What is a Map?Maps are the process of geometrically converting
information that is essentially spherical onto a plane, e.g., |
If you would like to learn more about mapping and how map projections are calculated, go to these excellent explanations at 3dSoftware.com. Though we only deal with 7 standard projections, you can also learn about other types of projections also at 3dSoftware.com |
Map Types and Global Map Pricing |
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Orthographic MapA pictorial perspective map, with no distortion—just like viewing the earth from space. We can generate any view on the globe within a resolution of 30 miles. PricingMaps Overlays note: datapoints can be company offices, or anything else that comes to mind. Longitude and Latitude coordinates must be provided, or else there is in addtional $2 surcharge per datapoint. No price difference between web and print. |
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Azimuthal Equal Area ProjectionPricing for global mapMaps Overlays note: datapoints can be company offices, or anything else that comes to mind. Longitude and Latitude coordinates must be provided, or else there is in addtional $2 surcharge per datapoint. No price difference between web and print.
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Azimuthal Equidistant ProjectionAt smaller scales this type of projection is used by the military, becase of the accuracy in measuring distances between objectives. Pricing for global mapMaps Overlays note: datapoints can be company offices, or anything else that comes to mind. Longitude and Latitude coordinates must be provided, or else there is in addtional $2 surcharge per datapoint. No price difference between web and print. |
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Lamberts Conic ProjectionPricing for global mapMaps Overlays note: datapoints can be company offices, or anything else that comes to mind. Longitude and Latitude coordinates must be provided, or else there is in addtional $2 surcharge per datapoint. No price difference between web and print.
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Equidistant Conic ProjectionPricing for global mapMaps Overlays note: datapoints can be company offices, or anything else that comes to mind. Longitude and Latitude coordinates must be provided, or else there is in addtional $2 surcharge per datapoint. No price difference between web and print.
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McBryde-Thomas ProjectionPricing for global mapMaps Overlays note: datapoints can be company offices, or anything else that comes to mind. Longitude and Latitude coordinates must be provided, or else there is in addtional $2 surcharge per datapoint. No price difference between web and print.
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Mercator ProjectionAn equal area projection. A school room favorite. The primary visual problem with this projection is enormous distorition at the poles due to the fact that the north and south poles are parallel to infinity. Pricing for global mapMaps Overlays note: datapoints can be company offices, or anything else that comes to mind. Longitude and Latitude coordinates must be provided, or else there is in addtional $2 surcharge per datapoint. No price difference between web and print.
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Millers Cylindrical ProjectionLess distortion than the Mercator at the poles. Neither equal area nor conformal. Used in most United States atlases. This is one of the most familiar projections. Pricing for global mapMaps Overlays note: datapoints can be company offices, or anything else that comes to mind. Longitude and Latitude coordinates must be provided, or else there is in addtional $2 surcharge per datapoint. No price difference between web and print.
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The maps presented in this gallery show different
color schemes to offer the viewer a variety of perspectives concerning
map colors. 






