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# ----------------------------------------------------------------------------- # # Geographic data for RGeo # # ----------------------------------------------------------------------------- module RGeo # The Geographic implementation actually comprises a suite of # implementations with one common feature: they represent geographic # latitude/longitude coordinates measured in degrees. The "x" # coordinate corresponds to longitude, and the "y" coordinate to # latitude. Thus, coordinates are often expressed in reverse # (i.e. long-lat) order. e.g. # # location = geographic_factory.point(long, lat) # # Some geographic implementations include a secondary factory that # represents a projection. For these implementations, you can quickly # transform data between lat/long coordinates and the projected # coordinate system, and most calculations are done in the projected # coordinate system. For implementations that do not include this # secondary projection factory, calculations are done on the sphereoid. # See the various class methods of Geographic for more information on # the behaviors of the factories they generate. module Geographic end end # Implementation files. require "rgeo/geographic/factory" require "rgeo/geographic/projected_window" require "rgeo/geographic/interface" require "rgeo/geographic/spherical_math" require "rgeo/geographic/spherical_feature_methods" require "rgeo/geographic/spherical_feature_classes" require "rgeo/geographic/proj4_projector" require "rgeo/geographic/simple_mercator_projector" require "rgeo/geographic/projected_feature_methods" require "rgeo/geographic/projected_feature_classes"
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10 entries across 10 versions & 2 rubygems