public String[] buldingbean2StringArray(BuldingBean bean) {
String[] strings = new String[4];
strings[0] = bean.getId();
strings[1] = Double.toString(bean.getArea());
strings[2] = Double.toString(bean.getBaseElectric());
strings[3] = Double.toString(bean.getAirElectric());
return strings;
}
public BuldingBean stringArray2BuildBean(String[] strings) {
BuldingBean tmpBean = new BuldingBean();
tmpBean.setId(strings[0]);
tmpBean.setArea(Double.parseDouble(strings[1]));
tmpBean.setBaseElectric(Double.parseDouble(strings[2]));
tmpBean.setAirElectric(Double.parseDouble(strings[3]));
return tmpBean;
}
public svm_node[] buildingBean2SvmNode(BuldingBean buldingBean) {
// TODO Auto-generated method stub
svm_node p0 = new svm_node();
p0.index = 0;
p0.value = buldingBean.getBaseElectric();
svm_node p1 = new svm_node();
p1.index = 1;
p1.value = buldingBean.getAirElectric();
svm_node[] p = {p0, p1};
return p;
}
public List<BuldingBean> stringArrays2BuildBeans(List<String[]> list) {
List<BuldingBean> beans = new ArrayList<BuldingBean>();
for (int i = 0; i < list.size(); i++) {
BuldingBean tmpBean = new BuldingBean();
String[] tmpValues = list.get(i);
tmpBean.setId(tmpValues[0]);
tmpBean.setArea(Double.parseDouble(tmpValues[1]));
tmpBean.setBaseElectric(Double.parseDouble(tmpValues[2]));
tmpBean.setAirElectric(Double.parseDouble(tmpValues[3]));
beans.add(tmpBean);
}
return beans;
}
public List<BuldingBean> generateSamples(
List<BuldingBean> buldingBeans, List<AreaBean> areaBeans) {
// TODO Auto-generated method stub
List<BuldingBean> samples = new ArrayList<BuldingBean>();
Map<String, Double> map = new HashMap<String, Double>();
for (int i = 0; i < areaBeans.size(); i++) {
map.put(areaBeans.get(i).getObjectId(), areaBeans.get(i).getArea());
}
Set<String> keySet = map.keySet();
BuldingBean tmp = null;
String tmpKey = null;
for (int i = 0; i < buldingBeans.size(); i++) {
tmp = buldingBeans.get(i);
tmpKey = tmp.getId();
if (!keySet.contains(tmpKey)) {
continue;
}
tmp.setArea(map.get(tmpKey));
samples.add(tmp);
}
return samples;
}
public double getBuldingArea(BuldingBean buldingBean) {
// TODO Auto-generated method stub
return buldingBean.getArea();
}
// 将一个合同账号的12和与用电量转化为基本用电量和空调用电量
@SuppressWarnings("finally")
private BuldingBean OTSBillEnergyConvert2BuldingBean(
List<OTSBillEnergyConvert> billEnergyConverts) {
BuldingBean bean = new BuldingBean();
try {
// 检查合同账号是否包含完整的12个月数据
if (billEnergyConverts.size() < 12) {
bean = null;
throw new SvmModelAction()
.new SvmException("合同账号： " + billEnergyConverts.get(0).getObjectId() + "含有数据少于12个月份！！");
}
double baseElec = 0;
double airElec = 0;
OTSBillEnergyConvert tmp = null;
// 计算基本用电量的月份索引
ArrayList<Integer> baseMonth = new ArrayList<Integer>();
baseMonth.add(3);
baseMonth.add(4);
baseMonth.add(11);
baseMonth.add(12);
// 计算空调用电量的月份索引
ArrayList<Integer> airMonth = new ArrayList<Integer>();
airMonth.add(6);
airMonth.add(7);
airMonth.add(8);
airMonth.add(9);
// 计算基本用电量和空调用电两，空调用电量为减去基本用电量
for (int i = 0; i < billEnergyConverts.size(); i++) {
tmp = billEnergyConverts.get(i);
// 判断一合同账号12个月份中的数据是全部否完整
if (tmp.getIsComplete() == 1) {
bean = null;
throw new SvmModelAction()
.new SvmException(
"合同账号： " + tmp.getObjectId() + " " + tmp.getYear() + '年' + tmp.getMonth() + "月数据不完整");
}
// System.out.println(tmp.getMonth());
if (baseMonth.contains(tmp.getMonth().intValue())) {
baseElec = baseElec + tmp.getMeasure();
}
if (airMonth.contains(tmp.getMonth().intValue())) {
airElec = airElec + tmp.getMeasure();
}
}
// 将数值注入到目标BuldingBean中
bean.setId(billEnergyConverts.get(0).getObjectId());
bean.setBaseElectric(baseElec);
bean.setAirElectric(airElec - baseElec);
bean.setArea(0);
} catch (SvmException e) {
// TODO: handle exception
e.printStackTrace();
} finally {
return bean;
}
}