Proj

Contains methods for transforming point on sphere to Cartesian coordinates using various projections.

<static> aea

Converts point on sphere to the Cartesian coordinates using Albers Equal-Area Conic projection

See:

<static> aea_inv

Converts Cartesian coordinates to the point on sphere using Albers Equal-Area Conic projection

Name	Type	Description
`x`	Number	X of point in Cartesian system as integer
`y`	Number	Y of point in Cartesian system as integer
`c`	Number	Central meridian in degrees

See:

<static> lcc

Converts point on sphere to the Cartesian coordinates using Lambert conformal conic projection

See:

<static> lcc_inv

Converts Cartesian coordinates to the point on sphere using Lambert conformal conic projection

Name	Type	Description
`x`	Number	X of point in Cartesian system as integer
`y`	Number	Y of point in Cartesian system as integer
`c`	Number	Central meridian in degrees

See:

<static> merc

Converts point on sphere to the Cartesian coordinates using Mercator projection

<static> merc_inv

Inverse function of merc() Converts Cartesian coordinates to point on sphere using Mercator projection

Name	Type	Description
`x`	Number	X of point in Cartesian system as integer
`y`	Number	Y of point in Cartesian system as integer
`c`	Number	Central meridian in degrees

<static> mill

Converts point on sphere to the Cartesian coordinates using Miller projection

<static> mill_inv

Inverse function of mill() Converts Cartesian coordinates to point on sphere using Miller projection

Name	Type	Description
`x`	Number	X of point in Cartesian system as integer
`y`	Number	Y of point in Cartesian system as integer
`c`	Number	Central meridian in degrees