Lines Matching defs:scaling
133 FT_Long* scaling )
144 if ( scaling )
145 *scaling = 0;
279 if ( scaling )
290 *scaling = exponent - fraction_length + 1;
299 /* Make `scaling' as small as possible. */
320 *scaling = exponent;
328 *scaling = exponent - 4;
333 *scaling = exponent - 5;
415 FT_Long scaling )
418 return cff_parse_real( d[0], d[1], scaling, NULL );
424 if ( scaling )
425 val *= power_tens[scaling];
456 /* but return `10^scaling' times the number read in */
459 FT_Long scaling )
461 return do_fixed( d, scaling );
466 /* and return it as precise as possible -- `scaling' returns */
467 /* the scaling factor (as a power of 10) */
470 FT_Long* scaling )
472 FT_ASSERT( scaling );
475 return cff_parse_real( d[0], d[1], 0, scaling );
492 *scaling = integer_length - 4;
497 *scaling = integer_length - 5;
503 *scaling = 0;
523 FT_Long scaling;
533 /* all other elements. The scaling factor is then contained in the */
536 matrix->xx = cff_parse_fixed_dynamic( data++, &scaling );
538 scaling = -scaling;
540 if ( scaling < 0 || scaling > 9 )
545 " strange scaling value for xx element (%d),\n"
547 " using default matrix\n", scaling ));
560 matrix->yx = cff_parse_fixed_scaled( data++, scaling );
561 matrix->xy = cff_parse_fixed_scaled( data++, scaling );
562 matrix->yy = cff_parse_fixed_scaled( data++, scaling );
563 offset->x = cff_parse_fixed_scaled( data++, scaling );
564 offset->y = cff_parse_fixed_scaled( data, scaling );
566 *upm = power_tens[scaling];
