def query_result_fname(qaid, qauuid, cfgstr, ext='.npz', hack27=False):
"""
Builds a filename for a queryresult
Args:
qaid (int): query annotation rowid
qauuid (uuid.UUID): query annotation unique universal id
cfgstr (str): query parameter configuration string
ext (str): filetype extension
"""
import warnings
warnings.warn('Should be using new chip_match structure')
#fname_fmt = 'res_{cfgstr}_qaid={qaid}_qauuid={quuid}{ext}'
fname_fmt = 'qaid={qaid}_res_{cfgstr}_quuid={quuid}{ext}'
quuid_str = str(qauuid)[0:8] if TRUNCATE_UUIDS else str(qauuid)
fmt_dict = dict(cfgstr=cfgstr, qaid=qaid, quuid=quuid_str, ext=ext)
#fname = fname_fmt.format(**fmt_dict)
fname = ut.long_fname_format(fname_fmt, fmt_dict, ['cfgstr'], max_len=MAX_FNAME_LEN, hack27=hack27)
# condence the filename if it is too long (grumble grumble windows)
#if (not FORCE_LONGNAME) and len(fname) > 64:
#if len(fname) > MAX_FNAME_LEN:
# hash_id = ut.hashstr(cfgstr)
# fname = fname_fmt.format(
# cfgstr=hash_id, qaid=qaid, quuid=quuid_str, ext=ext)
return fname
def query_result_fname(qaid, qauuid, cfgstr, ext='.npz', hack27=False):
"""
Builds a filename for a queryresult
Args:
qaid (int): query annotation rowid
qauuid (uuid.UUID): query annotation unique universal id
cfgstr (str): query parameter configuration string
ext (str): filetype extension
"""
import warnings
warnings.warn('Should be using new chip_match structure')
#fname_fmt = 'res_{cfgstr}_qaid={qaid}_qauuid={quuid}{ext}'
fname_fmt = 'qaid={qaid}_res_{cfgstr}_quuid={quuid}{ext}'
quuid_str = str(qauuid)[0:8] if TRUNCATE_UUIDS else str(qauuid)
fmt_dict = dict(cfgstr=cfgstr, qaid=qaid, quuid=quuid_str, ext=ext)
#fname = fname_fmt.format(**fmt_dict)
fname = ut.long_fname_format(fname_fmt, fmt_dict, ['cfgstr'], max_len=MAX_FNAME_LEN, hack27=hack27)
# condence the filename if it is too long (grumble grumble windows)
#if (not FORCE_LONGNAME) and len(fname) > 64:
#if len(fname) > MAX_FNAME_LEN:
# hash_id = ut.hashstr(cfgstr)
# fname = fname_fmt.format(
# cfgstr=hash_id, qaid=qaid, quuid=quuid_str, ext=ext)
return fname
def get_word_dname(wx, metrics):
stats_ = metrics.wx2_wdist_stats[wx]
wname_clean = 'wx=%06d' % wx
stats1 = 'max={max},min={min},mean={mean},'.format(**stats_)
stats2 = 'std={std},nMaxMin=({nMax},{nMin}),shape={shape}'.format(**stats_)
fname_fmt = wname_clean + '_{stats1}{stats2}'
fmt_dict = dict(stats1=stats1, stats2=stats2)
word_dname = ut.long_fname_format(fname_fmt, fmt_dict, ['stats2', 'stats1'], max_len=250, hashlen=4)
return word_dname
def prepare_figure_fpath(fig,
fpath,
fnum,
usetitle,
defaultext,
verbose,
dpath=None):
if fpath is None or usetitle:
if fig._suptitle is not None:
# safer than using the canvas window title
# that only works in qt
title = 'fig(%r) ' % (fig.number, ) + fig._suptitle.get_text()
else:
title = fig.canvas.get_window_title()
if fpath is None:
fpath = sanitize_img_fname(title)
elif usetitle:
title = sanitize_img_fname(title)
fpath = join(fpath, title)
# Split into dpath, fname, and extension
dpath_, fname_ = split(fpath)
if dpath is None:
dpath = dpath_
fname, ext = splitext(fname_)
# Add the extension back if it wasnt a real extension
if ext not in ut.IMG_EXTENSIONS and ext != '.pdf':
fname += ext
ext = ''
# Add in DPI information
# size_suffix = 'DPI=%r_WH=%d,%d' % (custom_constants.DPI, custom_constants.FIGSIZE[0], custom_constants.FIGSIZE[1])
add_render_suffix = False
if add_render_suffix:
size_suffix = 'DPI=%r_WH=%d,%d' % (
fig.dpi,
int(fig.get_figwidth()),
int(fig.get_figheight()),
)
else:
size_suffix = ''
# Sanatize
fname = sanitize_img_fname(fname)
ext = sanitize_img_ext(ext, defaultext)
# Format safely
fname_fmt = '{fname}_{size_suffix}{ext}'
fmt_dict = dict(fname=fname, ext=ext, size_suffix=size_suffix)
if verbose > 1:
print('[custom_figure] Formating long name')
fname_clean = ut.long_fname_format(fname_fmt,
fmt_dict, ['size_suffix', 'fname'],
max_len=155,
hashlen=8)
# Normalize extension
fpath_clean = join(dpath, fname_clean)
return fpath_clean
def get_word_dname(wx, metrics):
stats_ = metrics.wx2_wdist_stats[wx]
wname_clean = 'wx=%06d' % wx
stats1 = 'max={max},min={min},mean={mean},'.format(**stats_)
stats2 = 'std={std},nMaxMin=({nMax},{nMin}),shape={shape}'.format(**stats_)
fname_fmt = wname_clean + '_{stats1}{stats2}'
fmt_dict = dict(stats1=stats1, stats2=stats2)
word_dname = ut.long_fname_format(fname_fmt,
fmt_dict, ['stats2', 'stats1'],
max_len=250,
hashlen=4)
return word_dname
def append_copy_task(self, fpath_orig, dstdir=None):
""" helper which copies a summary figure to root dir """
fname_orig, ext = splitext(basename(fpath_orig))
outdir = dirname(fpath_orig)
fdir_clean, cfgdir = split(outdir)
if dstdir is None:
dstdir = fdir_clean
#aug = cfgdir[0:min(len(cfgdir), 10)]
aug = cfgdir
fname_fmt = '{aug}_{fname_orig}{ext}'
fmt_dict = {'aug': aug, 'fname_orig': fname_orig, 'ext': ext}
fname_clean = ut.long_fname_format(fname_fmt, fmt_dict, ['fname_orig'], max_len=128)
fdst_clean = join(dstdir, fname_clean)
self.cp_task_list.append((fpath_orig, fdst_clean))
def append_copy_task(self, fpath_orig, dstdir=None):
""" helper which copies a summary figure to root dir """
fname_orig, ext = splitext(basename(fpath_orig))
outdir = dirname(fpath_orig)
fdir_clean, cfgdir = split(outdir)
if dstdir is None:
dstdir = fdir_clean
#aug = cfgdir[0:min(len(cfgdir), 10)]
aug = cfgdir
fname_fmt = '{aug}_{fname_orig}{ext}'
fmt_dict = {'aug': aug, 'fname_orig': fname_orig, 'ext': ext}
fname_clean = ut.long_fname_format(fname_fmt,
fmt_dict, ['fname_orig'],
max_len=128)
fdst_clean = join(dstdir, fname_clean)
self.cp_task_list.append((fpath_orig, fdst_clean))
def prepare_figure_fpath(fig, fpath, fnum, usetitle, defaultext, verbose,
dpath=None):
if fpath is None or usetitle:
if fig._suptitle is not None:
# safer than using the canvas window title
# that only works in qt
title = 'fig(%r) ' % (fig.number,) + fig._suptitle.get_text()
else:
title = fig.canvas.get_window_title()
if fpath is None:
fpath = sanitize_img_fname(title)
elif usetitle:
title = sanitize_img_fname(title)
fpath = join(fpath, title)
# Split into dpath, fname, and extension
dpath_, fname_ = split(fpath)
if dpath is None:
dpath = dpath_
fname, ext = splitext(fname_)
# Add the extension back if it wasnt a real extension
if ext not in ut.IMG_EXTENSIONS and ext != '.pdf':
fname += ext
ext = ''
# Add in DPI information
#size_suffix = 'DPI=%r_WH=%d,%d' % (custom_constants.DPI, custom_constants.FIGSIZE[0], custom_constants.FIGSIZE[1])
add_render_suffix = False
if add_render_suffix:
size_suffix = 'DPI=%r_WH=%d,%d' % (fig.dpi, int(fig.get_figwidth()), int(fig.get_figheight()))
else:
size_suffix = ''
# Sanatize
fname = sanitize_img_fname(fname)
ext = sanitize_img_ext(ext, defaultext)
# Format safely
fname_fmt = '{fname}_{size_suffix}{ext}'
fmt_dict = dict(fname=fname, ext=ext, size_suffix=size_suffix)
if verbose > 1:
print('[custom_figure] Formating long name')
fname_clean = ut.long_fname_format(fname_fmt, fmt_dict, ['size_suffix', 'fname'], max_len=155, hashlen=8)
# Normalize extension
fpath_clean = join(dpath, fname_clean)
return fpath_clean