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- Comprehensive Charting Library: Provides a full suite of charting and graphing functions for embedding professional-quality charts into custom Windows applications.
- Dual Architecture Support: Includes both 16-bit and 32-bit DLLs, ensuring compatibility with older Windows 3.1 systems as well as newer Windows 95 and Windows NT platforms.
- Multi-Environment Integration: Fully compatible with major C/C++ compilers and IDEs, including Microsoft Visual C++, Borland C++, and Turbo C++.
- High-Performance Rendering: Optimized drawing routines for efficient chart rendering, even with large datasets.
- Customizable Chart Types: Supports a wide range of chart types such as line, bar, area, pie, scatter, and combination charts.
- Dynamic Data Handling: Allows real-time data updates and dynamic chart refresh for applications requiring live data visualization.
- Extensive API: Offers a rich set of functions and parameters for controlling chart appearance, scaling, labeling, and data formatting.
- Windows GUI Integration: Designed to integrate seamlessly with Windows graphical user interface elements, supporting standard windowing, event handling, and message processing.
- Backward Compatibility: Maintains support for legacy Windows 3.1 applications while providing forward compatibility with 32-bit Windows environments.
- Developer-Oriented Design: Tailored for software engineers building technical, scientific, financial, or business applications requiring embedded charting capabilities.
- Dual Architecture Support: Includes both 16-bit and 32-bit DLLs, ensuring compatibility with older Windows 3.1 systems as well as newer Windows 95 and Windows NT platforms.
- Multi-Environment Integration: Fully compatible with major C/C++ compilers and IDEs, including Microsoft Visual C++, Borland C++, and Turbo C++.
- High-Performance Rendering: Optimized drawing routines for efficient chart rendering, even with large datasets.
- Customizable Chart Types: Supports a wide range of chart types such as line, bar, area, pie, scatter, and combination charts.
- Dynamic Data Handling: Allows real-time data updates and dynamic chart refresh for applications requiring live data visualization.
- Extensive API: Offers a rich set of functions and parameters for controlling chart appearance, scaling, labeling, and data formatting.
- Windows GUI Integration: Designed to integrate seamlessly with Windows graphical user interface elements, supporting standard windowing, event handling, and message processing.
- Backward Compatibility: Maintains support for legacy Windows 3.1 applications while providing forward compatibility with 32-bit Windows environments.
- Developer-Oriented Design: Tailored for software engineers building technical, scientific, financial, or business applications requiring embedded charting capabilities.
1. Product Overview
Product Name: Charting Tools DLL
Model / Article Number: AS59320
Series: Charting Tools DLL Series (16-bit and 32-bit editions)
Manufacturer: Quinn-Curtis, Inc.
Product Type: Software development library (Dynamic Link Library - DLL)
Supported Platforms: Microsoft Windows NT, Windows 95, Windows 3.1
The Quinn-Curtis Charting Tools DLL (AS59320) is a comprehensive software component library designed to provide developers with advanced charting and data visualization capabilities within Windows-based applications. It is available in both 16-bit and 32-bit versions, ensuring compatibility across legacy and modern Windows environments. The library is optimized for use with popular C and C++ development environments, including Microsoft C 7.0, 8.0, Visual C++, Borland C++, and Turbo C++ for Windows.
2. Key Features
- Comprehensive Charting Library: Provides a full suite of charting and graphing functions for embedding professional-quality charts into custom Windows applications.
- Dual Architecture Support: Includes both 16-bit and 32-bit DLLs, ensuring compatibility with older Windows 3.1 systems as well as newer Windows 95 and Windows NT platforms.
- Multi-Environment Integration: Fully compatible with major C/C++ compilers and IDEs, including Microsoft Visual C++, Borland C++, and Turbo C++.
- High-Performance Rendering: Optimized drawing routines for efficient chart rendering, even with large datasets.
- Customizable Chart Types: Supports a wide range of chart types such as line, bar, area, pie, scatter, and combination charts.
- Dynamic Data Handling: Allows real-time data updates and dynamic chart refresh for applications requiring live data visualization.
- Extensive API: Offers a rich set of functions and parameters for controlling chart appearance, scaling, labeling, and data formatting.
- Windows GUI Integration: Designed to integrate seamlessly with Windows graphical user interface elements, supporting standard windowing, event handling, and message processing.
- Backward Compatibility: Maintains support for legacy Windows 3.1 applications while providing forward compatibility with 32-bit Windows environments.
- Developer-Oriented Design: Tailored for software engineers building technical, scientific, financial, or business applications requiring embedded charting capabilities.
3. Technical Specifications
- Product Type: Dynamic Link Library (DLL)
- Supported Architectures: 16-bit and 32-bit Windows binaries
- Supported Operating Systems:
- Microsoft Windows 3.1 (16-bit)
- Microsoft Windows 95 (32-bit)
- Microsoft Windows NT (32-bit)
- Supported Development Environments:
- Microsoft C 7.0
- Microsoft C 8.0
- Microsoft Visual C++
- Borland C++
- Turbo C++ for Windows
- Programming Language Interface: C and C++ API
- File Format: DLL (Dynamic Link Library)
- Distribution Medium: Typically supplied on diskette or downloadable package (depending on version and distribution date)
- Dependencies: Requires Windows GDI (Graphics Device Interface) for rendering; compatible with standard Windows runtime libraries.
- Memory Requirements: Dependent on chart complexity and dataset size; optimized for minimal overhead.
- Processor Requirements: Intel x86-compatible CPU (16-bit or 32-bit mode).
- Graphics Requirements: VGA or higher display adapter; supports standard Windows color palettes.
- Storage Requirements: Minimal disk space (typically under 5 MB for full installation).
4. Functionality
The Charting Tools DLL (AS59320) functions as a dynamic link library that developers can integrate into their Windows applications to generate and display charts programmatically. It provides a set of callable functions that handle chart creation, data input, scaling, labeling, and rendering.
How It Works:
Developers link the DLL to their C or C++ projects and call its API functions to define chart parameters such as axis ranges, data series, colors, and labels. The DLL then uses Windows GDI functions to draw the chart within a specified window or device context. The library supports both static and dynamic data sources, allowing charts to be updated in real time as new data becomes available.
Use Cases and Applications:
- Scientific and Engineering Software: Visualization of experimental or simulation data.
- Financial and Business Applications: Display of stock trends, sales performance, or statistical summaries.
- Industrial Control Systems: Real-time monitoring of process variables and sensor data.
- Educational Tools: Interactive data visualization for teaching and research.
- Custom Reporting Systems: Integration into enterprise reporting tools for graphical data representation.
Compatibility:
The DLL is compatible with Windows-based applications written in C or C++. It can be used in both 16-bit and 32-bit environments, making it suitable for legacy system maintenance as well as modern application development.
5. Components & Accessories
Included Components:
- Charting Tools DLL (16-bit version for Windows 3.1)
- Charting Tools DLL (32-bit version for Windows 95 and Windows NT)
- Developer documentation (API reference, function descriptions, usage examples)
- Sample source code demonstrating integration with supported compilers
- Header files and import libraries for linking with C/C++ projects
Optional Add-ons (if available):
- Extended chart type modules (for specialized chart formats)
- Additional sample applications or templates
- Technical support or maintenance subscription packages
Connectors and Interfaces:
- Standard Windows DLL interface callable from C/C++ code
- Integration with Windows message loop and event handling
- Support for Windows device contexts (HDC) for rendering output
6. Installation & Setup
System Requirements:
- Operating System: Windows 3.1, Windows 95, or Windows NT
- Compiler: Microsoft or Borland C/C++ compiler (versions listed above)
- Hardware: IBM-compatible PC with Intel x86 processor
- Memory: Sufficient RAM for application and chart data (typically 8 MB or more recommended for 32-bit systems)
Installation Steps:
1. Copy the DLL files (16-bit and/or 32-bit) to the system directory or application directory.
2. Include the provided header files in the C/C++ project.
3. Link the application with the provided import library (.LIB file).
4. Reference the DLL functions in the source code using the documented API calls.
5. Compile and build the application.
6. Run the application on a compatible Windows environment.
Configuration Options:
- Developers can configure chart parameters through function calls or configuration structures.
- Chart appearance (colors, fonts, grid lines, legends) can be customized programmatically.
- Data sources can be static arrays, dynamic buffers, or external data feeds.
Mounting Options:
As a software component, no physical mounting is required. The DLL is installed as part of the application’s runtime environment.
7. Performance & Capabilities
Speed:
Optimized for efficient chart rendering using Windows GDI. Performance depends on chart complexity and system resources.
Capacity:
Capable of handling multiple data series and large datasets within the limits of available system memory.
Efficiency:
Designed for minimal CPU overhead and efficient memory usage. Supports incremental updates to avoid full redraws when updating data dynamically.
Limitations:
- Restricted to Windows environments (no native support for non-Windows platforms).
- Graphics performance limited by Windows GDI capabilities.
- 16-bit version constrained by memory segmentation limits inherent to Windows 3.1.
- No built-in 3D charting (unless provided by extended modules).
Scalability:
Suitable for small to medium-scale applications; can be integrated into larger systems as a charting component.
8. Standards & Compliance
Software Standards:
- Complies with Microsoft Windows API conventions for DLLs.
- Follows ANSI C and C++ programming standards for function declarations and data types.
- Compatible with standard Windows GDI and USER interface components.
Regulatory Compliance:
As a software product, it does not require hardware regulatory certifications. However, it adheres to standard software development and distribution practices for Windows environments.
Industry Standards:
- Supports standard Windows message handling and event-driven programming models.
- Compatible with OLE/COM-based environments when wrapped appropriately.
- Follows standard calling conventions for Windows DLLs (stdcall/cdecl as applicable).
9. Additional Information
Warranty:
Typically provided with a limited software warranty covering media defects and installation support (specific terms depend on Quinn-Curtis licensing agreement).
Support:
- Developer technical support available from Quinn-Curtis.
- Documentation includes troubleshooting guides and integration examples.
- Updates and patches may be available for registered users.
Maintenance:
- Regular maintenance involves ensuring compatibility with compiler updates and Windows versions.
- Developers can recompile applications with newer compilers while maintaining DLL linkage.
Updates:
- Periodic updates may include bug fixes, performance enhancements, and additional chart types.
- Users are encouraged to check with Quinn-Curtis for the latest version and compatibility notes.
Licensing:
- Licensed per developer or per application, depending on Quinn-Curtis licensing model.
- Redistribution rights typically limited to inclusion of the DLL with compiled applications.
Documentation:
- Comprehensive API reference manual.
- Example code snippets for common chart types.
- Integration guide for Microsoft and Borland development environments.
Summary
The Quinn-Curtis Charting Tools DLL (AS59320) is a robust, developer-focused software library that enables the creation of professional-quality charts and graphs within Windows applications. Supporting both 16-bit and 32-bit architectures, it bridges legacy and modern Windows platforms, offering developers a consistent API for integrating data visualization into C and C++ projects. With its broad compiler compatibility, efficient rendering engine, and flexible customization options, AS59320 remains a versatile solution for developers building technical, scientific, financial, or business applications requiring embedded charting functionality.
This product exemplifies Quinn-Curtis’s commitment to providing high-performance, developer-oriented tools that enhance the visual and analytical capabilities of Windows software applications.
Product Name: Charting Tools DLL
Model / Article Number: AS59320
Series: Charting Tools DLL Series (16-bit and 32-bit editions)
Manufacturer: Quinn-Curtis, Inc.
Product Type: Software development library (Dynamic Link Library - DLL)
Supported Platforms: Microsoft Windows NT, Windows 95, Windows 3.1
The Quinn-Curtis Charting Tools DLL (AS59320) is a comprehensive software component library designed to provide developers with advanced charting and data visualization capabilities within Windows-based applications. It is available in both 16-bit and 32-bit versions, ensuring compatibility across legacy and modern Windows environments. The library is optimized for use with popular C and C++ development environments, including Microsoft C 7.0, 8.0, Visual C++, Borland C++, and Turbo C++ for Windows.
2. Key Features
- Comprehensive Charting Library: Provides a full suite of charting and graphing functions for embedding professional-quality charts into custom Windows applications.
- Dual Architecture Support: Includes both 16-bit and 32-bit DLLs, ensuring compatibility with older Windows 3.1 systems as well as newer Windows 95 and Windows NT platforms.
- Multi-Environment Integration: Fully compatible with major C/C++ compilers and IDEs, including Microsoft Visual C++, Borland C++, and Turbo C++.
- High-Performance Rendering: Optimized drawing routines for efficient chart rendering, even with large datasets.
- Customizable Chart Types: Supports a wide range of chart types such as line, bar, area, pie, scatter, and combination charts.
- Dynamic Data Handling: Allows real-time data updates and dynamic chart refresh for applications requiring live data visualization.
- Extensive API: Offers a rich set of functions and parameters for controlling chart appearance, scaling, labeling, and data formatting.
- Windows GUI Integration: Designed to integrate seamlessly with Windows graphical user interface elements, supporting standard windowing, event handling, and message processing.
- Backward Compatibility: Maintains support for legacy Windows 3.1 applications while providing forward compatibility with 32-bit Windows environments.
- Developer-Oriented Design: Tailored for software engineers building technical, scientific, financial, or business applications requiring embedded charting capabilities.
3. Technical Specifications
- Product Type: Dynamic Link Library (DLL)
- Supported Architectures: 16-bit and 32-bit Windows binaries
- Supported Operating Systems:
- Microsoft Windows 3.1 (16-bit)
- Microsoft Windows 95 (32-bit)
- Microsoft Windows NT (32-bit)
- Supported Development Environments:
- Microsoft C 7.0
- Microsoft C 8.0
- Microsoft Visual C++
- Borland C++
- Turbo C++ for Windows
- Programming Language Interface: C and C++ API
- File Format: DLL (Dynamic Link Library)
- Distribution Medium: Typically supplied on diskette or downloadable package (depending on version and distribution date)
- Dependencies: Requires Windows GDI (Graphics Device Interface) for rendering; compatible with standard Windows runtime libraries.
- Memory Requirements: Dependent on chart complexity and dataset size; optimized for minimal overhead.
- Processor Requirements: Intel x86-compatible CPU (16-bit or 32-bit mode).
- Graphics Requirements: VGA or higher display adapter; supports standard Windows color palettes.
- Storage Requirements: Minimal disk space (typically under 5 MB for full installation).
4. Functionality
The Charting Tools DLL (AS59320) functions as a dynamic link library that developers can integrate into their Windows applications to generate and display charts programmatically. It provides a set of callable functions that handle chart creation, data input, scaling, labeling, and rendering.
How It Works:
Developers link the DLL to their C or C++ projects and call its API functions to define chart parameters such as axis ranges, data series, colors, and labels. The DLL then uses Windows GDI functions to draw the chart within a specified window or device context. The library supports both static and dynamic data sources, allowing charts to be updated in real time as new data becomes available.
Use Cases and Applications:
- Scientific and Engineering Software: Visualization of experimental or simulation data.
- Financial and Business Applications: Display of stock trends, sales performance, or statistical summaries.
- Industrial Control Systems: Real-time monitoring of process variables and sensor data.
- Educational Tools: Interactive data visualization for teaching and research.
- Custom Reporting Systems: Integration into enterprise reporting tools for graphical data representation.
Compatibility:
The DLL is compatible with Windows-based applications written in C or C++. It can be used in both 16-bit and 32-bit environments, making it suitable for legacy system maintenance as well as modern application development.
5. Components & Accessories
Included Components:
- Charting Tools DLL (16-bit version for Windows 3.1)
- Charting Tools DLL (32-bit version for Windows 95 and Windows NT)
- Developer documentation (API reference, function descriptions, usage examples)
- Sample source code demonstrating integration with supported compilers
- Header files and import libraries for linking with C/C++ projects
Optional Add-ons (if available):
- Extended chart type modules (for specialized chart formats)
- Additional sample applications or templates
- Technical support or maintenance subscription packages
Connectors and Interfaces:
- Standard Windows DLL interface callable from C/C++ code
- Integration with Windows message loop and event handling
- Support for Windows device contexts (HDC) for rendering output
6. Installation & Setup
System Requirements:
- Operating System: Windows 3.1, Windows 95, or Windows NT
- Compiler: Microsoft or Borland C/C++ compiler (versions listed above)
- Hardware: IBM-compatible PC with Intel x86 processor
- Memory: Sufficient RAM for application and chart data (typically 8 MB or more recommended for 32-bit systems)
Installation Steps:
1. Copy the DLL files (16-bit and/or 32-bit) to the system directory or application directory.
2. Include the provided header files in the C/C++ project.
3. Link the application with the provided import library (.LIB file).
4. Reference the DLL functions in the source code using the documented API calls.
5. Compile and build the application.
6. Run the application on a compatible Windows environment.
Configuration Options:
- Developers can configure chart parameters through function calls or configuration structures.
- Chart appearance (colors, fonts, grid lines, legends) can be customized programmatically.
- Data sources can be static arrays, dynamic buffers, or external data feeds.
Mounting Options:
As a software component, no physical mounting is required. The DLL is installed as part of the application’s runtime environment.
7. Performance & Capabilities
Speed:
Optimized for efficient chart rendering using Windows GDI. Performance depends on chart complexity and system resources.
Capacity:
Capable of handling multiple data series and large datasets within the limits of available system memory.
Efficiency:
Designed for minimal CPU overhead and efficient memory usage. Supports incremental updates to avoid full redraws when updating data dynamically.
Limitations:
- Restricted to Windows environments (no native support for non-Windows platforms).
- Graphics performance limited by Windows GDI capabilities.
- 16-bit version constrained by memory segmentation limits inherent to Windows 3.1.
- No built-in 3D charting (unless provided by extended modules).
Scalability:
Suitable for small to medium-scale applications; can be integrated into larger systems as a charting component.
8. Standards & Compliance
Software Standards:
- Complies with Microsoft Windows API conventions for DLLs.
- Follows ANSI C and C++ programming standards for function declarations and data types.
- Compatible with standard Windows GDI and USER interface components.
Regulatory Compliance:
As a software product, it does not require hardware regulatory certifications. However, it adheres to standard software development and distribution practices for Windows environments.
Industry Standards:
- Supports standard Windows message handling and event-driven programming models.
- Compatible with OLE/COM-based environments when wrapped appropriately.
- Follows standard calling conventions for Windows DLLs (stdcall/cdecl as applicable).
9. Additional Information
Warranty:
Typically provided with a limited software warranty covering media defects and installation support (specific terms depend on Quinn-Curtis licensing agreement).
Support:
- Developer technical support available from Quinn-Curtis.
- Documentation includes troubleshooting guides and integration examples.
- Updates and patches may be available for registered users.
Maintenance:
- Regular maintenance involves ensuring compatibility with compiler updates and Windows versions.
- Developers can recompile applications with newer compilers while maintaining DLL linkage.
Updates:
- Periodic updates may include bug fixes, performance enhancements, and additional chart types.
- Users are encouraged to check with Quinn-Curtis for the latest version and compatibility notes.
Licensing:
- Licensed per developer or per application, depending on Quinn-Curtis licensing model.
- Redistribution rights typically limited to inclusion of the DLL with compiled applications.
Documentation:
- Comprehensive API reference manual.
- Example code snippets for common chart types.
- Integration guide for Microsoft and Borland development environments.
Summary
The Quinn-Curtis Charting Tools DLL (AS59320) is a robust, developer-focused software library that enables the creation of professional-quality charts and graphs within Windows applications. Supporting both 16-bit and 32-bit architectures, it bridges legacy and modern Windows platforms, offering developers a consistent API for integrating data visualization into C and C++ projects. With its broad compiler compatibility, efficient rendering engine, and flexible customization options, AS59320 remains a versatile solution for developers building technical, scientific, financial, or business applications requiring embedded charting functionality.
This product exemplifies Quinn-Curtis’s commitment to providing high-performance, developer-oriented tools that enhance the visual and analytical capabilities of Windows software applications.
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