Mapping Toolbox    

Summary Guide

Literally an infinite number of possible map projections can be constructed. The Mapping Toolbox provides 60 different map projections. To view all the projections in the toolbox, use more than the command maps.

Cartographers choose a map projection by determining which property distortions they want to minimize or eliminate, if any. They also determine which of the three projection types (cylindrical, conic, or azimuthal) best suits their purpose, or they may decide upon special desired features, such as straight rhumb lines or great circles, true direction, or some other interesting trait. The following table lists the available projections along with their properties. Detailed information on all map projections provided by the Mapping Toolbox can be found in Projections Reference.







Projection






Syntax






Type
Equal-Area
Conformal
Equidistant
Special Features
Balthasart
balthsrt
Cylindrical




Behrmann
behrmann
Cylindrical




Bolshoi Sovietskii Atlas Mira
bsam
Cylindrical




Braun Perspective
braun
Cylindrical




Cassini
cassini
Cylindrical




Central
ccylin
Cylindrical




Equal-Area Cylindrical
eqacylin
Cylindrical




Equdistant Cylindrical
eqdcylin
Cylindrical




Gall Isographic
giso
Cylindrical




Gall Orthographic
gortho
Cylindrical




Gall Stereographic
gstereo
Cylindrical




Lambert Equal-Area Cylindrical
lambcyln
Cylindrical




Mercator
mercator
Cylindrical



1
Miller
miller
Cylindrical




Plate Carree
pcarree
Cylindrical




Trystan Edwards
trystan
Cylindrical




Universal Transverse Mercator (UTM)
utm
Cylindrical




Wetch
wetch
Cylindrical




Apianus II
apianus
Pseudocylindrical




Collignon
collig
Pseudocylindrical




Craster Parabolic
craster
Pseudocylindrical




Eckert I
eckert1
Pseudocylindrical




Eckert II
eckert2
Pseudocylindrical




Eckert III
eckert3
Pseudocylindrical




Eckert IV
eckert4
Pseudocylindrical




Eckert V
eckert5
Pseudocylindrical




Eckert VI
eckert6
Pseudocylindrical




Fournier
fournier
Pseudocylindrical




Goode Homolosine
goode
Pseudocylindrical




Hatano Assymetrical Equal-Area
hatano
Pseudocylindrical




Kavraisky V
kavrsky5
Pseudocylindrical




Kavraisky VI
kavrsky6
Pseudocylindrical




Loximuthal
loximuth
Pseudocylindrical



2
McBryde-Thomas Flat-Polar Parabolic
flatplrp
Pseudocylindrical




McBryde-Thomas Flat-Polar Quartic
flatplrq
Pseudocylindrical




McBryde-Thomas Flat-Polar Sinusoidal
flatplrs
Pseudocylindrical




Mollweide
mollweid
Pseudocylindrical




Putnins P5
putnins5
Pseudocylindrical




Quartic Authalic
quartic
Pseudocylindrical




Robinson
robinson
Pseudocylindrical




Sinusoidal
sinusoid
Pseudocylindrical




Tissot Modified Sinusoidal
modsine
Pseudocylindrical




Wagner IV
wagner4
Pseudocylindrical




Winkel I
winkel
Pseudocylindrical




Albers Equal-Area Conic
eqaconic
Conic




Equidistant Conic
eqdconic
Conic




Lambert Conformal Conic
lambert
Conic




Murdoch I Conic
murdoch1
Conic



3
Murdoch III Minimum Error Conic
murdoch3
Conic



3
Bonne
bonne
Pseudoconic




Werner
werner
Pseudoconic




Polyconic
polycon
Polyconic




Van Der Grinten I
vgrint1
Polyconic




Breusing Harmonic Mean
breusing
Azimuthal




Equidistant Azimuthal
eqdazim
Azimuthal




Gnomonic
gnomonic
Azimuthal



4
Lambert Azimuthal Equal-Area
eqaazim
Azimuthal




Orthographic
ortho
Azimuthal




Stereographic
stereo
Azimuthal



5
Universal Polar Stereographic (UPS)
ups
Azimuthal



5
Vertical Perspective Azimuthal
vperspec
Azimuthal




Wiechel
wiechel
Pseudoazimuthal




Aitoff
aitoff
Modified Azimuthal




Briesemeister
bries
Modified Azimuthal




Hammer
hammer
Modified Azimuthal




Globe
globe
Spherical



6

1. Straight rhumb lines.

2. Rhumb lines from central point are straight, true to scale, and correct in azimuth.

3. Correct total area.

4. Straight line great circles.

5. Great and small circles appear as circles or lines.

6. Three-dimensional display.


  Working with the UTM projection Mapping Applications