Why am I not getting good Lat, Lon, Alt and E, N, Up values at the end of my code.

I'm willing to pay someone to look through the attached code and find out what I'm doing wrong, if possible. It does not have to be exactly corret. I just need a good visual to show the readers of my book how the magic orbs work. I will place this visual in an appendix to the book. The latitude and longitude should be kept to the North East Quadrant (Possitive Latitude and Longitude). Thank You.

William José Blanch

650 Garin Ave

Hayward, CA 94544-6816

[phone]

[e-mail]

CPORB

scint1 = 1×3

0.4790 0.7037 0.0599

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rad1 = 0.0497

scint2 = 1×3

0.1575 0.7778 0.9903

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rad2 = 0.9724

scint3 = 1×3

0.7503 0.4837 0.2786

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rad3 = 0.9182

x1 = -8.4443

y1 = 59.2816

z1 = -9.2751

x2 = -8.4443

y2 = 59.2816

z2 = -9.2751

darodar = 
referenceEllipsoid with defining properties:

                 Code: []
                 Name: 'Unit Sphere'
           LengthUnit: 'meter'
        SemimajorAxis: 2400000
        SemiminorAxis: 2391917.59055365
    InverseFlattening: 296.94115547254
         Eccentricity: 0.082

  and additional properties:

    Flattening
    ThirdFlattening
    MeanRadius
    SurfaceArea
    Volume

lat1 = -89.7882

lon1 = 98.1069

alt1 = -2.3919e+06

lat2 = -89.7882

lon2 = 98.1069

alt2 = -2.3919e+06

lla = 2×3

1.0e+06 * -0.0001 0.0001 -2.3919 -0.0001 0.0001 -2.3919

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x1E = -1.0484e-14

y1N = -1.3685e-12

z1Up = -2.5737e-10

x2E = -1.0484e-14

y2N = -1.3685e-12

z2Up = -2.5737e-10

[Rik]

As you can see, there is a lot of output from your code without much coherent explanation of why any of this is unexpected or wrong. What exactly do you wish to see?

[William Blanch]

I should be getting; Longitude values between +180 degrees and -180 degrees, and Latitude values between +90 degrees and -90 degrees, with altitude values at a credible terrain height-above sea level. I included the E, N, Up coordinates as a check of the geodetic coordinates and can be disregared.