ostrat.eg320

object for creating earth grids with 320km hexs, with a c scale of 80km.

An Earth grid covering a full 30 degree range of longitude for non-polar regions with a hex span of 320Km

A main non-polar grid with a hex span of 320Km

Grid systems for 320km EGrids.

An Earth grid system where the hex tiles are 80km across. A C scale of 20km. Maybe a single hrx or multiple hex grids.

China - Japan. 3 Grid system for 90E, 120E and 150E.

2 Grid system for 0E and 30E

All longitudes grid system.

8 Grid system from 60W to 150E.

4 320km grid system for 30W 0E, 30E and 60E.

North America 4 Grid system for 150W, 120W, 90W, 60W.

2 320km grid system for Northern Canada 120W and 90W.

Terrain data grid for EGrid320LongFulls.

Scenario for 3 320km grid system for 0E, 30E and 60E

Just terrain scenario for all longitudes grid system.

Scenario for 8 Grid system from 60W to 150E.

Scenario for 4 320km grid system for 30W 0E, 30E and 60E.

Terrain only scenario for North America. 3 320km grid system for 120W, 90W and 60W

Scenario for 2 Grid system for 0E and 30E

Scenario for 2 320km grid system for Northern Canada 120W and 90W.

WTile terrain for 15 West to 15 East. So one of the principles of these terrain grids is that tiles and tile sides should be specified according to objective geographical criteria, not political considerations. So hex 4CG0 140, 512 should not be a sea hex as the majority of the hex is covered by land and we do not want the narrowest gap from England to France to be a whole hex. Given that it is a land hex by geoprhical area it must be assigned to France

Terrain for 30km 129 degrees east.

320km hex terrain centred on 30 west.

Terrain for 90 degrees west includes grid, tile terrain and straits Booleans.