def layout_figures(back):
# Options -> Layout Figures
print('[back] layout_figures')
nCols = 3
nRows = 2
if back.app is None:
print('[*back] WARNING: cannot detect screen geometry')
dlen = 1618
else:
app = back.app
screen_rect = app.desktop().screenGeometry()
width = screen_rect.width()
height = screen_rect.height()
dlen = np.sqrt(width**2 + height**2) / 1.618
df2.present(num_rc=(nRows, nCols), wh=dlen, wh_off=(0, 60))
def layout_figures(back):
# Options -> Layout Figures
print('[back] layout_figures')
nCols = 3
nRows = 2
if back.app is None:
print('[*back] WARNING: cannot detect screen geometry')
dlen = 1618
else:
app = back.app
screen_rect = app.desktop().screenGeometry()
width = screen_rect.width()
height = screen_rect.height()
dlen = np.sqrt(width ** 2 + height ** 2) / 1.618
df2.present(num_rc=(nRows, nCols), wh=dlen, wh_off=(0, 60))
raise KeyError('use_testcache=False')
ex2_cxs = helpers.load_testdata('ex2_cxs', uid=hs.get_db_name())
except KeyError:
ex2_cxs = encounter.get_chip_encounters(hs)
helpers.save_testdata('ex2_cxs', uid=hs.get_db_name())
cxs = ex2_cxs[-1]
assert len(cxs) > 1
qcx2_res = encounter.intra_query_cxs(hs, cxs)
# Make a graph between the chips
graph_netx = encounter.make_chip_graph(qcx2_res)
netx.write_dot(graph_netx, 'encounter_graph.dot')
try:
import graph_tool
graph = graph_tool.Graph()
except ImportError as ex:
print(ex)
#encounter.viz_chipgraph(hs, graph, fnum=20, with_images=False)
#encounter.viz_chipgraph(hs, graph, fnum=20, with_images=True)
df2.update()
if __name__ == '__main__':
multiprocessing.freeze_support()
hs = test_api.main()
test_encounter(hs)
exec(df2.present())
'''
python _tests/test_encounter.py --dbdir ~/data/work/MISC_Jan12
python _tests/test_encounter.py --dbdir ~/data/work/NAUTS_Dan
'''
if __name__ == '__main__':
multiprocessing.freeze_support()
print('[dev] __main__ ')
# useful when copy and pasting into ipython
main_locals = dev_main()
hs = main_locals['hs']
qcx_list = main_locals['qcx_list']
exec(helpers.execstr_dict(main_locals, 'main_locals'))
print('[dev]====================')
if hs.args.printoff:
all_printoff()
mf.print_off() # Make testing slightly faster
# Big test function. Should be replaced with something
# not as ugly soon.
run_investigations(hs, qcx_list)
# A redundant query argument. Again, needs to be replaced.
if hs.args.query is not None and len(hs.args.query) > 0:
qcx = hs.cid2_cx(hs.args.query[0])
res = hs.query(qcx)
res.show_top(hs)
print('[dev]====================')
kwargs = {}
dcxs = None
query_cfg = None
if hs.args.nopresent:
print('...not presenting')
sys.exit(0)
allres = allres_ptr[0]
exec(df2.present()) # **df2.OooScreen2()
if __name__ == '__main__':
multiprocessing.freeze_support()
print('[dev] __main__ ')
# useful when copy and pasting into ipython
main_locals = dev_main()
hs = main_locals['hs']
qcx_list = main_locals['qcx_list']
exec(helpers.execstr_dict(main_locals, 'main_locals'))
print('[dev]====================')
if hs.args.printoff:
all_printoff()
mf.print_off() # Make testing slightly faster
# Big test function. Should be replaced with something
# not as ugly soon.
run_investigations(hs, qcx_list)
# A redundant query argument. Again, needs to be replaced.
if hs.args.query is not None and len(hs.args.query) > 0:
qcx = hs.cid2_cx(hs.args.query[0])
res = hs.query(qcx)
res.show_top(hs)
print('[dev]====================')
kwargs = {}
dcxs = None
query_cfg = None
if hs.args.nopresent:
print('...not presenting')
sys.exit(0)
allres = allres_ptr[0]
exec(df2.present()) # **df2.OooScreen2()