Latitude galactic diffuse

[3]:

# Parameters
func_name = "Latitude_galactic_diffuse"

Description

[5]:

func.display()

description: A Gaussian distribution in Galactic latitude around the Galactic plane
formula: $ K \exp{\left( \frac{-b^2}{2 \sigma_b^2} \right)} $
parameters:
- K:
  - value: 1.0
  - desc: normalization
  - min_value: None
  - max_value: None
  - unit:
  - is_normalization: False
  - delta: 0.1
  - free: True
- sigma_b:
  - value: 1.0
  - desc: Sigma for
  - min_value: None
  - max_value: None
  - unit:
  - is_normalization: False
  - delta: 0.1
  - free: True
- l_min:
  - value: 10.0
  - desc: min Longtitude
  - min_value: None
  - max_value: None
  - unit:
  - is_normalization: False
  - delta: 1.0
  - free: True
- l_max:
  - value: 30.0
  - desc: max Longtitude
  - min_value: None
  - max_value: None
  - unit:
  - is_normalization: False
  - delta: 3.0
  - free: True

The shape of the function on the sky.

[6]:

m=func(ra, dec)
hp.mollview(m, title=func_name, cmap="magma")
hp.graticule(color="grey", lw=2)