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|
===============================================================================
Various test material, mostly converted from selftest entries in PJ_xxx.c
Contrary to the material in builtins.gie, this material is handwritten and
intends to exercise corner cases.
===============================================================================
<gie>
-------------------------------------------------------------------------------
Two ob_tran tests from nad/testvarious
-------------------------------------------------------------------------------
operation +proj=ob_tran +o_proj=moll +R=6378137.0 +o_lon_p=0 +o_lat_p=0 +lon_0=180
-------------------------------------------------------------------------------
tolerance 1 mm
direction inverse
accept 300000 400000
expect -42.7562158333 85.5911341667
direction forward
accept 10 20
expect -1384841.18787 7581707.88240
-------------------------------------------------------------------------------
-------------------------------------------------------------------------------
Two tests from PJ_molodensky.c
-------------------------------------------------------------------------------
operation proj=molodensky a=6378160 rf=298.25
da=-23 df=-8.120449e-8 dx=-134 dy=-48 dz=149
abridged
-------------------------------------------------------------------------------
tolerance 2 m
accept 144.9667 -37.8 50 0
expect 144.968 -37.79848 46.378 0
roundtrip 100 1 m
-------------------------------------------------------------------------------
Same thing once more, but this time unabridged
-------------------------------------------------------------------------------
operation proj=molodensky a=6378160 rf=298.25
da=-23 df=-8.120449e-8 dx=-134 dy=-48 dz=149
-------------------------------------------------------------------------------
tolerance 2 m
accept 144.9667 -37.8 50 0
expect 144.968 -37.79848 46.378 0
roundtrip 100 1 m
-------------------------------------------------------------------------------
-------------------------------------------------------------------------------
Some tests from PJ_pipeline.c
-------------------------------------------------------------------------------
Forward-reverse geo->utm->geo (4D functions)
-------------------------------------------------------------------------------
operation proj=pipeline zone=32 step
proj=utm ellps=GRS80 step
proj=utm ellps=GRS80 inv
-------------------------------------------------------------------------------
tolerance 0.1 mm
accept 12 55 0 0
expect 12 55 0 0
Now the inverse direction (still same result: the pipeline is symmetrical)
direction inverse
expect 12 55 0 0
-------------------------------------------------------------------------------
And now the back-to-back situation utm->geo->utm (4D functions)
-------------------------------------------------------------------------------
operation proj=pipeline zone=32 ellps=GRS80 step
proj=utm inv step
proj=utm
-------------------------------------------------------------------------------
accept 691875.63214 6098907.82501 0 0
expect 691875.63214 6098907.82501 0 0
direction inverse
expect 691875.63214 6098907.82501 0 0
-------------------------------------------------------------------------------
Forward-reverse geo->utm->geo (3D functions)
-------------------------------------------------------------------------------
operation proj=pipeline zone=32 step
proj=utm ellps=GRS80 step
proj=utm ellps=GRS80 inv
-------------------------------------------------------------------------------
tolerance 0.1 mm
accept 12 55 0
expect 12 55 0
Now the inverse direction (still same result: the pipeline is symmetrical)
direction inverse
expect 12 55 0
-------------------------------------------------------------------------------
And now the back-to-back situation utm->geo->utm (3D functions)
-------------------------------------------------------------------------------
operation proj=pipeline zone=32 ellps=GRS80 step
proj=utm inv step
proj=utm
-------------------------------------------------------------------------------
accept 691875.63214 6098907.82501 0
expect 691875.63214 6098907.82501 0
direction inverse
expect 691875.63214 6098907.82501 0
-------------------------------------------------------------------------------
Test a corner case: A rather pointless one-step pipeline geo->utm
-------------------------------------------------------------------------------
operation proj=pipeline step proj=utm zone=32 ellps=GRS80
-------------------------------------------------------------------------------
accept 12 55 0 0
expect 691875.63214 6098907.82501 0 0
direction inverse
accept 691875.63214 6098907.82501 0 0
expect 12 55 0 0
-------------------------------------------------------------------------------
Finally test a pipeline with more than one init step
-------------------------------------------------------------------------------
operation proj=pipeline
step init=epsg:25832 inv
step init=epsg:25833
step init=epsg:25833 inv
step init=epsg:25832
-------------------------------------------------------------------------------
accept 691875.63214 6098907.82501 0 0
expect 691875.63214 6098907.82501 0 0
direction inverse
accept 12 55 0 0
expect 12 55 0 0
-------------------------------------------------------------------------------
Test a few inversion scenarios (urm5 has no inverse operation)
-------------------------------------------------------------------------------
operation proj=pipeline step
proj=urm5 n=0.5 inv
expect failure pjd_err_malformed_pipeline
operation proj=pipeline inv step
proj=urm5 n=0.5
expect failure pjd_err_malformed_pipeline
operation proj=pipeline inv step
proj=urm5 n=0.5 inv
accept 12 56
expect 1215663.2814182492 5452209.5424045017
operation proj=pipeline step
proj=urm5 n=0.5
accept 12 56
expect 1215663.2814182492 5452209.5424045017
-------------------------------------------------------------------------------
Test various failing scenarios.
-------------------------------------------------------------------------------
operation proj=pipeline step
proj=pipeline step
proj=merc
expect failure pjd_err_malformed_pipeline
operation step proj=pipeline step proj=merc
expect failure pjd_err_malformed_pipeline
operation proj=pipeline
expect failure pjd_err_malformed_pipeline
-------------------------------------------------------------------------------
Some tests from PJ_vgridshift.c
-------------------------------------------------------------------------------
operation proj=vgridshift grids=egm96_15.gtx ellps=GRS80
-------------------------------------------------------------------------------
Appears there is a difference between the egm96_15.gtx distributed by OSGeo4W,
and the one from http://download.osgeo.org/proj/vdatum/egm96_15/egm96_15.gtx
N(12.5, 55.5) = -36.021305084228515625 (download.osgeo.org)
N(12.5, 55.5) = -35.880001068115234000 (OSGeo4W)
This is annoying, but must be handled elsewhere. We jump through the hoop by
setting a very lax tolerance.
-------------------------------------------------------------------------------
tolerance 15 cm
ignore pjd_err_failed_to_load_grid
accept 12.5 55.5 0 0
expect 12.5 55.5 -36.021305084228516 0
roundtrip 100 1 nm
-------------------------------------------------------------------------------
Fail on purpose: +grids parameter is mandatory
operation proj=vgridshift
expect failure errno no_args
Fail on purpose: open non-existing grid
operation proj=vgridshift grids=nonexistinggrid.gtx
expect failure errno failed_to_load_grid
-------------------------------------------------------------------------------
-------------------------------------------------------------------------------
Some tests from PJ_hgridshift.c
-------------------------------------------------------------------------------
operation proj=hgridshift +grids=nzgd2kgrid0005.gsb ellps=GRS80
-------------------------------------------------------------------------------
Note: These data are home grown and suitable for regression testing only
We need a set of authoritative test cases to test the nzgd2000 grid.
-------------------------------------------------------------------------------
tolerance 1 mm
ignore pjd_err_failed_to_load_grid
accept 172.999892181021551 -45.001620431954613
expect 173 -45
direction inverse
accept 173 -45
expect 172.999892181021551 -45.001620431954613
-------------------------------------------------------------------------------
-------------------------------------------------------------------------------
# Fail on purpose: open non-existing grid:
operation proj=hgridshift grids=@nonexistinggrid.gsb,anothernonexistinggrid.gsb
expect failure errno failed_to_load_grid
# Fail on purpose: +grids parameter is mandatory:
operation proj=hgridshift
expect failure errno no_args
-------------------------------------------------------------------------------
-------------------------------------------------------------------------------
A number of tests from PJ_helmert.c
-------------------------------------------------------------------------------
-------------------------------------------------------------------------------
This example is from Lotti Jivall: "Simplified transformations from
ITRF2008/IGS08 to ETRS89 for maritime applications"
-------------------------------------------------------------------------------
operation proj=helmert ellps=GRS80
x=0.67678 y=0.65495 z=-0.52827
rx=-0.022742 ry=0.012667 rz=0.022704 s=-0.01070
-------------------------------------------------------------------------------
tolerance 1 um
accept 3565285.00000000 855949.00000000 5201383.00000000
expect 3565285.41342351 855948.67986759 5201382.72939791
-------------------------------------------------------------------------------
-------------------------------------------------------------------------------
This example is a random point, transformed from ED50 to ETRS89 using KMStrans2
-------------------------------------------------------------------------------
operation proj=helmert ellps=GRS80 exact
x=-081.0703 rx=-0.48488
y=-089.3603 ry=-0.02436
z=-115.7526 rz=-0.41321 s=-0.540645
-------------------------------------------------------------------------------
tolerance 1 um
accept 3494994.30120000 1056601.97250000 5212382.16660000
expect 3494909.84026368 1056506.78938633 5212265.66699761
-------------------------------------------------------------------------------
-------------------------------------------------------------------------------
This example is a coordinate from the geodetic observatory in Onsala,
Sweden transformed from ITRF2000 @ 2017.0 to ITRF93 @ 2017.0.
The test coordinate was transformed using GNSStrans, using transformation
parameters published by ITRF: ftp://itrf.ensg.ign.fr/pub/itrf/ITRF.TP
-------------------------------------------------------------------------------
operation proj=helmert ellps=GRS80 transpose
x = 0.0127 dx = -0.0029 rx = -0.00039 drx = -0.00011
y = 0.0065 dy = -0.0002 ry = 0.00080 dry = -0.00019
z = -0.0209 dz = -0.0006 rz = -0.00114 drz = 0.00007
s = 0.00195 ds = 0.00001 t_epoch = 1988.0
-------------------------------------------------------------------------------
tolerance 0.03 mm
accept 3370658.37800 711877.31400 5349787.08600 2017.0 # ITRF2000@2017.0
expect 3370658.18890 711877.42370 5349787.12430 2017.0 # ITRF93@2017.0
-------------------------------------------------------------------------------
-------------------------------------------------------------------------------
This example is from "A mathematical relationship between NAD27 and NAD83 (91)
State Plane coordinates in Southeastern Wisconsin":
http://www.sewrpc.org/SEWRPCFiles/Publications/TechRep/tr-034-Mathematical-Relationship-Between-NAD27-and-NAD83-91-State-Plane-Coordinates-Southeastern-Wisconsin.pdf
The test data is taken from p. 29. Here we are using point 203 and converting it
from NAD27 (ft) -> NAD83 (m). The paper reports a difference of 0.0014 m from
measured to computed coordinates, hence the test tolerance is set accordingly.
-------------------------------------------------------------------------------
operation proj=helmert ellps=GRS80
x=-9597.3572 y=.6112
s=0.304794780637 theta=-1.244048
-------------------------------------------------------------------------------
tolerance 1 mm
accept 2546506.957 542256.609 0
expect 766563.675 165282.277 0
-------------------------------------------------------------------------------
-------------------------------------------------------------------------------
Finally test the 4D-capabilities of the proj.h API, especially that the
rotation matrix is updated when necessary.
Test coordinates from GNSStrans.
-------------------------------------------------------------------------------
operation proj=helmert ellps=GRS80 transpose
x = 0.01270 dx =-0.0029 rx =-0.00039 drx =-0.00011
y = 0.00650 dy =-0.0002 ry = 0.00080 dry =-0.00019
z =-0.0209 dz =-0.0006 rz =-0.00114 drz = 0.00007
s = 0.00195 ds = 0.00001
t_epoch=1988.0
-------------------------------------------------------------------------------
tolerance 0.1 mm
accept 3370658.378 711877.314 5349787.086 2017.0
expect 3370658.18890 711877.42370 5349787.12430 2017.0
accept 3370658.378 711877.314 5349787.086 2018.0
expect 3370658.18087 711877.42750 5349787.12648 2018.0
-------------------------------------------------------------------------------
-------------------------------------------------------------------------------
geocentric latitude
-------------------------------------------------------------------------------
operation proj=geoc ellps=GRS80
accept 12 55 0 0
expect 12 54.818973308324573 0 0
roundtrip 1000
accept 12 90 0 0
expect 12 90 0 0
accept 12 -90 0 0
expect 12 -90 0 0
accept 12 89.99999999999 0 0
expect 12 89.999999999989996 0 0
-------------------------------------------------------------------------------
-------------------------------------------------------------------------------
some less used options
-------------------------------------------------------------------------------
operation proj=utm ellps=GRS80 zone=32 to_meter=0
expect failure errno unit_factor_less_than_0
operation proj=utm ellps=GRS80 zone=32 to_meter=10
accept 12 55
expect 69187.5632 609890.7825
-------------------------------------------------------------------------------
-------------------------------------------------------------------------------
Test that gie can read DMS style coordinates as well as coordinates where _
is used as a thousands separator.
-------------------------------------------------------------------------------
operation +step +proj=latlong
-------------------------------------------------------------------------------
tolerance 1 m
accept -64d43'75.34 17d32'45.6
expect -64.737589 17.546000
accept 164d43'75.34 17d32'45.6
expect 164.737589 17.546000
accept 164d43'75.34 17d32'45.6
expect 164d43'75.34 17d32'45.6
accept 164d43'75.34W 17d32'45.6S
expect -164.737589 -17.546000
accept 90d00'00.00 0d00'00.00
expect 90.0 0.0
accept 0d00'00.00 0d00'00.00
expect 0.0 0.0
operation +proj=pipeline
+step +proj=latlong +datum=NAD27 +inv
+step +units=us-ft +init=nad27:3901
tolerance 1 mm
accept -80d32'30.000 34d32'30.000 0.0
expect 2_138_028.224 561_330.721 0.0
accept -81d00'00.000 34d32'30.000 0.0
expect 2_000_000.000 561_019.077 0.0
-------------------------------------------------------------------------------
-------------------------------------------------------------------------------
run the few gie-builtin tests, which are currently either awkward or impossible
to express in the gie command set
-------------------------------------------------------------------------------
builtins
-------------------------------------------------------------------------------
</gie>
|
