JMSL Chart Programmer’s Guide
Preface
What’s in this Manual
The JMSL Numerical Library Chart Programmer’s Guide is divided into Part 1: Chart 2D, and Part 2: Chart 3D, followed by some appendices.
Part 1: Chart 2D
Introduction
    Provides an overview of the scope of the most commonly used 2D charting classes.
Charting 2D Types
    Describes the JMSL 2D Charts.
Quality Control Charts
    Describes Quality Control and Improvement Charts.
2D Drawing Elements
    Discusses the JMSL 2D drawing elements.
XML
    Explains JMSL XML features.
Actions
    Discusses actions available in 2D charting.
Part 2: Chart 3D
Introduction
    Overview of 3D charting capabilities
Charting 3D Types
    Describes the JMSL 3D Charts. Charting 3D Types
3D Drawing Elements
    Discusses the JMSL 3D drawing elements.
Part 3: Appendices
Web Server Application
    Describes JMSL and web servlets.
Writing a Chart as a Bitmap Image File
    Describes the ways to save bitmap images.
Picture-in-Picture
    Describes the picture-in-picture effects.
3D: Drawing to the Canvas
    Describes how to use JMSL to draw to a canvas.
Java 3D
    Describes the JMSL Chart 3D package.
Contacting Rogue Wave Software Support
Users within support warranty may contact Rogue Wave Software regarding the use of the JMSL Numerical Library. IMSL Support can consult on the following topics:
*Clarity of documentation
*Possible IMSL-related programming problems
*Choice of IMSL Libraries functions or procedures for a particular problem
Not included in these topics are mathematical/statistical consulting and debugging of your program.
Refer to the following for IMSL Product Support contact information:
http://www.roguewave.com/support/contact-support.aspx
The following describes the procedure for consultation with Rogue Wave Software:
1. Include your IMSL license number
2. Include the product name and version number: JMSL Numerical Library Version 7.0
3. Include compiler and operating system version numbers
4. Include the name of the routine for which assistance is needed and a description of the problem