if  (myFields[c_shapeNameField].equals(ShapeName.circle)){
    //ASSIGN a new Circle object to shapes[index], passing the Circle constructor the following arguments:
     Shape[index] = new Circle(Integer.parseInt(myFields[c_xCoordinateField]),
     Integer.parseInt(myFields[c_yCoordinateField]), Integer.parseInt(myFields[c_radiusField])); 
     }
     else if  (myFields[c_shapeNameField].equals(ShapeName.cube)){
     //ASSIGN a new Cube object to shapes[index], passing the Cube constructor the following arguments:
     Cube shape = new Cube(Integer.parseInt(myFields[c_xCoordinateField]),
     Integer.parseInt(myFields[c_yCoordinateField]), Integer.parseInt(myFields[c_sideField]));
        }
     else if  (myFields[c_shapeNameField].equals(ShapeName.sphere)){
     //ASSIGN a new Sphere object to shapes[index], passing the Sphere constructor the following arguments:
     Sphere shape = new Sphere(Integer.parseInt(myFields[c_xCoordinateField]),
     Integer.parseInt(myFields[c_yCoordinateField]), Integer.parseInt(myFields[c_radiusField]));
        }
     else if  (myFields[c_shapeNameField].equals(ShapeName.square)){
     //ASSIGN a new Square object to shapes[index], passing the Square constructor the following arguments:
     Square shape = new Square(Integer.parseInt(myFields[c_xCoordinateField]),
     Integer.parseInt(myFields[c_yCoordinateField]), Integer.parseInt(myFields[c_sideField]));
          }