public List <IDictionary <string, string> > ProcessMultipleResponse(DatabaseOperation operation, List <string> keyList)
{
List <IDictionary <string, string> > Result = null;
if (RequestResultTable.ContainsKey(operation))
{
List <IDictionary <string, object> > ResultList = RequestResultTable[operation];
RequestResultTable.Remove(operation);
foreach (IDictionary <string, object> Item in ResultList)
{
IDictionary <string, string> ResultLine = null;
foreach (string Key in keyList)
{
if (Item.ContainsKey(Key) && (ResultLine == null || !ResultLine.ContainsKey(Key)) && Item[Key] is string)
{
if (ResultLine == null)
{
ResultLine = new Dictionary <string, string>();
if (Result == null)
{
Result = new List <IDictionary <string, string> >();
}
Result.Add(ResultLine);
}
ResultLine.Add(Key, Item[Key] as string);
}
}
}
}
return(Result);
}
public Task <List <ImapResponse> > Execute(ImapSession session, string args)
{
return(Task.FromResult(new List <ImapResponse>
{
new ImapResponse(ResultLine.CAPABILITY(session.Capabilities))
}));
}
public Task <List <ImapResponse> > Execute(ImapSession session, string args)
{
List <ImapResponse> result = new List <ImapResponse>();
if (session.SelectFolder == null)
{
return(this.NullResult());
}
var deletedSeqNo = session.SelectFolder.EXPUNGE();
foreach (var item in deletedSeqNo)
{
result.Add(new ImapResponse(ResultLine.EXPUNGE(item)));
}
session.SelectFolder.Stat = session.MailDb.Messages.GetStat(session.SelectFolder.Folder);
var stat = session.SelectFolder.Stat;
result.Add(new ImapResponse(ResultLine.EXISTS(stat.Exists)));
result.Add(new ImapResponse(ResultLine.RECENT(stat.Recent)));
result.Add(new ImapResponse(ResultLine.UIDNEXT(stat.NextUid)));
result.Add(new ImapResponse(ResultLine.UIDVALIDAITY(stat.FolderUid)));
return(Task.FromResult(result));
}
public Task <List <ImapResponse> > Execute(ImapSession session, string args)
{
string[] parts = TextUtils.SplitQuotedString(args, ' ', true);
string refName = IMAP_Utils.DecodeMailbox(parts[0]);
string folder = IMAP_Utils.DecodeMailbox(parts[1]);
// mailbox name is "", return delimiter and root
if (folder == String.Empty)
{
var root = refName.Split(new char[] { '/' })[0];
return(Task.FromResult(new List <ImapResponse>
{
new ImapResponse(ResultLine.LIST(root, '/', null))
}));
}
// Match the full mailbox pattern
var folderPattern = folder.Replace("*", ".*").Replace("%", "[^/]*");
var pattern = $"^{refName}{folderPattern}$";
var user = Data.GlobalDb.Users.Get(session.AuthenticatedUserIdentity.Name);
var result = new List <ImapResponse>();
foreach (var each in GetAllFolders(user))
{
if (System.Text.RegularExpressions.Regex.IsMatch(each.Name, pattern, System.Text.RegularExpressions.RegexOptions.IgnoreCase))
{
result.Add(new ImapResponse(Response(each.Name, '/', each.Attributes)));
}
}
return(Task.FromResult(result));
}
/// <summary>
/// Query rules.
///
/// If RuleSet is null, then returns null.
/// </summary>
/// <param name="filterCriteria"></param>
/// <returns></returns>
/// <exception cref="Exception">Wrapped error</exception>
public IPluralRulesEnumerable Query(PluralRuleInfo filterCriteria)
{
if (filterCriteria.RuleSet == null)
{
return(null);
}
ResultLine line = GetRules(filterCriteria.RuleSet);
if (line.Error != null)
{
throw new Exception(line.Error.Message, line.Error);
}
if (line.Rules == null)
{
return(null);
}
if (line.Rules is IPluralRulesQueryable queryable)
{
// Set RuleSet to null
return(queryable.Query(filterCriteria.ChangeRuleSet(null)));
}
return(null);
}
public void Init()
{
mathDevice.Init(MinigamesManager.types.FRACCIONES);
if (Game.Instance.gameManager.Isla.GetComponent<Isla>().state == Isla.states.MINIGAME_STARTED) return;
if (results != null && results.Count > 0) return;
Texts.Minigame_Fracciones minigame = Data.Instance.texts.GetMinigame_Fracciones();
string textFinal = minigame.title;
//desc.text = textFinal.Replace("[]", insertfield);
descSmall.text = textFinal;
descSmall.text += " Coloca ";
int total = minigame.slots;
total++;
results = new List<ResultLine>();
int num = 1;
foreach (string result in minigame.fracciones)
{
ResultLine line = new ResultLine();
switch (num)
{
case 1:
descSmall.text += "una piedra verde a " + result; break;
case 2:
descSmall.text += ", una roja a " + result; break;
case 3:
descSmall.text += " y una amarilla a " + result; break;
}
string[] textSplit = result.Split("/"[0]);
float frac = (float.Parse(textSplit[0]) / float.Parse(textSplit[1]));
line.num = (int)(minigame.slots * frac);
line.piedraID = num;
results.Add(line);
num++;
}
for (int a = 0; a < total; a++ )
{
FraccionesSlot button = Instantiate(fraccionesSlot);
button.transform.SetParent(container);
button.id = a;
button.GetComponent<Button>().onClick.AddListener(() => { SlotClicked(button); });
button.transform.localScale = Vector2.one;
foreach (ResultLine line in results)
{
if (line.num == button.id) button.resultPiedraID = line.piedraID;
}
}
}
/// <summary>
/// Try resolve
/// </summary>
/// <param name="rulesOrClassName"></param>
/// <param name="result"></param>
/// <returns></returns>
public bool TryResolve(string rulesOrClassName, out IPluralRules result)
{
ResultLine line = GetRules(rulesOrClassName);
if (line.Rules != null)
{
result = line.Rules; return(true);
}
result = null;
return(false);
}
public Task <List <ImapResponse> > Execute(ImapSession session, string args)
{
List <ImapResponse> result = new List <ImapResponse>();
var deletedSeqNo = session.SelectFolder.EXPUNGE();
foreach (var item in deletedSeqNo)
{
result.Add(new ImapResponse(ResultLine.EXPUNGE(item)));
}
return(Task.FromResult(result));
}
private List <ResultLine> createResultsLineList(List <KeyValuePair <double, string> > docsList, string queryNum)
{
List <ResultLine> ans = new List <ResultLine>();
foreach (KeyValuePair <double, string> doc in docsList)
{
ResultLine line = new ResultLine(doc.Key, doc.Value);
line.queryNum = queryNum;
ans.Add(line);
}
return(ans);
}
public static List <ImapResponse> Execute(MailDb maildb, SelectFolder Folder, string args, Func <MailDb, SelectFolder, Message, int> toResult)
{
var cmdreader = new SearchCommand.CommandReader(args);
var allitems = cmdreader.ReadAllDataItems();
var searchResult = Execute(maildb, Folder, allitems, toResult);
List <ImapResponse> result = new List <ImapResponse>();
var line = ResultLine.SEARCH(searchResult);
result.Add(new ImapResponse(line));
return(result);
}
/// <summary>
/// Try to resolve ruleset and evaluate number.
/// </summary>
/// <param name="subset"></param>
/// <param name="number"></param>
/// <returns></returns>
/// <exception cref="Exception">On wrapped error</exception>
public IPluralRule[] Evaluate(PluralRuleInfo subset, IPluralNumber number)
{
if (subset.RuleSet != null)
{
ResultLine line = GetRules(subset.RuleSet);
if (line.Error != null)
{
throw new Exception(line.Error.Message, line.Error);
}
if (line.Rules is IPluralRulesEvaluatable eval)
{
// Set RuleSet to null
return(eval.Evaluate(subset.ChangeRuleSet(null), number));
}
}
return(null);
}
// RFC 3501 6.3.1. SELECT Command.
public Task <List <ImapResponse> > Execute(ImapSession session, string args)
{
string[] parts = TextUtils.SplitQuotedString(args, ' ');
if (parts.Length >= 2)
{
// At moment we don't support UTF-8 mailboxes.
if (Lib.Helper.StringHelper.IsSameValue(parts[1], "(UTF8)"))
{
throw new CommandException("NO", "UTF8 name not supported");
}
else
{
throw new CommandException("BAD", "Argument error");
}
}
List <ImapResponse> Result = new List <ImapResponse>();
string foldername = TextUtils.UnQuoteString(IMAP_Utils.DecodeMailbox(args));
var parsedfolder = Kooboo.Mail.Utility.FolderUtility.ParseFolder(foldername);
session.SelectFolder = new SelectFolder(foldername, session.MailDb);
var stat = session.SelectFolder.Stat;
session.MailDb.Messages.UpdateRecentByMaxId(stat.LastestMsgId);
Result.Add(new ImapResponse(ResultLine.EXISTS(stat.Exists)));
Result.Add(new ImapResponse(ResultLine.RECENT(stat.Recent)));
if (stat.FirstUnSeen > -1)
{
Result.Add(new ImapResponse(ResultLine.UNSEEN(stat.FirstUnSeen)));
}
Result.Add(new ImapResponse(ResultLine.UIDNEXT(stat.NextUid)));
Result.Add(new ImapResponse(ResultLine.UIDVALIDAITY(stat.FolderUid)));
Result.Add(new ImapResponse(ResultLine.FLAGS(Setting.SupportFlags.ToList())));
return(Task.FromResult(Result));
}
public static List <ResultLine> GetResults(List <MyArray> root)
{
List <ResultLine> results = new List <ResultLine>();
foreach (MyArray myArray in root)
{
//get all the valid items
List <Item> allItems = myArray.menu.items.Where(x => x != null).ToList();
ResultLine rl = new ResultLine
{
Name = myArray.menu.header,
TotalId = (from item in allItems
where item.label != null && !item.label.Equals(string.Empty)
select item.id).Sum()
};
results.Add(rl);
}
return(results);
}
public static List <ImapResponse> Execute(MailDb mailDb, IEnumerable <FetchMessage> messages, string folderName)
{
var prasedFolder = Utility.FolderUtility.ParseFolder(folderName);
var folder = mailDb.Folders.Get(prasedFolder.FolderId);
if (folder == null)
{
throw new CommandException("NO", "Can't move those messages or to that name");
}
var result = new List <ImapResponse>();
foreach (var each in messages)
{
var message = each.Message;
var flags = mailDb.Messages.GetFlags(message.Id);
mailDb.Messages.Delete(message.Id);
message.Id = 0;
message.FolderId = folder.Id;
if (message.AddressId == 0)
{
message.AddressId = prasedFolder.AddressId;
}
mailDb.Messages.AddOrUpdate(message);
flags = flags.Except(new string[] { "Deleted" }).ToArray();
mailDb.Messages.UpdateRecent(message.Id);
mailDb.Messages.ReplaceFlags(message.Id, flags);
result.Add(new ImapResponse(ResultLine.EXPUNGE(each.SeqNo)));
}
return(result);
}
public void CalcFeatures()
{
var files = Directory.GetFiles(datasetDir);
var rawFiles = files.Where(f => f.EndsWith(".raw"));
var targetFiles = files.Where(f => f.EndsWith("_IcTda.tsv")).ToDictionary(Path.GetFileNameWithoutExtension, f => f);
var decoyFiles = files.Where(f => f.EndsWith("_IcDecoy.tsv")).ToDictionary(Path.GetFileNameWithoutExtension, f => f);
var results = new ConcurrentBag <ResultLine>();
var datasetsProcessed = 0;
foreach (var rawFilePath in rawFiles)
{
var rawFile = new FileInfo(rawFilePath);
if (rawFile.Length / 1024.0 / 1024 / 1024 > 1)
{
Console.WriteLine("Skipping, {0} since over 1 GB", rawFile.FullName);
continue;
}
var idName = $"{Path.GetFileNameWithoutExtension(rawFile.Name)}_IcTda";
var decoyName = $"{Path.GetFileNameWithoutExtension(rawFile.Name)}_IcDecoy";
if (!targetFiles.ContainsKey(idName))
{
Console.WriteLine("Skipping, _IcTda.tsv file not found for " + rawFile.FullName);
continue;
}
if (!decoyFiles.ContainsKey(decoyName))
{
Console.WriteLine("Skipping, _IcDecoy.tsv file not found for " + rawFile.FullName);
continue;
}
Console.WriteLine("Processing " + rawFile.FullName);
var scans = new Dictionary <int, DeconvolutedSpectrum>();
var pbfRun = (PbfLcMsRun)PbfLcMsRun.GetLcMsRun(rawFile.FullName);
var ids = ParseIdFile(targetFiles[idName], true);
var decoys = ParseIdFile(decoyFiles[decoyName], false);
ids.AddRange(decoys);
foreach (var id in ids)
{
DeconvolutedSpectrum spectrum;
if (scans.ContainsKey(id.Scan))
{
spectrum = scans[id.Scan];
}
else
{
spectrum = GetDeconvolutedSpectrum(id.Scan, pbfRun);
scans.Add(id.Scan, spectrum);
}
var baseIonTypes = new[] { BaseIonType.A, BaseIonType.B, BaseIonType.C, BaseIonType.X, BaseIonType.Y, BaseIonType.Z };
var cleavages = id.Sequence.GetInternalCleavages();
foreach (var cleavage in cleavages)
{
foreach (var baseIonType in baseIonTypes)
{
var baseComp = baseIonType.IsPrefix ? cleavage.PrefixComposition : cleavage.SuffixComposition;
var composition = baseComp + baseIonType.OffsetComposition;
var mass = composition.Mass;
var peak = spectrum.FindPeak(mass, new Tolerance(10, ToleranceUnit.Ppm)) as DeconvolutedPeak;
if (peak == null)
{
continue;
}
else
{
var result = new ResultLine
{
Corr = peak.Corr,
Cosine = peak.Dist,
Error = Math.Abs(mass - peak.Mass) / peak.Mass * 1e6,
Intensity = peak.Intensity,
IsTarget = id.IsTarget
};
results.Add(result);
}
}
}
}
datasetsProcessed++;
var plotFileDir = new DirectoryInfo(outputFileDir);
if (!plotFileDir.Exists)
{
plotFileDir.Create();
}
var outputFilePath = Path.Combine(plotFileDir.FullName,
string.Format("result_{0}.tsv", Path.GetFileNameWithoutExtension(rawFile.Name)));
using (var writer = new StreamWriter(new FileStream(outputFilePath, FileMode.Create, FileAccess.Write, FileShare.ReadWrite)))
{
foreach (var result in results)
{
var isTarget = result.IsTarget ? 1 : 0;
writer.WriteLine("{0}\t{1}\t{2}\t{3}\t{4}", result.Corr, result.Cosine, result.Error, result.Intensity, isTarget);
}
}
} //foreach
if (datasetsProcessed == 0)
{
Assert.Ignore("Did not find any valid datasets in " + datasetDir);
}
}
/// <summary>
/// 加载数据
/// </summary>
private void Load_Data()
{
//用户信息
l1.Content = user.User_Name;
l2.Content = user.Pk_User_Id;
//训练日期
da.Content = trainDto.prescriptionResult.Gmt_create.ToString();
string path = AppDomain.CurrentDomain.BaseDirectory;
//string rootpath = path.Substring(0, path.LastIndexOf("bin"));
//查询处方和结果
#region 优化
//List<NewTrainDTO> trainDtoLists = new List<NewTrainDTO>();
//for(int i=0; i< trainDtoList.Count; i++)
//{
// if(new TrainService().GetTrainDTOByPRId(Convert.ToInt32(trainDtoList[i].prescriptionResult.Pk_pr_id))[0] != null)
// {
// trainDtoLists.Add(new TrainService().GetTrainDTOByPRId(Convert.ToInt32(trainDtoList[i].prescriptionResult.Pk_pr_id))[0]);
// }
//}
#endregion
List <NewTrainDTO> trainDtos = new TrainService().GetTrainDTOByPRId(Convert.ToInt32(trainDto.prescriptionResult.Pk_pr_id));
DeviceSortDAO deviceSortDao = new DeviceSortDAO();
ResultLine resultLine = new ResultLine();
//循环判断填充数据
foreach (NewTrainDTO trainDto in trainDtos)
{
switch (trainDto.devicePrescription.Fk_ds_id)
{
case (int)DeviceType.P01:
HLPGroupcount.Text = trainDto.devicePrescription.Dp_groupcount.ToString();
HLPGroupnum.Text = trainDto.devicePrescription.Dp_groupnum.ToString();
HLPRelaxTime.Text = trainDto.devicePrescription.Dp_relaxtime.ToString();
HLPMoveway.Text = trainDto.moveway;
HLPPower.Text = trainDto.prescriptionResult.Power.ToString();
HLPTime1.Text = trainDto.prescriptionResult.Finish_time.ToString();
if (trainDto.devicePrescription.Device_mode == DevConstants.REHABILITATION_MODEL)
{
HLPTrainingModel.Text = LanguageUtils.ConvertLanguage("康复模式", "Rehabilitation Model");
HLPselect_change();
HLPConsequentForce.Text = trainDto.devicePrescription.Consequent_force.ToString();
HLPReverseForce.Text = trainDto.devicePrescription.Reverse_force.ToString();
}
else if (trainDto.devicePrescription.Device_mode == DevConstants.ACTIVE_MODEL)
{
HLPTrainingModel.Text = LanguageUtils.ConvertLanguage("主被动模式", "Active Model");
HLPselect_change();
HLPSpeedRank.Text = trainDto.devicePrescription.Speed_rank.ToString();
}
else
{
HLPTrainingModel.Text = LanguageUtils.ConvertLanguage("被动模式", "Passive Model");
HLPselect_change();
HLPSpeedRank.Text = trainDto.devicePrescription.Speed_rank.ToString();
}
if (trainDto.prescriptionResult == null)
{
break;
}
HLPSportstrength.Text = StrengthConverter(trainDto.prescriptionResult.pr_userthoughts.ToString());
HLPHeartRateList.Text = trainDto.prescriptionResult.Heart_rate_list;
HLPEnergy.Text = trainDto.prescriptionResult.Energy.ToString();
HLPFinishNum.Text = trainDto.prescriptionResult.Finish_num.ToString();
HLPAttentionpoint.Text = trainDto.devicePrescription.Dp_memo;
// 心率折线图
HLPWeb.ObjectForScripting = new ResultLine(trainDto.prescriptionResult.Heart_rate_list, 0);
HLPWeb.Navigate(new Uri(path + "dist\\HLPLine.html"));
break;
case (int)DeviceType.P00:
ROWGroupcount.Text = trainDto.devicePrescription.Dp_groupcount.ToString();
ROWGroupnum.Text = trainDto.devicePrescription.Dp_groupnum.ToString();
ROWRelaxTime.Text = trainDto.devicePrescription.Dp_relaxtime.ToString();
ROWMoveway.Text = trainDto.moveway;
ROWPower.Text = trainDto.prescriptionResult.Power.ToString();
ROWTime1.Text = trainDto.prescriptionResult.Finish_time.ToString();
if (trainDto.devicePrescription.Device_mode == DevConstants.REHABILITATION_MODEL)
{
ROWTrainingModel.Text = LanguageUtils.ConvertLanguage("康复模式", "Rehabilitation Model");
ROWselect_change();
ROWConsequentForce.Text = trainDto.devicePrescription.Consequent_force.ToString();
ROWReverseForce.Text = trainDto.devicePrescription.Reverse_force.ToString();
}
else if (trainDto.devicePrescription.Device_mode == DevConstants.ACTIVE_MODEL)
{
ROWTrainingModel.Text = LanguageUtils.ConvertLanguage("主被动模式", "Active Model");
ROWselect_change();
ROWSpeedRank.Text = trainDto.devicePrescription.Speed_rank.ToString();
}
else
{
ROWTrainingModel.Text = LanguageUtils.ConvertLanguage("被动模式", "Passive Model");
ROWselect_change();
ROWSpeedRank.Text = trainDto.devicePrescription.Speed_rank.ToString();
}
if (trainDto.prescriptionResult == null)
{
break;
}
ROWSportstrength.Text = StrengthConverter(trainDto.prescriptionResult.pr_userthoughts.ToString());
ROWHeartRateList.Text = trainDto.prescriptionResult.Heart_rate_list;
ROWEnergy.Text = trainDto.prescriptionResult.Energy.ToString();
ROWFinishNum.Text = trainDto.prescriptionResult.Finish_num.ToString();
ROWAttentionpoint.Text = trainDto.devicePrescription.Dp_memo;
// 心率折线图
ROWWeb.ObjectForScripting = new ResultLine(trainDto.prescriptionResult.Heart_rate_list, 1);
ROWWeb.Navigate(new Uri(path + "dist\\ROWLine.html"));
break;
case (int)DeviceType.P09:
TFGroupcount.Text = trainDto.devicePrescription.Dp_groupcount.ToString();
TFGroupnum.Text = trainDto.devicePrescription.Dp_groupnum.ToString();
TFRelaxTime.Text = trainDto.devicePrescription.Dp_relaxtime.ToString();
TFMoveway.Text = trainDto.moveway;
TFPower.Text = trainDto.prescriptionResult.Power.ToString();
TFTime1.Text = trainDto.prescriptionResult.Finish_time.ToString();
if (trainDto.devicePrescription.Device_mode == DevConstants.REHABILITATION_MODEL)
{
TFTrainingModel.Text = LanguageUtils.ConvertLanguage("康复模式", "Rehabilitation Model");
TFselect_change();
TFConsequentForce.Text = trainDto.devicePrescription.Consequent_force.ToString();
TFReverseForce.Text = trainDto.devicePrescription.Reverse_force.ToString();
}
else if (trainDto.devicePrescription.Device_mode == DevConstants.ACTIVE_MODEL)
{
TFTrainingModel.Text = LanguageUtils.ConvertLanguage("主被动模式", "Active Model");
TFselect_change();
TFSpeedRank.Text = trainDto.devicePrescription.Speed_rank.ToString();
}
else
{
TFTrainingModel.Text = LanguageUtils.ConvertLanguage("被动模式", "Passive Model");
TFselect_change();
TFSpeedRank.Text = trainDto.devicePrescription.Speed_rank.ToString();
}
if (trainDto.prescriptionResult == null)
{
break;
}
TFSportstrength.Text = StrengthConverter(trainDto.prescriptionResult.pr_userthoughts.ToString());
TFHeartRateList.Text = trainDto.prescriptionResult.Heart_rate_list;
TFEnergy.Text = trainDto.prescriptionResult.Energy.ToString();
TFFinishNum.Text = trainDto.prescriptionResult.Finish_num.ToString();
TFAttentionpoint.Text = trainDto.devicePrescription.Dp_memo;
// 心率折线图
TFWeb.ObjectForScripting = new ResultLine(trainDto.prescriptionResult.Heart_rate_list, 2);
TFWeb.Navigate(new Uri(path + "dist\\TFLine.html"));
break;
case (int)DeviceType.P06:
LEGroupcount.Text = trainDto.devicePrescription.Dp_groupcount.ToString();
LEGroupnum.Text = trainDto.devicePrescription.Dp_groupnum.ToString();
LERelaxTime.Text = trainDto.devicePrescription.Dp_relaxtime.ToString();
LEMoveway.Text = trainDto.moveway;
LEPower.Text = trainDto.prescriptionResult.Power.ToString();
LETime1.Text = trainDto.prescriptionResult.Finish_time.ToString();
if (trainDto.devicePrescription.Device_mode == DevConstants.REHABILITATION_MODEL)
{
LETrainingModel.Text = LanguageUtils.ConvertLanguage("康复模式", "Rehabilitation Model");
LEselect_change();
LEConsequentForce.Text = trainDto.devicePrescription.Consequent_force.ToString();
LEReverseForce.Text = trainDto.devicePrescription.Reverse_force.ToString();
}
else if (trainDto.devicePrescription.Device_mode == DevConstants.ACTIVE_MODEL)
{
LETrainingModel.Text = LanguageUtils.ConvertLanguage("主被动模式", "Active Model");
LEselect_change();
LESpeedRank.Text = trainDto.devicePrescription.Speed_rank.ToString();
}
else
{
LETrainingModel.Text = LanguageUtils.ConvertLanguage("被动模式", "Passive Model");
LEselect_change();
LESpeedRank.Text = trainDto.devicePrescription.Speed_rank.ToString();
}
if (trainDto.prescriptionResult == null)
{
break;
}
LESportstrength.Text = StrengthConverter(trainDto.prescriptionResult.pr_userthoughts.ToString());
LEHeartRateList.Text = trainDto.prescriptionResult.Heart_rate_list;
LEEnergy.Text = trainDto.prescriptionResult.Energy.ToString();
LEFinishNum.Text = trainDto.prescriptionResult.Finish_num.ToString();
LEAttentionpoint.Text = trainDto.devicePrescription.Dp_memo;
// 心率折线图
LEWeb.ObjectForScripting = new ResultLine(trainDto.prescriptionResult.Heart_rate_list, 3);
LEWeb.Navigate(new Uri(path + "dist\\LELine.html"));
break;
case (int)DeviceType.P02:
HAGroupcount.Text = trainDto.devicePrescription.Dp_groupcount.ToString();
HAGroupnum.Text = trainDto.devicePrescription.Dp_groupnum.ToString();
HARelaxTime.Text = trainDto.devicePrescription.Dp_relaxtime.ToString();
HAMoveway.Text = trainDto.moveway;
HAPower.Text = trainDto.prescriptionResult.Power.ToString();
HATime1.Text = trainDto.prescriptionResult.Finish_time.ToString();
if (trainDto.devicePrescription.Device_mode == DevConstants.REHABILITATION_MODEL)
{
HATrainingModel.Text = LanguageUtils.ConvertLanguage("康复模式", "Rehabilitation Model");
HAselect_change();
HAConsequentForce.Text = trainDto.devicePrescription.Consequent_force.ToString();
HAReverseForce.Text = trainDto.devicePrescription.Reverse_force.ToString();
}
else if (trainDto.devicePrescription.Device_mode == DevConstants.ACTIVE_MODEL)
{
HATrainingModel.Text = LanguageUtils.ConvertLanguage("主被动模式", "Active Model");
HAselect_change();
HASpeedRank.Text = trainDto.devicePrescription.Speed_rank.ToString();
}
else
{
HATrainingModel.Text = LanguageUtils.ConvertLanguage("被动模式", "Passive Model");
HAselect_change();
HASpeedRank.Text = trainDto.devicePrescription.Speed_rank.ToString();
}
if (trainDto.prescriptionResult == null)
{
break;
}
HASportstrength.Text = StrengthConverter(trainDto.prescriptionResult.pr_userthoughts.ToString());
HAHeartRateList.Text = trainDto.prescriptionResult.Heart_rate_list;
HAEnergy.Text = trainDto.prescriptionResult.Energy.ToString();
HAFinishNum.Text = trainDto.prescriptionResult.Finish_num.ToString();
HAAttentionpoint.Text = trainDto.devicePrescription.Dp_memo;
// 心率折线图
HAWeb.ObjectForScripting = new ResultLine(trainDto.prescriptionResult.Heart_rate_list, 4);
HAWeb.Navigate(new Uri(path + "dist\\HALine.html"));
break;
case (int)DeviceType.P05:
CPGroupcount.Text = trainDto.devicePrescription.Dp_groupcount.ToString();
CPGroupnum.Text = trainDto.devicePrescription.Dp_groupnum.ToString();
CPRelaxTime.Text = trainDto.devicePrescription.Dp_relaxtime.ToString();
CPMoveway.Text = trainDto.moveway;
CPPower.Text = trainDto.prescriptionResult.Power.ToString();
CPTime1.Text = trainDto.prescriptionResult.Finish_time.ToString();
if (trainDto.devicePrescription.Device_mode == DevConstants.REHABILITATION_MODEL)
{
CPTrainingModel.Text = LanguageUtils.ConvertLanguage("康复模式", "Rehabilitation Model");
CPselect_change();
CPConsequentForce.Text = trainDto.devicePrescription.Consequent_force.ToString();
CPReverseForce.Text = trainDto.devicePrescription.Reverse_force.ToString();
}
else if (trainDto.devicePrescription.Device_mode == DevConstants.ACTIVE_MODEL)
{
CPTrainingModel.Text = LanguageUtils.ConvertLanguage("主被动模式", "Active Model");
CPselect_change();
CPSpeedRank.Text = trainDto.devicePrescription.Speed_rank.ToString();
}
else
{
CPTrainingModel.Text = LanguageUtils.ConvertLanguage("被动模式", "Passive Model");
CPselect_change();
CPSpeedRank.Text = trainDto.devicePrescription.Speed_rank.ToString();
}
if (trainDto.prescriptionResult == null)
{
break;
}
CPSportstrength.Text = StrengthConverter(trainDto.prescriptionResult.pr_userthoughts.ToString());
CPHeartRateList.Text = trainDto.prescriptionResult.Heart_rate_list;
CPEnergy.Text = trainDto.prescriptionResult.Energy.ToString();
CPFinishNum.Text = trainDto.prescriptionResult.Finish_num.ToString();
CPAttentionpoint.Text = trainDto.devicePrescription.Dp_memo;
// 心率折线图
CPWeb.ObjectForScripting = new ResultLine(trainDto.prescriptionResult.Heart_rate_list, 5);
CPWeb.Navigate(new Uri(path + "dist\\CPLine.html"));
break;
case (int)DeviceType.P03:
NewAGroupcount.Text = trainDto.devicePrescription.Dp_groupcount.ToString();
NewAGroupnum.Text = trainDto.devicePrescription.Dp_groupnum.ToString();
NewARelaxTime.Text = trainDto.devicePrescription.Dp_relaxtime.ToString();
NewAMoveway.Text = trainDto.moveway;
NewAPower.Text = trainDto.prescriptionResult.Power.ToString();
NewATime1.Text = trainDto.prescriptionResult.Finish_time.ToString();
if (trainDto.devicePrescription.Device_mode == DevConstants.REHABILITATION_MODEL)
{
NewATrainingModel.Text = LanguageUtils.ConvertLanguage("康复模式", "Rehabilitation Model");
NewAselect_change();
NewAConsequentForce.Text = trainDto.devicePrescription.Consequent_force.ToString();
NewAReverseForce.Text = trainDto.devicePrescription.Reverse_force.ToString();
}
else if (trainDto.devicePrescription.Device_mode == DevConstants.ACTIVE_MODEL)
{
NewATrainingModel.Text = LanguageUtils.ConvertLanguage("主被动模式", "Active Model");
NewAselect_change();
NewASpeedRank.Text = trainDto.devicePrescription.Speed_rank.ToString();
}
else
{
NewATrainingModel.Text = LanguageUtils.ConvertLanguage("被动模式", "Passive Model");
NewAselect_change();
NewASpeedRank.Text = trainDto.devicePrescription.Speed_rank.ToString();
}
if (trainDto.prescriptionResult == null)
{
break;
}
NewASportstrength.Text = StrengthConverter(trainDto.prescriptionResult.pr_userthoughts.ToString());
NewAHeartRateList.Text = trainDto.prescriptionResult.Heart_rate_list;
NewAEnergy.Text = trainDto.prescriptionResult.Energy.ToString();
NewAFinishNum.Text = trainDto.prescriptionResult.Finish_num.ToString();
NewAAttentionpoint.Text = trainDto.devicePrescription.Dp_memo;
// 心率折线图
NewAWeb.ObjectForScripting = new ResultLine(trainDto.prescriptionResult.Heart_rate_list, 6);
NewAWeb.Navigate(new Uri(path + "dist\\NewALine.html"));
break;
case (int)DeviceType.P04:
NewBGroupcount.Text = trainDto.devicePrescription.Dp_groupcount.ToString();
NewBGroupnum.Text = trainDto.devicePrescription.Dp_groupnum.ToString();
NewBRelaxTime.Text = trainDto.devicePrescription.Dp_relaxtime.ToString();
NewBMoveway.Text = trainDto.moveway;
NewBPower.Text = trainDto.prescriptionResult.Power.ToString();
NewBTime1.Text = trainDto.prescriptionResult.Finish_time.ToString();
if (trainDto.devicePrescription.Device_mode == DevConstants.REHABILITATION_MODEL)
{
NewBTrainingModel.Text = LanguageUtils.ConvertLanguage("康复模式", "Rehabilitation Model");
NewBselect_change();
NewBConsequentForce.Text = trainDto.devicePrescription.Consequent_force.ToString();
NewBReverseForce.Text = trainDto.devicePrescription.Reverse_force.ToString();
}
else if (trainDto.devicePrescription.Device_mode == DevConstants.ACTIVE_MODEL)
{
NewBTrainingModel.Text = LanguageUtils.ConvertLanguage("主被动模式", "Active Model");
NewBselect_change();
NewBSpeedRank.Text = trainDto.devicePrescription.Speed_rank.ToString();
}
else
{
NewBTrainingModel.Text = LanguageUtils.ConvertLanguage("被动模式", "Passive Model");
NewBselect_change();
NewBSpeedRank.Text = trainDto.devicePrescription.Speed_rank.ToString();
}
if (trainDto.prescriptionResult == null)
{
break;
}
NewBSportstrength.Text = StrengthConverter(trainDto.prescriptionResult.pr_userthoughts.ToString());
NewBHeartRateList.Text = trainDto.prescriptionResult.Heart_rate_list;
NewBEnergy.Text = trainDto.prescriptionResult.Energy.ToString();
NewBFinishNum.Text = trainDto.prescriptionResult.Finish_num.ToString();
NewBAttentionpoint.Text = trainDto.devicePrescription.Dp_memo;
// 心率折线图
NewBWeb.ObjectForScripting = new ResultLine(trainDto.prescriptionResult.Heart_rate_list, 7);
NewBWeb.Navigate(new Uri(path + "dist\\NewBLine.html"));
break;
case (int)DeviceType.P07:
NewCGroupcount.Text = trainDto.devicePrescription.Dp_groupcount.ToString();
NewCGroupnum.Text = trainDto.devicePrescription.Dp_groupnum.ToString();
NewCRelaxTime.Text = trainDto.devicePrescription.Dp_relaxtime.ToString();
NewCMoveway.Text = trainDto.moveway;
NewCPower.Text = trainDto.prescriptionResult.Power.ToString();
NewCTime1.Text = trainDto.prescriptionResult.Finish_time.ToString();
if (trainDto.devicePrescription.Device_mode == DevConstants.REHABILITATION_MODEL)
{
NewCTrainingModel.Text = LanguageUtils.ConvertLanguage("康复模式", "Rehabilitation Model");
NewCselect_change();
NewCConsequentForce.Text = trainDto.devicePrescription.Consequent_force.ToString();
NewCReverseForce.Text = trainDto.devicePrescription.Reverse_force.ToString();
}
else if (trainDto.devicePrescription.Device_mode == DevConstants.ACTIVE_MODEL)
{
NewCTrainingModel.Text = LanguageUtils.ConvertLanguage("主被动模式", "Active Model");
NewCselect_change();
NewCSpeedRank.Text = trainDto.devicePrescription.Speed_rank.ToString();
}
else
{
NewCTrainingModel.Text = LanguageUtils.ConvertLanguage("被动模式", "Passive Model");
NewCselect_change();
NewCSpeedRank.Text = trainDto.devicePrescription.Speed_rank.ToString();
}
if (trainDto.prescriptionResult == null)
{
break;
}
NewCSportstrength.Text = StrengthConverter(trainDto.prescriptionResult.pr_userthoughts.ToString());
NewCHeartRateList.Text = trainDto.prescriptionResult.Heart_rate_list;
NewCEnergy.Text = trainDto.prescriptionResult.Energy.ToString();
NewCFinishNum.Text = trainDto.prescriptionResult.Finish_num.ToString();
NewCAttentionpoint.Text = trainDto.devicePrescription.Dp_memo;
// 心率折线图
NewCWeb.ObjectForScripting = new ResultLine(trainDto.prescriptionResult.Heart_rate_list, 8);
NewCWeb.Navigate(new Uri(path + "dist\\NewCLine.html"));
break;
case (int)DeviceType.P08:
NewDGroupcount.Text = trainDto.devicePrescription.Dp_groupcount.ToString();
NewDGroupnum.Text = trainDto.devicePrescription.Dp_groupnum.ToString();
NewDRelaxTime.Text = trainDto.devicePrescription.Dp_relaxtime.ToString();
NewDMoveway.Text = trainDto.moveway;
NewDPower.Text = trainDto.prescriptionResult.Power.ToString();
NewDTime1.Text = trainDto.prescriptionResult.Finish_time.ToString();
if (trainDto.devicePrescription.Device_mode == DevConstants.REHABILITATION_MODEL)
{
NewDTrainingModel.Text = LanguageUtils.ConvertLanguage("康复模式", "Rehabilitation Model");
NewDselect_change();
NewDConsequentForce.Text = trainDto.devicePrescription.Consequent_force.ToString();
NewDReverseForce.Text = trainDto.devicePrescription.Reverse_force.ToString();
}
else if (trainDto.devicePrescription.Device_mode == DevConstants.ACTIVE_MODEL)
{
NewDTrainingModel.Text = LanguageUtils.ConvertLanguage("主被动模式", "Active Model");
NewDselect_change();
NewDSpeedRank.Text = trainDto.devicePrescription.Speed_rank.ToString();
}
else
{
NewDTrainingModel.Text = LanguageUtils.ConvertLanguage("被动模式", "Passive Model");
NewDselect_change();
NewDSpeedRank.Text = trainDto.devicePrescription.Speed_rank.ToString();
}
if (trainDto.prescriptionResult == null)
{
break;
}
NewDSportstrength.Text = StrengthConverter(trainDto.prescriptionResult.pr_userthoughts.ToString());
NewDHeartRateList.Text = trainDto.prescriptionResult.Heart_rate_list;
NewDEnergy.Text = trainDto.prescriptionResult.Energy.ToString();
NewDFinishNum.Text = trainDto.prescriptionResult.Finish_num.ToString();
NewDAttentionpoint.Text = trainDto.devicePrescription.Dp_memo;
// 心率折线图
NewDWeb.ObjectForScripting = new ResultLine(trainDto.prescriptionResult.Heart_rate_list, 9);
NewDWeb.Navigate(new Uri(path + "dist\\NewDLine.html"));
break;
}
}
}
protected virtual string Response(string folderName, char delimiter, List <string> attributes)
{
return(ResultLine.LIST(folderName, delimiter, attributes));
}
private void doCalculation()
{
progressBar.Style = ProgressBarStyle.Marquee;
buttonGo.Enabled = false;
buttonOpenMasterDataFile.Enabled = false;
buttonForeCastFile.Enabled = false;
buttonCopyToClipboardForExcelPaste.Enabled = false;
textBoxMasterDataFile.Enabled = false;
textBoxForecastFile.Enabled = false;
textBoxSheetNameMasterData.Enabled = false;
textBoxArticleNumberColumnMasterData.Enabled = false;
textBoxArticleNumberColumnMasterData.Enabled = false;
textBoxLengthColumn.Enabled = false;
textBoxWidthColumn.Enabled = false;
textBoxThicknesColumn.Enabled = false;
textBoxRowFromMasterData.Enabled = false;
textBoxRowToMasterData.Enabled = false;
IDictionary <string, MasterDataLine> masterData = null;
try
{
masterData = readMasterData();
}
catch (IOException e)
{
MessageBox.Show("Error While opening the File!\r\n" + e.Message);
this.result = null;
restoreGui();
return;
}
if (masterData == null)
{
this.result = null;
restoreGui();
return;
}
IDictionary <string, ForecastLine> forecast = readForecast();
IList <ResultLine> result = new List <ResultLine>();
foreach (ForecastLine forecastLine in forecast.Values)
{
Application.DoEvents();
ResultLine resultLine = new ResultLine();
resultLine.ArtikelNrForecast = forecastLine.ArtikelNr;
resultLine.Quantities = forecastLine.Quantities;
resultLine.Quantity = forecastLine.Quantities.Sum();
MasterDataLine masterDataLine = null;
if (masterData.ContainsKey(forecastLine.ArtikelNr.ToUpper()))
{
masterDataLine = masterData[forecastLine.ArtikelNr.ToUpper()];
}
else
{
string artNr = forecastLine.ArtikelNr.Substring(1, forecastLine.ArtikelNr.Length - 3).ToUpper();
if (masterData.ContainsKey(artNr))
{
masterDataLine = masterData[artNr];
}
}
if (masterDataLine != null)
{
resultLine.ArtikelNrMasterData = masterDataLine.ArtikelNr;
resultLine.Length = masterDataLine.Length;
resultLine.Width = masterDataLine.Width;
resultLine.Thickness = masterDataLine.Thickness;
}
result.Add(resultLine);
}
string s = "";
foreach (MasterDataLine value in masterData.Values)
{
s += value.ToString() + "\r\n";
}
textBoxMasterdata.Text = s;
s = "";
foreach (ForecastLine value in forecast.Values)
{
s += value.ToString() + "\r\n";
}
textBoxForecast.Text = s;
s = "";
foreach (ResultLine value in result)
{
s += value.ToString() + "\r\n";
}
textBoxResult.Text = s;
this.result = result;
restoreGui();
}
public void CalcFeatures()
{
var files = Directory.GetFiles(datasetDir);
var rawFiles = files.Where(f => f.EndsWith(".raw"));
var targetFiles = files.Where(f => f.EndsWith("_IcTda.tsv")).ToDictionary(Path.GetFileNameWithoutExtension, f => f);
var decoyFiles = files.Where(f => f.EndsWith("_IcDecoy.tsv")).ToDictionary(Path.GetFileNameWithoutExtension, f => f);
var results = new ConcurrentBag <ResultLine>();
foreach (var rawFile in rawFiles)
{
var scans = new Dictionary <int, DeconvolutedSpectrum>();
PbfLcMsRun pbfRun = (PbfLcMsRun)PbfLcMsRun.GetLcMsRun(rawFile);
var idName = $"{Path.GetFileNameWithoutExtension(rawFile)}_IcTda";
var ids = this.ParseIdFile(targetFiles[idName], true);
var decoyName = $"{Path.GetFileNameWithoutExtension(rawFile)}_IcDecoy";
var decoys = this.ParseIdFile(decoyFiles[decoyName], false);
ids.AddRange(decoys);
foreach (var id in ids)
{
DeconvolutedSpectrum spectrum;
if (scans.ContainsKey(id.Scan))
{
spectrum = scans[id.Scan];
}
else
{
spectrum = this.GetDeconvolutedSpectrum(id.Scan, pbfRun);
scans.Add(id.Scan, spectrum);
}
var baseIonTypes = new[] { BaseIonType.A, BaseIonType.B, BaseIonType.C, BaseIonType.X, BaseIonType.Y, BaseIonType.Z };
var cleavages = id.Sequence.GetInternalCleavages();
foreach (var cleavage in cleavages)
{
foreach (var baseIonType in baseIonTypes)
{
var baseComp = baseIonType.IsPrefix ? cleavage.PrefixComposition : cleavage.SuffixComposition;
var composition = baseComp + baseIonType.OffsetComposition;
var mass = composition.Mass;
var peak = spectrum.FindPeak(mass, new Tolerance(10, ToleranceUnit.Ppm)) as DeconvolutedPeak;
if (peak == null)
{
continue;
}
else
{
var result = new ResultLine
{
Corr = peak.Corr,
Cosine = peak.Dist,
Error = Math.Abs(mass - peak.Mass) / peak.Mass * 1e6,
Intensity = peak.Intensity,
IsTarget = id.IsTarget
};
results.Add(result);
}
}
}
}
using (var writer = new StreamWriter(outputFile))
{
foreach (var result in results)
{
int isTarget = result.IsTarget ? 1 : 0;
writer.WriteLine("{0}\t{1}\t{2}\t{3}\t{4}", result.Corr, result.Cosine, result.Error, result.Intensity, isTarget);
}
}
}
}
protected override string Response(string folderName, char delimiter, List <string> attributes)
{
return(ResultLine.LSUB(folderName, delimiter, attributes));
}
