test_r_import

./scripts/r.import – test_r_import

Test failed

Testtest_r_import
Testsuite./scripts/r.import
Test file./scripts/r.import/testsuite/test_r_import.py
StatusFAILED
Return code1
Number of tests4
Successful tests1
Failed tests3
Percent successful25%
Test duration0:00:04.998608
Tested modulesr.import

Supplementary files

Standard error output (stderr)

/usr/lib/python2.7/xml/etree/ElementTree.py:1638: DeprecationWarning: This method of XMLParser is deprecated.  Define doctype() method on the TreeBuilder target.
  DeprecationWarning,
FF.F
======================================================================
FAIL: test_import_asc_custom_res (__main__.TestRImportRegion)
Import ASC in different projection, with specified resolution
----------------------------------------------------------------------
Traceback (most recent call last):
  File "scripts/r.import/testsuite/test_r_import.py", line 35, in test_import_asc_custom_res
    resample='nearest', resolution='value', resolution_value=30)
  File "etc/python/grass/gunittest/case.py", line 1161, in assertModule
    self.fail(self._formatMessage(msg, stdmsg))
AssertionError: Running <r.import> module ended with non-zero return code (1)
Called: r.import(input='data/data2.asc', memory=300, output='test_r_import_imported', resample='nearest', extent='input', resolution='value', resolution_value=30.0)
See the following errors:
WARNING: Projection of dataset does not appear to match current location.

Location PROJ_INFO is:
name: Universal Transverse Mercator
proj: utm
datum: wgs84
ellps: wgs84
zone: 32
no_defs: defined

Dataset PROJ_INFO is:
name: Albers_Conical_Equal_Area
datum: nad83
ellps: grs80
proj: aea
lat_1: 29.5
lat_2: 45.5
lat_0: 23
lon_0: -96
x_0: 0
y_0: 0
no_defs: defined

ERROR: proj

In case of no significant differences in the projection definitions, use the -o flag to ignore them and use current location definition.
Consider generating a new location from the input dataset using the 'location' parameter.

Importing raster map <test_r_import_imported>...
0..33..66..100
WARNING: Number of centroids exceeds number of areas: 1 > 0
WARNING: Number of incorrect boundaries: 1
WARNING: Number of centroids outside area: 1
Estimated target resolution for input band <test_r_import_imported>: 145.075351769
Using given resolution for input band <test_r_import_imported>: 30.0
Reprojecting <test_r_import_imported>...
ERROR: The reprojected raster <test_r_import_imported> is empty


======================================================================
FAIL: test_import_asc_region_extent (__main__.TestRImportRegion)
Import ASC in different projection in specified region
----------------------------------------------------------------------
Traceback (most recent call last):
  File "scripts/r.import/testsuite/test_r_import.py", line 44, in test_import_asc_region_extent
    resample='nearest', extent='region', resolution='region')
  File "etc/python/grass/gunittest/case.py", line 1161, in assertModule
    self.fail(self._formatMessage(msg, stdmsg))
AssertionError: Running <r.import> module ended with non-zero return code (1)
Called: r.import(input='data/data2.asc', memory=300, output='test_r_import_imported', resample='nearest', extent='region', resolution='region')
See the following errors:
WARNING: Projection of dataset does not appear to match current location.

Location PROJ_INFO is:
name: Universal Transverse Mercator
proj: utm
datum: wgs84
ellps: wgs84
zone: 32
no_defs: defined

Dataset PROJ_INFO is:
name: Albers_Conical_Equal_Area
datum: nad83
ellps: grs80
proj: aea
lat_1: 29.5
lat_2: 45.5
lat_0: 23
lon_0: -96
x_0: 0
y_0: 0
no_defs: defined

ERROR: proj

In case of no significant differences in the projection definitions, use the -o flag to ignore them and use current location definition.
Consider generating a new location from the input dataset using the 'location' parameter.

Importing raster map <test_r_import_imported>...
0..33..66..100
Estimated target resolution for input band <test_r_import_imported>: 0.675429225938
Using current region resolution for input band <test_r_import_imported>: nsres=27.5, ewres=25.0
Reprojecting <test_r_import_imported>...
ERROR: Input raster map is outside current region
ERROR: Unable to to reproject raster <test_r_import_imported>


======================================================================
FAIL: test_import_same_proj_tif (__main__.TestRImportRegion)
Import tif in same proj, default params
----------------------------------------------------------------------
Traceback (most recent call last):
  File "scripts/r.import/testsuite/test_r_import.py", line 27, in test_import_same_proj_tif
    resample='bilinear')
  File "etc/python/grass/gunittest/case.py", line 1161, in assertModule
    self.fail(self._formatMessage(msg, stdmsg))
AssertionError: Running <r.import> module ended with non-zero return code (1)
Called: r.import(input='data/data1.tif', memory=300, output='test_r_import_imported', resample='bilinear', extent='input', resolution='estimated')
See the following errors:
WARNING: Projection of dataset does not appear to match current location.

Location PROJ_INFO is:
name: Universal Transverse Mercator
proj: utm
datum: wgs84
ellps: wgs84
zone: 32
no_defs: defined

Dataset PROJ_INFO is:
name: Lambert Conformal Conic
datum: nad83
ellps: grs80
proj: lcc
lat_1: 36.16666666666666
lat_2: 34.33333333333334
lat_0: 33.75
lon_0: -79
x_0: 609601.22
y_0: 0
no_defs: defined

ERROR: proj

In case of no significant differences in the projection definitions, use the -o flag to ignore them and use current location definition.
Consider generating a new location from the input dataset using the 'location' parameter.

Importing raster map <test_r_import_imported>...
0..10..20..30..40..50..60..70..80..90..100
WARNING: Number of centroids exceeds number of areas: 1 > 0
WARNING: Number of incorrect boundaries: 1
WARNING: Number of centroids outside area: 1
Estimated target resolution for input band <test_r_import_imported>: 142.469498705
Reprojecting <test_r_import_imported>...
ERROR: The reprojected raster <test_r_import_imported> is empty


----------------------------------------------------------------------
Ran 4 tests in 3.297s
FAILED (failures=3)