<p> Parametric system </p>

f6c18663-8e59-4cb9-a328-a73b4cb9fe8e 11 4 5 decimal

&[DATE] &[TIME] - &[FILENAME]

p d h system p 1 el h d 1 el < p 2 el h d 2 el < p 3 el h d 3 el < p 4 el h 1 d 4 el * < p 5 el cases :

recast the system h γ.s2 p d h system :

h σ.horizontal2 x γ.s2 x 0 h int :

my goal is to loop to find the value of sigma h in the depth ... that I inform in the input.

p 0 17.5 16 20.5 051 mat :

d 0361741 mat :

◄ in-situ command parameters

kPa 1 :

in-situ interpolation wrt parameters 5 σ.horizontal2 kPa 84.4875

j 021 range σ.horizontal2 j 1 + el j σ.horizontal2 : for x 021 range : data x σ.horizontal2 augment : 31 line

◄ in-situ conclusion

data Σ Finite differences Cumul Integration vx data 1 col : vy data 2 col : 12 mat Y 1 el 0 : i 2 vx rows range Δx i el vx i el vx i 1 - el - : Y i el Y i 1 - el 12 / vy i 1 - el vy i el + (Δx i el * (* + : 21 line for vx Y augment 51 line :

kPa vs m data 001 17.5 2353 52.4925 4 68.49 5 84.4875 6 100.53 7 120.96 8 141.52 9 161.91 10 182.55 11 202.84 12 223.56 13 244.01 14 264.46 15 285.075 16 305.76 17 325.5642 18 325.155 19 324.5992 20 325.4167 21 325.2025 222 mat

σ.horizontal2 0 17.5 35 52.4925 68.49 84.4875 100.53 120.96 141.52 161.91 182.55 202.84 223.56 244.01 264.46 285.075 305.76 325.5642 325.155 324.5992 325.4167 325.2025 221 mat

Σ data Σ : X Σ 1 col : Y Σ 2 col : 12 mat x f X Y x ainterp : x λ 10 x ≤ (x 32 ≤ (& cases : 41 sys

25 f 5258.7

Σ x f x λ * 2 1 sys