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| Both sides previous revision Previous revision | Next revisionBoth sides next revision | ||
| en:manuel_reference:methode_micro:verif_habby [2021/12/02 10:36] – ylecoarer | en:manuel_reference:methode_micro:verif_habby [2021/12/02 10:37] – ylecoarer | ||
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| (1b) \[HSI_i=(SI_H(H_i)\times SI_V(V_i)\times SI_S(S_i))^\frac{1}{3}\] | (1b) \[HSI_i=(SI_H(H_i)\times SI_V(V_i)\times SI_S(S_i))^\frac{1}{3}\] | ||
| (1c) \[HSI_i=\frac{SI_H(H_i)+ SI_V(V_i)+ SI_S(S_i)}{3}\] | (1c) \[HSI_i=\frac{SI_H(H_i)+ SI_V(V_i)+ SI_S(S_i)}{3}\] | ||
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| + | In case the user decides to use only two variables for example (H,V), these equations are adapted in HABBY and become : | ||
| + | |||
| + | (1_a2) \[HSI_i=SI_H(H_i)\times SI_V(V_i)\] | ||
| + | (1_b2) \[HSI_i=(SI_H(H_i)\times SI_V(V_i))^\frac{1}{2}\] | ||
| + | (1_c2) \[HSI_i=frac{SI_H(H_i)+ SI_V(V_i)}{2}\] | ||
| The logics (a) product, (b) geometric mean and (c) mean are respected. | The logics (a) product, (b) geometric mean and (c) mean are respected. | ||