typo 'Displacemnet' should be 'Displacement'

[YuanSun-UoM]

Hi,

I spotted the typo 'Displacemnet' in two lines of src/science/params/urban_param_mod.F90:

Line 102 REAL(KIND=real_jlslsm), ALLOCATABLE :: disp_gb(:) ! Displacemnet height

Line 114 REAL(KIND=real_jlslsm), POINTER :: disp_gb(:) ! Displacemnet height

Cheers

I keep reading the code and take notes of the typos below for reference:

• src/science/surface/get_us.F90

  • Line 126 ! Calculation of along-canyon wind componenents, should be 'components'
  • Line 252 ! Upstream steet, should be 'street'
  • Line 277 ! OUT of recirculation region: tranport across a shear layer, should be 'transport'
  • Line 306 ! OUT of ventilated region: tranport across a shear layer, should be 'transport'

• src/science/surface/urbanz0.F90

  • Line 74 ! (normalised reciprcal of friction velocity), should be 'reciprocal'

[YuanSun-UoM]

Another potential typo in src/science/params/urban_param_mod.F90:

Line 63 MacDonald et al. (2008) should be MacDonald et al. (1998) if referring to the paper: Macdonald RW, Griffiths RF, Hall DJ (1998) An improved method for the estimation of surface roughness of obstacle arrays. Atmos Environ 32:1857–1864

Please let me know if I am wrong. Thanks.

[yaswant]

Hi Yuan Sun (@YuanSun-UoM) - please feel free to open a pull request to fix the typos. You are probably right about the MacDonald reference, but it is really hard to figure out from Author (Year) - we should at least provide the DOI where available. thanks

[YuanSun-UoM]

Hi Yuan Sun (@YuanSun-UoM) - please feel free to open a pull request to fix the typos. You are probably right about the MacDonald reference, but it is really hard to figure out from Author (Year) - we should at least provide the DOI where available. thanks

Yaswant Pradhan (@yaswant) Dear Yaswant, thanks for letting me know. I am glad to contribute to the typo correction and will fork the repository first for modification.

The MacDonald reference should be:
Macdonald, R.W., Griffiths, R.F. and Hall, D.J., 1998. An improved method for the estimation of surface roughness of obstacle arrays. Atmospheric environment, 32(11), pp.1857-1864. https://doi.org/10.1016/S1352-2310(97)00403-2

Cheers,
Yuan