def retime (self, opt_dict):
r"""
Plot protocol for GfReTime objects.
Parameters
----------
opt_dict: dictionary
Can contain:
- mode: string, default None
Mode to plot the Green's function in:
-- 'R': real part only
-- 'I': imaginary part only
- x_window: tuple, default None
(xmin,xmax)
- name: str
name of the gf for the label and legend
"""
return plot_base.plot_base(self, opt_dict, r'$\t$', lambda x : r'%s$(\t)$'%x, list(self.mesh.values()))
def imfreq(self, opt_dict):
r"""
Plot protocol for GfImFreq objects.
Parameters
----------
opt_dict: dictionary
Can contain:
- mode: string, default None
Mode to plot the Green's function in:
-- 'R': real part only
-- 'I': imaginary part only
- x_window: tuple, default None
(xmin,xmax)
- name: str
name of the gf for the label and legend
"""
return plot_base.plot_base(self, opt_dict, r'$\omega_n$',
lambda x: r'%s$(i\omega_n)$' % x,
[x.imag for x in self.mesh.values()])
def refreq(self, opt_dict):
r"""
Plot protocol for GfReFreq objects.
Parameters
----------
opt_dict: dictionary
Can contain:
- mode: string, default None
Mode to plot the Green's function in:
-- 'R': real part only
-- 'I': imaginary part only
-- 'S': spectral function
- x_window: tuple, default None
(xmin,xmax)
- name: str
name of the gf for the label and legend
"""
return plot_base.plot_base(self,
opt_dict,
r'$\omega$',
lambda x: r'%s$(\omega)$' % x,
list(self.mesh.values()),
allow_spectral_mode=True)