This class can consider the instrument characteristics for the observation.
More...
|
| | __init__ (self, theta, Pn, freq, band) |
| | The constructor for the class.
|
| |
| | bandinteg (self, Ta) |
| | This method integrates in the band function of the isntrument.
|
| |
| | observation (self, T0) |
| | This method calculates the antenna temperature for a given brightness temperature at the azimuth.
|
| |
| | Tantenna (self, T0) |
| | This method calculates the antenna temperature for a given brightness temperature at the azimuth.
|
| |
This class can consider the instrument characteristics for the observation.
More details.
◆ __init__()
| __init__ |
( |
| self, |
|
|
| theta, |
|
|
| Pn, |
|
|
| freq, |
|
|
| band ) |
The constructor for the class.
- Parameters
-
| self | The object pointer. |
| theta | The azimuth angles. |
| Pn | The normalized pattern of the antenna. |
| freq | The considered frequencies. |
| band | The band function of the instrument. |
◆ bandinteg()
This method integrates in the band function of the isntrument.
- Parameters
-
| self | The object pointer. |
| Ta | The antenna temperature at the frequencies of the instrument. |
◆ observation()
This method calculates the antenna temperature for a given brightness temperature at the azimuth.
- Parameters
-
| self | The object pointer. |
| T0 | The brightness temperature at the azimuth. |
◆ Tantenna()
This method calculates the antenna temperature for a given brightness temperature at the azimuth.
- Parameters
-
| self | The object pointer. |
| T0 | The brightness temperature at the azimuth. |
◆ fband
◆ pattern
The documentation for this class was generated from the following file: