shaded = options.shaded
singlerow = options.singlerow
singlecolumn = options.singlecolumn
relative = options.relative
rasterized = options.rasterized
tol = options.tol
varname = options.varname
shape_filename = options.shape_filename
cmap = None
if colormap is not None:
try:
cdict = plt.cm.datad[colormap]
except:
# import and convert colormap
cdict = ppt.gmtColormap(colormap)
cmap = colors.LinearSegmentedColormap("my_colormap", cdict)
# check output format
suffix = out_file.split(".")[-1]
if suffix not in ("png", "pdf", "ps", "eps", "svg"):
print(
("Requested output format %s not supported, try png, pdf, svg, ps, eps"
% suffix))
import sys.exit
sys.exit
# set constants and other stuff
geotiff_rasterized = True
out_file = options.out_file
shaded = options.shaded
singlerow = options.singlerow
singlecolumn = options.singlecolumn
relative = options.relative
rasterized = options.rasterized
tol = options.tol
varname = options.varname
cmap = None
if colormap is not None:
try:
cdict = plt.cm.datad[colormap]
except:
# import and convert colormap
cdict = ppt.gmtColormap(colormap)
cmap = colors.LinearSegmentedColormap('my_colormap', cdict)
# check output format
suffix = out_file.split('.')[-1]
if suffix not in ('png', 'pdf', 'ps', 'eps', 'svg'):
print(('Requested output format %s not supported, try png, pdf, svg, ps, eps'
% suffix))
import sys.exit
sys.exit
vars_speed = ('csurf', 'cbase', 'cbar', 'magnitude', 'balvelmag', 'surfvelmag', 'velbase_mag',
'velsurf_mag', 'velshear_mag')
vars_dem = ('thk', 'usurf', 'usrf', 'surface_altitude',
'surface', 'land_ice_thickness')
vars_topo = ('topg', 'bedrock_altitude', 'bed')
'bed',
'$u_{c}$',
'O',
'K',
'Hm',
'E$_{\mathregular{ssa}}$',
'B',
'f')
params_abbr_dict = dict(zip(params, params_abbr))
try:
cdict = plt.cm.datad[colormap]
except:
# import and convert colormap
cdict = ppt.gmtColormap(colormap)
cmap = colors.LinearSegmentedColormap('my_colormap', cdict)
# Init Unit system
sys = System()
# Plotting styles
axisbg = '0.9'
shadow_color = '0.25'
numpoints = 1
aspect_ratio = golden_mean
# set the print mode
lw, pad_inches = ppt.set_mode(print_mode, aspect_ratio=aspect_ratio)
