deshima_sensitivity.plotting module#

MDLF_simple(F: Union[ndarray, List[float], List[int], float, int], pwv: float = 0.5, EL: float = 60.0, snr: float = 5.0, obs_hours: float = 8.0) → HTML[source]#

Plot minimum detectable line flux (MDLF) of DESHIMA 2.0 on ASTE.

Parameters:

  • F (Union[ndarray, List[float], List[int], float, int]) – Frequency. Units: GHz.

  • pwv (float) – Precipitable water vapor. Units: mm.

  • EL (float) – Elevation angle. Units: degrees.

  • snr (float) – Target S/N of the detection.

  • obs_hours (float) – Total hours of observation including ON-OFF and calibration overhead.

Returns:

HTML object for download link (to be used in Jupyter notebook).

Return type:

html

MS_simple(F: Union[ndarray, List[float], List[int], float, int], pwv: float = 0.5, EL: float = 60.0) → HTML[source]#

Plot mapping speed of DESHIMA 2.0 on ASTE.

Parameters:

  • F (Union[ndarray, List[float], List[int], float, int]) – Frequency. Units: GHz.

  • pwv (float) – Precipitable water vapor. Units: mm.

  • EL (float) – Elevation angle. Units: degrees.

Returns:

HTML object for download link (to be used in Jupyter notebook).

Return type:

html

PlotD2HPBW() → HTML[source]#

Plot half power beam width of DESHIMA 2.0 on ASTE.

Returns:

HTML object for download link (to be used in Jupyter notebook).

Return type:

html