Global

Methods

footprintAttributes() → {ShapeAttributes}

The default attributes to be used for the Footprint.
Source:
Returns:
Attributes for the footprint shapes
Type
ShapeAttributes

(async) icon() → {Promise.<Image>}

Loads icon for the specific QuickLook in the form of image. Once the image was loaded, it is cached.
Source:
Returns:
Type
Promise.<Image>

id() → {String}

Unique identifier of the specific product
Source:
Returns:
UUID of the given product
Type
String

metadata() → {Object}

The whole entry related to this product.
Source:
Returns:
Entry representing the product.
Type
Object

(async) products(shortName, products, location, beginTime, endTime) → {Promise.<Array.<Product>>}

Retrieve the product information from the SciHub. The process has two parts. The first part is retrieving the products available for given combination of the parameters. The second part is to retrieve the actual quicklooks for all the products not already stored in cache.
Parameters:
Name Type Description
shortName String Short name of the satellite for which to query the data.
products Array.<String> Array of the products to query for.
location Object Latitude, Longitude of specific point.
beginTime Date From when we want the data
endTime Date Until when we want the data
Source:
Returns:
Product for further use.
Type
Promise.<Array.<Product>>

(async) renderable() → {Promise.<Renderable>}

Renderable for displaying this Product including QuickLook or null, if this wouldn't make any sense. It doesn't make sense when no footprint is provided.
Source:
Returns:
Type
Promise.<Renderable>

(async) renderables(shortName, products, location, beginTime, endTime) → {Promise.<Object>}

Retrieve the product information from the SciHub. The process has two parts. The first part is retrieving the products available for given combination of the parameters. The second part is to retrieve the actual quicklooks for all the products not already stored in cache.
Parameters:
Name Type Description
shortName String Short name of the satellite for which to query the data.
products Array.<String> Array of the products to query for.
location Object Latitude, Longitude of specific point.
beginTime Date From when we want the data
endTime Date Until when we want the data
Source:
Returns:
errors contains array of errors happening during creation of the renderables. total represents the total amount of products renderables the renderables tobe displayed
Type
Promise.<Object>

topocentricToLookAngles(tc) → {Object}

Parameters:
Name Type Description
tc Object
Properties
Name Type Description
topS Number Positive horizontal vector S due south.
topE Number Positive horizontal vector E due east.
topZ Number Vector Z normal to the surface of the earth (up).
Source:
Returns:
Type
Object

twoline2satrec()

Return a Satellite imported from two lines of TLE data. Provide the two TLE lines as strings `longstr1` and `longstr2`, and select which standard set of gravitational constants you want by providing `gravity_constants`: `sgp4.propagation.wgs72` - Standard WGS 72 model `sgp4.propagation.wgs84` - More recent WGS 84 model `sgp4.propagation.wgs72old` - Legacy support for old SGP4 behavior Normally, computations are made using letious recent improvements to the algorithm. If you want to turn some of these off and go back into "afspc" mode, then set `afspc_mode` to `True`.
Source:

url() → {string}

URL representation of the query for the SciHub.
Source:
Returns:
query part of the URL for the SciHub request.
Type
string

Type Definitions

acquisitionPlanEntry

Type:
  • Object
Source: