This is the geodesic Reference Manual, generated automatically by Declt version 4.0 beta 2 "William Riker" on Mon Feb 26 16:35:25 2024 GMT+0.
The main system appears first, followed by any subsystem dependency.
geodesicLibrary for geodesic calculations.
Manuel Giraud <manuel@ledu-giraud.fr>
ISC
package.lisp (file).
util.lisp (file).
poly.lisp (file).
geodesic.lisp (file).
Files are sorted by type and then listed depth-first from the systems components trees.
geodesic/geodesic.asdgeodesic/package.lispgeodesic/util.lispgeodesic/poly.lispgeodesic/geodesic.lispgeodesic/util.lisppackage.lisp (file).
geodesic (system).
degrees (function).
parse-float (function).
radians (function).
normalize (function).
normalize-azimuth (function).
plusp-and-value (function).
geodesic/poly.lisputil.lisp (file).
geodesic (system).
cubic-roots (function).
quartic-roots (function).
3rt (function).
best-2-roots (function).
horner (function).
geodesic/geodesic.lisppoly.lisp (file).
geodesic (system).
*a* (special variable).
*b* (special variable).
*f* (special variable).
*f-a-3* (special variable).
*n* (special variable).
*p-c-3* (special variable).
*square-e* (special variable).
*square-e-prime* (special variable).
a-1 (function).
a-2 (function).
ac-3 (function).
alpha-beta (function).
alpha0 (function).
alpha2 (function).
c-1 (function).
c-2 (function).
c-prime-1 (function).
delta-alpha1 (function).
dereduce-latitude (function).
i (function).
init-alpha1 (function).
j (function).
longitude (function).
m12 (function).
nearly-antipodal-p (function).
normalize-latitudes (function).
omega (function).
omega-bar (function).
reduce-latitude (function).
sigma (function).
sigma-tau (function).
sigma12 (function).
solve-triangle (function).
z1 (function).
z2 (function).
Packages are listed by definition order.
geodesiccommon-lisp.
cubic-roots (function).
degrees (function).
direct (function).
inverse (function).
parse-float (function).
quartic-roots (function).
radians (function).
*a* (special variable).
*b* (special variable).
*f* (special variable).
*f-a-3* (special variable).
*n* (special variable).
*p-c-3* (special variable).
*square-e* (special variable).
*square-e-prime* (special variable).
3rt (function).
a-1 (function).
a-2 (function).
ac-3 (function).
alpha-beta (function).
alpha0 (function).
alpha2 (function).
best-2-roots (function).
c-1 (function).
c-2 (function).
c-prime-1 (function).
delta-alpha1 (function).
dereduce-latitude (function).
horner (function).
i (function).
init-alpha1 (function).
j (function).
longitude (function).
m12 (function).
nearly-antipodal-p (function).
normalize (function).
normalize-azimuth (function).
normalize-latitudes (function).
omega (function).
omega-bar (function).
plusp-and-value (function).
reduce-latitude (function).
sigma (function).
sigma-tau (function).
sigma12 (function).
solve-triangle (function).
z1 (function).
z2 (function).
Definitions are sorted by export status, category, package, and then by lexicographic order.
Roots of a·z³ + b·z² + c·z + d.
LATITUDE and AZIMUTH in radians. DISTANCE in meters.
Parse float STRING into an exact rational. XXX it is really simple and the form should be "{-}[0-9]+" or "{-}[0-9]*.[0-9]+"
WGS84 equatorial Earth radius in meter.
WGS84 ellipsoid flattening.
Factors for A-3.
Polynomial factors for C-3.
Cubic root that handles negative numbers.
Returns m12 and M12.
Normalize angle between 0 and π.
lat1 <= 0 and lat1 <= lat2 <= -lat1 (i.e. lat2 is closest to zero).
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