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/*
* Copyright (C) 2018 Southern Illinois University Carbondale, SoftSearch Lab
*
* Author: Amiangshu Bosu
*
* Licensed under GNU LESSER GENERAL PUBLIC LICENSE Version 3, 29 June 2007
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.gnu.org/licenses/lgpl.html
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
package edu.siu.sentise;
public class CrossValidationResult {
private float accuracy;
private float posPrecision;
private float negPrecision;
private float neuPrecision;
private float posRecall;
private float negRecall;
private float neuRecall;
private float posFmeasure;
private float negFmeasure;
private float neuFmeasure;
private float kappa;
public float getAccuracy() {
return accuracy;
}
public void setAccuracy(float accuracy) {
this.accuracy = accuracy;
}
public float getPosPrecision() {
return posPrecision;
}
public void setPosPrecision(float posPrecision) {
this.posPrecision = posPrecision;
}
public float getNegPrecision() {
return negPrecision;
}
public void setNegPrecision(float negPrecision) {
this.negPrecision = negPrecision;
}
public float getNeuPrecision() {
return neuPrecision;
}
public void setNeuPrecision(float neuPrecision) {
this.neuPrecision = neuPrecision;
}
public float getPosRecall() {
return posRecall;
}
public void setPosRecall(float posRecall) {
this.posRecall = posRecall;
}
public float getNegRecall() {
return negRecall;
}
public void setNegRecall(float negRecall) {
this.negRecall = negRecall;
}
public float getNeuRecall() {
return neuRecall;
}
public void setNeuRecall(float neuRecall) {
this.neuRecall = neuRecall;
}
public float getPosFmeasure() {
return posFmeasure;
}
public void setPosFmeasure(float posFmeasure) {
this.posFmeasure = posFmeasure;
}
public float getNegFmeasure() {
return negFmeasure;
}
public void setNegFmeasure(float negFmearue) {
this.negFmeasure = negFmearue;
}
public float getNeuFmeasure() {
return neuFmeasure;
}
public void setNeuFmeasure(float neuFmeasure) {
this.neuFmeasure = neuFmeasure;
}
public float getKappa() {
return kappa;
}
public void setKappa(float kappa) {
this.kappa = kappa;
}
public String toString() {
return accuracy + ", " + kappa+ ", "+ posPrecision + "," + posRecall + "," + posFmeasure + "," + neuPrecision + ","
+ neuRecall + "," + neuFmeasure + "," + negPrecision + "," + negRecall + "," + negFmeasure;
}
public static String getResultHeader() {
return "Accuracy, Weighted-Kappa, Precision(pos), Recall(pos), Fmeasure(pos), Precision(neu), Recall(neu), Fmeasure(neu), Precision(neg), Recall(neg), Fmeasure(neg)";
}
}
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