barronh

def get_epacmapnorm(spc, freq):
    """
    Arguments
    ---------
    spc : str
        choices 'pm25' or 'o3'
    freq : str
        choices '1h', '24h' (pm-only), '8h' (o3-only), 'mda8' (o3-only)

    Returns

barronh

"""
# Convert a CMAQ IOAPI File to a GeoTiff

---
    author: Barron H. Henderson
    last updated: 2025-09-05
---

Demonstrates converting a CMAQ file to a GeoTiff. GeoTiff is useful for ArcGIS or QGIS.

barronh

__all__ = ['open_griddesc', 'csv2inln', 'templatecsv']
__doc__ = """
csv2inln
========

This module is meant to help make CMAQ-ready point source emission files from
a CSV file. By default, the emissions are time-independent for a day. However,
a tfactor_utc variable can be supplied to add a diurnal scaling factor.

Prerequisites

barronh

EQUATES Evaluation Quick Hits

barronh

__version__ = "1.0.0"
__all__ = ['open_remote', 'open_naqfc', 'open_airnow', 'open_airfuse']
__doc__ = """
Utility for Comparing AirNow Surfaces
=====================================

Using AirNow grib2 AQI files as reference. Can compare to NAQFC from NOAA or
the AirFuse from AirNow. For simplicity, NAQFC and AirFuse are converted to
a Nowcast by averaging the last 3 time steps. The Nowcast is then put into AQI
units for comparison.

barronh

__doc__ = """
Grid US Census Demographic Profile
==================================

Produce gridded TIGER Demographic Profile files for a subset of variables in 
the an American Community Survey from either a 1-year or 5-year input files.

Requires:
- python>=3.7
- numpy

barronh

__doc__ = """
NEI Emission Summary
====================

---
    author: Barron H. Henderson
    last updated: 2025-04-17
---

Simple script to get Criteria or Hazardous Air Pollutants by 60 EIS emission

barronh

County and Population Coverage of Monitors

The incomplete spatial coverage of monitors is a good motivation for data fusion. Monitors cover less than 30% of US counties, but more like 70% of the population. This is because dense populations often coincide with sources of polution and, therefore, are better monitored. The precise coverage of monitoring data depends on the period of interest. For example, ozone monitors are often not depolyed during winter.

barronh

barronh

__version__ = '0.2.0'
__doc__ = """EMG Satellite-derived Emissions
===============================

EMG Satellite-derived Emissions (emgsatemis) is designed to estimate emissions
from satellite data following many previous studies based on Bierle et al.

Functions:
- to_polar(x, y, degrees=False)
- to_cartesian(r, alpha, theta=0, degrees=False)