Plots
=====

Light-curves
------------

You can plot light-curves directly after simulation or using the
**SNSimSample** module.

.. code:: python

   # From simulation
   Simulator.samples[sampleID].plot_lc(obj_ID, plot_sim=True, plot_fit=False, **kwargs)

   # From SimSample
   SimSample.plot_lc(obj_ID, plot_sim=True, plot_fit=False, **kwargs)

Kwargs are described in plot_utils.plot_lc API.

Plot sim :
|image0|

Plot fit :
|image1|

The same plot can be show in magnitude :
|image2|

Or in Jansky :
|image3|

Mollweide map
-------------

You can plot the directly after simulation or using the **SNSimSample**
module. But the **plot_field** option doesn’t work with **SNSimSample**
unless you give a field_dic and field_size.

You can pass **kwargs** for *matplotlib* scatter function.

.. code:: python

   # From Simulation class :
   sim.plot_ra_dec(plot_vpec=False, plot_fields=False, **kwarg)

   # From SNSimSample class :
   sim.plot_ra_dec(plot_vpec=False, field_dic=None, field_size=None, **kwarg)

   # field_dic is like:
   field_dic = {Field_ID : {'ra' : ra_in_rad, 'dec' : dec_in_rad}}

   # field_size is like:
   field_size = [ra_size_in_rad, dec_size_in_rad]

Plot without peculiar velocities :

|image4|

Plot with peculiar velocities :

|image5|

Adding the fields :

|image6|

.. |image0| image:: _static/lc_sim.png
.. |image1| image:: _static/lc_fit.png
.. |image2| image:: _static/lc_mag.png
.. |image3| image:: _static/lc_jy.png
.. |image4| image:: _static/ra_dec_map.png
.. |image5| image:: _static/ra_dec_map_vpec.png
.. |image6| image:: _static/ra_dec_fields.png