protected void Page_Load(object sender, EventArgs e)
{
PISDK.PISDK SDK = new PISDK.PISDK(); //Creates new instance of PI SDK
PI_SERVER = SDK.Servers["esmartserver-pc"]; //Assign PI server to local machine [Piservername]
PI_SERVER.Open("piadmin"); //Open connection through default user
//Initialize point data starting at 12:50p
rpiCONNECT = updatePointValue("SP14VICE_Connection", "2/27/2014 12:50:00 PM", DateTime.Now.ToString());
RPM = updatePointValue("SP14VICE_RPM", "2/27/2014 12:50:00 PM", DateTime.Now.ToString());
FLOW = updatePointValue("SP14VICE_Flow", "2/27/2014 12:50:00 PM", DateTime.Now.ToString());
PRESSURE = updatePointValue("SP14VICE_Pressure", "2/27/2014 12:50:00 PM", DateTime.Now.ToString());
POWER = updatePointValue("F13APA_POWER_BOT1", "12/6/2013 4:50:00 PM", DateTime.Now.ToString());
TEMP = updatePointValue("SP14VICE_Temp", "3/13/2013 1:05:00 PM", DateTime.Now.ToString());
}
protected void Page_Load(object sender, EventArgs e)
{
PISDK.PISDK SDK = new PISDK.PISDK(); //Creates new instance of PI SDK
PI_SERVER = SDK.Servers["esmartserver-pc"]; //Assign PI server to local machine [Piservername]
PI_SERVER.Open("piadmin"); //Open connection through default user
//Initialize point data starting at 12:50p
rpiCONNECT = updatePointValue("SP14VICE_Connection", "2/27/2014 12:50:00 PM", DateTime.Now.ToString());
FREQ = updatePointValue("SP14VICE_Freq", "2/27/2014 12:50:00 PM", DateTime.Now.ToString());
RPM = updatePointValue("SP14VICE_RPM", "2/27/2014 12:50:00 PM", DateTime.Now.ToString());
FLOW = updatePointValue("SP14VICE_Flow", "2/27/2014 12:50:00 PM", DateTime.Now.ToString());
DF = updatePointValue("SP14VICE_DesiredFlow", "2/27/2014 12:50:00 PM", DateTime.Now.ToString());
PRESSURE = updatePointValue("SP14VICE_Pressure", "2/27/2014 12:50:00 PM", DateTime.Now.ToString());
VOLT = updatePointValue("SP14VICE_TopVoltage1", "3/6/2014 1:20:00 PM", DateTime.Now.ToString());
CURR = updatePointValue("SP14VICE_TopCurrent1", "3/6/2014 1:20:00 PM", DateTime.Now.ToString());
POWER = updatePointValue("SP14VICE_TopPower1", "3/6/2014 1:20:00 PM", DateTime.Now.ToString());
TEMP = updatePointValue("SP14VICE_Temp", "3/13/2013 1:05:00 PM", DateTime.Now.ToString());
USERLOCK = updatePointValue("SP14VICE_Lock", "12/6/2013 4:50:00 PM", DateTime.Now.ToString()); // 1= unlocked, 0 = locked
COST.value = findCost(120, (float)0.35).ToString(); //Assume: running pump for 4 hrs/day for 30 days; tier 3 pricing during summer ($.35/kWH)
COST.timestamp = DateTime.Now.ToString();
setTableValues();
}
protected void Page_Load(object sender, EventArgs e)
{
///// Connect to pi server /////
PISDK.PISDK SDK = new PISDK.PISDK(); //Creates new instance of PI SDK
PI_SERVER = SDK.Servers["esmartserver-pc"]; //Assign PI server to local machine [Piservername]
PI_SERVER.Open("piadmin"); //Open connection through default user
//Initialize point data starting at 12:50p
rpiCONNECT = updatePointValue("SP14VICE_Connection", "2/27/2014 12:50:00 PM", DateTime.Now.ToString());
RPM = updatePointValue("SP14VICE_RPM", "2/27/2014 12:50:00 PM", DateTime.Now.ToString());
FLOW = updatePointValue("SP14VICE_Flow", "2/27/2014 12:50:00 PM", DateTime.Now.ToString());
PRESSURE = updatePointValue("SP14VICE_Pressure", "2/27/2014 12:50:00 PM", DateTime.Now.ToString());
POWER = updatePointValue("F13APA_POWER_BOT1", "12/6/2013 4:50:00 PM", DateTime.Now.ToString());
USERLOCK = updatePointValue("SP14VICE_Lock", "12/6/2013 4:50:00 PM", DateTime.Now.ToString()); // 1= unlocked, 0 = locked
if (USERLOCK.value == "1")
{
lockoutdisp.InnerHtml = "OFF - UNLOCKED";
}
else if (USERLOCK.value == "0")
{
lockoutdisp.InnerHtml = "ON - LOCKED";
}
}
void CalculatePoint(float _range, float width, Transform _myPos)
{
float angle = (width * 180) / (Mathf.PI * _range);
int count = (int)(360 / angle);
Transform _tmpPpoint = null;
Quaternion q = Quaternion.identity;
List <pointData> _tmpLlist = new List <pointData>();
pointData tmpData = null;
for (int i = 0; i < count; i++)
{
_tmpPpoint = new GameObject(i + "Point").transform;
if (_myPos == null)
{
_tmpPpoint.SetParent(pointParent);
}
else
{
_tmpPpoint.SetParent(_myPos);
}
_tmpPpoint.position = Vector3.forward * (_range + extraRange);
q = Quaternion.AngleAxis(angle * i, Vector3.up);
_tmpPpoint.position = q * _tmpPpoint.position + transform.position;
tmpData = new pointData(_tmpPpoint, q, _range + extraRange);
_tmpLlist.Add(tmpData);
keysList.Add(tmpData);
}
atkPoints.Add(_range, _tmpLlist);
}
//启动监听
private void th1()
{
byte[] bytes = new byte[1024];
pointData pd = new pointData();
IPEndPoint sender = new IPEndPoint(IPAddress.Any, 0);
EndPoint Remote = (EndPoint)(sender);
while (true)
{
try
{
Thread.Sleep(10);
addText("主线程开始\r\n\r\n");
bytes = new byte[1000];
pd = new pointData();
pd.length = server.ReceiveFrom(bytes, ref Remote);
addText("主线程接收到了一组数据\r\n\r\n");
pd.remote = Remote;
pd.recv = bytes;
//收到数据后启用一个新的线程处理数据
Thread clientThread = new Thread(new ParameterizedThreadStart(ThreadFunc));
clientThread.IsBackground = true;
clientThread.Start(pd);
label5.Text = string.Format("当前连接数:{0}", listViewUser.Items.Count);
}
catch
{
// addText(ex.ToString());
}
}
}
protected void Button1_Click(object sender, EventArgs e)
{
rpiCONNECT = updatePointValue("SP14VICE_Connection", rpiCONNECT.timestamp, DateTime.Now.ToString());
RPM = updatePointValue("SP14VICE_RPM", "2/27/2014 12:50:00 PM", DateTime.Now.ToString());
FLOW = updatePointValue("SP14VICE_Flow", "2/27/2014 12:50:00 PM", DateTime.Now.ToString());
PRESSURE = updatePointValue("SP14VICE_Pressure", "2/27/2014 12:50:00 PM", DateTime.Now.ToString());
}
protected void Page_Load(object sender, EventArgs e)
{
PISDK.PISDK SDK = new PISDK.PISDK(); //Creates new instance of PI SDK
PI_SERVER = SDK.Servers["esmartserver-pc"]; //Assign PI server to local machine [Piservername]
PI_SERVER.Open("piadmin"); //Open connection through default user
//Initialize point data starting at 12:50p
rpiCONNECT = updatePointValue("SP14VICE_Connection", "2/27/2014 12:50:00 PM", DateTime.Now.ToString());
RPM = updatePointValue("SP14VICE_RPM", "2/27/2014 12:50:00 PM", DateTime.Now.ToString());
FLOW = updatePointValue("SP14VICE_Flow", "2/27/2014 12:50:00 PM", DateTime.Now.ToString());
PRESSURE = updatePointValue("SP14VICE_Pressure", "2/27/2014 12:50:00 PM", DateTime.Now.ToString());
}
public static List <pointData> createList(int numPoints)
{
var result = new List <pointData>();
for (int i = 0; i < numPoints; i++)
{
var data = new pointData();
data.f = Vector3.zero;
data.r = Vector3.zero;
data.n = 0;
data.visited = new HashSet <int>();
data.visited.Add(-1);
result.Add(data);
}
return(result);
}
public pointData updatePointValue(string tagName, string start, string end)
{
PISDK.PIValues PIconnect = new PISDK.PIValues(); //Create new instance of PI value
PIconnect = PI_SERVER.PIPoints[tagName].Data.RecordedValues(start, end);
pointData temp = new pointData();
foreach (PIValue val in PIconnect)
{
if (val.Value as DigitalState == null) // if point has data, Digital state means point has no data
{
object objtemp = val.Value;
temp.value = objtemp.ToString();
objtemp = val.TimeStamp.LocalDate;
temp.timestamp = objtemp.ToString();
}
}
lastValueTime = end;
return(temp);
}
public pointData getPointList(string tagName, string start, string end)
{
PISDK.PIValues PIconnect = new PISDK.PIValues(); //Create new instance of PI value
PIconnect = PI_SERVER.PIPoints[tagName].Data.RecordedValues(start, end);
pointData temp = new pointData();
foreach (PIValue val in PIconnect)
{
if (val.Value as DigitalState == null) // if point has data, Digital state means point has no data
{
object objtemp = val.Value;
temp.value = objtemp.ToString();
objtemp = val.TimeStamp.LocalDate;
temp.timestamp = objtemp.ToString();
}
}
lastValueTime = end;
return temp;
}
protected void Timer1_Tick(object sender, EventArgs e)
{
rpiCONNECT = updatePointValue("SP14VICE_Connection", rpiCONNECT.timestamp, DateTime.Now.ToString());
USERLOCK = updatePointValue("SP14VICE_Lock", "3/6/2014 1:20:00 PM", DateTime.Now.ToString()); // 1= unlocked, 0 = locked
RPM = updatePointValue("SP14VICE_RPM", "3/6/2014 1:20:00 PM", DateTime.Now.ToString());
FREQ = updatePointValue("SP14VICE_Freq", "3/6/2014 1:20:00 PM", DateTime.Now.ToString());
FLOW = updatePointValue("SP14VICE_Flow", "3/6/2014 1:20:00 PM", DateTime.Now.ToString());
DF = updatePointValue("SP14VICE_DesiredFlow", "2/27/2014 12:50:00 PM", DateTime.Now.ToString());
PRESSURE = updatePointValue("SP14VICE_Pressure", "3/6/2014 1:20:00 PM", DateTime.Now.ToString());
TEMP = updatePointValue("SP14VICE_Temp", "3/6/2014 1:20:00 PM", DateTime.Now.ToString());
VOLT = updatePointValue("SP14VICE_TopVoltage1", "3/6/2014 1:20:00 PM", DateTime.Now.ToString());
CURR = updatePointValue("SP14VICE_TopCurrent1", "3/6/2014 1:20:00 PM", DateTime.Now.ToString());
POWER = updatePointValue("SP14VICE_TopPower1", "3/6/2014 1:20:00 PM", DateTime.Now.ToString());
COST.value = findCost(120, (float)0.35).ToString(); //Assume: running pump for 4 hrs/day for 30 days; tier 3 pricing during summer ($.35/kWH)
COST.timestamp = DateTime.Now.ToString();
setTableValues();
}
public int[] getPointList(string tagName, string start, string end)
{
PISDK.PIValues PIconnect = new PISDK.PIValues(); //Create new instance of PI value
PIconnect = PI_SERVER.PIPoints[tagName].Data.RecordedValues(start, end);
pointData temp = new pointData();
int counter = 0;
int[] PIlist = new int[60];
foreach (PIValue val in PIconnect)
{
if (val.Value as DigitalState == null) // if point has data, Digital state means point has no data
{
object objtemp = val.Value;
temp.value = objtemp.ToString();
objtemp = val.TimeStamp.LocalDate;
temp.timestamp = objtemp.ToString();
PIlist[counter] = int.Parse(temp.value); // add each PI point to the list
counter++;
}
}
lastValueTime = end;
return PIlist;
}
public int[] getPointList(string tagName, string start, string end)
{
PISDK.PIValues PIconnect = new PISDK.PIValues(); //Create new instance of PI value
PIconnect = PI_SERVER.PIPoints[tagName].Data.RecordedValues(start, end);
pointData temp = new pointData();
int counter = 0;
int[] PIlist = new int[60];
foreach (PIValue val in PIconnect)
{
if (val.Value as DigitalState == null) // if point has data, Digital state means point has no data
{
object objtemp = val.Value;
temp.value = objtemp.ToString();
objtemp = val.TimeStamp.LocalDate;
temp.timestamp = objtemp.ToString();
PIlist[counter] = int.Parse(temp.value); // add each PI point to the list
counter++;
}
}
lastValueTime = end;
return PIlist;
}
protected void Page_Load(object sender, EventArgs e)
{
PISDK.PISDK SDK = new PISDK.PISDK(); //Creates new instance of PI SDK
PI_SERVER = SDK.Servers["esmartserver-pc"]; //Assign PI server to local machine [Piservername]
PI_SERVER.Open("piadmin"); //Open connection through default user
//Initialize point data starting at 12:50p
rpiCONNECT = updatePointValue("SP14VICE_Connection", "2/27/2014 12:50:00 PM", DateTime.Now.ToString());
FREQ = updatePointValue("SP14VICE_Freq", "2/27/2014 12:50:00 PM", DateTime.Now.ToString());
RPM = updatePointValue("SP14VICE_RPM", "2/27/2014 12:50:00 PM", DateTime.Now.ToString());
FLOW = updatePointValue("SP14VICE_Flow", "2/27/2014 12:50:00 PM", DateTime.Now.ToString());
DF = updatePointValue("SP14VICE_DesiredFlow", "2/27/2014 12:50:00 PM", DateTime.Now.ToString());
PRESSURE = updatePointValue("SP14VICE_Pressure", "2/27/2014 12:50:00 PM", DateTime.Now.ToString());
VOLT = updatePointValue("SP14VICE_TopVoltage1", "3/6/2014 1:20:00 PM", DateTime.Now.ToString());
CURR = updatePointValue("SP14VICE_TopCurrent1", "3/6/2014 1:20:00 PM", DateTime.Now.ToString());
POWER = updatePointValue("SP14VICE_TopPower1", "3/6/2014 1:20:00 PM", DateTime.Now.ToString());
TEMP = updatePointValue("SP14VICE_Temp", "3/13/2013 1:05:00 PM", DateTime.Now.ToString());
USERLOCK = updatePointValue("SP14VICE_Lock", "12/6/2013 4:50:00 PM", DateTime.Now.ToString()); // 1= unlocked, 0 = locked
COST.value = findCost(120, (float)0.35).ToString(); //Assume: running pump for 4 hrs/day for 30 days; tier 3 pricing during summer ($.35/kWH)
COST.timestamp = DateTime.Now.ToString();
setTableValues();
}
protected void Page_Load(object sender, EventArgs e)
{
///// Connect to pi server /////
PISDK.PISDK SDK = new PISDK.PISDK(); //Creates new instance of PI SDK
PI_SERVER = SDK.Servers["esmartserver-pc"]; //Assign PI server to local machine [Piservername]
PI_SERVER.Open("piadmin"); //Open connection through default user
//Initialize point data starting at 12:50p
rpiCONNECT = updatePointValue("SP14VICE_Connection", "2/27/2014 12:50:00 PM", DateTime.Now.ToString());
RPM = updatePointValue("SP14VICE_RPM", "2/27/2014 12:50:00 PM", DateTime.Now.ToString());
FLOW = updatePointValue("SP14VICE_Flow", "2/27/2014 12:50:00 PM", DateTime.Now.ToString());
PRESSURE = updatePointValue("SP14VICE_Pressure", "2/27/2014 12:50:00 PM", DateTime.Now.ToString());
POWER = updatePointValue("F13APA_POWER_BOT1", "12/6/2013 4:50:00 PM", DateTime.Now.ToString());
USERLOCK = updatePointValue("SP14VICE_Lock", "12/6/2013 4:50:00 PM", DateTime.Now.ToString()); // 1= unlocked, 0 = locked
if (USERLOCK.value == "1")
{
lockoutdisp.InnerHtml = "OFF - UNLOCKED";
}
else if (USERLOCK.value == "0")
{
lockoutdisp.InnerHtml = "ON - LOCKED";
}
}
//功能函数
private void ThreadFunc(object obj)
{
int index = 0;
try
{
Thread.Sleep(10);
byte[] bytes = new byte[1024];
pointData pd = (pointData)obj;
addText(string.Format("子线程收到数据： {0}\r\n", pd.remote.ToString()));
string str = Encoding.GetEncoding("GB2312").GetString(pd.recv, 0, pd.length);
addText(string.Format("Message: {0}\r\n", str));
DeviceHelper dh = new DeviceHelper();
//反序列化
dh = Helper.GetJson(str);
//获取设备信息
ListViewItem lvi = Helper.GetItem(listViewUser, dh.userid, dh.deviceid);
addText("userid:" + dh.userid + "\r\n");
//获取设备index
index = Helper.GetIndex(listViewUser, dh.userid, dh.deviceid);
addText("index:" + index.ToString() + "\r\n");
if (dh.type != null)
{
switch (dh.type)
{
case "identity":
#region 硬件IP绑定
addText("identity\r\n");
//判断数据库中是否存在该用户ID
if (true)
{
//查看是否已存在该ID号
if (index >= 0)
{
//直接删除
listViewUser.Items.RemoveAt(index);
}
//添加
lvi = new ListViewItem();
lvi = Helper.listAdd(dh.userid, dh.deviceid, pd.remote.ToString());
listViewUser.Items.Add(lvi);
bytes = Encoding.GetEncoding("GB2312").GetBytes("OK");
server.SendTo(bytes, pd.remote);
}
//else
//{
// bytes = Encoding.GetEncoding("GB2312").GetBytes("ID号不正确！");
// server.SendTo(bytes, pd.remote);
//}
break;
#endregion
case "set":
#region 网路端控制硬件请求
addText("set\r\n");
//将请求转发到对应的设备IP地址
dh.type = "response";
if (index < 0)
{
dh.state = "设备不在线！";
//返回设备不在线
bytes = Encoding.GetEncoding("GB2312").GetBytes(Helper.SetJson(dh));
server.SendTo(bytes, pd.remote);
}
else
{
//将数据列表的数据清空，防止设备端误操作
listViewUser.Items[lvi.Index].SubItems[3].Text = string.Empty;
//将数据转发到设备端
try
{
sendToUdp(lvi.SubItems[2].Text, str);
//等待返回数据，10ms查一次，共等待5s
int tNum = 0;
while (tNum < int.Parse(textBoxTimeOut.Text))
{
Thread.Sleep(10);
// addText(tNum.ToString() + "\r\n");
tNum++;
//查看是否有数据
lvi = new ListViewItem();
lvi = Helper.GetItem(listViewUser, dh.userid, dh.deviceid);
//addText(lvi.SubItems[3].Text.Length.ToString() + "\r\n");
if (lvi.SubItems[3].Text.Length > 0) //有返回数据
{
sendToUdp(pd.remote, lvi.SubItems[3].Text);
addText("给网络端回复:" + pd.remote + "\r\n");
addText(lvi.SubItems[3].Text + "\r\n");
//清空数据
listViewUser.Items[lvi.Index].SubItems[3].Text = string.Empty;
//Thread.Sleep(10);
//给设备返回OK
//sendToUdp(lvi.SubItems[2].Text, "OK");
//addText("OK\r\n");
tNum = 501;
Thread.Sleep(10);
}
}
if (tNum == 200) //超时
{
//给网络返回超时
//超时
dh.state = "设备响应超时！";
bytes = Encoding.GetEncoding("GB2312").GetBytes(Helper.SetJson(dh));
server.SendTo(bytes, pd.remote);
addText("设备响应超时！\r\n");
}
}
catch
{
dh.state = "设备与服务器连接失效！";
sendToUdp(pd.remote, Helper.SetJson(dh));
}
}
break;
#endregion
case "get":
#region 网络端获取设备状态
addText("get\r\n");
//将请求转发到对应的设备IP地址
dh.type = "response";
if (index < 0)
{
dh.state = "设备不在线！";
//返回设备不在线
bytes = Encoding.GetEncoding("GB2312").GetBytes(Helper.SetJson(dh));
server.SendTo(bytes, pd.remote);
}
else
{
//将数据列表的数据清空，防止设备端误操作
listViewUser.Items[lvi.Index].SubItems[3].Text = string.Empty;
//将数据转发到设备端
try
{
sendToUdp(lvi.SubItems[2].Text, str);
//等待返回数据，10ms查一次，共等待5s
int tNum = 0;
while (tNum < int.Parse(textBoxTimeOut.Text))
{
Thread.Sleep(10);
addText(tNum.ToString() + "\r\n");
tNum++;
//查看是否有数据
lvi = new ListViewItem();
lvi = Helper.GetItem(listViewUser, dh.userid, dh.deviceid);
addText(lvi.SubItems[3].Text.Length.ToString() + "\r\n");
if (lvi.SubItems[3].Text.Length > 0) //有返回数据
{
sendToUdp(pd.remote, lvi.SubItems[3].Text);
addText("给网络端回复:" + pd.remote + "\r\n");
addText(lvi.SubItems[3].Text + "\r\n");
//清空数据
listViewUser.Items[lvi.Index].SubItems[3].Text = string.Empty;
//Thread.Sleep(10);
//给设备返回OK
//sendToUdp(lvi.SubItems[2].Text, "OK");
//addText("OK\r\n");
tNum = 501;
Thread.Sleep(10);
}
}
if (tNum == int.Parse(textBoxTimeOut.Text)) //超时
{
//给网络返回超时
//超时
dh.state = "设备响应超时！";
bytes = Encoding.GetEncoding("GB2312").GetBytes(Helper.SetJson(dh));
server.SendTo(bytes, pd.remote);
addText("设备响应超时！\r\n");
}
}
catch
{
dh.state = "设备与服务器连接失效！";
sendToUdp(pd.remote, Helper.SetJson(dh));
}
}
break;
#endregion
case "response":
#region 设备端响应网络请求
addText("response\r\n");
//查看是否应经绑定到列表
int i = Helper.GetIndex(listViewUser, dh.userid, dh.deviceid);
if (i >= 0)
{
//写入数据
listViewUser.Items[i].SubItems[3].Text = str;
//给设备返回OK
sendToUdp(pd.remote, "ok");
addText("ok\r\n");
}
else
{
sendToUdp(pd.remote, "error");
addText("error\r\n");
}
break;
#endregion
case "upload":
#region 设备上传数据(传感器)
addText("upload\r\n");
//判断数据库中是否存在该用户ID和设备ID
if (true)
{
//存入数据库
userUpdate(dh.userid, dh.deviceid, dh.state);
bytes = Encoding.GetEncoding("GB2312").GetBytes("ok");
server.SendTo(bytes, pd.remote);
}
break;
#endregion
default:
addText("default\r\n");
bytes = Encoding.GetEncoding("GB2312").GetBytes("无效指令！");
server.SendTo(bytes, pd.remote);
break;
}
}
else
{
server.SendTo(Encoding.GetEncoding("GB2312").GetBytes("数据格式不正确！\r\n" + "详细说明请登录www.geek-iot.com"), pd.remote);
}
}
catch (Exception ex)
{
addText(ex.ToString() + "\r\n");
}
addText("执行完成\r\n\r\n");
}
protected void Timer1_Tick(object sender, EventArgs e)
{
rpiCONNECT = updatePointValue("SP14VICE_Connection", rpiCONNECT.timestamp, DateTime.Now.ToString());
USERLOCK = updatePointValue("SP14VICE_Lock", "3/6/2014 1:20:00 PM", DateTime.Now.ToString()); // 1= unlocked, 0 = locked
RPM = updatePointValue("SP14VICE_RPM", "3/6/2014 1:20:00 PM", DateTime.Now.ToString());
FREQ = updatePointValue("SP14VICE_Freq", "3/6/2014 1:20:00 PM", DateTime.Now.ToString());
FLOW = updatePointValue("SP14VICE_Flow", "3/6/2014 1:20:00 PM", DateTime.Now.ToString());
DF = updatePointValue("SP14VICE_DesiredFlow", "2/27/2014 12:50:00 PM", DateTime.Now.ToString());
PRESSURE = updatePointValue("SP14VICE_Pressure", "3/6/2014 1:20:00 PM", DateTime.Now.ToString());
TEMP = updatePointValue("SP14VICE_Temp", "3/6/2014 1:20:00 PM", DateTime.Now.ToString());
VOLT = updatePointValue("SP14VICE_TopVoltage1", "3/6/2014 1:20:00 PM", DateTime.Now.ToString());
CURR = updatePointValue("SP14VICE_TopCurrent1", "3/6/2014 1:20:00 PM", DateTime.Now.ToString());
POWER = updatePointValue("SP14VICE_TopPower1", "3/6/2014 1:20:00 PM", DateTime.Now.ToString());
COST.value = findCost(120, (float)0.35).ToString(); //Assume: running pump for 4 hrs/day for 30 days; tier 3 pricing during summer ($.35/kWH)
COST.timestamp = DateTime.Now.ToString();
setTableValues();
}
