Microsoft Windows 3 1 Programmer S Reference Messages Structures Macros

A reference containing file-format details and tables, debugging messages and code samples for using Dynamic Link Libraries (DLL) created especially for programming. Key to this volume are definitions and protocols surrounding new Windows 3.1 usability.

Targeted at professional C programmers who are interested in 32-bit Windows programming but don't own the Micrososft Win 32 Software Development Kit. Part of the official documentation on the Win32 operating system from Microsoft Corporation. Volume 3 covers messages, structures, and data types.

Volume 4 is a catch-all reference containing file-format details and tables, debugging messages, and code samples for using special Dynamic Link Libraries created especially for programming. Includes definitions and protocols behind the user interface. Covers Version 3.1.

Targeted at professional C programmers interested in 32-bit Windows programming, these are the official Microsoft Programmer's References. Volumes 1 and 2 are the alphabetic API references: Volume 1 covers API functions A-M. Volume 2 covers N-Z. Each entry provides basic information on an element, syntax, description, etc. Volume 3 covers messages, structures, and data types. This material is also included in the Microsoft Win32 Software Development Kit.

32-Bit Windows runs on many different microprocessors with minimal code changes and can multi-process indefinitely. It has no inherent memory or processor restrictions. Volume 2 completes the alphabetical API reference (P-Z) and includes information on system messages, resources and tools.

This book explains how to design a groundwater model using the accompanying customized DesignMod software. DesignMod does not require a digitizer, but instead uses the mouse and rich graphical features of the Windows environment. It enables the user to draw and redraw easily and quickly cross sections and plan views with site base map information, contour, and zonation pattern overlays. Discretization, aggregation, averaging, and approximation guidelines for designing groundwater models with DesignMod are provided as a handy reference. DesignMod also can be used to manipulate and view model database array files. Many exercises with step-by-step program operation documentation are provided for beginning and intermediate modelers.