//编辑技术条件
public ActionResult TechnicalConditions_Update()
{
var sr = new StreamReader(Request.InputStream);
var stream = sr.ReadToEnd();
JavaScriptSerializer js = new JavaScriptSerializer();
var let = dbDrive.GetLangleyExperimentTable(js.Deserialize <LangleyExperimentTable>(stream).let_Id);
let.let_TechnicalConditions = js.Deserialize <LangleyExperimentTable>(stream).let_TechnicalConditions;
return(Json(dbDrive.Update(let)));
}
public ActionResult UpDownParameter_add()
{
var sr = new StreamReader(Request.InputStream);
var stream = sr.ReadToEnd();
JavaScriptSerializer js = new JavaScriptSerializer();
UpDownExperiment upDownExperiment = ude;
upDownExperiment.udt_Technicalconditions = js.Deserialize <UpDownExperiment>(stream).udt_Technicalconditions;
return(Json(dbDrive.Update(upDownExperiment)));
}
public ActionResult InsertData(string response, string sq, int langlryExpTableId)
{
LangleyExperimentTable langlryExpTable = dbDrive.GetLangleyExperimentTable(langlryExpTableId);
List <LangleyDataTable> langleyDataTables = dbDrive.GetAllLangleyDataTable(langlryExpTable.let_Id);
var xOrVArray = LangleyPublic.XAndVArrays(langleyDataTables);
if (sq != null && sq != "")
{
xOrVArray.xArray[langleyDataTables.Count - 1] = double.Parse(sq);
}
if (response != null && response != "")
{
xOrVArray.vArray[langleyDataTables.Count - 1] = int.Parse(response);
}
else
{
xOrVArray.vArray[langleyDataTables.Count - 1] = 0;
}
var lr = LangleyPublic.SelectState(langlryExpTable);
dbDrive.Update(LangleyPublic.UpdateLangleyDataTable(langlryExpTable, lr, xOrVArray.xArray, xOrVArray.vArray, langleyDataTables[langleyDataTables.Count - 1]));
//增加一条新数据
double StimulusQuantity = lr.CalculateStimulusQuantity(xOrVArray.xArray, xOrVArray.vArray, langlryExpTable.let_StimulusQuantityCeiling, langlryExpTable.let_StimulusQuantityFloor, langlryExpTable.let_PrecisionInstruments);
var isTrue = dbDrive.Insert(LangleyPublic.LangleyDataTables(langlryExpTableId, dbDrive, double.Parse(StimulusQuantity.ToString("f6"))));
var xOrVArray2 = LangleyPublic.XAndVArrays(dbDrive.GetAllLangleyDataTable(langlryExpTable.let_Id));
xOrVArray2.vArray = LangleyPublic.IsFlipTheResponse(langlryExpTable, xOrVArray2.vArray);
if (langlryExpTable.let_FlipTheResponse == 1)
{
for (int i = 0; i < xOrVArray2.vArray.Length - 1; i++)
{
if (xOrVArray2.vArray[i] == 0)
{
xOrVArray2.vArray[i] = 1;
}
else
{
xOrVArray2.vArray[i] = 0;
}
}
}
string[] value = { isTrue.ToString(), (xOrVArray2.xArray.Length - 1).ToString(), lr.GetNM(xOrVArray2.xArray, xOrVArray2.vArray), StimulusQuantity.ToString() };
return(Json(value));
}
public JsonResult TechnicalConditions_Update()
{
var str = new StreamReader(Request.InputStream);
var stream = str.ReadToEnd();
JavaScriptSerializer js = new JavaScriptSerializer();
var det = dbDrive.GetDoptimizeExperimentTable(js.Deserialize <DoptimizeExperimentTable>(stream).det_Id);
det.det_TechnicalConditions = js.Deserialize <DoptimizeExperimentTable>(stream).det_TechnicalConditions;
return(Json(dbDrive.Update(det)));
}
//修改分析参数
public JsonResult UpdateParameter()
{
var str = new StreamReader(Request.InputStream);
var stream = str.ReadToEnd();
JavaScriptSerializer js = new JavaScriptSerializer();
LangleyExperimentTable let = dbDrive.GetLangleyExperimentTable(js.Deserialize <LangleyExperimentTable>(stream).let_Id);
let.let_DistributionState = js.Deserialize <LangleyExperimentTable>(stream).let_DistributionState;
let.let_Correction = js.Deserialize <LangleyExperimentTable>(stream).let_Correction;
dbDrive.Update(let);
List <LangleyDataTable> ldts = dbDrive.GetAllLangleyDataTable(let.let_Id);
ldts.RemoveRange(ldts.Count - 1, 1);
var xOrVArray = LangleyPublic.XAndVArrays(ldts);
var lr = LangleyPublic.SelectState(let);
LangleyDataTable langleyDataTable = new LangleyDataTable();
bool isTure = false;
for (int i = 1; i <= ldts.Count; i++)
{
double[] xArray = new double[i];
int[] vArray = new int[i];
for (int j = 0; j < i; j++)
{
xArray[j] = xOrVArray.xArray[j];
vArray[j] = xOrVArray.vArray[j];
}
langleyDataTable = LangleyPublic.UpdateLangleyDataTable(let, lr, xArray, vArray, ldts[i - 1]);
isTure = dbDrive.Update(langleyDataTable);
if (isTure == false)
{
break;
}
}
string[] value = { isTure.ToString(), lr.Precs(langleyDataTable.ldt_Mean, langleyDataTable.ldt_StandardDeviation)[0].ToString("f6"), lr.Precs(langleyDataTable.ldt_Mean, langleyDataTable.ldt_StandardDeviation)[1].ToString("f6"), langleyDataTable.ldt_Mean.ToString("f6"), langleyDataTable.ldt_StandardDeviation.ToString("f6") };
return(Json(value));
}
public JsonResult InsertData(int dop_id, string response, string sq)
{
DoptimizeExperimentTable det = dbDrive.GetDoptimizeExperimentTable(dop_id);
List <DoptimizeDataTable> ddt_list = dbDrive.GetDoptimizeDataTables(dop_id);
ddt_list[ddt_list.Count - 1].ddt_StimulusQuantity = sq != "" ? double.Parse(sq) : ddt_list[ddt_list.Count - 1].ddt_StimulusQuantity;
ddt_list[ddt_list.Count - 1].ddt_Response = int.Parse(response);
var der_list = DoptimizePublic.DoptimizeExperimentRecoedsList(ddt_list, det);
var xAndV = DoptimizePublic.ReturnXarrayAndVarray(der_list);
var outputParameter = DoptimizePublic.SelectState(det).GetResult(xAndV.xArray, xAndV.vArray, det.det_StimulusQuantityFloor, det.det_StimulusQuantityCeiling, det.det_PrecisionInstruments, out double z, ddt_list[ddt_list.Count - 1].ddt_SigmaGuess);
DoptimizeDataTable ddt = ddt_list[ddt_list.Count - 1];
DoptimizePublic.UpdateDoptimizeDataTable(ref ddt, outputParameter, response, sq);
dbDrive.Update(ddt);
bool isTurn = dbDrive.Insert(DoptimizePublic.DoptimizeDataTable(det.det_Id, dbDrive, double.Parse(z.ToString("f6")), outputParameter));
string[] value = { isTurn.ToString(), ddt_list.Count.ToString(), z.ToString() };
return(Json(value));
}
