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using System;
using System.Text;
using System.Linq;
using System.Drawing;
using System.Diagnostics;
using System.Windows.Forms;
using System.Threading;
using System.Threading.Tasks;
using System.Collections.Generic;
using Tango.PMR.Stubs;
using Tango.Stubs;
using Tango.PMR.EmbeddedParameters;
public void OnExecute(StubManager stubManager)
{
uint midtankno = 0;
double Slop;
double Zero_Point;
MidTankDataSetupRequest midTankDataSetupRequest = new MidTankDataSetupRequest();
var response = stubManager.ShowResponseWindow("Enter Midtank number to calibrate (1-8):", "");
//stubManager.WriteLine(response);
stubManager.Write("\n");
midtankno = uint.Parse(response);
var response1 = stubManager.ShowResponseWindow("Enter Midtank Slop ", "");
//stubManager.WriteLine(response);
stubManager.Write("\n");
Slop = double.Parse(response1);
var response2= stubManager.ShowResponseWindow("Enter Zero point (100cc)", "");
//stubManager.WriteLine(response);
stubManager.Write("\n");
Zero_Point = double.Parse(response2);
DialogResult result = MessageBox.Show("Are you sure to calibrate Midtank No: "+ midtankno + "with Slop "+ Slop +" and Zero_Point " + Zero_Point , "Warning",MessageBoxButtons.YesNo);
if(result == DialogResult.Yes)
{
MidTankData midTankData = new MidTankData();
midTankData.MidTankId = midtankno-1;
midTankData.InitialOffsetA = Zero_Point;
midTankData.SlopeB = Slop;
midTankDataSetupRequest.MidTankInfo.Add(midTankData);
var response3 = stubManager.Run<MidTankDataSetupResponse>(midTankDataSetupRequest);
string box_msg ="Turn Power Off and On to finish the calibration.";
MessageBox.Show(box_msg);
}
}
//MidTankDataSetupRequest midTankDataSetupRequest = new MidTankDataSetupRequest();
//50cc [V] 1.93242734375 1.94375546875 1.9295953125 1.935259375 1.92109921875 2.8245171875 1.92676328125 1.92676328125
//b [mL/V] -1 -1 -1 -1 -1 0.885922630082808 -1 -1
/*
MidTankData midTankData = new MidTankData();
midTankData.MidTankId = 0;
midTankData.InitialOffsetA = 2.64273428916931;
midTankData.SlopeB = 0.899999976158142;
MidTankData midTankData1 = new MidTankData();
midTankData1.MidTankId = 1;
midTankData1.InitialOffsetA = 2.63755464553833;
midTankData1.SlopeB = 0.899999976158142;
MidTankData midTankData2 = new MidTankData();
midTankData2.MidTankId = 2;
midTankData2.InitialOffsetA = 2.63525938987732;
midTankData2.SlopeB = 0.899999976158142;
MidTankData midTankData3 = new MidTankData();
midTankData3.MidTankId = 3;
midTankData3.InitialOffsetA = 1.4276158142;
midTankData3.SlopeB = 0.899999976158142;
MidTankData midTankData4 = new MidTankData();
midTankData4.MidTankId = 4;
midTankData4.InitialOffsetA = 2.61099219322205;
midTankData4.SlopeB = 0.899999976158142;
MidTankData midTankData5 = new MidTankData();
midTankData5.MidTankId = 5;
midTankData5.InitialOffsetA = 2.62451720237732;
midTankData5.SlopeB = 0.899999976158142;
MidTankData midTankData6 = new MidTankData();
midTankData6.MidTankId = 6;
midTankData6.InitialOffsetA = 2.62676334381104;
midTankData6.SlopeB = 0.899999976158142;
MidTankData midTankData7 = new MidTankData();
midTankData7.MidTankId = 7;
midTankData7.InitialOffsetA = 2.62676334381104;
midTankData7.SlopeB = 0.899999976158142;
midTankDataSetupRequest.MidTankInfo.Add(midTankData);
midTankDataSetupRequest.MidTankInfo.Add(midTankData1);
midTankDataSetupRequest.MidTankInfo.Add(midTankData2);
midTankDataSetupRequest.MidTankInfo.Add(midTankData3);
midTankDataSetupRequest.MidTankInfo.Add(midTankData4);
midTankDataSetupRequest.MidTankInfo.Add(midTankData5);
midTankDataSetupRequest.MidTankInfo.Add(midTankData6);
midTankDataSetupRequest.MidTankInfo.Add(midTankData7);
var response = stubManager.Run<MidTankDataSetupResponse>(midTankDataSetupRequest);
*/
//}
/*
int insert_slop_t_eeprom()
{
stubManager.Write("\n ");
MidTankDataSetupRequest midTankDataSetupRequest = new MidTankDataSetupRequest();
for (uint i=1;i<9;i++)
{
if (voltage_array[i,4]!= ERROR_SLOP)
{
MidTankData midTankData = new MidTankData();
midTankData.MidTankId = i-1;
midTankData.InitialOffsetA = voltage_array[i,2];
midTankData.SlopeB = voltage_array[i,4];
stubManager.Write("\nMidtank No:" + i+ "=\tA="+voltage_array[i,2]+"\tSlop="+voltage_array[i,4]);
midTankDataSetupRequest.MidTankInfo.Add(midTankData);
}
var response = stubManager.Run<MidTankDataSetupResponse>(midTankDataSetupRequest);
}
}
*/
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