def __new__(cls, *args, **kywds):
def set_hidden_vars(obj):
obj._tri = None
for key in default_kargs:
if not obj.hasp(key): obj.setp(key, default_kargs[key])
if not obj.hasvar(key): obj.setvar(key, default_kargs[key])
return obj
if kywds.has_key('src'):
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
return obj
p = ArgsParser()
p.add_var('x', ['any'])
# p.set_default_list(default_kargs)
p.add_key('alpha', 1.0)
p.add_key('color', 'b')
v, kywds, d, flag = p.process(*args, **kywds)
if not flag:
raise ValueError('Failed when processing argument')
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
for name in ('x', 'alpha', 'color'):
obj.setvar(name, v[name])
obj.setvar("kywds", kywds)
return obj
def __new__(cls, *args, **kywds):
def set_hidden_vars(obj):
obj._tri = None
for key in default_kargs:
if not obj.hasp(key): obj.setp(key, default_kargs[key])
if not obj.hasvar(key): obj.setvar(key, default_kargs[key])
return obj
if kywds.has_key('src'):
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
return obj
p = ArgsParser()
p.add_var('x', ['any'])
# p.set_default_list(default_kargs)
p.add_key('alpha', 1.0)
p.add_key('color', 'b')
v, kywds, d, flag = p.process(*args, **kywds)
if not flag:
raise ValueError('Failed when processing argument')
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
for name in ('x','alpha','color'):
obj.setvar(name, v[name])
obj.setvar("kywds", kywds)
return obj
def __new__(cls, *args, **kywds):
def set_hidden_vars(obj):
obj._objs = [] # for debug....
obj._data_extent = None
return obj
if 'src' in kywds:
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
return obj
p = ArgsParser()
p.add_var('v', ['iter|nonstr', 'dynamic'])
p.add_opt('idxset', None, ['numbers|nonstr', 'dynamic'])
#p.add_key('cmap', None)
if 'cz' in kywds and kywds['cz']:
def_alpha = None
def_ec = None
def_fc = None
def_lw = 0.0
else:
def_alpha = 1.0
def_ec = (0, 0, 0, 1)
def_fc = (0, 0, 1, 1)
def_lw = 1.0
# this prevent from passing linewidth to aritist
def_lw = kywds.pop('linewidth', def_lw)
p.add_key('linewidths', def_lw)
p.add_key('alpha', def_alpha)
p.add_key('facecolor', def_fc)
p.add_key('edgecolor', def_ec)
p.add_key('normals', None)
p.add_key('cz', False, 'bool')
p.add_key('cdata', None)
p.add_key('shade', 'linear')
p.add_key('array_idx', None)
p.add_key('edge_idx', None)
p.add_key('use_pointfill', False)
p.add_key('draw_last', False)
v, kywds, d, flag = p.process(*args, **kywds)
if not flag:
raise ValueError('Failed when processing argument')
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
for name in v:
obj.setvar(name, v[name])
obj.setvar("kywds", kywds)
return obj
def __new__(cls, *args, **kywds):
def set_hidden_vars(obj):
obj._mpl_cmd = 'plot'
obj._eb_container = (None, tuple(), tuple())
obj._other_artists = []
obj._objs = [] # for debug....
obj._data_extent = None
obj._is_decimate = False
obj._use_decimate = False
obj._decimate_limit = _decimate_limit
return obj
if 'src' in kywds:
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
return obj
mpl_cmd = kywds.pop('mpl_command', 'plot')
p = ArgsParser()
p.add_opt('x', None, ['numbers|nonstr', 'dynamic'])
p.add_var('y', ['numbers|nonstr', 'dynamic'])
p.add_opt('z', None, ['numbers|nonstr', 'dynamic'])
p.add_opt('s', '', 'str') # optional argument
p.add_key('cz', False, 'bool')
# if mpl_cmd is 'errorbar':
p.add_key('xerr', None)
p.add_key('yerr', None)
p.add_key('ecolor', None)
p.add_key('elinewidth', None)
p.add_key('array_idx', None)
if 'cz' in kywds and kywds['cz']:
p.add_key('cmap', 'jet')
p.add_key('c', None)
p.set_ndconvert("x", "y", "z", "xerr", "yerr", "c")
p.set_squeeze_minimum_1D("x", "y", "z", "xerr", "yerr", "c")
v, kywds, d, flag = p.process(*args, **kywds)
if not flag:
raise ValueError('Failed when processing argument')
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
obj._mpl_cmd = mpl_cmd
if (v["x"] is None and not isdynamic(v["y"])):
v["x"] = np.arange(v["y"].shape[-1]).astype(v["y"].dtype)
if 'cmap' in v and v['cmap'] is not None:
if isinstance(v['cmap'], Colormap):
v['cmap'] = v['cmap'].name
kywds['cmap'] = v['cmap']
del v['cmap']
for name in v:
obj.setvar(name, v[name])
obj.setvar("kywds", kywds)
return obj
def __new__(cls, *args, **kywds):
def set_hidden_vars(obj):
obj._tri = None
for key in default_kargs:
if not obj.hasp(key):
obj.setp(key, default_kargs[key])
if not obj.hasvar(key):
obj.setvar(key, default_kargs[key])
return obj
if 'src' in kywds:
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
return obj
p = ArgsParser()
p.add_var('x', ['numbers|nonstr', 'dynamic'])
p.add_var('y', ['numbers|nonstr', 'dynamic'])
p.add_opt('z', None, ['numbers|nonstr'])
p.add_key('s', 20)
p.add_key('c', 'b', ['numbers', 'str'])
p.add_key('marker', 'o')
p.add_key('sscale', 1.0)
p.set_ndconvert(
"x",
"y",
"z",
)
p.set_squeeze_minimum_1D(
"x",
"y",
"z",
)
# p.set_default_list(default_kargs)
p.add_key('alpha', 1.0)
p.add_key('cmap', 'jet')
v, kywds, d, flag = p.process(*args, **kywds)
if not flag:
raise ValueError('Failed when processing argument')
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
for name in ('x', 'y', 'z', 's', 'c', 'alpha', 'marker', 'sscale'):
obj.setvar(name, v[name])
if v['cmap'] is not None:
if isinstance(v['cmap'], Colormap):
v['cmap'] = v['cmap'].name
kywds['cmap'] = v['cmap']
del v['cmap']
obj.setvar("kywds", kywds)
return obj
def __new__(cls, *args, **kywds):
def set_hidden_vars(obj):
obj._objs=[] ## for debug....
obj._data_extent=None
return obj
if kywds.has_key('src'):
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
return obj
p = ArgsParser()
p.add_var('v', ['iter|nonstr', 'dynamic'])
p.add_opt('idxset', None, ['numbers|nonstr', 'dynamic'])
#p.add_key('cmap', None)
if 'cz' in kywds and kywds['cz']:
def_alpha = None
def_ec = None
def_fc = None
def_lw = 0.0
else:
def_alpha = 1.0
def_ec = (0, 0, 0, 1)
def_fc = (0, 0, 1, 1)
def_lw = 1.0
# this prevent from passing linewidth to aritist
def_lw = kywds.pop('linewidth', def_lw)
p.add_key('linewidths', def_lw)
p.add_key('alpha', def_alpha)
p.add_key('facecolor', def_fc)
p.add_key('edgecolor', def_ec)
p.add_key('normals', None)
p.add_key('cz', False, 'bool')
p.add_key('cdata', None)
p.add_key('shade', 'linear')
p.add_key('array_idx', None)
p.add_key('use_pointfill', False)
p.add_key('draw_last', False)
v, kywds,d, flag = p.process(*args, **kywds)
if not flag:
raise ValueError('Failed when processing argument')
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
for name in v.keys(): obj.setvar(name, v[name])
obj.setvar("kywds", kywds)
return obj
def __new__(cls, *args, **kywds):
def set_hidden_vars(obj):
obj._mpl_cmd = 'plot'
obj._eb_container = (None, tuple(), tuple())
obj._other_artists = []
obj._objs=[] ## for debug....
obj._data_extent=None
obj._is_decimate = False
obj._use_decimate = False
obj._decimate_limit = _decimate_limit
return obj
if kywds.has_key('src'):
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
return obj
mpl_cmd = kywds.pop('mpl_command', 'plot')
p = ArgsParser()
p.add_opt('x', None, ['numbers|nonstr', 'dynamic'])
p.add_var('y', ['numbers|nonstr', 'dynamic'])
p.add_opt('z', None, ['numbers|nonstr', 'dynamic'])
p.add_opt('s', '', 'str') ### optional argument
p.add_key('cz', False, 'bool')
# if mpl_cmd is 'errorbar':
p.add_key('xerr', None)
p.add_key('yerr', None)
p.add_key('ecolor', None)
p.add_key('elinewidth', None)
p.add_key('array_idx', None)
if 'cz' in kywds and kywds['cz']:
p.add_key('cmap', 'jet')
p.add_key('c', None)
p.set_ndconvert("x","y","z","xerr","yerr", "c")
p.set_squeeze_minimum_1D("x","y","z","xerr","yerr", "c")
v, kywds,d, flag = p.process(*args, **kywds)
if not flag:
raise ValueError('Failed when processing argument')
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
obj._mpl_cmd = mpl_cmd
if (v["x"] is None and not isdynamic(v["y"])):
v["x"] = np.arange(v["y"].shape[-1]).astype(v["y"].dtype)
if 'cmap' in v and v['cmap'] is not None:
if isinstance(v['cmap'], Colormap): v['cmap'] = v['cmap'].name
kywds['cmap'] = v['cmap']
del v['cmap']
for name in v.keys(): obj.setvar(name, v[name])
obj.setvar("kywds", kywds)
return obj
def __new__(cls, *args, **kywds):
"""
quiver : quiver plot
quiver(U, V, **kargs)
quiver(U, V, C, **kargs)
quiver(X, Y, U, V, **kargs)
quiver(X, Y, U, V, C, **kargs)
"""
def set_hidden_vars(obj):
return obj
if 'src' in kywds:
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
return obj
p = ArgsParser()
p.add_opt('x', None, ['numbers|nonstr', 'dynamic'])
p.add_opt('y', None, ['numbers|nonstr', 'dynamic'])
p.add_var('u', ['numbers|nonstr', 'dynamic'])
p.add_var('v', ['numbers|nonstr', 'dynamic'])
p.add_opt('c', None, ['numbers|nonstr', 'dynamic'])
p.set_default_list(default_kargs)
p.add_key2(("alpha", "cmap"))
p.add_key2(("pivot", "pivot"))
p.set_pair("x", "y") # x and y should be given
# together
p.set_ndconvert("x", "y", "u", "v", "c")
# p.set_squeeze_minimum_1D("x","y","z")
v, kywds, d, flag = p.process(*args, **kywds)
dprint2(d)
if not flag:
raise ValueError('Failed when processing argument')
return None
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
for name in ('u', 'v', 'c', 'x', 'y'):
obj.setvar(name, v[name])
for name in ('alpha', 'cmap', 'pivot'):
obj.setvar(name, v[name])
if v['cmap'] is not None:
kywds['cmap'] = v['cmap']
obj.setvar("kywds", kywds)
return obj
def __new__(cls, *args, **kywds):
def set_hidden_vars(obj):
obj._objs = [] # for debug....
obj._data_extent = None
obj._coarse_artist = None
obj._fine_artist = None
return obj
if 'src' in kywds:
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
return obj
p = ArgsParser()
p.add_opt('x', None, ['iter|nonstr', 'dynamic'])
p.add_opt('y', None, ['iter|nonstr', 'dynamic'])
p.add_var('z', ['iter|nonstr', 'dynamic'])
p.add_key('cmap', None)
p.add_key('shade', 'flat')
p.add_key('linewidth', 1.0)
p.add_key('alpha', None)
p.add_key('rstride', 1)
p.add_key('cstride', 1)
p.add_key('edgecolor', 'k')
p.add_key('facecolor', 'b')
p.add_key('cz', not 'color' in kywds)
p.add_key('cdata', None)
p.set_pair("x", "y")
p.set_ndconvert("x", "y", "z")
p.set_squeeze_minimum_1D("x", "y", "z")
v, kywds, d, flag = p.process(*args, **kywds)
if not flag:
raise ValueError('Failed when processing argument')
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
if v['cmap'] is not None:
if isinstance(v['cmap'], Colormap):
v['cmap'] = v['cmap'].name
kywds['cmap'] = v['cmap']
del v['cmap']
for name in v:
obj.setvar(name, v[name])
obj.setvar("kywds", kywds)
return obj
def __new__(cls, *args, **kywds):
def set_hidden_vars(obj):
obj._mpl_cmd = 'fill'
obj._data_extent = None
return obj
if 'src' in kywds:
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
return obj
mpl_cmd, kywds = ProcessKeywords(kywds, 'mpl_command', 'fill')
p = ArgsParser()
if mpl_cmd == 'fill_betweenx':
p.add_var('y', ['iter|nonstr', 'dynamic'])
p.add_opt('x', None, ['iter|nonstr', 'dynamic'])
else:
p.add_opt('x', None, ['iter|nonstr', 'dynamic'])
p.add_var('y', ['iter|nonstr', 'dynamic'])
if mpl_cmd == 'fill':
p.add_opt('s', '', 'str')
p.add_key('x2', None)
p.add_key('y2', None)
p.add_key('where', None)
p.add_key('edgecolor', 'black')
p.add_key('linewidth', 1.0)
p.add_key('linestyle', 'solid')
p.add_key('alpha', 1)
p.add_key('facecolor', 'blue')
p.add_key('zs', 0)
p.set_ndconvert("x", "y", "x2", "y2")
v, kywds, d, flag = p.process(*args, **kywds)
if not flag:
raise ValueError('Failed when processing argument')
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
obj._mpl_cmd = mpl_cmd
if v["x"] is None:
v["x"] = np.arange(v["y"].shape[-1])
for name in v:
obj.setvar(name, v[name])
obj.setvar("kywds", kywds)
return obj
def __new__(cls, *args, **kywds):
def set_hidden_vars(obj):
obj._objs=[] ## for debug....
obj._data_extent=None
obj._coarse_artist = None
obj._fine_artist = None
return obj
if kywds.has_key('src'):
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
return obj
p = ArgsParser()
p.add_opt('x', None, ['iter|nonstr', 'dynamic'])
p.add_opt('y', None, ['iter|nonstr', 'dynamic'])
p.add_var('z', ['iter|nonstr', 'dynamic'])
p.add_key('cmap', None)
p.add_key('shade', 'flat')
p.add_key('linewidth', 1.0)
p.add_key('alpha', None)
p.add_key('rstride', 1)
p.add_key('cstride', 1)
p.add_key('edgecolor', 'k')
p.add_key('facecolor', 'b')
p.add_key('cz', not 'color' in kywds)
p.add_key('cdata', None)
p.set_pair("x", "y")
p.set_ndconvert("x","y","z")
p.set_squeeze_minimum_1D("x","y","z")
v, kywds,d, flag = p.process(*args, **kywds)
if not flag:
raise ValueError('Failed when processing argument')
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
if v['cmap'] is not None:
if isinstance(v['cmap'], Colormap): v['cmap'] = v['cmap'].name
kywds['cmap'] = v['cmap']
del v['cmap']
for name in v.keys(): obj.setvar(name, v[name])
obj.setvar("kywds", kywds)
return obj
def __new__(cls, *args, **kywds):
def set_hidden_vars(obj):
obj._mpl_cmd = 'fill'
obj._data_extent=None
return obj
if kywds.has_key('src'):
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
return obj
mpl_cmd, kywds = ProcessKeywords(kywds, 'mpl_command', 'fill')
p = ArgsParser()
if mpl_cmd == 'fill_betweenx':
p.add_var('y', ['iter|nonstr', 'dynamic'])
p.add_opt('x', None, ['iter|nonstr', 'dynamic'])
else:
p.add_opt('x', None, ['iter|nonstr', 'dynamic'])
p.add_var('y', ['iter|nonstr', 'dynamic'])
if mpl_cmd == 'fill':
p.add_opt('s', '', 'str')
p.add_key('x2', None)
p.add_key('y2', None)
p.add_key('where', None)
p.add_key('edgecolor', 'black')
p.add_key('linewidth', 1.0)
p.add_key('linestyle', 'solid')
p.add_key('alpha', 1)
p.add_key('facecolor', 'blue')
p.add_key('zs', 0)
p.set_ndconvert("x","y", "x2", "y2")
v, kywds,d, flag = p.process(*args, **kywds)
if not flag:
raise ValueError('Failed when processing argument')
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
obj._mpl_cmd = mpl_cmd
if v["x"] is None:
v["x"] = np.arange(v["y"].shape[-1])
for name in v.keys(): obj.setvar(name, v[name])
obj.setvar("kywds", kywds)
return obj
def __new__(cls, *args, **kywds):
def set_hidden_vars(obj):
obj._image_size = (-1, -1)
obj._image_scale_str = ('100', '100')
obj._eps_bbox = (-1, -1, -1, -1)
obj._image = None
obj._image_artists = []
obj._image_alpha = 1.0
obj._image_scale = (1, 1)
obj._keep_aspect = True
obj._anchor_mode = (0,0) # 0 (left or bottom) 1 (center) 2 (right, top)
obj._resize_mode = True # True use normalized coords.
# False evaulate new size from the eps bbox
return obj
p = ArgsParser()
p.add_opt('org_epsfile', None, 'str')
p.add_opt('xy', [0.2, 0.2], 'numbers')
v, kywds, d, flag = p.process(*args, **kywds)
if not flag:
raise ValueError('Failed when processing argument')
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
for name in ('xy','org_epsfile'):
obj.setvar(name, v[name])
obj.setvar("kywds", kywds)
return obj
def __new__(cls, *args, **kywds):
def set_hidden_vars(obj):
obj._image_size = (-1, -1)
obj._image_scale_str = ('100', '100')
obj._eps_bbox = (-1, -1, -1, -1)
obj._image = None
obj._image_artists = []
obj._image_alpha = 1.0
obj._image_scale = (1, 1)
obj._keep_aspect = True
obj._anchor_mode = (
0, 0) # 0 (left or bottom) 1 (center) 2 (right, top)
obj._resize_mode = True # True use normalized coords.
# False evaulate new size from the eps bbox
return obj
p = ArgsParser()
p.add_opt('org_epsfile', None, 'str')
p.add_opt('xy', [0.2, 0.2], 'numbers')
v, kywds, d, flag = p.process(*args, **kywds)
if not flag:
raise ValueError('Failed when processing argument')
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
for name in ('xy', 'org_epsfile'):
obj.setvar(name, v[name])
obj.setvar("kywds", kywds)
return obj
def __new__(cls, *args, **kywds):
def set_hidden_vars(obj):
if not hasattr(obj, '_tri'):
obj._tri = None # this can go away!?
for key in default_kargs:
if not obj.hasp(key):
obj.setp(key, default_kargs[key])
if not obj.hasvar(key):
obj.setvar(key, default_kargs[key])
return obj
if 'src' in kywds:
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
return obj
p = ArgsParser()
p.add_opt('x', None, ['numbers|nonstr', 'dynamic'])
p.add_opt('y', None, ['numbers|nonstr', 'dynamic'])
p.add_var('z', ['numbers|nonstr', 'dynamic'])
p.set_pair("x", "y") # x and y should be given
# together
p.set_ndconvert("x", "y", "z")
p.set_squeeze_minimum_1D("x", "y", "z")
p.set_default_list(default_kargs)
p.add_key2(('use_tri', 'interp', 'shading', 'alpha'))
p.add_key('cmap', 'jet')
v, kywds, d, flag = p.process(*args, **kywds)
if not flag:
raise ValueError('Failed when processing argument')
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
for name in ('x', 'y', 'z', 'use_tri', 'interp', 'shading', 'alpha'):
obj.setvar(name, v[name])
if v['cmap'] is not None:
if isinstance(v['cmap'], Colormap):
v['cmap'] = v['cmap'].name
kywds['cmap'] = v['cmap']
del v['cmap']
obj.setvar("kywds", kywds)
return obj
def __new__(cls, *args, **kywds):
def set_hidden_vars(obj):
if not hasattr(obj, '_tri'):
obj._tri = None # this can go away!?
for key in default_kargs:
if not obj.hasp(key):
obj.setp(key, default_kargs[key])
if not obj.hasvar(key):
obj.setvar(key, default_kargs[key])
return obj
if 'src' in kywds:
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
return obj
p = ArgsParser()
p.add_opt('t', None, ['numbers|nonstr', 'dynamic'])
p.add_var('v', ['numbers|nonstr', 'dynamic'])
p.set_ndconvert("v", "t")
p.set_squeeze_minimum_1D("v", "t")
p.set_default_list(default_kargs)
p.add_key2(('interp', 'shading', 'alpha', 'window', 'NFFT', 'noverlap',
'sides', 'detrend', 'pad_to'))
p.add_key2('cmap', 'str')
v, kywds, d, flag = p.process(*args, **kywds)
if not flag:
raise ValueError('Failed when processing argument')
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
for name in (
'v',
't',
'interp',
'shading',
'alpha',
):
obj.setvar(name, v[name])
obj.setp("use_tri", False)
if v['cmap'] is not None:
kywds['cmap'] = v['cmap']
obj.setvar("kywds", kywds)
return obj
def __new__(cls, *args, **kywds):
def set_hidden_vars(obj):
obj._tri = None
for key in default_kargs:
if not obj.hasp(key): obj.setp(key, default_kargs[key])
if not obj.hasvar(key): obj.setvar(key, default_kargs[key])
return obj
if kywds.has_key('src'):
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
return obj
p = ArgsParser()
p.add_var('x', ['numbers|nonstr', 'dynamic'])
p.add_var('y', ['numbers|nonstr', 'dynamic'])
p.add_opt('z', None, ['numbers|nonstr'])
p.add_key('s', 20)
p.add_key('c', 'b', ['numbers', 'str'])
p.add_key('marker', 'o')
p.add_key('sscale', 1.0)
p.set_ndconvert("x","y","z",)
p.set_squeeze_minimum_1D("x","y","z", )
# p.set_default_list(default_kargs)
p.add_key('alpha', 1.0)
p.add_key('cmap', 'jet')
v, kywds, d, flag = p.process(*args, **kywds)
if not flag:
raise ValueError('Failed when processing argument')
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
for name in ('x','y', 'z', 's', 'c', 'alpha', 'marker', 'sscale'):
obj.setvar(name, v[name])
if v['cmap'] is not None:
if isinstance(v['cmap'], Colormap): v['cmap'] = v['cmap'].name
kywds['cmap'] = v['cmap']
del v['cmap']
obj.setvar("kywds", kywds)
return obj
def __new__(cls, *args, **kywds):
def set_hidden_vars(obj):
if not hasattr(obj, '_tri'): obj._tri = None ## this can go away!?
for key in default_kargs:
if not obj.hasp(key): obj.setp(key, default_kargs[key])
if not obj.hasvar(key): obj.setvar(key, default_kargs[key])
return obj
if kywds.has_key('src'):
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
return obj
p = ArgsParser()
p.add_opt('x', None, ['numbers|nonstr', 'dynamic'])
p.add_opt('y', None, ['numbers|nonstr', 'dynamic'])
p.add_var('z', ['numbers|nonstr', 'dynamic'])
p.set_pair("x", "y") ### x and y should be given
### together
p.set_ndconvert("x","y","z")
p.set_squeeze_minimum_1D("x","y","z")
p.set_default_list(default_kargs)
p.add_key2(('use_tri', 'interp', 'shading', 'alpha'))
p.add_key('cmap', 'jet')
v, kywds, d, flag = p.process(*args, **kywds)
if not flag:
raise ValueError('Failed when processing argument')
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
for name in ('x','y', 'z', 'use_tri', 'interp', 'shading', 'alpha'):
obj.setvar(name, v[name])
if v['cmap'] is not None:
if isinstance(v['cmap'], Colormap): v['cmap'] = v['cmap'].name
kywds['cmap'] = v['cmap']
del v['cmap']
obj.setvar("kywds", kywds)
return obj
def __new__(cls, *args, **kywds):
if len(args) == 3:
tri = args[0]
args = args[1:]
else:
tri = None
def set_hidden_vars(obj):
obj._other_artists = []
obj._objs = [] # for debug....
obj._data_extent = None
return obj
if 'src' in kywds:
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
return obj
p = ArgsParser()
p.add_opt('x', None, ['numbers|nonstr', 'dynamic'])
p.add_var('y', ['numbers|nonstr', 'dynamic'])
p.add_key('color', 'b')
p.add_key('linestyle', '-')
p.add_key('linewidth', 1.0)
p.set_ndconvert("x", "y")
p.set_squeeze_minimum_1D("x", "y")
p.add_key('mask', None)
v, kywds, d, flag = p.process(*args, **kywds)
if not flag:
raise ValueError('Failed when processing argument')
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
if (v["x"] is None and not isdynamic(v["y"])):
v["x"] = np.arange(v["y"].shape[-1])
for name in v:
obj.setvar(name, v[name])
obj.setvar("kywds", kywds)
obj.setvar("tri", tri)
return obj
def __new__(cls, *args, **kywds):
"""
FigAxline([x1,x2,x3...], [y1,y2,...])
x is for vertical line
y is for horizontal line
"""
def set_hidden_vars(obj):
obj._objs=[] ## for debug....
obj._drag_backup = None
obj._drag_delta = None
obj._data_extent=None
return obj
if kywds.has_key('src'):
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
return obj
p = ArgsParser()
p.add_opt('x', [], ['numbers|nonstr', 'dynamic', 'real', 'empty'])
p.add_opt('y', [], ['numbers|nonstr', 'dynamic', 'real', 'empty'])
p.set_ndconvert("x","y")
p.add_key('draggable', False)
v, kywds,d, flag = p.process(*args, **kywds)
if isinstance(v["x"], float) or isinstance(v["x"], int) :
v["x"] = [v["x"]]
if isinstance(v["y"], float) or isinstance(v["y"], int) :
v["y"] = [v["y"]]
if not flag:
raise ValueError('Failed when processing argument')
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
for name in v.keys(): obj.setvar(name, v[name])
obj.setvar("kywds", kywds)
return obj
def __new__(cls, *args, **kywds):
"""
FigAxline([x1,x2,x3...], [y1,y2,...])
x is for vertical line
y is for horizontal line
"""
def set_hidden_vars(obj):
obj._objs = [] ## for debug....
obj._drag_backup = None
obj._drag_delta = None
obj._data_extent = None
return obj
if kywds.has_key('src'):
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
return obj
p = ArgsParser()
p.add_opt('x', [], ['numbers|nonstr', 'dynamic', 'real', 'empty'])
p.add_opt('y', [], ['numbers|nonstr', 'dynamic', 'real', 'empty'])
p.set_ndconvert("x", "y")
p.add_key('draggable', False)
v, kywds, d, flag = p.process(*args, **kywds)
if isinstance(v["x"], float) or isinstance(v["x"], int):
v["x"] = [v["x"]]
if isinstance(v["y"], float) or isinstance(v["y"], int):
v["y"] = [v["y"]]
if not flag:
raise ValueError('Failed when processing argument')
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
for name in v.keys():
obj.setvar(name, v[name])
obj.setvar("kywds", kywds)
return obj
def __new__(cls, *args, **kywds):
def set_hidden_vars(obj):
obj._objs = []
obj._drag_backup = None
obj._drag_delta = None
obj._drag_mode = 0
obj._data_extent = None
return obj
if 'src' in kywds:
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
return obj
p = ArgsParser()
p.add_opt('x', [], ['can_ndreal_array|nonstr', 'dynamic', 'empty'])
p.add_opt('y', [], ['can_ndreal_array|nonstr', 'dynamic', 'empty'])
p.add_key('draggable', True)
p.set_ndconvert("x", "y")
v, kywds, d, flag = p.process(*args, **kywds)
# special check for x and y
if not 'x' in v:
raise ValueError('can not parse arguments')
if not 'y' in v:
raise ValueError('can not parse arguments')
v["x"], flag2 = _special_xy_check(v["x"])
v["y"], flag3 = _special_xy_check(v["y"])
if not flag or not flag2 or not flag3:
raise ValueError('Failed when processing argument')
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
for name in v:
obj.setvar(name, v[name])
obj.setvar("kywds", kywds)
return obj
def __new__(cls, *args, **kywds):
if len(args) == 3:
tri = args[0]
args = args[1:]
else:
tri = None
def set_hidden_vars(obj):
obj._other_artists = []
obj._objs=[] ## for debug....
obj._data_extent=None
return obj
if kywds.has_key('src'):
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
return obj
p = ArgsParser()
p.add_opt('x', None, ['numbers|nonstr', 'dynamic'])
p.add_var('y', ['numbers|nonstr', 'dynamic'])
p.add_key('color', 'b')
p.add_key('linestyle', '-')
p.add_key('linewidth', 1.0)
p.set_ndconvert("x","y")
p.set_squeeze_minimum_1D("x","y")
p.add_key('mask', None)
v, kywds, d, flag = p.process(*args, **kywds)
if not flag:
raise ValueError('Failed when processing argument')
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
if (v["x"] is None and not isdynamic(v["y"])):
v["x"] = np.arange(v["y"].shape[-1])
for name in v.keys(): obj.setvar(name, v[name])
obj.setvar("kywds", kywds)
obj.setvar("tri", tri)
return obj
def __new__(cls, *args, **kywds):
def set_hidden_vars(obj):
obj._objs = [] # for debug....
obj._hit_idx = -1
obj._hit_seg = -1
obj._hit_artist = -1
obj._mesh = 10
obj._data_extent = None
obj._data_extent_checked = False
obj._sp_interp = 1
return obj
if 'src' in kywds:
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
return obj
p = ArgsParser()
p.add_opt('x', None, ['numbers|nonstr', 'dynamic'])
p.add_var('y', ['numbers|nonstr', 'dynamic'])
p.set_ndconvert("x", "y")
p.set_squeeze_minimum_1D("x", "y")
p.add_key('draggable', True)
v, kywds, d, flag = p.process(*args, **kywds)
if not flag:
raise ValueError('Failed when processing argument')
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
if v["x"] is None:
v["x"] = np.arange(v["y"].shape[-1])
for name in v:
obj.setvar(name, v[name])
obj.setvar("kywds", kywds)
return obj
def __new__(cls, *args, **kywds):
def set_hidden_vars(obj):
obj._objs=[] ## for debug....
obj._hit_idx = -1
obj._hit_seg = -1
obj._hit_artist = -1
obj._mesh = 10
obj._data_extent=None
obj._data_extent_checked=False
obj._sp_interp = 1
return obj
if kywds.has_key('src'):
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
return obj
p = ArgsParser()
p.add_opt('x', None, ['numbers|nonstr', 'dynamic'])
p.add_var('y', ['numbers|nonstr', 'dynamic'])
p.set_ndconvert("x","y")
p.set_squeeze_minimum_1D("x","y")
p.add_key('draggable', True)
v, kywds,d, flag = p.process(*args, **kywds)
if not flag:
raise ValueError('Failed when processing argument')
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
if v["x"] is None:
v["x"] = np.arange(v["y"].shape[-1])
for name in v.keys(): obj.setvar(name, v[name])
obj.setvar("kywds", kywds)
return obj
def __new__(cls, *args, **kywds):
def set_hidden_vars(obj):
if not hasattr(obj, '_tri'): obj._tri = None ## this can go away!?
for key in default_kargs:
if not obj.hasp(key): obj.setp(key, default_kargs[key])
if not obj.hasvar(key): obj.setvar(key, default_kargs[key])
return obj
if kywds.has_key('src'):
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
return obj
p = ArgsParser()
p.add_opt('t', None, ['numbers|nonstr', 'dynamic'])
p.add_var('v', ['numbers|nonstr', 'dynamic'])
p.set_ndconvert("v", "t")
p.set_squeeze_minimum_1D("v","t")
p.set_default_list(default_kargs)
p.add_key2(( 'interp', 'shading', 'alpha', 'window', 'NFFT',
'noverlap', 'sides', 'detrend', 'pad_to'))
p.add_key2('cmap', 'str')
v, kywds, d, flag = p.process(*args, **kywds)
if not flag:
raise ValueError('Failed when processing argument')
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
for name in ('v', 't', 'interp', 'shading', 'alpha',):
obj.setvar(name, v[name])
obj.setp("use_tri", False)
if v['cmap'] is not None:
kywds['cmap'] = v['cmap']
obj.setvar("kywds", kywds)
return obj
def __new__(cls, *args, **kywds):
def set_hidden_vars(obj):
obj._objs=[]
obj._drag_backup=None
obj._drag_delta = None
obj._drag_mode=0
obj._data_extent=None
return obj
if kywds.has_key('src'):
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
return obj
p = ArgsParser()
p.add_opt('x', [], ['can_ndreal_array|nonstr', 'dynamic', 'empty'])
p.add_opt('y', [], ['can_ndreal_array|nonstr', 'dynamic', 'empty'])
p.add_key('draggable', True)
p.set_ndconvert("x","y")
v, kywds,d, flag = p.process(*args, **kywds)
### special check for x and y
if not 'x' in v: raise ValueError('can not parse arguments')
if not 'y' in v: raise ValueError('can not parse arguments')
v["x"], flag2 = _special_xy_check(v["x"])
v["y"], flag3 = _special_xy_check(v["y"])
if not flag or not flag2 or not flag3:
raise ValueError('Failed when processing argument')
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
for name in v.keys(): obj.setvar(name, v[name])
obj.setvar("kywds", kywds)
return obj
def __new__(cls, *args, **kywds):
"""
quiver(X, Y, Z, U, V, W, **kwargs)
"""
def set_hidden_vars(obj):
return obj
if 'src' in kywds:
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
return obj
if 'cz' in kywds and kywds['cz']:
def_alpha = None
def_ec = None
def_fc = None
def_lw = 0.0
else:
def_alpha = 1.0
def_ec = (0, 0, 0, 1)
def_fc = (0, 0, 1, 1)
def_lw = 1.0
p = ArgsParser()
p.add_var('x', ['numbers|nonstr', 'dynamic'])
p.add_var('y', ['numbers|nonstr', 'dynamic'])
p.add_var('z', ['numbers|nonstr', 'dynamic'])
p.add_var('u', ['numbers|nonstr', 'dynamic'])
p.add_var('v', ['numbers|nonstr', 'dynamic'])
p.add_var('w', ['numbers|nonstr', 'dynamic'])
p.add_key('cz', False, 'bool')
p.add_key('cdata', None)
p.set_default_list(default_kargs)
p.add_key2(("cmap"))
p.add_key2(("pivot", "pivot"))
p.add_key("length", 1.0)
p.add_key("arrow_length_ratio", 0.3)
p.add_key('alpha', def_alpha)
p.add_key('facecolor', def_fc)
p.add_key('edgecolor', def_ec)
p.set_ndconvert("x", "y", "z", "u", "v", "w", "c")
v, kywds, d, flag = p.process(*args, **kywds)
dprint2(d)
if not flag:
raise ValueError('Failed when processing argument')
return None
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
for name in ('u', 'v', 'w', 'x', 'y', 'z'):
obj.setvar(name, v[name])
for name in ('alpha', 'cmap', 'pivot', 'length', 'arrow_length_ratio',
'cz', 'cdata', 'facecolor', 'edgecolor'):
obj.setvar(name, v[name])
if v['cmap'] is not None:
kywds['cmap'] = v['cmap']
obj.setvar("kywds", kywds)
return obj
def __new__(cls, *args, **kargs):
obj = FigObj.__new__(cls, *args, **kargs)
obj._artist_extent = [None]*4
return obj
def __new__(cls, *args, **kargs):
obj = FigObj.__new__(cls, *args, **kargs)
obj._artist_extent = [None] * 4
return obj
def __new__(cls, *args, **kywds):
"""
contour : contour plot
contour(z, n)
contour(x, y, z, n)
contour(z, v)
contour(x, y, z, v)
n: number of levels
v: a list of contour levels
"""
def set_hidden_vars(obj):
if not hasattr(obj, '_tri'): obj._tri = None ## this can go away!?
obj._clabels = []
obj._clabel_param = def_clabel_param
obj._nouse_expression = False
obj._hit_path = None
obj._expression = ''
return obj
if kywds.has_key('src'):
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
return obj
p = ArgsParser()
p.add_opt('x', None, ['numbers|nonstr','dynamic'])
p.add_opt('y', None, ['numbers|nonstr','dynamic'])
p.add_var('z', ['numbers|nonstr','dynamic'])
p.add_opt('n', 7, 'int') ### n = number of levels
p.add_opt('v', None, ['numbers|nonstr', 'dynamic']) ### v = levels (array)
p.set_default_list(default_kargs)
p.add_key2(("FillMode", "alpha"))
p.add_key2('interp', 'str')
p.add_key2('cmap', 'str')
p.add_key('offset', None)
p.add_key('zdir', 'z')
p.set_pair("x", "y") ### x and y should be given
### together
p.set_ndconvert("x","y","z")
p.set_squeeze_minimum_1D("x","y","z")
v, kywds, d, flag = p.process(*args, **kywds)
dprint2(d)
if not flag:
raise ValueError('Failed when processing argument')
return None
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
obj._set_expression_vars(v['v'])
for name in ('x','y', 'z'):
obj.setvar(name, v[name])
for name in ('FillMode','alpha', 'n', 'v', "cmap", "offset", "zdir"):
obj.setvar(name, v[name])
if v['cmap'] is not None:
kywds['cmap'] = v['cmap']
obj.setvar("kywds", kywds)
return obj
def __new__(cls, *args, **kywds):
"""
contour : contour plot
contour(z, n)
contour(x, y, z, n)
contour(z, v)
contour(x, y, z, v)
n: number of levels
v: a list of contour levels
"""
def set_hidden_vars(obj):
if not hasattr(obj, '_tri'): obj._tri = None ## this can go away!?
obj._clabels = []
obj._clabel_param = def_clabel_param
obj._nouse_expression = False
obj._hit_path = None
obj._expression = ''
return obj
if kywds.has_key('src'):
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
return obj
p = ArgsParser()
p.add_opt('x', None, ['numbers|nonstr', 'dynamic'])
p.add_opt('y', None, ['numbers|nonstr', 'dynamic'])
p.add_var('z', ['numbers|nonstr', 'dynamic'])
p.add_opt('n', 7, 'int') ### n = number of levels
p.add_opt('v', None,
['numbers|nonstr', 'dynamic']) ### v = levels (array)
p.set_default_list(default_kargs)
p.add_key2(("FillMode", "alpha"))
p.add_key2('interp', 'str')
p.add_key2('cmap', 'str')
p.add_key('offset', None)
p.add_key('zdir', 'z')
p.set_pair("x", "y") ### x and y should be given
### together
p.set_ndconvert("x", "y", "z")
p.set_squeeze_minimum_1D("x", "y", "z")
v, kywds, d, flag = p.process(*args, **kywds)
dprint2(d)
if not flag:
raise ValueError('Failed when processing argument')
return None
obj = FigObj.__new__(cls, *args, **kywds)
obj = set_hidden_vars(obj)
obj._set_expression_vars(v['v'])
for name in ('x', 'y', 'z'):
obj.setvar(name, v[name])
for name in ('FillMode', 'alpha', 'n', 'v', "cmap", "offset", "zdir"):
obj.setvar(name, v[name])
if v['cmap'] is not None:
kywds['cmap'] = v['cmap']
obj.setvar("kywds", kywds)
return obj