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casa
$Rev:20696$
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casa
$Rev:20696$
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00001 ########################################################################## 00002 # imfit_test.py 00003 # 00004 # Copyright (C) 2008, 2009 00005 # Associated Universities, Inc. Washington DC, USA. 00006 # 00007 # This script is free software; you can redistribute it and/or modify it 00008 # under the terms of the GNU Library General Public License as published by 00009 # the Free Software Foundation; either version 2 of the License, or (at your 00010 # option) any later version. 00011 # 00012 # This library is distributed in the hope that it will be useful, but WITHOUT 00013 # ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or 00014 # FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public 00015 # License for more details. 00016 # 00017 # You should have received a copy of the GNU Library General Public License 00018 # along with this library; if not, write to the Free Software Foundation, 00019 # Inc., 675 Massachusetts Ave, Cambridge, MA 02139, USA. 00020 # 00021 # Correspondence concerning AIPS++ should be adressed as follows: 00022 # Internet email: aips2-request@nrao.edu. 00023 # Postal address: AIPS++ Project Office 00024 # National Radio Astronomy Observatory 00025 # 520 Edgemont Road 00026 # Charlottesville, VA 22903-2475 USA 00027 # 00028 # <author> 00029 # Dave Mehringer 00030 # </author> 00031 # 00032 # <summary> 00033 # Test suite for the CASA method rg.frombcs 00034 # </summary> 00035 # 00036 # <reviewed reviwer="" date="" tests="" demos=""> 00037 # </reviewed 00038 # 00039 # <prerequisite> 00040 # <ul> 00041 # <li> <linkto class="task_rg_frombcs.py:description">imtrans</linkto> 00042 # </ul> 00043 # </prerequisite> 00044 # 00045 # <etymology> 00046 # Test for the rg.frombcs method 00047 # </etymology> 00048 # 00049 # <synopsis> 00050 # Test the rg.frombcs method 00051 # </synopsis> 00052 # 00053 # <example> 00054 # 00055 # This test runs as part of the CASA python unit test suite and can be run from 00056 # the command line via eg 00057 # 00058 # `echo $CASAPATH/bin/casapy | sed -e 's$ $/$'` --nologger --log2term -c `echo $CASAPATH | awk '{print $1}'`/code/xmlcasa/scripts/regressions/admin/runUnitTest.py test_rg_frombcs[test1,test2,...] 00059 # 00060 # </example> 00061 # 00062 # <motivation> 00063 # To provide a test standard for the rg.frombcs method to ensure 00064 # coding changes do not break the associated bits 00065 # </motivation> 00066 # 00067 00068 ########################################################################### 00069 import shutil 00070 import casac 00071 from tasks import * 00072 from taskinit import * 00073 from __main__ import * 00074 import unittest 00075 00076 image = "imregion.fits" 00077 image_nospec = "imregion_nospec.fits" 00078 image_dironly = "imregion_dironly.fits" 00079 00080 box1 = 1.24795026 00081 box2 = 0.782552901 00082 box3 = 1.24794616 00083 box4 = 0.782555814 00084 box5 = 1.24794206 00085 box6 = 0.782558727 00086 box7 = 1.24793797 00087 box8 = 0.782561641 00088 box9 = 1.2479338718038551 00089 box10 = 0.78256455381109313 00090 box11 = 1.2479297756405987 00091 box12 = 0.78256746696533663 00092 chan0 = 4.73510000e+09 00093 chan4 = 6.33510000e+09 00094 chan15 = 1.07351000e+10 00095 chan19 = 1.23351000e+10 00096 00097 def run_frombcs(imagename, box, chans, stokes, stokes_control, region=""): 00098 myia = iatool() 00099 myia.open(imagename) 00100 mycsys = myia.coordsys() 00101 myrg = rgtool() 00102 res = rg.frombcs( 00103 mycsys.torecord(), myia.shape(), box, chans, 00104 stokes, stokes_control, region 00105 ) 00106 myia.close() 00107 del myia 00108 del myrg 00109 return res 00110 00111 def recToList(rec): 00112 mylist = [] 00113 mykeys = rec.keys() 00114 mykeys.sort() 00115 for k in mykeys: 00116 mylist.append(rec[k]['value']) 00117 return mylist 00118 00119 class rg_frombcs_test(unittest.TestCase): 00120 00121 def setUp(self): 00122 datapath=os.environ.get('CASAPATH').split()[0]+'/data/regression/unittest/rg.frombcs/' 00123 for im in [image, image_nospec, image_dironly]: 00124 shutil.copy(datapath + im, im) 00125 00126 def tearDown(self): 00127 for im in [image, image_nospec, image_dironly]: 00128 os.remove(im) 00129 00130 def compLists(self, got, exp): 00131 epsilon = 1e-8 00132 print "got " + str(got) 00133 print "exp " + str(exp) 00134 for i in range(len(got)): 00135 fracDiff = abs((got[i]-exp[i])/exp[i]); 00136 self.assertTrue(fracDiff < epsilon) 00137 00138 def test_full_image(self): 00139 """Test default gives region of entire image""" 00140 00141 stokes = "" 00142 chans = "" 00143 stokes_control = "a" 00144 box = "" 00145 myreg = run_frombcs( 00146 image, box, chans, stokes, stokes_control 00147 ) 00148 gotblc = recToList(myreg["blc"]) 00149 expblc = [1.24795230, 0.782549990, chan0, 1.0] 00150 self.compLists(gotblc, expblc); 00151 gottrc = recToList(myreg["trc"]) 00152 exptrc = [1.24791339, 0.782577665, chan19, 4.0] 00153 self.compLists(gottrc, exptrc) 00154 00155 def test_single_stokes(self): 00156 """Test setting a single stokes""" 00157 00158 stokes = "Q" 00159 chans = "" 00160 stokes_control = "a" 00161 box = "" 00162 myreg = run_frombcs( 00163 image, box, chans, stokes, stokes_control 00164 ) 00165 gotblc = recToList(myreg["blc"]) 00166 expblc = [1.24795230, 0.782549990, chan0, 2.0] 00167 self.compLists(gotblc, expblc); 00168 gottrc = recToList(myreg["trc"]) 00169 exptrc = [1.24791339, 0.782577665, chan19, 2.0] 00170 00171 def test_continguous_stokes(self): 00172 """Test setting a contiguous stokes""" 00173 00174 box = "" 00175 chans = "" 00176 stokes = "QU" 00177 stokes_control = "a" 00178 myreg = run_frombcs( 00179 image, box, chans, stokes, stokes_control 00180 ) 00181 gotblc = recToList(myreg["blc"]) 00182 expblc = [1.24795230, 0.782549990, chan0, 2.0] 00183 self.compLists(gotblc, expblc); 00184 gottrc = recToList(myreg["trc"]) 00185 exptrc = [1.24791339, 0.782577665, chan19, 3.0] 00186 00187 def test_single_channel(self): 00188 """Test setting a single channel""" 00189 box = "" 00190 chans = "4" 00191 stokes = "" 00192 stokes_control = "a" 00193 myreg = run_frombcs( 00194 image, box, chans, stokes, stokes_control 00195 ) 00196 gotblc = recToList(myreg["blc"]) 00197 expblc = [1.24795230, 0.782549990, chan4, 1.0] 00198 self.compLists(gotblc, expblc); 00199 gottrc = recToList(myreg["trc"]) 00200 exptrc = [1.24791339, 0.782577665, chan4, 4.0] 00201 00202 def test_contiguous_channels(self): 00203 """Test setting multiple continuous channels""" 00204 00205 box = "" 00206 chans = "0~4" 00207 stokes = "" 00208 stokes_control = "a" 00209 myreg = run_frombcs( 00210 image, box, chans, stokes, stokes_control 00211 ) 00212 gotblc = recToList(myreg["blc"]) 00213 expblc = [1.24795230, 0.782549990, chan0, 1.0] 00214 self.compLists(gotblc, expblc); 00215 gottrc = recToList(myreg["trc"]) 00216 exptrc = [1.24791339, 0.782577665, chan4, 4.0] 00217 00218 def test_single_box(self): 00219 """Test setting single box""" 00220 00221 box = "1,2,3,4" 00222 chans = "" 00223 stokes = "" 00224 stokes_control = "a" 00225 myreg = run_frombcs( 00226 image, box, chans, stokes, stokes_control 00227 ) 00228 gotblc = recToList(myreg["blc"]) 00229 expblc = [box1, box2, chan0, 1.0] 00230 self.compLists(gotblc, expblc); 00231 gottrc = recToList(myreg["trc"]) 00232 exptrc = [box3, box4, chan19, 4.0] 00233 00234 def test_region_record(self): 00235 """Test setting region record""" 00236 00237 box = "" 00238 chans = "" 00239 stokes = "" 00240 stokes_control = "a" 00241 blahia = iatool() 00242 blahia.open(image) 00243 mycsys = blahia.coordsys() 00244 blahia.done() 00245 mybox = rg.wbox( 00246 ["1pix", "2pix", "0pix", "0pix"], 00247 ["3pix", "4pix", "19pix", "3pix"], 00248 csys=mycsys.torecord() 00249 ) 00250 myreg = run_frombcs( 00251 image, box, chans, stokes, stokes_control, mybox 00252 ) 00253 gotblc = recToList(myreg["blc"]) 00254 for i in range(len(gotblc)): 00255 gotblc[i] = gotblc[i] - 1 00256 gotblc = mycsys.toworld(gotblc)['numeric'] 00257 expblc = [box1, box2, chan0, 1.0] 00258 self.compLists(gotblc, expblc); 00259 gottrc = recToList(myreg["trc"]) 00260 for i in range(len(gottrc)): 00261 gottrc[i] = gottrc[i] - 1 00262 gottrc = mycsys.toworld(gottrc)['numeric'] 00263 exptrc = [box3, box4, chan19, 4.0] 00264 self.compLists(gottrc, exptrc); 00265 00266 00267 def test_first_stokes(self): 00268 """Test setting first stokes""" 00269 00270 box = "" 00271 chans = "" 00272 stokes = "" 00273 stokes_control = "f" 00274 myreg = run_frombcs( 00275 image, box, chans, stokes, stokes_control 00276 ) 00277 gotblc = recToList(myreg["blc"]) 00278 expblc = [1.24795230, 0.782549990, chan0, 1.0] 00279 self.compLists(gotblc, expblc); 00280 gottrc = recToList(myreg["trc"]) 00281 exptrc = [1.24791339, 0.782577665, chan19, 1.0] 00282 00283 00284 def test_multiple_boxes(self): 00285 """Test setting multiple boxes""" 00286 00287 stokes = "" 00288 chans = "" 00289 stokesControl = "a" 00290 box = "1,2,3,4,5,6,7,8,9,10,11,12" 00291 stokes_control = "a" 00292 myreg = run_frombcs( 00293 image, box, chans, stokes, stokes_control 00294 ) 00295 00296 gotblc = recToList(myreg["regions"]["*2"]["blc"]) 00297 expblc = [1.24793387, 0.782564554, chan0, 1.0] 00298 self.compLists(gotblc, expblc); 00299 gottrc = recToList(myreg["regions"]["*2"]["trc"]) 00300 exptrc = [1.24792978, 0.782567467, chan19, 4.0] 00301 self.compLists(gottrc, exptrc) 00302 00303 gotblc = recToList(myreg["regions"]["*1"]["regions"]["*1"]["blc"]) 00304 expblc = [box1, box2, chan0, 1.0] 00305 self.compLists(gotblc, expblc); 00306 gottrc = recToList(myreg["regions"]["*1"]["regions"]["*1"]["trc"]) 00307 exptrc = [box3, box4, chan19, 4.0] 00308 self.compLists(gottrc, exptrc); 00309 00310 gotblc = recToList(myreg["regions"]["*1"]["regions"]["*2"]["blc"]) 00311 expblc = [box5, box6, chan0, 1.0] 00312 self.compLists(gotblc, expblc); 00313 gottrc = recToList(myreg["regions"]["*1"]["regions"]["*2"]["trc"]) 00314 exptrc = [box7, box8, chan19, 4.0] 00315 self.compLists(gottrc, exptrc); 00316 00317 def test_set_multiple_stokes_ranges(self): 00318 """Test setting multiple stokes ranges""" 00319 00320 stokes = "IUV" 00321 chans = "" 00322 stokesControl = "a" 00323 box = "" 00324 stokes_control = "a" 00325 myreg = run_frombcs( 00326 image, box, chans, stokes, stokes_control 00327 ) 00328 00329 gotblc = recToList(myreg["regions"]["*1"]["blc"]) 00330 expblc = [1.24795230, 0.782549990, chan0, 1.0] 00331 self.compLists(gotblc, expblc); 00332 gottrc = recToList(myreg["regions"]["*1"]["trc"]) 00333 exptrc = [1.24791339, 0.782577665, chan19, 1.0] 00334 self.compLists(gottrc, exptrc) 00335 00336 gotblc = recToList(myreg["regions"]["*2"]["blc"]) 00337 expblc = [1.24795230, 0.782549990, chan0, 3.0] 00338 self.compLists(gotblc, expblc); 00339 gottrc = recToList(myreg["regions"]["*2"]["trc"]) 00340 exptrc = [1.24791339, 0.782577665, chan19, 4.0] 00341 self.compLists(gottrc, exptrc) 00342 00343 def test_multiple_channel_ranges(self): 00344 """Test multiple channel ranges""" 00345 00346 stokes = "" 00347 chans = "<5,>=15" 00348 stokesControl = "a" 00349 box = "" 00350 stokes_control = "a" 00351 myreg = run_frombcs( 00352 image, box, chans, stokes, stokes_control 00353 ) 00354 00355 gotblc = recToList(myreg["regions"]["*1"]["blc"]) 00356 expblc = [1.24795230, 0.782549990, chan0, 1.0] 00357 self.compLists(gotblc, expblc); 00358 gottrc = recToList(myreg["regions"]["*1"]["trc"]) 00359 exptrc = [1.24791339, 0.782577665, chan4, 4.0] 00360 self.compLists(gottrc, exptrc) 00361 00362 gotblc = recToList(myreg["regions"]["*2"]["blc"]) 00363 expblc = [1.24795230, 0.782549990, chan15, 1.0] 00364 self.compLists(gotblc, expblc); 00365 gottrc = recToList(myreg["regions"]["*2"]["trc"]) 00366 exptrc = [1.24791339, 0.782577665, chan19, 4.0] 00367 self.compLists(gottrc, exptrc) 00368 00369 def test_multiple_boxes_channel_ranges_stokes_ranges(self): 00370 """Test multiple channel ranges, multiple stokes ranges, and multiple boxes""" 00371 00372 stokes = "IQV" 00373 chans = "<5,>=15" 00374 stokesControl = "a" 00375 box = "1,2,3,4,5,6,7,8" 00376 stokes_control = "a" 00377 myreg = run_frombcs( 00378 image, box, chans, stokes, stokes_control 00379 ) 00380 00381 # box="5,6,7,8", chans="15~19", stokes="V" 00382 gotblc = recToList(myreg["regions"]["*2"]["blc"]) 00383 expblc = [box5, box6, chan15, 4.0] 00384 self.compLists(gotblc, expblc) 00385 gottrc = recToList(myreg["regions"]["*2"]["trc"]) 00386 exptrc = [box7, box8, chan19, 4.0] 00387 self.compLists(gottrc, exptrc) 00388 00389 # box="5,6,7,8", chans="0~4", stokes="V" 00390 gotblc = recToList(myreg["regions"]["*1"]["regions"]["*2"]["blc"]) 00391 expblc = [box5, box6, chan0, 4.0] 00392 self.compLists(gotblc, expblc) 00393 gottrc = recToList(myreg["regions"]["*1"]["regions"]["*2"]["trc"]) 00394 exptrc = [box7, box8, chan4, 4.0] 00395 self.compLists(gottrc, exptrc) 00396 00397 # box="5,6,7,8", chans="15-19", stokes="IQ" 00398 gotblc = recToList(myreg["regions"]["*1"]["regions"]["*1"]["regions"]["*2"]["blc"]) 00399 expblc = [box5, box6, chan15, 1.0] 00400 self.compLists(gotblc, expblc) 00401 gottrc = recToList(myreg["regions"]["*1"]["regions"]["*1"]["regions"]["*2"]["trc"]) 00402 exptrc = [box7, box8, chan19, 2.0] 00403 self.compLists(gottrc, exptrc) 00404 00405 # box="5,6,7,8", chans="0~4", stokes="IQ" 00406 gotblc = recToList(myreg["regions"]["*1"]["regions"]["*1"]["regions"]["*1"]["regions"]["*2"]["blc"]) 00407 expblc = [box5, box6, chan0, 1.0] 00408 self.compLists(gotblc, expblc) 00409 gottrc = recToList(myreg["regions"]["*1"]["regions"]["*1"]["regions"]["*1"]["regions"]["*2"]["trc"]) 00410 exptrc = [box7, box8, chan4, 2.0] 00411 self.compLists(gottrc, exptrc) 00412 00413 # box="1,2,3,4", chans="15-19", stokes="V" 00414 gotblc = recToList( 00415 myreg["regions"]["*1"]["regions"]["*1"]["regions"]["*1"]["regions"]["*1"] 00416 ["regions"]["*2"]["blc"] 00417 ) 00418 expblc = [box1, box2, chan15, 4.0] 00419 self.compLists(gotblc, expblc) 00420 gottrc = recToList( 00421 myreg["regions"]["*1"]["regions"]["*1"]["regions"]["*1"]["regions"]["*1"] 00422 ["regions"]["*2"]["trc"] 00423 ) 00424 exptrc = [box3, box4, chan19, 4.0] 00425 self.compLists(gottrc, exptrc) 00426 00427 # box="1,2,3,4", chans="0-4", stokes="V" 00428 gotblc = recToList( 00429 myreg["regions"]["*1"]["regions"]["*1"]["regions"]["*1"]["regions"]["*1"] 00430 ["regions"]["*1"]["regions"]["*2"]["blc"] 00431 ) 00432 expblc = [box1, box2, chan0, 4.0] 00433 self.compLists(gotblc, expblc) 00434 gottrc = recToList( 00435 myreg["regions"]["*1"]["regions"]["*1"]["regions"]["*1"]["regions"]["*1"] 00436 ["regions"]["*1"]["regions"]["*2"]["trc"] 00437 ) 00438 exptrc = [box3, box4, chan4, 4.0] 00439 self.compLists(gottrc, exptrc) 00440 00441 # box="1,2,3,4", chans="15-19", stokes="IQ" 00442 gotblc = recToList( 00443 myreg["regions"]["*1"]["regions"]["*1"]["regions"]["*1"]["regions"]["*1"] 00444 ["regions"]["*1"]["regions"]["*1"]["regions"]["*2"]["blc"] 00445 ) 00446 expblc = [box1, box2, chan15, 1.0] 00447 self.compLists(gotblc, expblc) 00448 gottrc = recToList( 00449 myreg["regions"]["*1"]["regions"]["*1"]["regions"]["*1"]["regions"]["*1"] 00450 ["regions"]["*1"]["regions"]["*1"]["regions"]["*2"]["trc"] 00451 ) 00452 exptrc = [box3, box4, chan19, 2.0] 00453 self.compLists(gottrc, exptrc) 00454 00455 # box="1,2,3,4", chans="0~4", stokes="IQ" 00456 gotblc = recToList( 00457 myreg["regions"]["*1"]["regions"]["*1"]["regions"]["*1"]["regions"]["*1"] 00458 ["regions"]["*1"]["regions"]["*1"]["regions"]["*1"]["blc"] 00459 ) 00460 expblc = [box1, box2, chan0, 1.0] 00461 self.compLists(gotblc, expblc) 00462 gottrc = recToList( 00463 myreg["regions"]["*1"]["regions"]["*1"]["regions"]["*1"]["regions"]["*1"] 00464 ["regions"]["*1"]["regions"]["*1"]["regions"]["*1"]["trc"] 00465 ) 00466 exptrc = [box3, box4, chan4, 2.0] 00467 self.compLists(gottrc, exptrc) 00468 00469 def test_multiple_boxes_multiple_stokes_no_spectral_axis(self): 00470 """Test multiple stokes ranges, and multiple boxes on image with no spectral axis""" 00471 00472 stokes = "IQV" 00473 chans = "" 00474 stokesControl = "a" 00475 box = "1,2,3,4,5,6,7,8" 00476 stokes_control = "a" 00477 myreg = run_frombcs( 00478 image_nospec, box, chans, stokes, stokes_control 00479 ) 00480 00481 # box="5,6,7,8", stokes="V" 00482 gotblc = recToList(myreg["regions"]["*2"]["blc"]) 00483 expblc = [box5, box6, 4.0] 00484 self.compLists(gotblc, expblc) 00485 gottrc = recToList(myreg["regions"]["*2"]["trc"]) 00486 exptrc = [box7, box8, 4.0] 00487 self.compLists(gottrc, exptrc) 00488 00489 # box="5,6,7,8", stokes="IQ" 00490 gotblc = recToList(myreg["regions"]["*1"]["regions"]["*2"]["blc"]) 00491 expblc = [box5, box6, 1.0] 00492 self.compLists(gotblc, expblc) 00493 gottrc = recToList(myreg["regions"]["*1"]["regions"]["*2"]["trc"]) 00494 exptrc = [box7, box8, 2.0] 00495 self.compLists(gottrc, exptrc) 00496 00497 # box="1,2,3,4", stokes="V" 00498 gotblc = recToList(myreg["regions"]["*1"]["regions"]["*1"]["regions"]["*2"]["blc"]) 00499 expblc = [box1, box2, 4.0] 00500 self.compLists(gotblc, expblc) 00501 gottrc = recToList(myreg["regions"]["*1"]["regions"]["*1"]["regions"]["*2"]["trc"]) 00502 exptrc = [box3, box4, 4.0] 00503 self.compLists(gottrc, exptrc) 00504 00505 # box="1,2,3,4", stokes="IQ" 00506 gotblc = recToList(myreg["regions"]["*1"]["regions"]["*1"]["regions"]["*1"]["blc"]) 00507 expblc = [box1, box2, 1.0] 00508 self.compLists(gotblc, expblc) 00509 gottrc = recToList(myreg["regions"]["*1"]["regions"]["*1"]["regions"]["*1"]["trc"]) 00510 exptrc = [box3, box4, 2.0] 00511 self.compLists(gottrc, exptrc) 00512 00513 def test_multiple_boxes_image_with_direction_coordinate_only(self): 00514 """Test multiple boxes on image with direction coordinate only""" 00515 00516 stokes = "" 00517 chans = "" 00518 stokesControl = "a" 00519 box = "1,2,3,4,5,6,7,8" 00520 stokes_control = "a" 00521 myreg = run_frombcs( 00522 image_dironly, box, chans, stokes, stokes_control 00523 ) 00524 00525 # box="5,6,7,8", stokes="V" 00526 gotblc = recToList(myreg["regions"]["*2"]["blc"]) 00527 expblc = [box5, box6] 00528 self.compLists(gotblc, expblc) 00529 gottrc = recToList(myreg["regions"]["*2"]["trc"]) 00530 exptrc = [box7, box8] 00531 self.compLists(gottrc, exptrc) 00532 00533 # box="1,2,3,4", stokes="IQ" 00534 gotblc = recToList(myreg["regions"]["*1"]["blc"]) 00535 expblc = [box1, box2] 00536 self.compLists(gotblc, expblc) 00537 gottrc = recToList(myreg["regions"]["*1"]["trc"]) 00538 exptrc = [box3, box4] 00539 self.compLists(gottrc, exptrc) 00540 00541 def test_region_text_string(self): 00542 """Test setting a region text string""" 00543 00544 region = "box[[1pix,2pix],[3pix,4pix]]\nbox[[5pix,6pix],[7pix,8pix]]\nbox[[9pix,10pix],[11pix,12pix]]" 00545 myreg = run_frombcs( 00546 image, "", "", "", "a", region 00547 ) 00548 00549 gotblc = recToList(myreg["regions"]["*2"]["blc"]) 00550 expblc = [box9, box10] 00551 self.compLists(gotblc, expblc); 00552 gottrc = recToList(myreg["regions"]["*2"]["trc"]) 00553 exptrc = [box11, box12] 00554 self.compLists(gottrc, exptrc) 00555 00556 gotblc = recToList(myreg["regions"]["*1"]["regions"]["*1"]["blc"]) 00557 expblc = [box1, box2] 00558 self.compLists(gotblc, expblc); 00559 gottrc = recToList(myreg["regions"]["*1"]["regions"]["*1"]["trc"]) 00560 exptrc = [box3, box4] 00561 self.compLists(gottrc, exptrc); 00562 00563 gotblc = recToList(myreg["regions"]["*1"]["regions"]["*2"]["blc"]) 00564 expblc = [box5, box6] 00565 self.compLists(gotblc, expblc); 00566 gottrc = recToList(myreg["regions"]["*1"]["regions"]["*2"]["trc"]) 00567 exptrc = [box7, box8] 00568 self.compLists(gottrc, exptrc); 00569 00570 00571 def suite(): 00572 return [rg_frombcs_test]
1.8.0
