软件系统 编程技术
2007-10-08 15:54:31
properties.Add(name, v);
// cat it too
data += v;
data += this.sp;
}
}
/// <summary>
///
/// </summary>
/// <returns></returns>
public override string ToString()
{
return data;
}
/// <summary>
///
/// </summary>
/// <param name="arr"></param>
/// <returns></returns>
int convertToInt32(byte[] arr)
{
if (arr.Length != 4)
return 0;
else
return arr[3] << 24 | arr[2] << 16 | arr[1] << 8 | arr[0];
}
/// <summary>
///
/// </summary>
/// <param name="arr"></param>
/// <returns></returns>
int convertToInt16(byte[] arr)
{
if (arr.Length != 2)
return 0;
else
return arr[1] << 8 | arr[0];
}
/// <summary>
///
/// </summary>
/// <param name="arr"></param>
/// <returns></returns>
uint convertToInt32U(byte[] arr)
{
if (arr.Length != 4)
return 0;
else
return Convert.ToUInt32(arr[3] << 24 | arr[2] << 16 | arr[1] << 8 | arr[0]);
}
/// <summary>
///
/// </summary>
/// <param name="arr"></param>
/// <returns></returns>
uint convertToInt16U(byte[] arr)
{
if (arr.Length != 2)
return 0;
else
return Convert.ToUInt16(arr[1] << 8 | arr[0]);
}
#region IEnumerable Members
public IEnumerator GetEnumerator()
{
// TODO: Add EXIFextractor.GetEnumerator implementation
return (new EXIFextractorEnumerator(this.properties));
}
#endregion
}
//
// dont touch this class. its for IEnumerator
//
//
class EXIFextractorEnumerator : IEnumerator
{
Hashtable exifTable;
IDictionaryEnumerator index;
internal EXIFextractorEnumerator(Hashtable exif)
{
this.exifTable = exif;
this.Reset();
index = exif.GetEnumerator();
}
#region IEnumerator Members
public void Reset()
{
this.index = null;
}
public object Current
{
get
{
return (new Pair(this.index.Key, this.index.Value));
}
}
public bool MoveNext()
{
if (index != null && index.MoveNext())
return true;
else
return false;
}
#endregion
}
public class Pair
{
public string First;
public string Second;
public Pair(object key, object value)
{
this.First = key.ToString();
this.Second = value.ToString();
}
}
}
translation.cs
using System;
using System.Collections.Generic;
using System.Collections;
using System.Text;
namespace EXIF
{
/// <summary>
/// Summary description for translation.
/// </summary>
public class translation : Hashtable
{
/// <summary>
///
/// </summary>
public translation()
{
this.Add(0x8769,"Exif IFD");
this.Add(0x8825,"Gps IFD");
this.Add(0xFE,"New Subfile Type");
this.Add(0xFF,"Subfile Type");
this.Add(0x100,"Image Width");
this.Add(0x101,"Image Height");
this.Add(0x102,"Bits Per Sample");
this.Add(0x103,"Compression");
this.Add(0x106,"Photometric Interp");
this.Add(0x107,"Thresh Holding");
this.Add(0x108,"Cell Width");
this.Add(0x109,"Cell Height");
this.Add(0x10A,"Fill Order");
this.Add(0x10D,"Document Name");
this.Add(0x10E,"Image Description");
this.Add(0x10F,"Equip Make");
this.Add(0x110,"Equip Model");
this.Add(0x111,"Strip Offsets");
this.Add(0x112,"Orientation");
this.Add(0x115,"Samples PerPixel");
this.Add(0x116,"Rows Per Strip");
this.Add(0x117,"Strip Bytes Count");
this.Add(0x118,"Min Sample Value");
this.Add(0x119,"Max Sample Value");
this.Add(0x11A,"X Resolution");
this.Add(0x11B,"Y Resolution");
this.Add(0x11C,"Planar Config");
this.Add(0x11D,"Page Name");
this.Add(0x11E,"X Position");
this.Add(0x11F,"Y Position");
this.Add(0x120,"Free Offset");
this.Add(0x121,"Free Byte Counts");
this.Add(0x122,"Gray Response Unit");
this.Add(0x123,"Gray Response Curve");
this.Add(0x124,"T4 Option");
this.Add(0x125,"T6 Option");
this.Add(0x128,"Resolution Unit");
this.Add(0x129,"Page Number");
this.Add(0x12D,"Transfer Funcition");
this.Add(0x131,"Software Used");
this.Add(0x132,"Date Time");
this.Add(0x13B,"Artist");
this.Add(0x13C,"Host Computer");
this.Add(0x13D,"Predictor");
this.Add(0x13E,"White Point");
this.Add(0x13F,"Primary Chromaticities");
this.Add(0x140,"ColorMap");
this.Add(0x141,"Halftone Hints");
this.Add(0x142,"Tile Width");
this.Add(0x143,"Tile Length");
this.Add(0x144,"Tile Offset");
this.Add(0x145,"Tile ByteCounts");
this.Add(0x14C,"InkSet");
this.Add(0x14D,"Ink Names");
this.Add(0x14E,"Number Of Inks");
this.Add(0x150,"Dot Range");
this.Add(0x151,"Target Printer");
this.Add(0x152,"Extra Samples");
this.Add(0x153,"Sample Format");
this.Add(0x154,"S Min Sample Value");
this.Add(0x155,"S Max Sample Value");
this.Add(0x156,"Transfer Range");
this.Add(0x200,"JPEG Proc");
this.Add(0x201,"JPEG InterFormat");
this.Add(0x202,"JPEG InterLength");
this.Add(0x203,"JPEG RestartInterval");
this.Add(0x205,"JPEG LosslessPredictors");
this.Add(0x206,"JPEG PointTransforms");
this.Add(0x207,"JPEG QTables");
this.Add(0x208,"JPEG DCTables");
this.Add(0x209,"JPEG ACTables");
this.Add(0x211,"YCbCr Coefficients");
this.Add(0x212,"YCbCr Subsampling");
this.Add(0x213,"YCbCr Positioning");
this.Add(0x214,"REF Black White");
this.Add(0x8773,"ICC Profile");
this.Add(0x301,"Gamma");
this.Add(0x302,"ICC Profile Descriptor");
this.Add(0x303,"SRGB RenderingIntent");
this.Add(0x320,"Image Title");
this.Add(0x8298,"Copyright");
this.Add(0x5001,"Resolution X Unit");
this.Add(0x5002,"Resolution Y Unit");
this.Add(0x5003,"Resolution X LengthUnit");
this.Add(0x5004,"Resolution Y LengthUnit");
this.Add(0x5005,"Print Flags");
this.Add(0x5006,"Print Flags Version");
this.Add(0x5007,"Print Flags Crop");
this.Add(0x5008,"Print Flags Bleed Width");
this.Add(0x5009,"Print Flags Bleed Width Scale");
this.Add(0x500A,"Halftone LPI");
this.Add(0x500B,"Halftone LPIUnit");
this.Add(0x500C,"Halftone Degree");
this.Add(0x500D,"Halftone Shape");
this.Add(0x500E,"Halftone Misc");
this.Add(0x500F,"Halftone Screen");
this.Add(0x5010,"JPEG Quality");
this.Add(0x5011,"Grid Size");
this.Add(0x5012,"Thumbnail Format");
this.Add(0x5013,"Thumbnail Width");
this.Add(0x5014,"Thumbnail Height");
this.Add(0x5015,"Thumbnail ColorDepth");
this.Add(0x5016,"Thumbnail Planes");
this.Add(0x5017,"Thumbnail RawBytes");
this.Add(0x5018,"Thumbnail Size");
this.Add(0x5019,"Thumbnail CompressedSize");
this.Add(0x501A,"Color Transfer Function");
this.Add(0x501B,"Thumbnail Data");
this.Add(0x5020,"Thumbnail ImageWidth");
this.Add(0x502,"Thumbnail ImageHeight");
this.Add(0x5022,"Thumbnail BitsPerSample");
this.Add(0x5023,"Thumbnail Compression");
this.Add(0x5024,"Thumbnail PhotometricInterp");
this.Add(0x5025,"Thumbnail ImageDescription");
this.Add(0x5026,"Thumbnail EquipMake");
this.Add(0x5027,"Thumbnail EquipModel");
this.Add(0x5028,"Thumbnail StripOffsets");
this.Add(0x5029,"Thumbnail Orientation");
this.Add(0x502A,"Thumbnail SamplesPerPixel");
this.Add(0x502B,"Thumbnail RowsPerStrip");
this.Add(0x502C,"Thumbnail StripBytesCount");
this.Add(0x502D,"Thumbnail ResolutionX");
this.Add(0x502E,"Thumbnail ResolutionY");
this.Add(0x502F,"Thumbnail PlanarConfig");
this.Add(0x5030,"Thumbnail ResolutionUnit");
this.Add(0x5031,"Thumbnail TransferFunction");
this.Add(0x5032,"Thumbnail SoftwareUsed");
this.Add(0x5033,"Thumbnail DateTime");
this.Add(0x5034,"Thumbnail Artist");
this.Add(0x5035,"Thumbnail WhitePoint");
this.Add(0x5036,"Thumbnail PrimaryChromaticities");
this.Add(0x5037,"Thumbnail YCbCrCoefficients");
this.Add(0x5038,"Thumbnail YCbCrSubsampling");
this.Add(0x5039,"Thumbnail YCbCrPositioning");
this.Add(0x503A,"Thumbnail RefBlackWhite");
this.Add(0x503B,"Thumbnail CopyRight");
this.Add(0x5090,"Luminance Table");
this.Add(0x5091,"Chrominance Table");
this.Add(0x5100,"Frame Delay");
this.Add(0x5101,"Loop Count");
this.Add(0x5110,"Pixel Unit");
this.Add(0x5111,"Pixel PerUnit X");
this.Add(0x5112,"Pixel PerUnit Y");
this.Add(0x5113,"Palette Histogram");
this.Add(0x829A,"Exposure Time");
this.Add(0x829D,"F-Number");
this.Add(0x8822,"Exposure Prog");
this.Add(0x8824,"Spectral Sense");
this.Add(0x8827,"ISO Speed");
this.Add(0x8828,"OECF");
this.Add(0x9000,"Ver");
this.Add(0x9003,"DTOrig");
this.Add(0x9004,"DTDigitized");
this.Add(0x9101,"CompConfig");
this.Add(0x9102,"CompBPP");
this.Add(0x9201,"Shutter Speed");
this.Add(0x9202,"Aperture");
this.Add(0x9203,"Brightness");
this.Add(0x9204,"Exposure Bias");
this.Add(0x9205,"MaxAperture");
this.Add(0x9206,"SubjectDist");
this.Add(0x9207,"Metering Mode");
this.Add(0x9208,"LightSource");
this.Add(0x9209,"Flash");
this.Add(0x920A,"FocalLength");
this.Add(0x927C,"Maker Note");
this.Add(0x9286,"User Comment");
this.Add(0x9290,"DTSubsec");
this.Add(0x9291,"DTOrigSS");
this.Add(0x9292,"DTDigSS");
this.Add(0xA000,"FPXVer");
this.Add(0xA001,"ColorSpace");
this.Add(0xA002,"PixXDim");
this.Add(0xA003,"PixYDim");
this.Add(0xA004,"RelatedWav");
this.Add(0xA005,"Interop");
this.Add(0xA20B,"FlashEnergy");
this.Add(0xA20C,"SpatialFR");
this.Add(0xA20E,"FocalXRes");
this.Add(0xA20F,"FocalYRes");
this.Add(0xA210,"FocalResUnit");
this.Add(0xA214,"Subject Loc");
this.Add(0xA215,"Exposure Index");
this.Add(0xA217,"Sensing Method");
this.Add(0xA300,"FileSource");
this.Add(0xA301,"SceneType");
this.Add(0xA302,"CfaPattern");
this.Add(0x0,"Gps Ver");
this.Add(0x1,"Gps LatitudeRef");
this.Add(0x2,"Gps Latitude");
this.Add(0x3,"Gps LongitudeRef");
this.Add(0x4,"Gps Longitude");
this.Add(0x5,"Gps AltitudeRef");
this.Add(0x6,"Gps Altitude");
this.Add(0x7,"Gps GpsTime");
this.Add(0x8,"Gps GpsSatellites");
this.Add(0x9,"Gps GpsStatus");
this.Add(0xA,"Gps GpsMeasureMode");
this.Add(0xB,"Gps GpsDop");
this.Add(0xC,"Gps SpeedRef");
this.Add(0xD,"Gps Speed");
this.Add(0xE,"Gps TrackRef");
this.Add(0xF,"Gps Track");
this.Add(0x10,"Gps ImgDirRef");
this.Add(0x11,"Gps ImgDir");
this.Add(0x12,"Gps MapDatum");
this.Add(0x13,"Gps DestLatRef");
this.Add(0x14,"Gps DestLat");
this.Add(0x15,"Gps DestLongRef");
this.Add(0x16,"Gps DestLong");
this.Add(0x17,"Gps DestBearRef");
this.Add(0x18,"Gps DestBear");
this.Add(0x19,"Gps DestDistRef");
this.Add(0x1A,"Gps DestDist");
}
}
/// <summary>
/// private class
/// </summary>
internal class Rational
{
private int n;
private int d;
public Rational(int n, int d)
{
this.n = n;
this.d = d;
simplify(ref this.n, ref this.d);
}
public Rational(uint n, uint d)
{
this.n = Convert.ToInt32(n);
this.d = Convert.ToInt32(d);
simplify(ref this.n, ref this.d);
}
public Rational()
{
this.n= this.d=0;
}
public string ToString(string sp)
{
if( sp == null ) sp = "/";
return n.ToString() + sp + d.ToString();
}
public double ToDouble()
{
if( d == 0 )
return 0.0;
return Math.Round(Convert.ToDouble(n)/Convert.ToDouble(d),2);
}
private void simplify( ref int a, ref int b )
{
if( a== 0 || b == 0 )
return;
int gcd = euclid(a,b);
a /= gcd;
b /= gcd;
}
private int euclid(int a, int b)
{
if(b==0)
return a;
else
return euclid(b,a%b);
}
}
}
