Etalonnage

pixel

lambda

l calc.

diff

l calc2.

dif2

Reg de 1

Reg deg 2

sigma

sigma

xpix = 308.3 (slider from 0 to 768, step 0.1)
A3 = 167.8
B3 = 404.656
D3 = 0.192
E3 = 404.645
F3 = -0.011
A4 = 309.6
B4 = 435.834
D4 = -0.088
E4 = 435.854
F4 = 0.02
A5 = 456.4
B5 = 467.816
D5 = -0.082
E5 = 467.868
F5 = 0.052
A6 = 476.3
B6 = 472.216
D6 = -0.146
E6 = 472.184
F6 = -0.032
A7 = 512.3
B7 = 479.991
D7 = -0.076
E7 = 479.979
F7 = -0.012
A8 = 517.1
B8 = 481.053
D8 = -0.092
E8 = 481.017
F8 = -0.036
A9 = 645.2
B9 = 508.582
D9 = 0.292
E9 = 508.6
F9 = 0.018
P_1: (A3, B3)
P_2: (A4, B4)
P_3: (A5, B5)
P_4: (A6, B6)
P_5: (A7, B7)
P_6: (A8, B8)
P_7: (A9, B9)
liste1: {P_1, P_2, P_3, P_4, P_5, P_6, P_7}
B11 = FitPoly(liste1, 1.0)
C3: B$11(A3)
C4: B$11(A4)
C5: B$11(A5)
C6: B$11(A6)
C7: B$11(A7)
C8: B$11(A8)
C9: B$11(A9)
B12 = FitPoly(liste1, 2.0)
D10 = SD(D3:D9)
F10 = SD(F3:F9)
vcura = Segment((xpix, 30.0), (xpix, 250.0))
vcurb = Segment((xpix, 0.0), (xpix, -1.0 * 1.0 * 1.0 * 1.0 * 250.0))
texte1: "x=" + xpix
texte2: "x=" + xpix
texte3: "x=" + xpix
texte4: "x=" + xpix
A14: "x=" + xpix
A16 = 271.3
A17 = 287.3
A18 = 296.1
A19 = 302
A20 = 308.3
B17: B$12(A17)
B18: B$12(A18)
B19: B$12(A19)
B20: B$12(A20)