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ocssw
V2022
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Go to the source code of this file.
Macros | |
| #define | KD_MAX 6.4 |
| #define | KD_MIN 0.016 |
Functions | |
| void | Kd490_KD2 (l2str *l2rec, float *Kd) |
| void | unc_Kd490_KD2 (l2str *l2rec, float *uKd) |
| void | Kd490_mueller (l2str *l2rec, float k490[]) |
| void | Kd490_obpg (l2str *l2rec, float k490[]) |
| void | Kd490_morel (l2str *l2rec, float *Kd) |
| void | Kd_PAR_morel (l2str *l2rec, int depth, float *Kd) |
| void | Zhl_morel (l2str *l2rec, float *Zhl) |
| void | Kd532 (l2str *l2rec, int flag, float k532[]) |
| void | Kd_lee (l2str *l2rec, int band, float *Kd) |
| void | unc_Kd_lee (l2str *l2rec, int band, float *uKd) |
| void | nKd_lin (l2str *l2rec, int band, float *nKd) |
| void | Kd_PAR_lee (l2str *l2rec, float *Kd) |
| void | Kd_jamet (l2str *l2rec, int band, float *Kd) |
| void | Kd_rhos (l2str *l2rec, float *Kd) |
| void | get_spectral_Kd (l2str *l2rec, l2prodstr *p) |
| void | get_Kd (l2str *l2rec, l2prodstr *p, float prod[]) |
| void | Kd490_unc (l2str *l2rec, int32_t ip) |
Macro Definition Documentation
◆ KD_MAX
◆ KD_MIN
Function Documentation
◆ get_Kd()
| void get_Kd | ( | l2str * | l2rec, |
| l2prodstr * | p, | ||
| float | prod[] | ||
| ) |
◆ get_spectral_Kd()
◆ Kd490_KD2()
◆ Kd490_morel()
◆ Kd490_mueller()
◆ Kd490_obpg()
◆ Kd490_unc()
◆ Kd532()
◆ Kd_jamet()
◆ Kd_lee()
| void Kd_lee | ( | l2str * | l2rec, |
| int | band, | ||
| float * | Kd | ||
| ) |
spectral diffuse attenuation using Lee, et. (2005, 2016)
- Parameters
-
l2rec[in] level-2 structure containing one complete scan after atmospheric correction. ib[in] waveband number (0 - nbands-1) at which Kd computed. Kd[out] diffuse attenuation at specified band, 1 value per pixel.
This produces the estimate of diffuse attenation at the given band using the satellite derived total absorption and backscattering (l2rec->a and l2rec->bb). The a and bb are controlled by the iopt_opt parameter. The reference papers below assume IOPQAA, iop_opt = 3.
Lee, Z.P., M. Darecki, K.L. Carder, C.O.Davis, D. Stramski, W.J. Rhea, "Diffuse Attenuation coefficient of downwelling irradiance: An evalution of remote sensing methods". (2005) JOURNAL OF GEOPHYSICAL RESEARCH, VOL. 110. https://doi.org/10.1029/2004JC002573
Zhongping Lee, Chuanmin Hu, Shaoling Shang, Keping Du, Marlon Lewis, Robert Arnone, and Robert Brewin, "Penetration of UV-visible solar radiation in the global oceans: Insights from ocean color remote sensing". (2013). JOURNAL OF GEOPHYSICAL RESEARCH: OCEANS, VOL. 118, 4241–4255 https://doi.org/10.1002/jgrc.20308


