def fmtstatus(x, y):
s = ''
row = int(np.floor(y + 0.5))
col = int(np.floor(x + 0.5))
if row >= 0 and col >= 0 and row < h and col < w:
if nomask or not array.mask[row, col]:
s += '%g ' % array[row, col]
if yflip:
y = h - 1 - y
row = h - 1 - row
lat, lon = toworld([y, x])
s += '[%d,%d] x=%.1f y=%.1f lat=%s lon=%s' % \
(row, col, x, y, fmtdeglat (lat), fmthours (lon))
return s
def fmtstatus (x, y):
s = ''
row = int (np.floor (y + 0.5))
col = int (np.floor (x + 0.5))
if row >= 0 and col >= 0 and row < h and col < w:
if nomask or not array.mask[row,col]:
s += '%g ' % array[row,col]
if yflip:
y = h - 1 - y
row = h - 1 - row
lat, lon = toworld ([y, x])
s += '[%d,%d] x=%.1f y=%.1f lat=%s lon=%s' % \
(row, col, x, y, fmtdeglat (lat), fmthours (lon))
return s
def fmtstatusi(i, x, y):
s = ''
row = int(np.floor(y + 0.5))
col = int(np.floor(x + 0.5))
if row >= 0 and col >= 0 and row < h and col < w:
if nomasks[i] or not arrays[i].mask[row, col]:
s += '%g ' % arrays[i][row, col]
if yflip:
y = h - 1 - y
row = h - 1 - row
s += '[%d,%d] x=%.1f y=%.1f' % (row, col, x, y)
if toworlds[i] is not None:
lat, lon = toworlds[i]([y, x])
s += ' lat=%s lon=%s' % (fmtdeglat(lat), fmthours(lon))
return s
def fmtstatusi (i, x, y):
s = ''
row = int (np.floor (y + 0.5))
col = int (np.floor (x + 0.5))
if row >= 0 and col >= 0 and row < h and col < w:
if nomasks[i] or not arrays[i].mask[row,col]:
s += '%g ' % arrays[i][row,col]
if yflip:
y = h - 1 - y
row = h - 1 - row
s += '[%d,%d] x=%.1f y=%.1f' % (row, col, x, y)
if toworlds[i] is not None:
lat, lon = toworlds[i] ([y, x])
s += ' lat=%s lon=%s' % (fmtdeglat (lat),
fmthours (lon))
return s