Function: mean(gradient[2](min(numbers('yxy'), numbers('yyx'))), min(numbers('yxy'), numbers('yyx'))) if gradient[2](min(numbers('yxy'), numbers('yyx'))) > min(numbers('yxy'), numbers('yyx')) else numbers('yxy') if gradient[2](min(numbers('yxy'), numbers('yyx'))) > mean(gradient[2](min(numbers('yxy'), numbers('yyx'))), min(numbers('yxy'), numbers('yyx'))) else min(min(numbers('yxy'), numbers('yyx')) if gradient[2](min(numbers('yxy'), numbers('yyx'))) > mean(gradient[2](min(numbers('yxy'), numbers('yyx'))), min(numbers('yxy'), numbers('yyx'))) else numbers('yxy'), mean(gradient[2](min(numbers('yxy'), numbers('yyx'))), min(numbers('yxy'), numbers('yyx'))))
