WindowsXP-SP1/shell/osshell/control/t1instal/trans.h
2020-09-30 16:53:49 +02:00

103 lines
2.8 KiB
C

/***
**
** Module: Trans
**
** Description:
** This is a module of the T1 to TT font converter. The module
** contains functions that will convert T1 specific data into
** corresponding TT data, such as hints and font metrics.
**
** Author: Michael Jansson
**
** Created: 5/28/93
**
***/
#ifndef _ARGS
# define IN const
# define OUT
# define INOUT
# define _ARGS(arg) arg
#endif
#ifndef FASTCALL
# ifdef MSDOS
# define FASTCALL __fastcall
# else
# define FASTCALL
# endif
#endif
struct TTMetrics;
struct T1Metrics;
struct TTHandle;
struct T1Glyph;
struct TTGlyph;
struct TTComposite;
struct Composite;
/***
** Function: ConvertComposite
**
** Description:
** This function convertes the data associated to a T1 font seac glyph
** into the corresponding data used in a TT font composite glyph.
**
***/
errcode FASTCALL ConvertComposite _ARGS((INOUT struct T1Metrics *,
IN struct Composite *,
OUT struct TTComposite *));
/***
** Function: ConvertGlyph
**
** Description:
** This function convertes the data associated to a T1 font glyph
** into the corresponding data used in a TT font glyph.
***/
errcode FASTCALL ConvertGlyph _ARGS((INOUT struct T1Metrics *,
IN struct T1Glyph *,
OUT struct TTGlyph **,
IN int));
/***
** Function: ConvertMetrics
**
** Description:
**
***/
errcode FASTCALL ConvertMetrics _ARGS((IN struct TTHandle *,
INOUT struct T1Metrics *,
OUT struct TTMetrics *,
IN char *tag));
/***
** Function: TransX
**
** Description:
** Translate a horizontal coordinate according to a transformation matrix.
***/
funit FASTCALL TransX _ARGS((IN struct T1Metrics *t1,
IN funit x));
/***
** Function: TransY
**
** Description:
** Translate a vertical coordinate according to a transformation matrix.
***/
funit FASTCALL TransY _ARGS((IN struct T1Metrics *t1,
IN funit y));
/***
** Function: TransAllPoints
**
** Description:
** Translate a coordinate according to a transformation matrix.
***/
void FASTCALL TransAllPoints _ARGS((IN struct T1Metrics *t1,
INOUT Point *pts,
IN USHORT cnt,
IN f16d16 *fmatrix));