protected void SetParameterStatus(RdmParameters parameter, ParameterStatus status)
{
parameterStatus[parameter] = status;
}
private void FillSpectrum(byte[] sdata, ISpectrum spectrum, ParameterStatus status)
{
//read group
uint size;
using (MemoryStream stream = new MemoryStream(sdata)) {
BinaryReader reader = new BinaryReader(stream);
try {
size = reader.ReadUInt32();
reader.ReadString();
//int position = sizeof(byte) + BitConverter.ToInt16(sdata, 0);
float fit = reader.ReadSingle();
if (status > 0)
{
spectrum.Fit = fit; // ReadSingle(sdata, ref position);
}
byte g, c, p, cc, cs;
while (stream.Position < size)
{
g = reader.ReadByte(); // sdata[position++];
if (spectrum.Parameters[g] is ContributedGroup)
{
ReadParameter(reader, ((ContributedGroup)spectrum.Parameters[g]).contribution, status);
}
else
{
ReadParameter(reader, null, 0);
}
cc = reader.ReadByte();
cs = reader.ReadByte();
//resize spectrum if neccessary
if (spectrum.Parameters[g].Components.Size != cc &&
spectrum.Parameters[g].Definition.componentCount == 0 ||
spectrum.Parameters[g].Components.Size != spectrum.Parameters[g].Definition.componentCount)
{
spectrum.Parameters[g].Components.Size = cc;
}
if (spectrum.Parameters[g].Components.Size > 0)
{
for (c = 0; c < cc; c++)
{
for (p = 0; p < cs; p++)
{
if (c < spectrum.Parameters[g].Components.Size && p < spectrum.Parameters[g].Components[0].Size)
{
ReadParameter(reader, spectrum.Parameters[g].Components[c][p], status);
}
else
{
ReadParameter(reader, null, 0);
}
}
}
}
else
{
reader.ReadBytes(6 * cc * cs);
//position += (sizeof(float) + sizeof(byte) + sizeof(byte)) * cc * cs;
}
}
} catch (EndOfStreamException) {
} finally {
reader.Close();
}
}
}
public abstract void RestoreSpectrumStartingValues(ISpectrum spectrum, ParameterStatus status);
internal void FillSpectrum(ISpectrum spectrum, int dataId, ParameterStatus status)
{
FillSpectrum(this.data[dataId], spectrum, status);
}
public void FillSpectrum(ISpectrum spectrum, ParameterStatus status)
{
this.FillSpectrum(spectrum, FindSpectrum(spectrum.Name), status);
}
public virtual int setparams(IParameterSet ps, IParameter[] a, bool[] ai, bool[] f, ParameterStatus status, ISpectrum spectrum)
{
int g, c, p;
int pc = 0;
int bufferpos = ps.BufferStart;
bool commonf = (status & (ParameterStatus.Common | ParameterStatus.Free)) == (ParameterStatus.Common | ParameterStatus.Free);
IParameter ip;
for (g = 1; g < ps.GroupCount; g++)
{
for (c = 0; c < ps[g].Components.Size; c++)
{
for (p = 0; p < ps[g].Components[c].Size; p++)
{
ip = ps[g].Components[c][p];
if ((p == 0 && c == 0) || (ip.Definition.Properties & ParameterProperties.Unsearchable) == ParameterProperties.Unsearchable)
{
continue;
}
else
{
checkParameter(ip, spectrum, CheckOptions.RefreshDelta | CheckOptions.SetDefaultValues);
pc++;
if (a != null)
{
a[bufferpos] = ip;
}
if (ai != null && f != null)
{
if (ai[bufferpos] = (ip.Status & status) == status && !ip.HasReferenceValue) //if parameter doesnt have desired status then it is out of search
//ai[bufferpos] = (p == 0) && (f[0] || ps[g].Definition.kind == 3 || commonf) || //if intensity and either: includeints OR prompt intensity OR common intensity
// (f[0] && p == 3 && ps[g].Definition.kind == 4); //or include ints and background is the analysing parameter
{
ai[bufferpos] = f[0] && (p == 0 || ps[g].Definition.kind == 4) || //if intensity or background with included intensities se to true
ps[g].Definition.kind == 3 || //prompt always included
!f[0] && p > 0 && ps[g].Definition.kind < 4;
}
}
bufferpos++;
}
}
}
if (ps[g].Definition.kind == 2) //only source contribution may be putted into search
{
ip = ((ContributedGroup)ps[g]).contribution;
if ((ip.Definition.Properties & ParameterProperties.Unsearchable) != ParameterProperties.Unsearchable)
{
checkParameter(ip, spectrum, CheckOptions.RefreshDelta | CheckOptions.SetDefaultValues);
pc++;
if (a != null)
{
a[bufferpos] = ip;
}
if (ai != null && f != null)
{
if (ai[bufferpos] = (ip.Status & status) == status && !ip.HasReferenceValue) //if parameter doesnt have defined status then it is out of search
{
ai[bufferpos] = f[0] || f[1]; // (f[1] && commonf);
}
}
bufferpos++;
}
}
}
return(pc);
}
public StatusChangeEventArgs(IGroup group, ISpectrum spectrum, List <ISpectrum> spectra, IParameter parameter, ParameterStatus status)
: base()
{
this.group = group;
this.spectrum = spectrum;
this.parameter = parameter;
this.status = status;
this.spectra = spectra;
}
public ParameterDefinition(string Name, ParameterStatus DefaultStatus, ParameterProperties Properties)
: this(Name, Name, ParameterStatus.None, DefaultStatus, null, Properties)
{
}
public ParameterDefinition(string Name, string Header, ParameterStatus BindedStatus, ParameterStatus DefaultStatus,
CalculateParameterValueHandler CalculateParameterValue, ParameterProperties properties)
{
this.Name = Name;
if (Header == Name)
{
this.Header = String.Format("[p text='{0}']", Name);
}
else
{
this.Header = Header;
}
this.BindedStatus = BindedStatus;
this.CalculateParameterValue = CalculateParameterValue;
this.DefaultStatus = DefaultStatus;
this.Properties = properties;
}
public ParameterDefinition(string Name, ParameterProperties Properties, ParameterStatus BindedStatus)
: this(Name, Name, BindedStatus, BindedStatus, null, Properties)
{
}
public ParameterDefinition(string Name, ParameterProperties properties, ParameterStatus BindedStatus, CalculateParameterValueHandler CalculateParameterValue)
: this(Name, Name, BindedStatus, ParameterStatus.Local | ParameterStatus.Fixed, CalculateParameterValue, properties)
{
}
public ParameterDefinition(string Name, string Header, ParameterStatus DefaultStatus)
: this(Name, Header, ParameterStatus.None, DefaultStatus, null, 0)
{
}
public override void normalizeAfterSearch(SearchLevel sl, PrepareOptions po, bool flagOnly)
{
int gid, cid;
double sum, ifree;
ParameterStatus status = ParameterStatus.Free;
switch (sl)
{
case SearchLevel.Local: status |= ParameterStatus.Local; break;
case SearchLevel.Global: status |= ParameterStatus.Common; break;
//case SearchLevel.Preliminary: status |= ParameterStatus.Local | ParameterStatus.Common; break;
}
//sample, source, prompt
for (gid = 1; gid < 4; gid++)
{
if (_parameters[gid].Components.Size == 0)
{
continue;
}
if (gid < 3 && (po & PrepareOptions.ComponentIntensities) == 0)
{
continue;
}
if (gid == 3 && (po & PrepareOptions.PromptIntensities) == 0)
{
continue;
}
sum = 1;
ifree = 1;
if (_parameters[gid].Components.IntensitiesState == ComponentIntsState.PreparedToSearch)
{
if ((_parameters[gid].Components[0][0].Status & status) == status)
{
if (!flagOnly)
{
for (cid = 1; cid < _parameters[gid].Components.Size; cid++)
{
if ((_parameters[gid].Components[cid][0].Status & ParameterStatus.Fixed) > 0)
{
ifree -= _parameters[gid].Components[cid][0].Value;
}
else
{
sum += _parameters[gid].Components[cid][0].Value * _parameters[gid].Components[cid][0].Value;
}
}
for (cid = 0; cid < _parameters[gid].Components.Size; cid++)
{
if (((_parameters[gid].Components[cid][0].Status & ParameterStatus.Free) > 0)) // && !_parameters[gid].Components[cid][0].HasReferenceValue)
{
_parameters[gid].Components[cid][0].Value = ifree * _parameters[gid].Components[cid][0].Value * _parameters[gid].Components[cid][0].Value / sum;
}
}
}
_parameters[gid].Components.IntensitiesState = ComponentIntsState.Normed;
}
}
}
if ((po & PrepareOptions.ComponentIntensities) > 0)
{
if ((((ContributedGroup)_parameters[2]).contribution.Status & status) == status && !((ContributedGroup)_parameters[2]).contribution.HasReferenceValue)
{
((ContributedGroup)_parameters[2]).contribution.Value = Math.Abs(((ContributedGroup)_parameters[2]).contribution.Value) / (1 + Math.Abs(((ContributedGroup)_parameters[2]).contribution.Value));
}
}
}
/// <summary>
/// Procedura przygotowująca parametry widma do odpowiedniego typu procedury minimalizacyjnej
/// - Pole pod krzywą w zależności od wybranego zakresu
/// - Intensywności funkcji zdolności rozdzielczej
/// </summary>
/// <param name="sm"></param>
public override void prepareToSearch(SearchLevel sl, PrepareOptions po)
{
int i, c, g;
ParameterStatus status = ParameterStatus.Free;
switch (sl)
{
case SearchLevel.Local: status |= ParameterStatus.Local; break;
case SearchLevel.Global: status |= ParameterStatus.Common; break;
}
if ((po & PrepareOptions.GlobalArea) == PrepareOptions.GlobalArea)
{
//pole pod krzywą eksperymentalną w wybranym zakresie
this._rangeArea = 0;
//for (i = 0; i < this._experimentalSpectrum.Length-1; i++)
// this._rangeArea += this._experimentalSpectrum[i];
//this._rangeArea -= (int)((this._experimentalSpectrum.Length - 2) * _parameters[4].Components[0][3].Value);
for (i = this._dataBufferStart; i <= this._dataBufferStop; i++)
{
this._rangeArea += this._container.Data[i];
}
this._rangeArea -= (int)(this._dataLength * _parameters[4].Components[0][3].Value);
}
if ((po & PrepareOptions.ComponentIntensities) == PrepareOptions.ComponentIntensities)
{
for (g = 1; g < 3; g++)
{
if (_parameters[g].Components.Size > 0)
{
if ((_parameters[g].Components[0][0].Status & status) == status && _parameters[g].Components.IntensitiesState != ComponentIntsState.PreparedToSearch)
{
_parameters[g].Components.IntensitiesState = ComponentIntsState.PreparedToSearch;
for (c = 1; c < _parameters[g].Components.Size; c++)
{
if ((_parameters[g].Components[c][0].Status & status) == status) // && !_parameters[g].Components[c][0].HasReferenceValue)
{
_parameters[g].Components[c][0].Value = Math.Sqrt(Math.Abs(_parameters[g].Components[c][0].Value / _parameters[g].Components[0][0].Value));
}
}
}
//if ((_parameters[g].Components[0][0].Status & status) == status)
_parameters[g].Components[0][0].Value = 1.0;
}
}
if ((((ContributedGroup)_parameters[2]).contribution.Status & status) == status && !((ContributedGroup)_parameters[2]).contribution.HasReferenceValue)
{
((ContributedGroup)_parameters[2]).contribution.Value = 1 / (1 / ((ContributedGroup)_parameters[2]).contribution.Value - 1);
}
}
if ((po & PrepareOptions.PromptIntensities) == PrepareOptions.PromptIntensities)
{
//intensywności funkcji zdolności rozdzielczej. Muszą być tak przekonwertowane, by
//pierwszy wyraz był równy 1
if (_parameters[3].Components.Size > 0)
{
if ((_parameters[3].Components[0][0].Status & status) == status && _parameters[3].Components.IntensitiesState != ComponentIntsState.PreparedToSearch)
{
_parameters[3].Components.IntensitiesState = ComponentIntsState.PreparedToSearch;
for (c = 1; c < _parameters[3].Components.Size; c++)
{
if ((_parameters[3].Components[c][0].Status & status) == status) // && !_parameters[3].Components[c][0].HasReferenceValue)
{
_parameters[3].Components[c][0].Value = Math.Sqrt(_parameters[3].Components[c][0].Value / _parameters[3].Components[0][0].Value);
}
}
}
//if ((_parameters[3].Components[0][0].Status & status) == status)
_parameters[3].Components[0][0].Value = 1.0;
}
}
}
protected bool IsParameterStatus(RdmParameters parameter, ParameterStatus status)
{
return(GetParameterStatus(parameter) == status);
}
public static async Task <(BackendMessageObject msg, Int32 msgSize)> ReadBackendMessageAsync(
MessageIOArgs ioArgs,
ResizableArray <ResettableTransformable <Int32?, Int32> > columnSizes
)
{
var args = ioArgs.Item1;
var stream = ioArgs.Item2;
var token = ioArgs.Item3;
var buffer = ioArgs.Item4;
var code = (BackendMessageCode)(await args.ReadByte(stream, buffer, token));
var length = await args.ReadInt32(stream, buffer, token);
var remaining = length - sizeof(Int32);
if (code != BackendMessageCode.DataRow && code != BackendMessageCode.CopyData)
{
// Just read the whole message at once for everything else except DataRow and CopyData messages
buffer.CurrentMaxCapacity = remaining;
await stream.ReadSpecificAmountAsync(buffer.Array, 0, remaining, token);
remaining = 0;
}
var array = buffer.Array;
var encoding = args.Encoding.Encoding;
BackendMessageObject result;
switch (code)
{
case BackendMessageCode.AuthenticationRequest:
result = new AuthenticationResponse(array, length);
break;
case BackendMessageCode.ErrorResponse:
result = new PgSQLErrorObject(array, encoding, true);
break;
case BackendMessageCode.NoticeResponse:
result = new PgSQLErrorObject(array, encoding, false);
break;
case BackendMessageCode.RowDescription:
result = new RowDescription(array, encoding);
break;
case BackendMessageCode.DataRow:
(result, remaining) = await DataRowObject.ReadDataRow(args, stream, token, array, columnSizes, remaining);
break;
case BackendMessageCode.ParameterDescription:
result = new ParameterDescription(array);
break;
case BackendMessageCode.ParameterStatus:
result = new ParameterStatus(array, encoding);
break;
case BackendMessageCode.ReadyForQuery:
result = new ReadyForQuery(array);
break;
case BackendMessageCode.BackendKeyData:
result = new BackendKeyData(array);
break;
case BackendMessageCode.CommandComplete:
result = new CommandComplete(array, encoding);
break;
case BackendMessageCode.NotificationResponse:
result = new NotificationMessage(array, encoding);
break;
case BackendMessageCode.CopyInResponse:
result = new CopyInOrOutMessage(array, true);
break;
case BackendMessageCode.CopyOutResponse:
result = new CopyInOrOutMessage(array, false);
break;
case BackendMessageCode.CopyData:
result = new CopyDataMessage(length);
break;
case BackendMessageCode.ParseComplete:
result = MessageWithNoContents.PARSE_COMPLETE;
break;
case BackendMessageCode.BindComplete:
result = MessageWithNoContents.BIND_COMPLETE;
break;
case BackendMessageCode.EmptyQueryResponse:
result = MessageWithNoContents.EMPTY_QUERY;
break;
case BackendMessageCode.NoData:
result = MessageWithNoContents.NO_DATA;
break;
case BackendMessageCode.CopyDone:
result = MessageWithNoContents.COPY_DONE;
break;
case BackendMessageCode.CloseComplete:
result = MessageWithNoContents.CLOSE_COMPLETE;
break;
default:
throw new NotSupportedException("Not supported backend response: " + code);
}
return(result, remaining);
}
public string GetParameterValue(IsoluctionParameterDto isoluctionParameterDto, DataBaseProvider baseProvider,
string connectionString, out ParameterStatus exists)
{
IDbConnection dbConnection = null;
exists = ParameterStatus.DoesNotExist;
try
{
var theSelect = "select " + isoluctionParameterDto.ColumnOrField + " from " +
isoluctionParameterDto.Table +
(string.IsNullOrEmpty(isoluctionParameterDto.Where)
? ""
: " where " + isoluctionParameterDto.Where);
DbCommand dbCommand;
switch (baseProvider)
{
case DataBaseProvider.Oracle:
dbConnection = new OracleConnection(connectionString);
dbConnection.Open();
dbCommand = new OracleCommand(theSelect,
(OracleConnection)dbConnection);
break;
case DataBaseProvider.SqlServer:
dbConnection = new SqlConnection(connectionString);
dbConnection.Open();
dbCommand = new SqlCommand(theSelect, (SqlConnection)dbConnection);
break;
default:
throw new ArgumentOutOfRangeException(nameof(baseProvider), baseProvider, null);
}
var dataTable = new DataTable();
dataTable.Load(dbCommand.ExecuteReader());
foreach (DataRow row in dataTable.Rows)
{
if (DBNull.Value.Equals(row[isoluctionParameterDto.ColumnOrField]))
{
exists = ParameterStatus.NullOrEmpty;
return(string.Empty);
}
if (row[isoluctionParameterDto.ColumnOrField].ToString() == " ")
{
exists = ParameterStatus.NullOrEmpty;
return(string.Empty);
}
if (string.IsNullOrEmpty(row[isoluctionParameterDto.ColumnOrField].ToString()))
{
exists = ParameterStatus.NullOrEmpty;
return(string.Empty);
}
exists = ParameterStatus.Exist;
return(row[isoluctionParameterDto.ColumnOrField].ToString());
}
exists = ParameterStatus.DoesNotExist;
return(string.Empty);
}
catch (Exception e)
{
exists = ParameterStatus.DoesNotExist;
return(e.ToString());
}
finally
{
if (dbConnection != null && dbConnection.State == ConnectionState.Open)
{
dbConnection.Close();
}
}
}
//public virtual List<IParameter> getParameters(ParameterStatus status, IParameterSet parameters, bool[] includeFlags) {
public virtual IEnumerable <IParameter> getParameters(ParameterStatus status, ISpectrum spectrum, bool[] includeFlags, CheckOptions co)
{
//List<IParameter> result = new List<IParameter>();
bool includeInts = includeFlags[0];
bool includeSourceContrib = includeFlags[1];
bool promptOnly = includeFlags[2];
//result.Add(null);
IGroup group;
//foreach (IGroup group in parameters) {
int cid, pid;
for (int gr = 1; gr < spectrum.Parameters.GroupCount; gr++)
{
group = spectrum.Parameters[gr];
if (promptOnly && group.Definition.kind != 3)
{
continue;
}
//foreach (IComponent component in group.Components) {
for (cid = 0; cid < group.Components.Size; cid++)
{
//foreach (IParameter parameter in component) {
for (pid = 0; pid < group.Components[cid].Size; pid++)
{
if (pid == 0 && cid == 0)
{
continue;
}
if ((group.Components[cid][pid].Definition.Properties & ParameterProperties.Unsearchable) == ParameterProperties.Unsearchable)
{
continue;
}
if (((group.Components[cid][pid].Status & status) == status) &&
!((group.Components[cid][pid].Definition.Name == "int") && (group.Components[cid][pid] == group.Components[0])))
{
if (!includeInts && (group.Components[cid][pid].Definition.Name == "int") &&
!(group.Definition.kind == 3) && //prompt intensities are always put into Search parameters
!(group.Components[cid][pid].Definition.Name == "int" && (status & ParameterStatus.Common) == ParameterStatus.Common)) //common intensities are also always put into search
{
continue;
}
switch (group.Definition.kind)
{
case 4: //ranges
if (includeInts && (group.Components[cid][pid].Definition.Name == "background") && !group.Components[cid][pid].HasReferenceValue)
{
yield return(addParameter(group.Components[cid][pid], spectrum, co));
}
break;
default:
yield return(addParameter(group.Components[cid][pid], spectrum, co));
//if (group.Definition.kind == 3 && cid > 0 && pid == 2)
// group.Components[cid][pid].Delta /= 10;
break;
}
}
}
}
if (((group.Definition.Type & GroupType.Contributet) == GroupType.Contributet) &&
((group.Definition.Type & GroupType.CalcContribution) != GroupType.CalcContribution) &&
(group.Components.Size > 0))
{
IParameter contribution = ((ContributedGroup)group).contribution;
if ((contribution.Status & status) == status)
{
switch (group.Definition.kind)
{
/*sample*/
case 1:
yield return(addParameter(contribution, spectrum, co));
break;
/*source*/
case 2:
if (!((contribution.Status & ParameterStatus.Fixed) == ParameterStatus.Fixed))
{
if (includeInts || (includeSourceContrib && ((contribution.Status & ParameterStatus.Common)) == ParameterStatus.Common))
{
yield return(addParameter(contribution, spectrum, co));
}
}
break;
}
}
}
}
}