gets the flattening factor . concode_field_sep int bufType concode_elem_sep double flatness concode_elem_sep double px concode_elem_sep double py concode_elem_sep int bufIndex concode_elem_sep double flatness2 concode_elem_sep double buf[] concode_elem_sep double coords[] concode_elem_sep PathIterator p concode_elem_sep int bufLimit concode_elem_sep int BUFFER_CAPACITY concode_elem_sep boolean bufEmpty concode_elem_sep int bufSize concode_elem_sep int BUFFER_LIMIT concode_elem_sep int bufSubdiv concode_elem_sep int BUFFER_SIZE concode_field_sep void next concode_elem_sep int getRecursionLimit concode_elem_sep int getWindingRule concode_elem_sep int currentSegment concode_elem_sep int currentSegment concode_elem_sep boolean isDone concode_elem_sep void evaluate
double function ( ) { return flatness ; }