLevel to allow its styles to be applied to other zoom levels.
Units describing various ways you can measure areas.
B
In a class break style, this enumeration determines whether the break includes or excludes the value entered in the break.
This class represents various ways a buffer operation can cap the objects buffered.
This enumeration represents whether an index should be rebuilt or not.
This enumeration represents whether a record ID should be rebuilt or not.
D
This enumeration represents the column type in the DBF.
Units describing various ways you can measure lengths.
This enum is used to describe some choice when exception hanppens during drawing Layers or Overlays.
This enumeration specifies the type of font style for drawing text.
This enumeration represents the graphics unit.
This enumeration represents the drawing level used in the GeoCanvas.
This enumeration represents the available cap styles with which a GeoPen object can end a line.
This enumeration specifies how to join consecutive line or curve segments.
Specifies the alignment of a GeoPen object in relation to the theoretical, zero-width line.
G
This enumeration represents the type of graphic shape to use on both ends of each dash in a dashed line.
This enumeration determines how a texture is filled in with a GeoTextureBrush when the area to be filled is larger than the texture.
Units describing the way geographies are stored in a data source.
L
This enumeration defines the different labeling duplicate rules.
This enumeration defines the rules for overlapping.
This enumeration specifies the style of dashed lines drawn with a GeoPen object.
M
The enumeration represents which mode will use for map resize.
O
This enumeration represents whether a file should be overwrite or not if the file exists.
P
This enumeration defines panning directions.
This enumeration determines whether the brush or the pen draws first.
This enumeration determines the label placement when labeling point features.
This enumeration defines the different types of PointSymbols that can be drawn.
This enumeration defines how a PointSymbol will be drawn.
Labeling Location Mode for polygon
Q
This enumeration specifies the ways you can execute a spatial query against a FeatureSource.
R
Defines values represent which kind of color will use for randomly.
This enumeration defines the matching criteria for regular expression matching.
This enumeration provides some options when querying a feature.
S
This enumeration represent read only or read-write nature of a Shape File.
This enumeration represents the types stored in the Shape File.
This enumeration describes the type of validation test to run on shapes.
Specifies which algorthm will be use to simplify.
This enumeration represents the spline type for labeling.
An enumeration describing the place to start on a line when doing certain operations.
T
Specifies the format of the map image.
One TinyGeo file can be internally splitted into multi regions. The more precise the data is, the smaller the region has to be and the more regions one file will have. With splitting the data into regions, the data itself is also splitted so the number of records are increased; on the other side each record is smaller so there are fewer chance to load a huge shape for just rendering a small area of it. The split region of a TinyGeo file is defined by the PricisionInMeter parameter in the Create method, while this enum TinyGeoPrecisionMode affects the max Precision TinyGeo can be.
This enumeration represents the results from a FeatureSource transaction.
W
This describes a set of enumerations that list the valid types of geometries.
This enumeration represents the byte order that well-known binary will be written in.