Many resources are needed to download a project. Please understand that we have to compensate our server costs. Thank you in advance.
Project price only 1 $
You can buy this project and download/modify it how often you want.
cicada.chardet.GB2312Statistics Maven / Gradle / Ivy
/* ***** BEGIN LICENSE BLOCK *****
* Version: MPL 1.1/GPL 2.0/LGPL 2.1
*
* The contents of this file are subject to the Mozilla Public License Version
* 1.1 (the "License"); you may not use this file except in compliance with
* the License. You may obtain a copy of the License at
* http://www.mozilla.org/MPL/
*
* Software distributed under the License is distributed on an "AS IS" basis,
* WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License
* for the specific language governing rights and limitations under the
* License.
*
* The Original Code is mozilla.org code.
*
* The Initial Developer of the Original Code is
* Netscape Communications Corporation.
* Portions created by the Initial Developer are Copyright (C) 1998
* the Initial Developer. All Rights Reserved.
*
* Alternatively, the contents of this file may be used under the terms of
* either of the GNU General Public License Version 2 or later (the "GPL"),
* or the GNU Lesser General Public License Version 2.1 or later (the "LGPL"),
* in which case the provisions of the GPL or the LGPL are applicable instead
* of those above. If you wish to allow use of your version of this file only
* under the terms of either the GPL or the LGPL, and not to allow others to
* use your version of this file under the terms of the MPL, indicate your
* decision by deleting the provisions above and replace them with the notice
* and other provisions required by the GPL or the LGPL. If you do not delete
* the provisions above, a recipient may use your version of this file under
* the terms of any one of the MPL, the GPL or the LGPL.
*
* ***** END LICENSE BLOCK ***** */
package cicada.chardet;
import java.lang.* ;
public class GB2312Statistics extends nsEUCStatistics {
static float[] mFirstByteFreq ;
static float mFirstByteStdDev;
static float mFirstByteMean;
static float mFirstByteWeight;
static float[] mSecondByteFreq;
static float mSecondByteStdDev;
static float mSecondByteMean;
static float mSecondByteWeight;
public float[] mFirstByteFreq() { return mFirstByteFreq; }
public float mFirstByteStdDev() { return mFirstByteStdDev; }
public float mFirstByteMean() { return mFirstByteMean; }
public float mFirstByteWeight() { return mFirstByteWeight; }
public float[] mSecondByteFreq() { return mSecondByteFreq; }
public float mSecondByteStdDev() { return mSecondByteStdDev; }
public float mSecondByteMean() { return mSecondByteMean; }
public float mSecondByteWeight() { return mSecondByteWeight; }
public GB2312Statistics() {
mFirstByteFreq = new float[] {
0.011628f, // FreqH[a1]
0.000000f, // FreqH[a2]
0.000000f, // FreqH[a3]
0.000000f, // FreqH[a4]
0.000000f, // FreqH[a5]
0.000000f, // FreqH[a6]
0.000000f, // FreqH[a7]
0.000000f, // FreqH[a8]
0.000000f, // FreqH[a9]
0.000000f, // FreqH[aa]
0.000000f, // FreqH[ab]
0.000000f, // FreqH[ac]
0.000000f, // FreqH[ad]
0.000000f, // FreqH[ae]
0.000000f, // FreqH[af]
0.011628f, // FreqH[b0]
0.012403f, // FreqH[b1]
0.009302f, // FreqH[b2]
0.003876f, // FreqH[b3]
0.017829f, // FreqH[b4]
0.037209f, // FreqH[b5]
0.008527f, // FreqH[b6]
0.010078f, // FreqH[b7]
0.019380f, // FreqH[b8]
0.054264f, // FreqH[b9]
0.010078f, // FreqH[ba]
0.041085f, // FreqH[bb]
0.020930f, // FreqH[bc]
0.018605f, // FreqH[bd]
0.010078f, // FreqH[be]
0.013178f, // FreqH[bf]
0.016279f, // FreqH[c0]
0.006202f, // FreqH[c1]
0.009302f, // FreqH[c2]
0.017054f, // FreqH[c3]
0.011628f, // FreqH[c4]
0.008527f, // FreqH[c5]
0.004651f, // FreqH[c6]
0.006202f, // FreqH[c7]
0.017829f, // FreqH[c8]
0.024806f, // FreqH[c9]
0.020155f, // FreqH[ca]
0.013953f, // FreqH[cb]
0.032558f, // FreqH[cc]
0.035659f, // FreqH[cd]
0.068217f, // FreqH[ce]
0.010853f, // FreqH[cf]
0.036434f, // FreqH[d0]
0.117054f, // FreqH[d1]
0.027907f, // FreqH[d2]
0.100775f, // FreqH[d3]
0.010078f, // FreqH[d4]
0.017829f, // FreqH[d5]
0.062016f, // FreqH[d6]
0.012403f, // FreqH[d7]
0.000000f, // FreqH[d8]
0.000000f, // FreqH[d9]
0.000000f, // FreqH[da]
0.000000f, // FreqH[db]
0.000000f, // FreqH[dc]
0.000000f, // FreqH[dd]
0.000000f, // FreqH[de]
0.000000f, // FreqH[df]
0.000000f, // FreqH[e0]
0.000000f, // FreqH[e1]
0.000000f, // FreqH[e2]
0.000000f, // FreqH[e3]
0.000000f, // FreqH[e4]
0.000000f, // FreqH[e5]
0.000000f, // FreqH[e6]
0.000000f, // FreqH[e7]
0.000000f, // FreqH[e8]
0.000000f, // FreqH[e9]
0.001550f, // FreqH[ea]
0.000000f, // FreqH[eb]
0.000000f, // FreqH[ec]
0.000000f, // FreqH[ed]
0.000000f, // FreqH[ee]
0.000000f, // FreqH[ef]
0.000000f, // FreqH[f0]
0.000000f, // FreqH[f1]
0.000000f, // FreqH[f2]
0.000000f, // FreqH[f3]
0.000000f, // FreqH[f4]
0.000000f, // FreqH[f5]
0.000000f, // FreqH[f6]
0.000000f, // FreqH[f7]
0.000000f, // FreqH[f8]
0.000000f, // FreqH[f9]
0.000000f, // FreqH[fa]
0.000000f, // FreqH[fb]
0.000000f, // FreqH[fc]
0.000000f, // FreqH[fd]
0.000000f // FreqH[fe]
};
mFirstByteStdDev = 0.020081f; // Lead Byte StdDev
mFirstByteMean = 0.010638f; // Lead Byte Mean
mFirstByteWeight = 0.586533f; // Lead Byte Weight
mSecondByteFreq = new float[] {
0.006202f, // FreqL[a1]
0.031008f, // FreqL[a2]
0.005426f, // FreqL[a3]
0.003101f, // FreqL[a4]
0.001550f, // FreqL[a5]
0.003101f, // FreqL[a6]
0.082171f, // FreqL[a7]
0.014729f, // FreqL[a8]
0.006977f, // FreqL[a9]
0.001550f, // FreqL[aa]
0.013953f, // FreqL[ab]
0.000000f, // FreqL[ac]
0.013953f, // FreqL[ad]
0.010078f, // FreqL[ae]
0.008527f, // FreqL[af]
0.006977f, // FreqL[b0]
0.004651f, // FreqL[b1]
0.003101f, // FreqL[b2]
0.003101f, // FreqL[b3]
0.003101f, // FreqL[b4]
0.008527f, // FreqL[b5]
0.003101f, // FreqL[b6]
0.005426f, // FreqL[b7]
0.005426f, // FreqL[b8]
0.005426f, // FreqL[b9]
0.003101f, // FreqL[ba]
0.001550f, // FreqL[bb]
0.006202f, // FreqL[bc]
0.014729f, // FreqL[bd]
0.010853f, // FreqL[be]
0.000000f, // FreqL[bf]
0.011628f, // FreqL[c0]
0.000000f, // FreqL[c1]
0.031783f, // FreqL[c2]
0.013953f, // FreqL[c3]
0.030233f, // FreqL[c4]
0.039535f, // FreqL[c5]
0.008527f, // FreqL[c6]
0.015504f, // FreqL[c7]
0.000000f, // FreqL[c8]
0.003101f, // FreqL[c9]
0.008527f, // FreqL[ca]
0.016279f, // FreqL[cb]
0.005426f, // FreqL[cc]
0.001550f, // FreqL[cd]
0.013953f, // FreqL[ce]
0.013953f, // FreqL[cf]
0.044961f, // FreqL[d0]
0.003101f, // FreqL[d1]
0.004651f, // FreqL[d2]
0.006977f, // FreqL[d3]
0.001550f, // FreqL[d4]
0.005426f, // FreqL[d5]
0.012403f, // FreqL[d6]
0.001550f, // FreqL[d7]
0.015504f, // FreqL[d8]
0.000000f, // FreqL[d9]
0.006202f, // FreqL[da]
0.001550f, // FreqL[db]
0.000000f, // FreqL[dc]
0.007752f, // FreqL[dd]
0.006977f, // FreqL[de]
0.001550f, // FreqL[df]
0.009302f, // FreqL[e0]
0.011628f, // FreqL[e1]
0.004651f, // FreqL[e2]
0.010853f, // FreqL[e3]
0.012403f, // FreqL[e4]
0.017829f, // FreqL[e5]
0.005426f, // FreqL[e6]
0.024806f, // FreqL[e7]
0.000000f, // FreqL[e8]
0.006202f, // FreqL[e9]
0.000000f, // FreqL[ea]
0.082171f, // FreqL[eb]
0.015504f, // FreqL[ec]
0.004651f, // FreqL[ed]
0.000000f, // FreqL[ee]
0.006977f, // FreqL[ef]
0.004651f, // FreqL[f0]
0.000000f, // FreqL[f1]
0.008527f, // FreqL[f2]
0.012403f, // FreqL[f3]
0.004651f, // FreqL[f4]
0.003876f, // FreqL[f5]
0.003101f, // FreqL[f6]
0.022481f, // FreqL[f7]
0.024031f, // FreqL[f8]
0.001550f, // FreqL[f9]
0.047287f, // FreqL[fa]
0.009302f, // FreqL[fb]
0.001550f, // FreqL[fc]
0.005426f, // FreqL[fd]
0.017054f // FreqL[fe]
};
mSecondByteStdDev = 0.014156f; // Trail Byte StdDev
mSecondByteMean = 0.010638f; // Trail Byte Mean
mSecondByteWeight = 0.413467f; // Trial Byte Weight
}
}
