•  About This Manual
  • What You Need to Know
  • Manual Organization
  •  Notation
    • Typographic Conventions
    • Naming Conventions
•  Introducing Rogue Wave Views Maps
  •  What Is Rogue Wave Views Maps?
    • The Map Builder
    • The Class Library
  • Installation of Rogue Wave Views Maps
•  Getting Started with Rogue Wave Views Maps
  • Data used in Examples
  •  Creating a Map
    • Running Rogue Wave Views Map Builder
    • Loading the File Containing the Coastal Borders Information
    • Using the Rogue Wave Views Map Builder Toolbar
    • Loading the Roads into the Map
    • Loading the Towns
    • Loading the Large Towns Into the Map
    • Editing the Layers
    • Saving the File
  •  Creating a Map with Load-on-Demand
    • Loading the Base Structure Map and CADRG Files
  •  Creating a Map Using Oracle Spatial
    • Creating the Layer in the Database
    • Displaying an Oracle Spatial Layer with the Map Builder
    • Displaying an Oracle Spatial Layer in Load-On-Demand
    • Testing the Persistence of the Information
•  Rogue Wave Views Maps Reader Framework
  • The Classes for Creating Maps: An Overview
  •  Map Features
    • Map Feature Geometry
    • Map Feature Attributes
    • Attaching Attributes to Graphic Objects
  •  Renderers
    • Overview of Renderers
    • Creating a Colored Line Renderer
    • Making a Renderer Persistent
    • Extending an Existing Renderer
  •  Feature Iterators
    • Overview of IlvMapFeatureIterator
    • Writing a New Reader
  • Selecting a Target Projection
  •  Loading Maps into Rogue Wave Views
    • Loading a Map of the Rogue Wave Views Format
    • The Map Loader
  • The Scale Filters
•  Using Load-On-Demand
  • How Load-on-Demand Works
  •  Structure and Size of the Tiling Grid
    • Structure of the Tiling Grid
    • Size of the Tiling Grid
  • Displaying the State of Tiles
  •  Controlling Load-on-Demand
    • Using Visibility Filters to Control Load-on-Demand
    • Loading Tiles via the API
  •  Managing Errors and Load-on-Demand Events
    • Caching Tiles
  • Saving a Tiled Layer
  • Writing a New Cache Algorithm
  • Implementing Load-on-Demand for a New Data Source
•  Predefined Readers
  •  The Shapefile Reader
    • Introducing the Shapefile Format
    • Classes for Reading the Shapefile Format
    • Shapefile Load-On-Demand
  •  The DTED File Reader
    • Introducing the DTED Format
    • Classes for Reading the DTED Format
    • Graphical Rendering of a Digital Terrain Model
  •  The CADRG File Reader
    • Classes for Reading the CADRG Format
  •  The Image File Reader
    • The IlvImageReader Class
    • The IlvImageTileLoader Class
    • Examples
    • The IlvImageLayer Class
  •  The GeoTIFF Reader
    • The GeoTIFF Format
    • The IlvGeoTIFFReader Class
    • The IlvGeoTIFFTileLoader Class
    • The IlvGeoTIFFLayer Class
    • The IlvGeoTIFFTiler Class
  •  The Oracle Spatial Features
    • Relational Model Classes
    • Object Model Classes
  •  The S57 Map Reader
    • Classes for reading S57 format
    • Configuring styles, colors and icons
•  Map Projections
  •  Introducing Map Projections
    • Cylindrical Projections
    • Conic Projections
    • Azimuthal Projections
    • Equal Area or Conformal Projections
  •  Projecting Data: An Example
    • Complete Code Example
    • Running the Example Application
    • Including the Projection Declaration
    • The Main Function
    • Initializing a Projection
    • Creating the Projected Data
    • Projecting the Data
    • Printing the Result of the Projection
    • Calculating the Inverse Projection
    • Printing Geographic Coordinates
    • The Complete Example
  •  Projection Methods and Parameters
    • Forward and Inverse Functions
    • Projection Parameters
    • Utilities
  •  Ellipsoids
    • Overview of Ellipsoids
    • Associating an Ellipsoid with a Projection
    • Defining New Ellipsoids
    • Predefined Ellipsoids
  •  Unit Converters
    • Using Unit Converters Directly
    • Using Converters With Projections
    • Defining Unit Converters
    • Using Predefined Unit Converters
  •  Conversion Between Coordinates in Different Geodetic Datums
    • Horizontal Datum Shift
    • Datum and Projections
  •  Adding Graphic Objects on Top of an Imported Map
    • Complete Code Example
    • Running the Example Application
    • Defining the Sample Class, the Main Function, and the Constructor
    • Getting Map Information
    • Adding Cities
    • Showing the Mouse Position
  •  Creating a New Projection
    • Step 1: Defining a New Projection
    • The Class Declaration
    • Defining the Projection
    • Writing the Forward Projection
    • Writing the Inverse Projection
    • Step 2: Defining a New Projection
    • Defining a New Parameter
    • Defining a New Error Code
    • Declaring the New Class
    • Defining The Projection
    • Initializing the Error Code
    • Using the New Parameter and the New Error Code
    • Writing the Input/Output Functions for the New Parameter
    • Step 3: Defining a New Projection
    • Adding Accessor Support
•  Map Data
  • Suggested Free Sources

About This Manual

Map Data