✔ "Segmentation fault (core dumped)" bei einem Array aus Zeigern

class MassPointHelper
{
    public:
        MassPointHelper(); //for testing "probes"
        MassPointHelper(long AnzObj); //for initilyzing **Objekte
        MassPointHelper(Objekt* objTs); //for objekt
        ~MassPointHelper();

        void getF(ld actX, ld actY, ld actZ, ld actMass, VectorHelper* RetWert); //get the F (= Kraft)

        static bool debug;

    protected:
    private:

        int Obj_Pointer; //die Pos in Objekte

        static Objekt **Objekte;
            //Nr. 0 ist der initialisierer
            //Obj Pointer wird bei testen auf 0 gesetzt

        static long next_Pointer;
        static long MAX_Pointer;
};

MassPointHelper::MassPointHelper(long AnzObj){
    MAX_Pointer = AnzObj-1;
    Objekte = new Objekt*[AnzObj];
    GLOBALOBJECTS = Objekte;
    debug = 0;
}

        if (Eingabe == "testobj"){
            objIni = new Simulation::MassPointHelper(10);
            cout << "objIni initialisiert!" << endl;
            GLOBALOBJECTS[1] = new Simulation::Objekt(5, 10, -10, 50, false);
            GLOBALOBJECTS[2] = new Simulation::Objekt(5, 5, 5, 65, false);
            GLOBALOBJECTS[3] = new Simulation::Objekt(10, 10, 0, 10, false);
            GLOBALOBJECTS[4] = new Simulation::Objekt(-20, -20, 0, 25, false);
            GLOBALOBJECTS[5] = new Simulation::Objekt(0, 0, 0, 50, false);
        }

simon@simon-P55-USB3 ~/Visualeiemc2/xsv $ ./Visualeiemc2 
Visual e=mc^2
by Simon Michalke
Version t4/Viiiieeele Klassen!
>testobj
objIni initialisiert!
Segmentation fault (core dumped)
simon@simon-P55-USB3 ~/Visualeiemc2/xsv $

GLOBALOBJECTS[1] = new Simulation::Objekt(5, 10, -10, 50, false);

            GLOBALOBJECTS[1] = new Simulation::Objekt(5, 10, -10, 50, 1);
            GLOBALOBJECTS[2] = new Simulation::Objekt(5, 5, 5, 65, 2);
            GLOBALOBJECTS[3] = new Simulation::Objekt(10, 10, 0, 10, 3);
            GLOBALOBJECTS[4] = new Simulation::Objekt(-20, -20, 0, 25, 4);
            GLOBALOBJECTS[5] = new Simulation::Objekt(0, 0, 0, 50, 5);

class VectorHelper
{
    public:
        VectorHelper();
        ~VectorHelper();

        ld X, Y, Z;

        float rotY, rotX;
        ld Wert;

        void convertRotWertToYXZ();
        void convertXYZToRotWert();
    protected:
    private:
};

void VectorHelper::convertRotWertToYXZ(){
    ld a;
    a = Wert * cos(rotX);
    Y = Wert * sin(rotX);
    Z = a * cos(rotY);
    X = a * sin(rotY);
}

void VectorHelper::convertXYZToRotWert(){
    ld a;
    a = pow(X*X+Z*Z, 0.5);
    rotY = acos(Z/a);
    Wert = pow(a*a+Y*Y, 0.5);
    rotX = asin(Y/Wert);
}

GLOBALOBJECTS = new Simulation::Objekt*[10];