public override OTTable GenerateTable()
{
ushort iSizeOfVDMXGroups = 0;
// Used to detrmine which vdmx goes with which ratio
ushort[] VDMXOffsets = new ushort[m_numRecs];
for( ushort i = 0; i < m_numRecs; i++ )
{
iSizeOfVDMXGroups += (ushort)(4 + (((VDMXGroupCache)m_groups[i]).recs * 6));
}
// create a Motorola Byte Order buffer for the new table
MBOBuffer newbuf = new MBOBuffer( (uint)(6 + (m_numRatios * 4) + (2* m_numRatios) + iSizeOfVDMXGroups));
// populate the buffer
newbuf.SetUshort( m_version, (uint)Table_VDMX.FieldOffsets.version );
newbuf.SetUshort( m_numRecs, (uint)Table_VDMX.FieldOffsets.numRecs );
newbuf.SetUshort( m_numRatios, (uint)Table_VDMX.FieldOffsets.numRatios );
// populate buffer with Ratio Records
for( ushort i = 0; i < m_numRatios; i++ )
{
newbuf.SetByte( ((RatioCache)m_ratRange[i]).bCharSet, (uint)(Table_VDMX.FieldOffsets.ratRange + (i * 4)));
newbuf.SetByte( ((RatioCache)m_ratRange[i]).xRatio, (uint)(Table_VDMX.FieldOffsets.ratRange + (i * 4) + 1));
newbuf.SetByte( ((RatioCache)m_ratRange[i]).yStartRatio, (uint)(Table_VDMX.FieldOffsets.ratRange + (i * 4) + 2));
newbuf.SetByte( ((RatioCache)m_ratRange[i]).yEndRatio, (uint)(Table_VDMX.FieldOffsets.ratRange + (i * 4) + 3));
}
// Set up the strting offset for the VDMX Groups
ushort iOffset = (ushort)(Table_VDMX.FieldOffsets.ratRange + (m_numRatios * 4) + (m_numRatios * 2));
// NOTE: we may want to check these VDMX Groups to see if they are orphans and remove them if they are?
// populate buffer with VDMX Groups
for( ushort i = 0; i < m_numRecs; i++ )
{
// Save the offset for this group
VDMXOffsets[i] = iOffset;
newbuf.SetUshort( ((VDMXGroupCache)m_groups[i]).recs, iOffset );
iOffset += 2;
newbuf.SetByte( ((VDMXGroupCache)m_groups[i]).startsz, iOffset );
iOffset += 1;
newbuf.SetByte( ((VDMXGroupCache)m_groups[i]).endsz, iOffset );
iOffset += 1;
for( ushort ii = 0; ii < ((VDMXGroupCache)m_groups[i]).recs; ii++ )
{
newbuf.SetUshort( ((VDMXGroupCache)m_groups[i]).getVTableRecordCache( ii ).yPelHeight, iOffset );
iOffset += 2;
newbuf.SetShort( ((VDMXGroupCache)m_groups[i]).getVTableRecordCache( ii ).yMax, iOffset );
iOffset += 2;
newbuf.SetShort( ((VDMXGroupCache)m_groups[i]).getVTableRecordCache( ii ).yMin, iOffset );
iOffset += 2;
}
}
// populate buffer with Ratio Records
for( ushort i = 0; i < m_numRatios; i++ )
{
newbuf.SetByte( ((RatioCache)m_ratRange[i]).bCharSet, (uint)(Table_VDMX.FieldOffsets.ratRange + (i * 4)));
newbuf.SetByte( ((RatioCache)m_ratRange[i]).xRatio, (uint)(Table_VDMX.FieldOffsets.ratRange + (i * 4) + 1));
newbuf.SetByte( ((RatioCache)m_ratRange[i]).yStartRatio, (uint)(Table_VDMX.FieldOffsets.ratRange + (i * 4) + 2));
newbuf.SetByte( ((RatioCache)m_ratRange[i]).yEndRatio, (uint)(Table_VDMX.FieldOffsets.ratRange + (i * 4) + 3));
// Write out the offsets for the VDMX Groups to the buffer
newbuf.SetUshort( VDMXOffsets[((RatioCache)m_ratRange[i]).VDMXGroupThisRatio], (uint)(Table_VDMX.FieldOffsets.ratRange + (m_numRatios * 4) + (i * 2)));
}
// put the buffer into a Table_VDMX object and return it
Table_VDMX VDMXTable = new Table_VDMX("VDMX", newbuf);
return VDMXTable;
}
protected ArrayList m_groups; // VDMXGroupCache[]
// constructor
public VDMX_cache(Table_VDMX OwnerTable)
{
m_version = OwnerTable.version;
m_numRecs = OwnerTable.numRecs;
m_numRatios = OwnerTable.numRatios;
m_ratRange = new ArrayList( m_numRatios );
m_groups = new ArrayList( m_numRecs );
// Used to detrmine which vdmx goes with which ratio
ushort[] VDMXOffsets = new ushort[m_numRecs];
VDMXOffsets[0] = (ushort)(Table_VDMX.FieldOffsets.ratRange + (m_numRatios * 4) + (m_numRatios * 2));
// Fill in the VDMX groups
for( ushort i = 0; i < m_numRecs; i++ )
{
VDMXGroupCache vgc = new VDMXGroupCache();
vgc.recs = OwnerTable.GetVdmxGroup( i ).recs;
vgc.startsz = OwnerTable.GetVdmxGroup( i ).startsz;
vgc.endsz = OwnerTable.GetVdmxGroup( i ).endsz;
for( ushort ii = 0; ii < vgc.recs; ii++ )
{
Vdmx.vTable vt = OwnerTable.GetVdmxGroup( i ).GetEntry( ii );
vgc.addVTableRecordCache( ii, vt.yPelHeight, vt.yMax, vt. yMin );
}
m_groups.Add( vgc );
if( i < (m_numRecs - 1))
{
VDMXOffsets[i+1] = (ushort)(VDMXOffsets[i] + 4 + ( vgc.recs * 6 ));
}
}
// Fill in the ratios
for( ushort i = 0; i < m_numRatios; i++ )
{
RatioCache rc = new RatioCache();
rc.bCharSet = OwnerTable.GetRatioRange( i ).bCharSet;
rc.xRatio = OwnerTable.GetRatioRange( i ).xRatio;
rc.yStartRatio = OwnerTable.GetRatioRange( i ).yStartRatio;
rc.yEndRatio = OwnerTable.GetRatioRange( i ).yEndRatio;
// Go through each of the offsets I saved above and match with this ratios offset
// When we find the right one save this group to this ratio
// later when we save the buffer we will redetermine these offsets
for( ushort ii = 0; ii < m_numRatios; ii++ )
{
if( VDMXOffsets[ii] == OwnerTable.GetVdmxGroupOffset( i ))
{
rc.VDMXGroupThisRatio = ii;
break;
}
}
m_ratRange.Add( rc );
}
}
public virtual OTTable CreateTableObject(OTTag tag, MBOBuffer buf)
{
OTTable table = null;
string sName = GetUnaliasedTableName(tag);
switch (sName)
{
case "BASE": table = new Table_BASE(tag, buf); break;
case "CFF ": table = new Table_CFF(tag, buf); break;
case "cmap": table = new Table_cmap(tag, buf); break;
case "cvt ": table = new Table_cvt(tag, buf); break;
case "DSIG": table = new Table_DSIG(tag, buf); break;
case "EBDT": table = new Table_EBDT(tag, buf); break;
case "EBLC": table = new Table_EBLC(tag, buf); break;
case "EBSC": table = new Table_EBSC(tag, buf); break;
case "fpgm": table = new Table_fpgm(tag, buf); break;
case "gasp": table = new Table_gasp(tag, buf); break;
case "GDEF": table = new Table_GDEF(tag, buf); break;
case "glyf": table = new Table_glyf(tag, buf); break;
case "GPOS": table = new Table_GPOS(tag, buf); break;
case "GSUB": table = new Table_GSUB(tag, buf); break;
case "hdmx": table = new Table_hdmx(tag, buf); break;
case "head": table = new Table_head(tag, buf); break;
case "hhea": table = new Table_hhea(tag, buf); break;
case "hmtx": table = new Table_hmtx(tag, buf); break;
case "JSTF": table = new Table_JSTF(tag, buf); break;
case "kern": table = new Table_kern(tag, buf); break;
case "loca": table = new Table_loca(tag, buf); break;
case "LTSH": table = new Table_LTSH(tag, buf); break;
case "maxp": table = new Table_maxp(tag, buf); break;
case "name": table = new Table_name(tag, buf); break;
case "OS/2": table = new Table_OS2(tag, buf); break;
case "PCLT": table = new Table_PCLT(tag, buf); break;
case "post": table = new Table_post(tag, buf); break;
case "prep": table = new Table_prep(tag, buf); break;
case "VDMX": table = new Table_VDMX(tag, buf); break;
case "vhea": table = new Table_vhea(tag, buf); break;
case "vmtx": table = new Table_vmtx(tag, buf); break;
case "VORG": table = new Table_VORG(tag, buf); break;
//case "Zapf": table = new Table_Zapf(tag, buf); break;
default: table = new Table__Unknown(tag, buf); break;
}
return(table);
}
public virtual OTTable CreateTableObject(OTTag tag, MBOBuffer buf)
{
OTTable table = null;
string sName = GetUnaliasedTableName(tag);
switch (sName)
{
case "BASE": table = new Table_BASE(tag, buf); break;
case "CFF ": table = new Table_CFF(tag, buf); break;
case "cmap": table = new Table_cmap(tag, buf); break;
case "cvt ": table = new Table_cvt(tag, buf); break;
case "DSIG": table = new Table_DSIG(tag, buf); break;
case "EBDT": table = new Table_EBDT(tag, buf); break;
case "EBLC": table = new Table_EBLC(tag, buf); break;
case "EBSC": table = new Table_EBSC(tag, buf); break;
case "fpgm": table = new Table_fpgm(tag, buf); break;
case "gasp": table = new Table_gasp(tag, buf); break;
case "GDEF": table = new Table_GDEF(tag, buf); break;
case "glyf": table = new Table_glyf(tag, buf); break;
case "GPOS": table = new Table_GPOS(tag, buf); break;
case "GSUB": table = new Table_GSUB(tag, buf); break;
case "hdmx": table = new Table_hdmx(tag, buf); break;
case "head": table = new Table_head(tag, buf); break;
case "hhea": table = new Table_hhea(tag, buf); break;
case "hmtx": table = new Table_hmtx(tag, buf); break;
case "JSTF": table = new Table_JSTF(tag, buf); break;
case "kern": table = new Table_kern(tag, buf); break;
case "loca": table = new Table_loca(tag, buf); break;
case "LTSH": table = new Table_LTSH(tag, buf); break;
case "maxp": table = new Table_maxp(tag, buf); break;
case "name": table = new Table_name(tag, buf); break;
case "OS/2": table = new Table_OS2(tag, buf); break;
case "PCLT": table = new Table_PCLT(tag, buf); break;
case "post": table = new Table_post(tag, buf); break;
case "prep": table = new Table_prep(tag, buf); break;
case "VDMX": table = new Table_VDMX(tag, buf); break;
case "vhea": table = new Table_vhea(tag, buf); break;
case "vmtx": table = new Table_vmtx(tag, buf); break;
case "VORG": table = new Table_VORG(tag, buf); break;
//case "Zapf": table = new Table_Zapf(tag, buf); break;
default: table = new Table__Unknown(tag, buf); break;
}
return table;
}
public override OTTable GenerateTable()
{
ushort iSizeOfVDMXGroups = 0;
// Used to detrmine which vdmx goes with which ratio
ushort[] VDMXOffsets = new ushort[m_numRecs];
for (ushort i = 0; i < m_numRecs; i++)
{
iSizeOfVDMXGroups += (ushort)(4 + (((VDMXGroupCache)m_groups[i]).recs * 6));
}
// create a Motorola Byte Order buffer for the new table
MBOBuffer newbuf = new MBOBuffer((uint)(6 + (m_numRatios * 4) + (2 * m_numRatios) + iSizeOfVDMXGroups));
// populate the buffer
newbuf.SetUshort(m_version, (uint)Table_VDMX.FieldOffsets.version);
newbuf.SetUshort(m_numRecs, (uint)Table_VDMX.FieldOffsets.numRecs);
newbuf.SetUshort(m_numRatios, (uint)Table_VDMX.FieldOffsets.numRatios);
// populate buffer with Ratio Records
for (ushort i = 0; i < m_numRatios; i++)
{
newbuf.SetByte(((RatioCache)m_ratRange[i]).bCharSet, (uint)(Table_VDMX.FieldOffsets.ratRange + (i * 4)));
newbuf.SetByte(((RatioCache)m_ratRange[i]).xRatio, (uint)(Table_VDMX.FieldOffsets.ratRange + (i * 4) + 1));
newbuf.SetByte(((RatioCache)m_ratRange[i]).yStartRatio, (uint)(Table_VDMX.FieldOffsets.ratRange + (i * 4) + 2));
newbuf.SetByte(((RatioCache)m_ratRange[i]).yEndRatio, (uint)(Table_VDMX.FieldOffsets.ratRange + (i * 4) + 3));
}
// Set up the strting offset for the VDMX Groups
ushort iOffset = (ushort)(Table_VDMX.FieldOffsets.ratRange + (m_numRatios * 4) + (m_numRatios * 2));
// NOTE: we may want to check these VDMX Groups to see if they are orphans and remove them if they are?
// populate buffer with VDMX Groups
for (ushort i = 0; i < m_numRecs; i++)
{
// Save the offset for this group
VDMXOffsets[i] = iOffset;
newbuf.SetUshort(((VDMXGroupCache)m_groups[i]).recs, iOffset);
iOffset += 2;
newbuf.SetByte(((VDMXGroupCache)m_groups[i]).startsz, iOffset);
iOffset += 1;
newbuf.SetByte(((VDMXGroupCache)m_groups[i]).endsz, iOffset);
iOffset += 1;
for (ushort ii = 0; ii < ((VDMXGroupCache)m_groups[i]).recs; ii++)
{
newbuf.SetUshort(((VDMXGroupCache)m_groups[i]).getVTableRecordCache(ii).yPelHeight, iOffset);
iOffset += 2;
newbuf.SetShort(((VDMXGroupCache)m_groups[i]).getVTableRecordCache(ii).yMax, iOffset);
iOffset += 2;
newbuf.SetShort(((VDMXGroupCache)m_groups[i]).getVTableRecordCache(ii).yMin, iOffset);
iOffset += 2;
}
}
// populate buffer with Ratio Records
for (ushort i = 0; i < m_numRatios; i++)
{
newbuf.SetByte(((RatioCache)m_ratRange[i]).bCharSet, (uint)(Table_VDMX.FieldOffsets.ratRange + (i * 4)));
newbuf.SetByte(((RatioCache)m_ratRange[i]).xRatio, (uint)(Table_VDMX.FieldOffsets.ratRange + (i * 4) + 1));
newbuf.SetByte(((RatioCache)m_ratRange[i]).yStartRatio, (uint)(Table_VDMX.FieldOffsets.ratRange + (i * 4) + 2));
newbuf.SetByte(((RatioCache)m_ratRange[i]).yEndRatio, (uint)(Table_VDMX.FieldOffsets.ratRange + (i * 4) + 3));
// Write out the offsets for the VDMX Groups to the buffer
newbuf.SetUshort(VDMXOffsets[((RatioCache)m_ratRange[i]).VDMXGroupThisRatio], (uint)(Table_VDMX.FieldOffsets.ratRange + (m_numRatios * 4) + (i * 2)));
}
// put the buffer into a Table_VDMX object and return it
Table_VDMX VDMXTable = new Table_VDMX("VDMX", newbuf);
return(VDMXTable);
}
protected ArrayList m_groups; // VDMXGroupCache[]
// constructor
public VDMX_cache(Table_VDMX OwnerTable)
{
m_version = OwnerTable.version;
m_numRecs = OwnerTable.numRecs;
m_numRatios = OwnerTable.numRatios;
m_ratRange = new ArrayList(m_numRatios);
m_groups = new ArrayList(m_numRecs);
// Used to detrmine which vdmx goes with which ratio
ushort[] VDMXOffsets = new ushort[m_numRecs];
VDMXOffsets[0] = (ushort)(Table_VDMX.FieldOffsets.ratRange + (m_numRatios * 4) + (m_numRatios * 2));
// Fill in the VDMX groups
for (ushort i = 0; i < m_numRecs; i++)
{
VDMXGroupCache vgc = new VDMXGroupCache();
vgc.recs = OwnerTable.GetVdmxGroup(i).recs;
vgc.startsz = OwnerTable.GetVdmxGroup(i).startsz;
vgc.endsz = OwnerTable.GetVdmxGroup(i).endsz;
for (ushort ii = 0; ii < vgc.recs; ii++)
{
Vdmx.vTable vt = OwnerTable.GetVdmxGroup(i).GetEntry(ii);
vgc.addVTableRecordCache(ii, vt.yPelHeight, vt.yMax, vt.yMin);
}
m_groups.Add(vgc);
if (i < (m_numRecs - 1))
{
VDMXOffsets[i + 1] = (ushort)(VDMXOffsets[i] + 4 + (vgc.recs * 6));
}
}
// Fill in the ratios
for (ushort i = 0; i < m_numRatios; i++)
{
RatioCache rc = new RatioCache();
rc.bCharSet = OwnerTable.GetRatioRange(i).bCharSet;
rc.xRatio = OwnerTable.GetRatioRange(i).xRatio;
rc.yStartRatio = OwnerTable.GetRatioRange(i).yStartRatio;
rc.yEndRatio = OwnerTable.GetRatioRange(i).yEndRatio;
// Go through each of the offsets I saved above and match with this ratios offset
// When we find the right one save this group to this ratio
// later when we save the buffer we will redetermine these offsets
for (ushort ii = 0; ii < m_numRatios; ii++)
{
if (VDMXOffsets[ii] == OwnerTable.GetVdmxGroupOffset(i))
{
rc.VDMXGroupThisRatio = ii;
break;
}
}
m_ratRange.Add(rc);
}
}