def main_show(cls):
# Usage one of:
# <driver> people
# <driver> pairs
from utils.glviewer import glumpy_viewer, command, glumpy
import larray
# print 'ARGV', sys.argv
try:
task = sys.argv[2]
except IndexError:
print >> sys.stderr, "Usage one of"
print >> sys.stderr, " <driver> lfw.<imgset> people"
print >> sys.stderr, " <driver> lfw.<imgset> pairs"
print >> sys.stderr, " <driver> lfw.<imgset> pairs_train"
print >> sys.stderr, " <driver> lfw.<imgset> pairs_test"
print >> sys.stderr, " <driver> lfw.<imgset> pairs_10folds"
return 1
if task == "people":
self = cls()
image_paths = [self.image_path(m) for m in self.meta]
names = np.asarray([m["name"] for m in self.meta])
glumpy_viewer(img_array=larray.lmap(utils.image.load_rgb_f32, image_paths), arrays_to_print=[names])
elif task == "pairs" or sys.argv[2] == "pairs_train":
raise NotImplementedError()
elif task == "pairs_test":
raise NotImplementedError()
elif task == "pairs_10folds":
fold_num = int(sys.argv[3])
raise NotImplementedError()
if 0:
left_imgs = img_load(lpaths, slice_, color, resize)
right_imgs = img_load(rpaths, slice_, color, resize)
pairs = larray.lzip(left_imgs, right_imgs)
def show():
Y = [m['label'] for m in self.meta]
glumpy_viewer(
img_array=CIFAR10._pixels,
arrays_to_print=[Y],
cmap=glumpy.colormap.Grey,
window_shape=(32 * 2, 32 * 2))
def main_show(cls):
# Usage one of:
# <driver> people
# <driver> pairs
from utils.glviewer import glumpy_viewer
try:
task = sys.argv[2]
except IndexError:
print >> sys.stderr, "Usage one of"
print >> sys.stderr, " <driver> lfw.<imgset> people"
print >> sys.stderr, " <driver> lfw.<imgset> pairs"
print >> sys.stderr, " <driver> lfw.<imgset> pairs_train"
print >> sys.stderr, " <driver> lfw.<imgset> pairs_test"
print >> sys.stderr, " <driver> lfw.<imgset> pairs_10folds"
return 1
if task == 'people':
self = cls()
image_paths = [self.image_path(m) for m in self.meta]
names = np.asarray([m['name'] for m in self.meta])
glumpy_viewer(
img_array=larray.lmap(
utils.image.load_rgb_f32,
image_paths),
arrays_to_print=[names])
elif task == 'pairs' or sys.argv[2] == 'pairs_train':
raise NotImplementedError()
elif task == 'pairs_test':
raise NotImplementedError()
elif task == 'pairs_10folds':
raise NotImplementedError()
def main_show(cls):
# Usage one of:
# <driver> people
# <driver> pairs
from utils.glviewer import glumpy_viewer
try:
task = sys.argv[2]
except IndexError:
print >> sys.stderr, "Usage one of"
print >> sys.stderr, " <driver> lfw.<imgset> people"
print >> sys.stderr, " <driver> lfw.<imgset> pairs"
print >> sys.stderr, " <driver> lfw.<imgset> pairs_train"
print >> sys.stderr, " <driver> lfw.<imgset> pairs_test"
print >> sys.stderr, " <driver> lfw.<imgset> pairs_10folds"
return 1
if task == 'people':
self = cls()
image_paths = [self.image_path(m) for m in self.meta]
names = np.asarray([m['name'] for m in self.meta])
glumpy_viewer(img_array=larray.lmap(utils.image.load_rgb_f32,
image_paths),
arrays_to_print=[names])
elif task == 'pairs' or sys.argv[2] == 'pairs_train':
raise NotImplementedError()
elif task == 'pairs_test':
raise NotImplementedError()
elif task == 'pairs_10folds':
raise NotImplementedError()
def main_show(cls):
from utils.glviewer import glumpy_viewer, glumpy
self = cls()
labels = [m['label'] for m in self.meta]
glumpy_viewer(img_array=self._inputs,
arrays_to_print=[labels],
cmap=glumpy.colormap.Grey,
window_shape=(28 * 3, 28 * 3))
def main_show(cls):
from utils.glviewer import glumpy_viewer, command, glumpy
self = cls()
imgs = self.images_larray('uint8')
Y = range(len(imgs))
glumpy_viewer(img_array=imgs,
arrays_to_print=[Y],
cmap=glumpy.colormap.Grey)
def main_show():
from utils.glviewer import glumpy_viewer, glumpy
Y = [m['label'] for m in self.meta]
glumpy_viewer(
img_array=CIFAR10._pixels,
arrays_to_print=[Y],
cmap=glumpy.colormap.Grey,
window_shape=(32 * 2, 32 * 2))
def main_show(cls):
from utils.glviewer import glumpy_viewer, command, glumpy
self = cls()
Y = [m['label'] for m in self.meta]
glumpy_viewer(
img_array=cls.arrays['train_images'],
arrays_to_print=[Y],
cmap=glumpy.colormap.Grey)
def main_show(cls):
from utils.glviewer import glumpy_viewer, glumpy
self = cls()
labels = [m['label'] for m in self.meta]
glumpy_viewer(
img_array=self._inputs,
arrays_to_print=[labels],
cmap=glumpy.colormap.Grey,
window_shape=(28 * 3, 28 * 3))
def main_show():
"""compatibility with bin/datasets-show"""
from utils.glviewer import glumpy_viewer
import larray
pf = PubFig83()
names = [m['name'] for m in pf.meta]
paths = [pf.image_path(m) for m in pf.meta]
glumpy_viewer(img_array=larray.lmap(utils.image.ImgLoader(), paths),
arrays_to_print=[names])
def main_show(cls):
from utils.glviewer import glumpy_viewer, command, glumpy
self = cls()
imgs = self.images_larray('uint8')
Y = range(len(imgs))
glumpy_viewer(
img_array=imgs,
arrays_to_print=[Y],
cmap=glumpy.colormap.Grey)
def main_show():
"""compatibility with bin/datasets-show"""
from utils.glviewer import glumpy_viewer
import larray
pf = PubFig83()
names = [m['name'] for m in pf.meta]
paths = [pf.image_path(m) for m in pf.meta]
glumpy_viewer(
img_array=larray.lmap(utils.image.ImgLoader(), paths),
arrays_to_print=[names])
def show():
Y = [m['label'] for m in self.meta]
glumpy_viewer(img_array=CIFAR10._pixels,
arrays_to_print=[Y],
cmap=glumpy.colormap.Grey,
window_shape=(32 * 2, 32 * 2))
