University of Calgary Auroral Transport Model (ATM) API
Endpoints to utilize the Auroral Transport Model
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OpenAPI Specification
x-method: derived
x-source-url: https://api.phys.ucalgary.ca/openapi.json
x-derived-from: openapi/_original/university-of-calgary-srs-api.yaml
x-operator: institution
openapi: 3.2.0
info:
title: UCalgary Space Remote Sensing Auroral Transport Model (ATM) API
description: API providing data and tools for UCalgary Space Remote Sensing
version: 1.66.0
servers:
- url: https://api.phys.ucalgary.ca
description: UCalgary Space Remote Sensing API
tags:
- name: Auroral Transport Model (ATM)
description: Endpoints to utilize the Auroral Transport Model
paths:
/api/v1/atm/forward:
post:
tags:
- Auroral Transport Model (ATM)
summary: Perform forward ATM calculation
description: "Perform a forward calculation using **VERSION 1** of the TREx Auroral Transport Model and the supplied \ninput parameters.\n\nInput notes:\n - timestamp\n - timestamp is expected to be in UTC, and is valid for any value up to the end of the previous day\n - the 'Z' character at the end of the timestamp is optional, and will be ignored if it is supplied\n - latitude and longitude are to be in geodetic coordinates (-90 to 90 lat, -180 to 180 lon)\n - maxwellian_characteristic_energy must be specified if the maxwellian_energy_flux is not 0\n - gaussian_peak_energy must be specified if the gaussian_energy_flux is not 0\n - gaussian_spectral_width must be specified if the gaussian_energy_flux is not 0\n - valid values for nrlmsis_model_version are '00' and '2.0'\n - The ATM model is 1D and time-independent. However, the optional parameters timescale_auroral and \n timescale_transport provide limited support for time-dependent and transport process.\n - timescale_auroral (T0) is the duration of the precipitation; default value is 600 sec\n - timescale_transport is defined by L/v0, in which L is the dimension of the auroral structure, \n and v0 is the cross-structure drift speed. Default value is 600 sec.\n - the model quasi-analytically solves the continuity equation under a square input (with time \n duration T0 and spatial width L) input of precipitation. The initial/boundary conditions are \n given by IRI. The output yields the mean density/VER over [0-L] at time T0.\n - units\n - timescale parameters: seconds\n - maxwellian energy flux: erg/cm2/s\n - maxwellian characteristic energy: eV\n - gaussian energy flux: erg/cm2/s\n - gaussian peak energy: eV\n - gaussian spectral width: eV\n - custom spectrum\n - energy in eV, flux in 1/cm2/s/eV\n - energy and flux arrays must be the same length\n - by default requests are cached; use the 'no_cache' parameter to disable this functionality\n\nOutput notes:\n - output parameter of the request are toggles the enable/disable each field's inclusion in the response\n - all output parameters are false by default\n - altitude is in kilometers\n - emission data: 1-D array -- volume emission rate (1/cm^3/s)\n - plasma electron density: 1-D array -- density (cm^-3)\n - plasma O2+ density: 1-D array -- density (cm^-3)\n - plasma NO+ density: 1-D array -- density (cm^-3)\n - plasma O+ density: 1-D array -- density (cm^-3)\n - plasma ionisation rate: 1-D array -- ionisation rate (1/cm^3/s)\n - plasma electron temperature: 1-D array -- temperature (K)\n - plasma ion temperature: 1-D array -- temperature (K)\n - plasma peterson conductivity: 1-D array -- conductivity (S/m)\n - plasma hall conductivity: 1-D array -- conductivity (S/m)\n - neutral O2 density: 1-D array -- density (cm^-3)\n - neutral O density: 1-D array -- density (cm^-3)\n - neutral N2 density: 1-D array -- density (cm^-3)\n - neutral N density: 1-D array -- density (cm^-3)\n - neutral temperature: 1-D array -- temperature (K)"
operationId: atm_forward_api_v1_atm_forward_post
requestBody:
content:
application/json:
schema:
$ref: '#/components/schemas/src__atm__v1__schemas_forward__ATMForwardRequest'
examples:
base:
summary: Default request object
description: Default field values, adjust accordingly
value:
atm_model_version: '1.0'
timestamp: '2024-01-01T06:00:00'
geodetic_latitude: 0
geodetic_longitude: 0
maxwellian_energy_flux: 10
gaussian_energy_flux: 0
maxwellian_characteristic_energy: 5000
gaussian_peak_energy: 1000
gaussian_spectral_width: 100
nrlmsis_model_version: '2.0'
oxygen_correction_factor: 1
timescale_auroral: 600
timescale_transport: 600
custom_spectrum:
energy: []
flux: []
output:
height_integrated_rayleighs_4278: false
height_integrated_rayleighs_5577: false
height_integrated_rayleighs_6300: false
height_integrated_rayleighs_8446: false
height_integrated_rayleighs_lbh: false
height_integrated_rayleighs_1304: false
height_integrated_rayleighs_1356: false
altitudes: false
emission_4278: false
emission_5577: false
emission_6300: false
emission_8446: false
emission_lbh: false
emission_1304: false
emission_1356: false
plasma_electron_density: false
plasma_o2plus_density: false
plasma_oplus_density: false
plasma_noplus_density: false
plasma_ionisation_rate: false
plasma_electron_temperature: false
plasma_ion_temperature: false
plasma_pederson_conductivity: false
plasma_hall_conductivity: false
neutral_o2_density: false
neutral_o_density: false
neutral_n2_density: false
neutral_n_density: false
neutral_temperature: false
no_cache: false
example0:
summary: A simple example
description: A simple example
value:
timestamp: '2024-01-01T06:00:00'
geodetic_latitude: 51.04
geodetic_longitude: -114.5
output:
height_integrated_rayleighs_4278: true
height_integrated_rayleighs_5577: true
height_integrated_rayleighs_6300: true
height_integrated_rayleighs_8446: true
height_integrated_rayleighs_lbh: true
height_integrated_rayleighs_1304: true
height_integrated_rayleighs_1356: true
altitudes: true
example1:
summary: A simple example with all output parameters
description: A simple example with all output parameters
value:
timestamp: '2024-01-01T06:00:00'
geodetic_latitude: 51.04
geodetic_longitude: -114.5
output:
height_integrated_rayleighs_4278: true
height_integrated_rayleighs_5577: true
height_integrated_rayleighs_6300: true
height_integrated_rayleighs_8446: true
height_integrated_rayleighs_lbh: true
height_integrated_rayleighs_1304: true
height_integrated_rayleighs_1356: true
altitudes: true
emission_4278: true
emission_5577: true
emission_6300: true
emission_8446: true
emission_lbh: true
emission_1304: true
emission_1356: true
plasma_electron_density: true
plasma_o2plus_density: true
plasma_oplus_density: true
plasma_noplus_density: true
plasma_ionisation_rate: true
plasma_electron_temperature: true
plasma_ion_temperature: true
plasma_pederson_conductivity: true
plasma_hall_conductivity: true
neutral_o2_density: true
neutral_o_density: true
neutral_n2_density: true
neutral_n_density: true
neutral_temperature: true
no_cache: false
example2:
summary: A simple example without using the cache
description: A simple example without using the cache
value:
timestamp: '2024-01-01T06:00:00'
geodetic_latitude: 51.04
geodetic_longitude: -114.5
output:
height_integrated_rayleighs_4278: true
height_integrated_rayleighs_5577: true
height_integrated_rayleighs_6300: true
height_integrated_rayleighs_8446: true
height_integrated_rayleighs_lbh: true
height_integrated_rayleighs_1304: true
height_integrated_rayleighs_1356: true
altitudes: true
no_cache: true
required: true
responses:
'200':
description: Calculated outputs
content:
application/json:
schema:
$ref: '#/components/schemas/src__atm__v1__schemas_forward__ATMForwardResponse'
'400':
description: Problematic request made
content:
application/json:
schema:
$ref: '#/components/schemas/ErrorMessage'
'500':
description: Data generation error
content:
application/json:
schema:
$ref: '#/components/schemas/ErrorMessage'
'422':
description: Validation Error
content:
application/json:
schema:
$ref: '#/components/schemas/HTTPValidationError'
/api/v1/atm/inverse:
post:
tags:
- Auroral Transport Model (ATM)
summary: Perform inverse ATM calculation
description: "Perform an inverse calculation using **VERSION 1** of the TREx Auroral Transport Model and the supplied \ninput parameters.\n\nInput notes:\n - timestamp\n - timestamp is expected to be in UTC\n - only specific dates are valid at this time. A 400 error will be returned if an unsupported date is\n requested. If you want to get a date that we have not enabled support for yet, please contact us.\n - the 'Z' character at the end of the timestamp is optional, and will be ignored if it is supplied\n - latitude and longitude\n - are to be in geodetic coordinates\n - latitude is currently limited to >=50.0 and <61.5 degrees\n - longitude is currently limited >=-110 and <-70 and degrees\n - valid values for nrlmsis_model_version are '00' and '2.0'\n - valid values for precipitation_flux_spectral_type are 'gaussian' and 'maxwellian'\n - intensity parameters are expected to be height-integrated values, and in Rayleighs\n - by default requests are cached; use the 'no_cache' parameter to disable this functionality\n\nOutput notes:\n - output parameter of the request are toggles the enable/disable each field's inclusion in the response\n - all output parameters are false by default\n - altitude is in kilometers\n - energy flux: erg/cm2/s\n - characteristic energy: eV\n - emission data: 1-D array -- volume emission rate (1/cm^3/s)\n - plasma electron density: 1-D array -- density (cm^-3)\n - plasma O2+ density: 1-D array -- density (cm^-3)\n - plasma NO+ density: 1-D array -- density (cm^-3)\n - plasma O+ density: 1-D array -- density (cm^-3)\n - plasma ionisation rate: 1-D array -- ionisation rate (1/cm^3/s)\n - plasma electron temperature: 1-D array -- temperature (K)\n - plasma ion temperature: 1-D array -- temperature (K)\n - plasma peterson conductivity: 1-D array -- conductivity (S/m)\n - plasma hall conductivity: 1-D array -- conductivity (S/m)\n - neutral O2 density: 1-D array -- density (cm^-3)\n - neutral O density: 1-D array -- density (cm^-3)\n - neutral N2 density: 1-D array -- density (cm^-3)\n - neutral N density: 1-D array -- density (cm^-3)\n - neutral temperature: 1-D array -- temperature (K)"
operationId: atm_inverse_api_v1_atm_inverse_post
requestBody:
content:
application/json:
schema:
$ref: '#/components/schemas/src__atm__v1__schemas_inverse__ATMInverseRequest'
examples:
base:
summary: Default request object
description: Default field values, adjust accordingly
value:
atm_model_version: '1.0'
timestamp: '2024-10-01T06:00:00'
geodetic_latitude: 0
geodetic_longitude: 0
intensity_4278: 1000
intensity_5577: 6000
intensity_6300: 600
intensity_8446: 400
precipitation_flux_spectral_type: gaussian
nrlmsis_model_version: '2.0'
atmospheric_attenuation_correction: false
output:
altitudes: false
energy_flux: false
characteristic_energy: false
oxygen_correction_factor: false
height_integrated_rayleighs_4278: false
height_integrated_rayleighs_5577: false
height_integrated_rayleighs_6300: false
height_integrated_rayleighs_8446: false
emission_4278: false
emission_5577: false
emission_6300: false
emission_8446: false
plasma_electron_density: false
plasma_o2plus_density: false
plasma_oplus_density: false
plasma_noplus_density: false
plasma_ionisation_rate: false
plasma_electron_temperature: false
plasma_ion_temperature: false
plasma_pederson_conductivity: false
plasma_hall_conductivity: false
neutral_o2_density: false
neutral_o_density: false
neutral_n2_density: false
neutral_n_density: false
neutral_temperature: false
no_cache: false
example0:
summary: A simple example
description: A simple example
value:
timestamp: '2024-01-01T06:00:00'
geodetic_latitude: 58.28
geodetic_longitude: -103.68
intensity_4278: 2300
intensity_5577: 11400
intensity_6300: 530
intensity_8446: 427
output:
altitudes: true
energy_flux: true
characteristic_energy: true
oxygen_correction_factor: true
example1:
summary: A simple example with all output parameters
description: A simple example with all output parameters
value:
timestamp: '2024-01-01T06:00:00'
geodetic_latitude: 58.28
geodetic_longitude: -103.68
intensity_4278: 2300
intensity_5577: 11400
intensity_6300: 530
intensity_8446: 427
output:
altitudes: true
energy_flux: true
characteristic_energy: true
oxygen_correction_factor: true
height_integrated_rayleighs_4278: true
height_integrated_rayleighs_5577: true
height_integrated_rayleighs_6300: true
height_integrated_rayleighs_8446: true
emission_4278: true
emission_5577: true
emission_6300: true
emission_8446: true
plasma_electron_density: true
plasma_o2plus_density: true
plasma_oplus_density: true
plasma_noplus_density: true
plasma_ionisation_rate: true
plasma_electron_temperature: true
plasma_ion_temperature: true
plasma_pederson_conductivity: true
plasma_hall_conductivity: true
neutral_o2_density: true
neutral_o_density: true
neutral_n2_density: true
neutral_n_density: true
neutral_temperature: true
example2:
summary: A simple example without using the cache
description: A simple example without using the cache
value:
timestamp: '2024-01-01T06:00:00'
geodetic_latitude: 58.28
geodetic_longitude: -103.68
intensity_4278: 2300
intensity_5577: 11400
intensity_6300: 530
intensity_8446: 427
output:
altitudes: true
energy_flux: true
characteristic_energy: true
oxygen_correction_factor: true
no_cache: true
required: true
responses:
'200':
description: Calculated outputs
content:
application/json:
schema:
$ref: '#/components/schemas/src__atm__v1__schemas_inverse__ATMInverseResponse'
'400':
description: Problematic request made
content:
application/json:
schema:
$ref: '#/components/schemas/ErrorMessage'
'500':
description: Data generation error
content:
application/json:
schema:
$ref: '#/components/schemas/ErrorMessage'
'422':
description: Validation Error
content:
application/json:
schema:
$ref: '#/components/schemas/HTTPValidationError'
/api/v2/atm/forward:
post:
tags:
- Auroral Transport Model (ATM)
summary: Perform forward ATM calculation
description: "Perform a forward calculation using **VERSION 2** of the TREx Auroral Transport Model and the supplied \ninput parameters.\n\n**NOTE**: As of API version 1.41.0 (released 2026-01-30), the `height_integrated_rayleighs_lbh` and \n`emission_lbh` output flags have been renamed to `height_integrated_rayleighs_smile_uvi_lbh` and \n`emission_smile_uvi_lbh`. Further, the `plasma_pederson_conductivity` output flag has been renamed to \n`plasma_pedersen_conductivity`. The original names will be removed in a later release to be determined.\n\nInput notes:\n - By default requests are cached. Use the 'no_cache' parameter to disable this functionality\n - Latitude and longitude are to be in geodetic coordinates (-90 to 90 lat, -180 to 180 lon)\n - Timestamp\n - timestamp is expected to be in UTC, and is valid for any value up to the end of the previous day\n - the 'Z' character at the end of the timestamp is optional, and will be ignored if it is supplied\n - Spectral shapes\n - If the maxwellian_energy_flux is not 0, then maxwellian_characteristic_energy will be used. If\n maxwellian_characteristic_energy is not specified, then the default will be used.\n - If the gaussian_energy_flux is not 0, then gaussian_peak_energy and gaussian_spectral_width will be\n used. If these two values are not specified, then the defaults will be used. \n - If kappa_energy_flux is not 0, then kappa_mean_energy and kappa_k_index will be used. If these two \n values are not specified, then the defaults will be used.\n - If exponential_energy_flux is not 0, then exponential_characteristic_energy and exponential_starting_energy\n will be used. If these two values are not specified, then the defaults will be used.\n - **IMPORTANT**: All the above spectral shapes are super-imposable except exponential. The exponential spectrum \n should be only be used for high-energy tail and, starting from E0 (proton_starting_energy), will override any \n other spectral specification.\n - If proton_energy_flux is not 0, then proton_characteristic_energy will be used. If the \n proton_characteristic_energy is not specified, then the default will be used.\n - The ATM model is 1D and time-independent. However, the optional parameters timescale_auroral and \n timescale_transport provide limited support for time-dependent and transport process.\n - timescale_auroral (T0) is the duration of the precipitation; default value is 600 sec\n - timescale_transport is defined by L/v0, in which L is the dimension of the auroral structure, \n and v0 is the cross-structure drift speed. Default value is 600 sec.\n - the model quasi-analytically solves the continuity equation under a square input (with time \n duration T0 and spatial width L) input of precipitation. The initial/boundary conditions are \n given by IRI. The output yields the mean density/VER over [0-L] at time T0.\n - **NOTE**: proton precipitation is presently only for ionization rate and density calculations. Proton auroras are \n not nominal TREx characteristics and currently not computed in this version of the model.\n - Units and defaults\n - maxwellian total energy flux: erg/cm2/s, default is 10 \n - maxwellian characteristic energy: eV, default is 5000 \n - gaussian total energy flux: erg/cm2/s, default is 0 (indicating all gaussian parameters are disabled) \n - gaussian peak energy: eV, default is 1000\n - gaussian spectral width: eV, default is 100\n - kappa total energy flux: erg/cm2/s, default is 0 (indicating all kappa parameters are disabled) \n - kappa mean energy: eV, default is 30000\n - kappa k-index: no unit, default is 5\n - exponential total energy flux: erg/cm2/s, default is 0 (indicating all exponential parameters are disabled) \n - exponential characteristic energy: eV, default is 50000\n - exponential starting energy: eV, default is 50000\n - proton total energy flux: erg/cm2/s, default is 0 (indicating all proton parameters are disabled) \n - proton characteristic energy: eV, default is 10000\n - d-region flag: defaults to false\n - custom spectrum (precipitation) \n - energy in eV, flux in 1/cm2/s/eV \n - energy and flux arrays must be the same length \n - users are responsible for fully covering the energy range of interest in the provided spectrum. The model \n only performs interpolation, not extrapolation.\n - custom neutral profile \n - altitude in km, density in cm^-3, temperature in K. \n - users are responsible for fully covering the altitude range of interest in the provided profile (80-800 km \n if d_region_flag=0, or 50-500 km if d_region_flag=1). The model only performs interpolation, not extrapolation.\n - nrlmsis_model_version: valid values are \"00\" and \"2.0\", default is \"2.0\"\n - oxygen_correction_factor: default is 1.0\n - timescale_auroral: seconds, default is 600 \n - timescale_transport: seconds, default is 600\n\nOutput notes:\n - output parameter of the request are toggles the enable/disable each field's inclusion in the response\n - all output parameters are false by default\n - altitude: kilometers\n - emission data: 1-D arrays -- volume emission rate, 1/cm^3/s\n - plasma electron density: 1-D array, cm^-3\n - plasma O2+ density: 1-D array, cm^-3\n - plasma NO+ density: 1-D array, cm^-3\n - plasma O+ density: 1-D array, cm^-3\n - plasma ionisation rate: 1-D array, 1/cm^3/s\n - plasma electron temperature: 1-D array, K\n - plasma ion temperature: 1-D array, K\n - plasma pedersen conductivity: 1-D array, S/m\n - plasma hall conductivity: 1-D array, S/m\n - neutral O2 density: 1-D array, cm^-3\n - neutral O density: 1-D array, cm^-3\n - neutral N2 density: 1-D array, cm^-3\n - neutral N density: 1-D array, cm^-3\n - neutral temperature: 1-D array, K\n - production_rate_o2plus: 1-D array, 1/cm^3/s\n - production_rate_oplus: 1-D array, 1/cm^3/s\n - production_rate_oneg: 1-D array, 1/cm^3/s\n - production_rate_o: 1-D array, 1/cm^3/s\n - production_rate_nplus: 1-D array, 1/cm^3/s\n - production_rate_n2plus: 1-D array, 1/cm^3/s\n - production_rate_n: 1-D array, 1/cm^3/s\n - production_rate_n2d: 1-D array, 1/cm^3/s"
operationId: atm_forward_api_v2_atm_forward_post
requestBody:
content:
application/json:
schema:
$ref: '#/components/schemas/src__atm__v2__schemas_forward__ATMForwardRequest'
examples:
base:
summary: Default request object
description: Default field values, adjust accordingly
value:
timestamp: '2024-01-01T06:00:00'
geodetic_latitude: 0
geodetic_longitude: 0
maxwellian_energy_flux: 10.0
maxwellian_characteristic_energy: 5000.0
gaussian_energy_flux: 0.0
gaussian_peak_energy: 1000.0
gaussian_spectral_width: 100.0
kappa_energy_flux: 0.0
kappa_mean_energy: 30000.0
kappa_k_index: 5.0
exponential_energy_flux: 0.0
exponential_characteristic_energy: 50000.0
exponential_starting_energy: 50000.0
proton_energy_flux: 0.0
proton_characteristic_energy: 10000.0
d_region: false
nrlmsis_model_version: '2.0'
oxygen_correction_factor: 1.0
timescale_auroral: 600
timescale_transport: 600
custom_spectrum:
energy: []
flux: []
custom_neutral_profile:
altitude: []
o_density: []
o2_density: []
n2_density: []
n_density: []
no_density: []
temperature: []
output:
height_integrated_rayleighs_4278: false
height_integrated_rayleighs_5577: false
height_integrated_rayleighs_6300: false
height_integrated_rayleighs_8446: false
height_integrated_rayleighs_1304: false
height_integrated_rayleighs_1356: false
height_integrated_rayleighs_smile_uvi_lbh: false
altitudes: false
emission_4278: false
emission_5577: false
emission_6300: false
emission_8446: false
emission_1304: false
emission_1356: false
emission_smile_uvi_lbh: false
plasma_electron_density: false
plasma_o2plus_density: false
plasma_oplus_density: false
plasma_noplus_density: false
plasma_ionisation_rate: false
plasma_electron_temperature: false
plasma_ion_temperature: false
plasma_pedersen_conductivity: false
plasma_hall_conductivity: false
neutral_o2_density: false
neutral_o_density: false
neutral_n2_density: false
neutral_n_density: false
neutral_temperature: false
production_rate_o2plus: false
production_rate_oplus: false
production_rate_oneg: false
production_rate_o: false
production_rate_nplus: false
production_rate_n2plus: false
production_rate_n: false
production_rate_n2d: false
no_cache: false
example0:
summary: A simple example
description: A simple example
value:
timestamp: '2024-01-01T06:00:00'
geodetic_latitude: 51.04
geodetic_longitude: -114.5
output:
height_integrated_rayleighs_4278: true
height_integrated_rayleighs_5577: true
height_integrated_rayleighs_6300: true
height_integrated_rayleighs_8446: true
height_integrated_rayleighs_1304: true
height_integrated_rayleighs_1356: true
height_integrated_rayleighs_smile_uvi_lbh: true
altitudes: true
example1:
summary: A simple example with all output parameters
description: A simple example with all output parameters
value:
timestamp: '2024-01-01T06:00:00'
geodetic_latitude: 51.04
geodetic_longitude: -114.5
output:
height_integrated_rayleighs_4278: true
height_integrated_rayleighs_5577: true
height_integrated_rayleighs_6300: true
height_integrated_rayleighs_8446: true
height_integrated_rayleighs_1304: true
height_integrated_rayleighs_1356: true
height_integrated_rayleighs_smile_uvi_lbh: true
altitudes: true
emission_4278: true
emission_5577: true
emission_6300: true
emission_8446: true
emission_1304: true
emission_1356: true
emission_smile_uvi_lbh: true
plasma_electron_density: true
plasma_o2plus_density: true
plasma_oplus_density: true
plasma_noplus_density: true
plasma_ionisation_rate: true
plasma_electron_temperature: true
plasma_ion_temperature: true
plasma_pedersen_conductivity: true
plasma_hall_conductivity: true
neutral_o2_density: true
neutral_o_density: true
neutral_n2_density: true
neutral_n_density: true
neutral_temperature: true
no_cache: false
example2:
summary: A simple example without using the cache
description: A simple example without using the cache
value:
timestamp: '2024-01-01T06:00:00'
geodetic_latitude: 51.04
geodetic_longitude: -114.5
output:
height_integrated_rayleighs_4278: true
height_integrated_rayleighs_5577: true
height_integrated_rayleighs_6300: true
height_integrated_rayleighs_8446: true
height_integrated_rayleighs_1304: true
height_integrated_rayleighs_1356: true
height_integrated_rayleighs_smile_uvi_lbh: true
altitudes: true
no_cache: true
required: true
responses:
'200':
description: Calculated outputs
content:
application/json:
schema:
# --- truncated at 32 KB (76 KB total) ---
# Full source: https://raw.githubusercontent.com/api-evangelist/university-of-calgary/refs/heads/main/openapi/university-of-calgary-auroral-transport-model-atm-api-openapi.yml