datatypes/fx/scfx_rep.cpp

100 : m_mant( min_mant ), m_wp(), m_sign(), m_state(), m_msw(), m_lsw(),
107 : m_mant( min_mant ), m_wp(), m_sign(), m_state(), m_msw(), m_lsw(),
113 	m_wp = m_msw = m_lsw = 2;
131 : m_mant( min_mant ), m_wp(), m_sign(), m_state(), m_msw(), m_lsw(),
137 	m_wp = m_msw = m_lsw = 2;
147 : m_mant( min_mant ), m_wp(), m_sign(), m_state(), m_msw(), m_lsw(),
164             m_wp = 1;
169             m_wp = 2;
181 : m_mant( min_mant ), m_wp(), m_sign(), m_state(), m_msw(), m_lsw(),
187 	m_wp = m_msw = m_lsw = 2;
190 	    m_wp = 1;
195 	    m_wp = 2;
207 : m_mant( min_mant ), m_wp( 0 ), m_sign(), m_state( normal ), m_msw( 0 ),
235 : m_mant( min_mant ), m_wp(), m_sign(), m_state(), m_msw(), m_lsw(),
241 	m_wp = 1;
262 : m_mant( min_mant ), m_wp(), m_sign(), m_state(), m_msw(), m_lsw(),
268 	m_wp = 1;
280 : m_mant( min_mant ), m_wp(), m_sign(), m_state(), m_msw(), m_lsw(),
291 	m_wp = 0;
323 : m_mant( min_mant ), m_wp(), m_sign(), m_state(), m_msw(), m_lsw(),
334 	m_wp = 0;
353 : m_mant( a.m_mant ), m_wp( a.m_wp ), m_sign( a.m_sign ), m_state( a.m_state ),
616 	    m_wp = n_word( frac_digits ) - word_offset;
654 	    m_wp = n_word( frac_digits ) - word_offset;
688 	    m_wp = 0;
748 	    m_wp = n_word( frac_digits ) - word_offset;
811     int exp = (m_msw - m_wp) * bits_in_word + msb;
935     for( i = int_part.m_lsw; i <= int_part.m_msw && i < int_part.m_wp; i ++ )
938     if( int_part.m_wp < int_part.m_lsw )
939 	int_part.resize_to( int_part.size() - int_part.m_wp, -1 );
942 	 i >= frac_part.m_lsw && i >= frac_part.m_wp;
956 	double int_wl = ( int_part.m_msw - int_part.m_wp ) * bits_in_word
1001 	double frac_wl = ( frac_part.m_wp - frac_part.m_msw ) * bits_in_word
1123 	    msb = ( b.m_msw - b.m_wp ) * bits_in_word
1133 	    lsb = ( b.m_lsw - b.m_wp ) * bits_in_word
1339     int new_wp = lhs.m_wp;
1348     result.m_wp = new_wp;
1468     int new_wp = lhs.m_wp;
1477     result.m_wp = new_wp;
1576     int new_wp   = ( lhs.m_wp - lhs.m_lsw ) + ( rhs.m_wp - rhs.m_lsw );
1581     result.m_wp    = new_wp;
1662 	        + ( lhs.m_msw - lhs.m_wp ) * bits_in_word;
1664 	        + ( rhs.m_msw - rhs.m_wp ) * bits_in_word;
1673     result.m_wp   = (result.size() - c) - msb_res / bits_in_word;
1707 	int index = result_index + 1 - result.m_wp * bits_in_word;
1751 	m_wp -= shift_words;
1784 	m_wp += shift_words;
1816     int a_msw = a.m_msw - a.m_wp;
1817     int b_msw = b.m_msw - b.m_wp;
2264     if( lhs.m_wp != rhs.m_wp || lhs.size() != rhs.size() )
2266 	int lower_bound_lhs = lhs.m_lsw - lhs.m_wp;
2267 	int upper_bound_lhs = lhs.m_msw - lhs.m_wp;
2268 	int lower_bound_rhs = rhs.m_lsw - rhs.m_wp;
2269 	int upper_bound_rhs = rhs.m_msw - rhs.m_wp;
2277 	if( new_wp != lhs.m_wp || len_mant != lhs.size() )
2283 	if( new_wp != rhs.m_wp || len_mant != rhs.size() )
2378     for( int i = 0, end = ( m_msw - m_wp + 1 ) * 2; i < end; i ++ )
2380     for( int i = 0, end = -( m_msw - m_wp + 1 ) * 2; i > end; i -- )
2457     m_wp = (shift - exponent) / bits_in_word;
2472     int shift = new_wp - m_wp;
2794     os << "wp    = " << m_wp << ::std::endl;
2844     int msb = ( m_msw - m_wp ) * bits_in_word
2851     int lsb = ( m_lsw - m_wp ) * bits_in_word