Metadata-Version: 1.2
Name: pysm
Version: 3.1.dev87
Summary: Python Sky Model for Microwave and Submm experiments
Home-page: https://github.com/healpy/pysm
Author: Ben Thorne, David Alonso, Sigurd Naess, Jo Dunkley, Andrea Zonca
Author-email: 
License: BSD 3-Clause
Description: [![Build Status](https://travis-ci.org/healpy/pysm.svg?branch=master)](https://travis-ci.org/healpy/pysm)
        [![Documentation Status](https://readthedocs.org/projects/pysm3/badge/?version=latest)](https://pysm3.readthedocs.io/en/latest/?badge=latest)
        
        No documentation yet, see the [tutorial](https://github.com/zonca/pysm_tutorial)
        
        
        # Models
        
          - Base class `Model`, subclasses `DustModel` etc. Customization
            by:
              - tweaking parameters of methods
              - create subclass of `DustModel`
              - new subclass of `Model`
          - Arguments specified, not from dictionary
          - Add new classes for multi component models, not list of dictionaries
            as inputs.
        
        ## Model Setup:
        
          - Model functions will still exist to construct e.g. 'd4' from the
            component classes. Will return `Sky` objects.
          - Within
            <span class="underline"><span class="underline">init</span></span>
            of each component do the reading of maps etc.
        
        # Parallelism:
        
          - Combination of MPI and Dask? How to interface with toast at same
            time.
          - Assuming no Dask, use MPI4Py.
          - Inputs read per process or broadcast?
              - ordering issues: don't convert ring and nest in one process.
              - conflicts between processes reading same file.
          - Distributing maps in libsharp
              - scatterv and gatherv
          - keep get<sub>emission</sub> mostly local, also has access to
            communicator
        
        # Object oriented structure
        
        Reduce levels of abstraction. Initialize components from string. Keep
        `pysm.Sky` as convenience initialized from string or from component
        objects.
        
        # Interface with `Instrument`
        
        Most important factor is bandpass integration.
        
          - Try as `Component.get<sub>emission</sub>(bandpass)` and
            `Sky.get<sub>emission</sub>(bandpass)`.
          - Smoothing via libsharp, and trivial healpy routine separate to
            `Instrument` object, and called from `Sky`.
        
        # Extra Galactic
        
        Current maps 2048, each 192 MB. Code exists for spline interpolation.
        Available for validation, determine the type of interpolation as a
        study. In the first instance:
        
          - CIB ready to go at 2048 for validation.
          - Incorporate into PySM kSZ and Compton-y.
          - Need to code from scratch kSZ and Compton-y.
        
        In second stage:
        
          - Lenspix / taylens used on kappa map to lensed primary
        
        # Maintain Example usage:
        
        ``` python
        sky = pysm.get_model("s1", "d3")
        cmb = pysm.cmb("c1")
        sky.get_emission(nu)
        sky.apply_bandpass(instrument_settings)
        sky.apply_smoothing(instrument_settings)
        ```
        
Platform: UNKNOWN
Requires-Python: >=3.5
