Module pygeodesy


Classes

Conic
CrossError
Datum
Ellipsoid
Fsum
Geohash
LatLon2psxy
LatLonHeightBase
LatLon_
Lcc
LimitError
Mgrs
Numpy2LatLon
Osgr
RangeError
Transform
Tuple2LatLon
UTMError
Utm
VincentyError
Wm

Functions

acos1
anStr
antipode
areaOf
bearing
bearingDMS
bearing_
bounds
cbrt
cbrt2
classname
classnaming
clipDMS
compassAngle
compassDMS
compassPoint
crosserrors
degrees
degrees180
degrees2m
degrees360
degrees90
elevation2
enStr2
equirectangular
equirectangular_
fStr
fStrzs
false2f
favg
fdot
fdot3
fhorner
fmean
fpolynomial
fpowers
fsum
fsum_
ft2m
geoidHeight2
halfs
haversine
haversine_
heightOf
horizon
hypot
hypot1
hypot3
inStr
isNumpy2
isPoints2
isTuple2
isantipode
isclockwise
isconvex
isenclosedBy
isenclosedby
isfinite
isint
ispolar
isscalar
issequence
iterNumpy2
iterNumpy2over
latDMS
len2
limiterrors
lonDMS
m2NM
m2SM
m2degrees
m2ft
m2km
map1
map2
nearestOn3
nearestOn4
normDMS
parse3llh
parseDMS
parseDMS2
parseMGRS
parseOSGR
parseUTM
parseWM
perimeterOf
points2
polygon
precision
property_RO
radians
radiansPI
radiansPI2
radiansPI_2
rangerrors
scalar
simplify1
simplify2
simplifyRDP
simplifyRDPm
simplifyRW
simplifyVW
simplifyVWm
sqrt3
tanPI_2_2
tan_2
toDMS
toLcc
toMgrs
toOsgr
toUtm
toWm
unStr
unroll180
unrollPI
utmZoneBand2
wrap180
wrap360
wrap90
wrapPI
wrapPI2
wrapPI_2

Variables

Conics
Datums
EPS
EPS1
Ellipsoids
F_D
F_DEG
F_DM
F_DMS
F_MIN
F_RAD
F_SEC
PI
PI2
PI_2
R_FM
R_KM
R_M
R_MA
R_MB
R_NM
R_SM
R_VM
S_DEG
S_MIN
S_RAD
S_SEC
S_SEP
Transforms
pygeodesy_abspath
version