Simulated One Point Mode
From krc
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It can output various values that indicate why a TI was not derived for failure cases: | It can output various values that indicate why a TI was not derived for failure cases: | ||
− | -600: The Temperature provided is lower than the lowest model output. Possible Frost Presence | + | :-600: The Temperature provided is lower than the lowest model output. Possible Frost Presence |
− | -500: No value was derived or returned. KRC may have failed to run all together | + | :-500: No value was derived or returned. KRC may have failed to run all together |
− | -400: Negative TI value. This is a non-physical return as a function of the fitting routine | + | :-400: Negative TI value. This is a non-physical return as a function of the fitting routine |
− | -300: TI value larger than 2200 SI. 2200 SI is the top of the available lookup table and extrapolation is not permitted | + | :-300: TI value larger than 2200 SI. 2200 SI is the top of the available lookup table and extrapolation is not permitted |
− | -200: Returned TI value doesn't meet proximity criterion (TI_Guess_PCT) | + | :-200: Returned TI value doesn't meet proximity criterion (TI_Guess_PCT) |
− | -100: Bad TI_Guess / TI_Guess_PCT combination. This is most likely a user error | + | :-100: Bad TI_Guess / TI_Guess_PCT combination. This is most likely a user error |
Revision as of 22:17, 8 January 2019
Simulated One Point Mode
This mode is currently only supported for Mars.
It requires to provide: 1: a Temperature T 2: @ a season ls 3: @ a LTST hour
OUT = krc(lat = 0., lon = 0., T = 170., ls = 152.4, hour = 3.12)
The output is the equivalent thermal inertia in J m-2 K-1 s-1/2, in this case OUT = XXX.
The One-Point Mode outputs a TI (SI) for an array of input temperatures with the given parameters
It can output various values that indicate why a TI was not derived for failure cases:
- -600: The Temperature provided is lower than the lowest model output. Possible Frost Presence
- -500: No value was derived or returned. KRC may have failed to run all together
- -400: Negative TI value. This is a non-physical return as a function of the fitting routine
- -300: TI value larger than 2200 SI. 2200 SI is the top of the available lookup table and extrapolation is not permitted
- -200: Returned TI value doesn't meet proximity criterion (TI_Guess_PCT)
- -100: Bad TI_Guess / TI_Guess_PCT combination. This is most likely a user error