DEVELOPMENT OF FOOD CROP COMMODITIES USING MULTI- FACTOR EVALUATION PROCESS USING GIS IN THE DISTRICT GARUT Fauzan Ilham Ramandha1, Tati Harihayati2 1.2 Information Engineering - University Computer Indonesia Jl. Dipatiukur 112-114 Bandung E-mail: ramandha.fr@gmail.com 1 , tati.harihayati@email.unikom.ac.id 2 ABSTRACT Agriculture in Garut has a land area of approximately 306,519 hectares of agricultural commodities under the auspices of the Department of Agriculture agencies. Based on the area of agricultural development, Garut including potential areas for planting a variety of different commodities such as food crops. This study aims to establish a geographic information system development of food crops in Garut. While the purpose of this study is to assist the Head of Food Crops in determining land food crops in accordance with its geographical situation. Based on test results, it is concluded that the geographic information system development of food crops in Garut is in accordance with the expected goals are to assist the Head of Food Crops in developing food crops in Garut. The test results of GIS with a resource, can be used as a new strategic and as to facilitate in determining growers of food crops in a specified area. Keywords: Plant Food, Multi Factor Evaluation, Commodities, GIS approach, Classification Conformity Lahaan .. 1. PRELIMINARY Agriculture in Garut has a land area of about 306,519 hectares of agricultural commodities under the auspices of the Department of Agriculture agencies. Based on the area of agricultural development, Garut including potential areas for a variety of different commodities such as food crops. Based on geography, there are four areas of Garut regency parts, the Northern Territory Garut most types of soil is the result of a volcanic eruption sedimentation, commodities that thrive are vegetables. South Garut region has several rivers flowing southwards with water does not flow conditions throughout the year, making it less potentially vast dry land for potential development of crops, paddy fields, horticulture, plantation crops, people and large plantation crops and industrial crops. According to Dati mother Widyati SP, MP Some planning the planting of food crops is less precise because it is not adapted to the condition of the object, layout and land use planning in the development of planting, this could impact on the level of achievement of the production of food crops and occurs discrepancies with the strategic plan of the department of agriculture Garut. Based on the problems, the use of geographic information systems are needed to assist in planning the sustainable development of food crops, with the geographic information system is expected to simplify the Head of field crops in the decision for the development of food crops in Garut. 2. ISI RESEARCH 2.1. Geographic Information Systems GIS is a computer-based system that has the ability to handle geographically referenced data, ie data entry, data management (storage and recall), manipulation of data analysis and output as a final result (output). The final result (output) can be a reference for decision-making related problem dengaan geographically. SIG is a kompnen generally consisting of hardware, software, geographic data and human resources that work together effectively to input, store, repair, update, manage, manipulate, analyze, and display data in a geographic-based information. [1] 2.1.2. Spatial Data Spatial data is a system of information in it there is exposure to the detail description of the earth including the boss of the earth, under the foundation of the earth, waters or marine or below atmospheric. Spatial data and followers information used to decide the position of the introduction of the elements in the earth's surface. There are two models of the spatial data used for geographic information systems, namely: 1. Vector Data Model Vector data model is the most commonly used data model, based on the point with the coordinates (x, y) to build a spatial object. Objects are built there are three parts: a. Point (point)