private static KeyenceOffsetTable read_offset_table(BinaryReader p)
{
CheckCanReadSize(p, KEYENCE_OFFSET_TABLE_SIZE);
KeyenceOffsetTable offsettable = new KeyenceOffsetTable();
offsettable.setting = p.ReadUInt32();
offsettable.color_peak = p.ReadUInt32();
offsettable.color_light = p.ReadUInt32();
int i;
for (i = 0; i < offsettable.light.Length; i++)
{
offsettable.light[i] = p.ReadUInt32();
}
for (i = 0; i < offsettable.light.Length; i++)
{
offsettable.height[i] = p.ReadUInt32();
}
offsettable.color_peak_thumbnail = p.ReadUInt32();
offsettable.color_thumbnail = p.ReadUInt32();
offsettable.light_thumbnail = p.ReadUInt32();
offsettable.height_thumbnail = p.ReadUInt32();
offsettable.assemble = p.ReadUInt32();
offsettable.line_measure = p.ReadUInt32();
offsettable.line_thickness = p.ReadUInt32();
offsettable.string_data = p.ReadUInt32();
offsettable.reserved = p.ReadUInt32();
return(offsettable);
}
private static void read_color_images(KeyenceFile kfile, BinaryReader p)
{
KeyenceOffsetTable offtable = kfile.offset_table;
kfile.color_peak = new KeyenceTrueColorImage();
read_color_image(kfile, kfile.color_peak, offtable.color_peak, p);
kfile.color_light = new KeyenceTrueColorImage();
read_color_image(kfile, kfile.color_light, offtable.color_light, p);
}
private static void read_data_images(KeyenceFile kfile, BinaryReader p)
{
KeyenceOffsetTable offtable = kfile.offset_table;
uint i;
for (i = 0; i < kfile.light.Length; i++)
{
kfile.light[i] = new KeyenceFalseColorImage();
read_data_image(kfile, kfile.light[i], offtable.light[i], p);
}
for (i = 0; i < kfile.height.Length; i++)
{
kfile.height[i] = new KeyenceFalseColorImage();
read_data_image(kfile, kfile.height[i], offtable.height[i], p);
}
}