Conic projections¶

detroit.geo_conic_conformal() → Projection¶

the conic conformal projection. the parallels default to [30°, 30°] resulting in flat top.

Returns:: projection object
Return type:: projection

../../../_images/light-projection-conic_conformal.png

../../../_images/dark-projection-conic_conformal.png

detroit.geo_conic_equal_area() → Projection¶

The Albers’ equal-area conic projection.

Returns:: Projection object
Return type:: Projection

../../../_images/light-projection-conic_equal_area.png

../../../_images/dark-projection-conic_equal_area.png

detroit.geo_conic_equidistant() → Projection¶

The Albers’ equidistant conic projection.

Returns:: Projection object
Return type:: Projection

../../../_images/light-projection-conic_equidistant.png

../../../_images/dark-projection-conic_equidistant.png

detroit.geo_albers() → Projection¶

The Albers’ equal area-conic projection. This is a U.S.-centric configuration of d3.geo_conic_equal_area.

Returns:: Projection object
Return type:: Projection

../../../_images/light-projection-albers.png

../../../_images/dark-projection-albers.png

detroit.geo_albers_usa() → Projection¶

This is a U.S.-centric composite projection of three geoConicEqualArea projections: d3.geo_albers is used for the lower forty-eight states, and separate conic equal-area projections are used for Alaska and Hawaii. The scale for Alaska is diminished: it is projected at \(0.35 \times\) its true relative area.

The constituent projections have fixed clip, center and rotation, and thus this projection does not support Projection.set_center, Projection.rotate, Projection.set_clip_angle or Projection.set_clip_extent.

Returns:: Projection object
Return type:: Projection

../../../_images/light-projection-albers_usa.png

../../../_images/dark-projection-albers_usa.png