The Packing Simulation Model is a micro-computer application program designed for researchers, extension personnel, bankers, packing managers, or other specialists who plan the operations of a packing facility or simulate its financial performance. PACKSIM produces pro forma financial statements for packing facilities based on flexible crop mixes and packing assumptions. Variations can be made in the product harvest schedule, price, quality, quantity, input costs and requirements, packing efficiency, overhead, and loan terms.

Integrated Farm Financial Statements (IFFS) software was developed as an M.S. thesis project in the mid-1980s and was immediately put to use as a tool for business planning in one-on-one work with Oklahoma producers through the Intensive Financial Management and Planning Support project. An updated IFFS continues to be used with producers to project financial statements for 1–3 years. Strengths and weaknesses in the software and extension program are noted, along with components that might serve as a model for other programs. Links with research are discussed, as are prospects for future farm financial management programs.

The enterprise budget, whole farm cash flow, and income statement are fundamental tools of farm and ranch management. The “Microcomputer Budget Management System” (MBMS) is a microcomputer software package that facilitates the storage and use of information for crop and livestock budgeting. It performs the calculations for several1 enterprise budgeting formats and for preparation of whole farm resource use reports and financial statements. The MBMS also includes internal machinery and irrigation cost calculation routines.

MBMS was developed for use by extension staff, researchers, lenders, consultants, and operators of diversified farms and ranches with many enterprises that use enterprise and whole farm budgeting for analysis and planning activities. The flexibility and detailed nature of the program requires the user to have knowledge of enterprise budgeting and operation of complex computer programs. This paper presents a discussion of the features and capabilities of the software and the computational procedures used in the cost calculations.