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For index purposes only - ee neccessanhy #1 edication of publshed megs. 
Figure 3. Location Diagram of a JOG sheet 
(representing location of the sheet, the 
surrounding JOG sheets and important geographic 
features as a refernce map 
ESRI ArcInfo is originally a GIS software which is weak in 
colour separation and graphic processes. These disabilities in 
pre-press and pressing with process colours (CMYK) are solved 
with support of Adobe Illustrator software which is designed for 
graphic processing. Overlapping polygon layers such as shaded 
relief, elevation tints and vegetation hide the layers underneath 
within abilities of ArcInfo. However, Illustrator enabled to 
compile those three layers without loss and hiding. As pressing 
system of GCM is based on process colours (4 colours-CMYK), 
the postscript graphic file is colour separated into CMYK and 
plotted on films by using Dolev 800 laser film plotter. The films 
are developed automatically and plotted on plates for 
reproduction in 4 colour Heidelberg pressing system. 
3.2 Using PLTS/MPS Software for JOG Production of 
Turkey 
MPS provides tools necessary for data processing and tools to 
produce and edit map layout elements such as location diagram, 
GEOREF guide, glossary, scale bar and so forth. MPS also 
includes tools to generate the sophisticated graticule and grids 
required for the JOG A product. WYSIWYG editing tools are 
included to cartographically modify both the database and 
graphic layout elements. Templates are provided for the 
different legends and notes, reliability diagram and conversion 
graph. Each of these can be customized to the individual 
requirements and editors. All symbology and map elements 
meet NGA’s current JOG Air specifications. The final map 
layout can be colour separated using custom tools provided in 
MPS and the resulting PostScript files can be used to generate 
film negatives of TIFF files (ESRI 2000). 
303 
The process model of a cartographic visualization of JOGs is 
given in Figure 2. The model consists of three basic elements 
namely data frame, tools and rules, definitions and models. The 
data frame is a combination of extended VMAP L-1 in which 
cartographic attributes are populated and other data sources 
such as military grids and graticules, magnetic isolines, depth 
data around Turkey at seas, aeronautical information in Turkey 
and abroad and information about populated hisesy Being an 
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Figure 4. Aeronautical information for attension of 
pilot 
indispensable graphic element of marginalia, caution 
information depicted in Figure 4 are drawing attention of pilots 
to them that are created in both Turkish and English. There are 
tools for data management, cartographic editing, symbolization 
and graphic processing. Most of the tools are provided in MPS. 
However, there are some tools customized in the software and 
some new tools implemented and added to the system. The 
rules, definitions and models are based on specifications of 
GCM, NGA and NATO STANAGs. 
Since MPS is produced for the requirements of NGA, it does 
not provide handy and direct solutions for the other countries 
other than USA. The JOG production of GCM differs than 
NGA, thus MPS is corrected, changed, customized, adapted and 
some new modules are added to MPS based on demands of 
GCM. 
Feature requirements are stated in terms of NGA's FACS, to 
maintain consistency between various production methods. 
However the software transforms NGA FACS to NATO-FACC. 
NATO, DIGEST-FACC is the approved coding standard for the 
exchange of digital geographic data. 
Some of the customizations on MPS are as follows; adding 
rules due to the features in territory of Turkey to the rule base of 
DCM, representing two grid networks in different datum on a 
single sheet, defining rules, visualization model and symbols for 
JOG Ground series, generating bilingual (Turkish and English) 
surrounding elements (Figure 5).