function [cut, mindistance, maxdistance, elevationcut, lowerz, upperz,...
    rhomin] = inputchecker(cut, mindistance, maxdistance, elevationcut,...
    lowerz, upperz, rhomin)

% Use VCP to determine the number of cuts

switch cut{1,1}.VCP
    case 11
        cuts = 16;
    case 12
        cuts = 17;
    case 21
        cuts = 11;
    case 31
        cuts = 8;
    case 32
        cuts = 7;
    case 121
        cuts = 20;
    case 211
        cuts = 16;
    case 212
        cuts = 17;
    case 221
        cuts = 11;
end

if (mindistance < 1 || ~isnumeric(mindistance) || mindistance > maxdistance)
    mindistance = 1;
    fprintf('\nMinimum distance must be a numeric value of at least one and must be less than the maximum distance!');
    fprintf('\nResetting minimum distance to zero kilometers.\n');
end

if (maxdistance > 298 || ~isnumeric(maxdistance) || maxdistance < mindistance)
    maxdistance = 298;
    fprintf('\nMaximum distance must be a numeric value of less than 450 and must be greater than the minimum distance!');
    fprintf('\nResetting maximum distance to 450 kilometers.\n');
end

if (elevationcut < 0 || elevationcut > cuts || ~isnumeric(elevationcut))
    elevationcut = 1;
    fprintf('\nElevation cut must be a numeric value of at least 1, but no greater than %d.',cuts);
    fprintf('\nResetting elevation cut to the lowest cut (1).\n');
end

if (lowerz < -15 || ~isnumeric(lowerz))
    lowerz = -15;
    fprintf('\nThe minimum reflectivity value must be at least -15 dBZ!');
    fprintf('\nResetting the minimum reflectivity to -15.\n');
end

if (upperz > 80 || ~isnumeric(upperz))
    upperz = 80;
    fprintf('\nThe maximum reflectivity value must be less than 80 dBZ!');
    fprintf('\nResetting maximum reflectivity to 80 dBZ.\n');
end

if (rhomin > 1 || ~isnumeric(rhomin))
    rhomin = 1;
    fprintf('\nThe correlation coefficient value must be less than one!');
    fprintf('\nResetting correleation coefficient to 1.\n');
end

end