public KettellATestLoader(pBaseEntities GlobalEntities, ThreeButtonsControl Control)
{
_ge = GlobalEntities;
_ktc = Control;
_answers = new KettellAnswers(_ge);
arg = new TestDoneEventArgs();
}
void btn_recog_Click(object sender, EventArgs e)
{
switch ((EnumPTests)_testparam.idt)
{
case EnumPTests.Adaptability:
DAnswers da = new DAnswers();
AnswersFactory.UpdateTestFromAnswers <DAnswers>(da, answers_grid, _testresult, _ge);
break;
case EnumPTests.Addictive:
AAnswers aa = new AAnswers();
AnswersFactory.UpdateTestFromAnswers <AAnswers>(aa, answers_grid, _testresult, _ge);
break;
case EnumPTests.FPI:
FPIAnswers fa = new FPIAnswers();
AnswersFactory.UpdateTestFromAnswers <FPIAnswers>(fa, answers_grid, _testresult, _ge);
break;
case EnumPTests.KettellA:
KettellAnswers kaa = new KettellAnswers();
AnswersFactory.UpdateTestFromAnswers <KettellAnswers>(kaa, answers_grid, _testresult, _ge);
break;
case EnumPTests.KettellC:
KettellAnswers kca = new KettellAnswers();
AnswersFactory.UpdateTestFromAnswers <KettellAnswers>(kca, answers_grid, _testresult, _ge);
break;
case EnumPTests.Leongard:
LAnswers la = new LAnswers();
AnswersFactory.UpdateTestFromAnswers <LAnswers>(la, answers_grid, _testresult, _ge);
break;
case EnumPTests.Modul2:
MDAnswers ma = new MDAnswers();
AnswersFactory.UpdateTestFromAnswers <MDAnswers>(ma, answers_grid, _testresult, _ge);
break;
case EnumPTests.NPNA:
NPNAnswers na = new NPNAnswers();
AnswersFactory.UpdateTestFromAnswers <NPNAnswers>(na, answers_grid, _testresult, _ge);
break;
case EnumPTests.Prognoz:
PAnswers pa = new PAnswers();
AnswersFactory.UpdateTestFromAnswers <PAnswers>(pa, answers_grid, _testresult, _ge);
break;
}
this.Close();
}
public static int GetMark(pBaseEntities GlobalEntities, KettellAnswers KettellAnswers, List<int> AnswersNums,EnumKettellType KType)
{
int m = 0;
testsparam t;
if (KType == EnumKettellType.CForm)
{
t = GlobalEntities.testsparams.First(tp => tp.idt == (int)EnumPTests.KettellC);
}
else { t = GlobalEntities.testsparams.First(tp => tp.idt == (int)EnumPTests.KettellA); }
t.answersparams.Load();
for (int i = 0; i < AnswersNums.Count; i++)
{
answersparam a = t.answersparams.First(ap => ap.num == AnswersNums[i]);
a.cellsparams.Load();
if (KettellAnswers[(int)a.num - 1].SelectedCellDescription.Trim() != "")
{
cellsparam c = a.cellsparams.First(cp => cp.description.Trim() == KettellAnswers[(int)a.num - 1].SelectedCellDescription.Trim());
m += c.mark.Value;
}
}
return m;
}
public KettellScaleMD(KettellAnswers KettellAnswers,pBaseEntities GlobalEntities,EnumKettellType KType)
{
_answers = KettellAnswers;
_ge = GlobalEntities;
_ktype = KType;
}
private void Loading()
{
_tp = _ge.testsparams.First(t => t.idt == _testid);
switch (_testid)
{
case (int)EnumPTests.KettellC: //TODO:это все поместить в фабрику отчетов с функцие добавления пустых ответов
//create fool kettellanswers
KettellAnswers ka = new KettellAnswers();
for (int a = 0; a < 104; a++)
{
ka.Add(0, "", "", a, "");
}
XmlSerializer mySerializer = new XmlSerializer(typeof(KettellAnswers));
StringWriter myWriter = new StringWriter();
mySerializer.Serialize(myWriter, ka);
_human = _fe.humans.First(h => h.idh == _humanid);
KettellCTestReport kcr = new KettellCTestReport(_human, testresult.Createtestresult(0, _humanid, DateTime.Now, (int)EnumPTests.KettellC, myWriter.ToString(), "manual"), _ge, _fe, true);
for (int i = 0; i < kcr.ListScales.Count(); i++)
{
ScaleControl sc = new ScaleControl();
this.flp_parent.Controls.Add(sc);
sc.ControlScale = kcr.ListScales[i];
}
break;
case (int)EnumPTests.PNN:
PNNAnswers pa = new PNNAnswers();
for (int a = 0; a < 104; a++)
{
pa.Add(PnnSignalType.Green, PnnKeyType.AnyKey, DateTime.Now, 0);
}
XmlSerializer mySerializerp = new XmlSerializer(typeof(PNNAnswers));
StringWriter myWriterp = new StringWriter();
mySerializerp.Serialize(myWriterp, pa);
_human = _fe.humans.First(h => h.idh == _humanid);
PNNTestReport pnr = new PNNTestReport(_human, testresult.Createtestresult(0, _humanid, DateTime.Now, (int)EnumPTests.PNN, myWriterp.ToString(), "manual"), _ge, _fe);
for (int i = 0; i < pnr.ListScales.Count(); i++)
{
ScaleControl sc = new ScaleControl();
this.flp_parent.Controls.Add(sc);
sc.ControlScale = pnr.ListScales[i];
}
break;
case (int)EnumPTests.Adaptability:
DAnswers kd = new DAnswers();
for (int a = 0; a < 165; a++)
{
kd.Add(0, "", "", a, "");
}
XmlSerializer mySerializerd = new XmlSerializer(typeof(DAnswers));
StringWriter myWriterd = new StringWriter();
mySerializerd.Serialize(myWriterd, kd);
_human = _fe.humans.First(h => h.idh == _humanid);
DTestReport kdr = new DTestReport(_human, testresult.Createtestresult(0, _humanid, DateTime.Now, (int)EnumPTests.Adaptability, myWriterd.ToString(), "manual"), _ge, _fe, true);
for (int i = 0; i < kdr.ListScales.Count(); i++)
{
ScaleControl sc = new ScaleControl();
this.flp_parent.Controls.Add(sc);
sc.ControlScale = kdr.ListScales[i];
}
break;
case (int)EnumPTests.FPI:
FPIAnswers kfpi = new FPIAnswers();
for (int a = 0; a < 114; a++)
{
kfpi.Add(0, "", "", a, "");
}
XmlSerializer mySerializerfpi = new XmlSerializer(typeof(FPIAnswers));
StringWriter myWriterfpi = new StringWriter();
mySerializerfpi.Serialize(myWriterfpi, kfpi);
_human = _fe.humans.First(h => h.idh == _humanid);
FPITestReport kfr = new FPITestReport(_human, testresult.Createtestresult(0, _humanid, DateTime.Now, (int)EnumPTests.FPI, myWriterfpi.ToString(), "manual"), _ge, _fe, true);
for (int i = 0; i < kfr.ListScales.Count(); i++)
{
ScaleControl sc = new ScaleControl();
this.flp_parent.Controls.Add(sc);
sc.ControlScale = kfr.ListScales[i];
}
break;
case (int)EnumPTests.KettellA:
KettellAnswers kaa = new KettellAnswers();
for (int a = 0; a < 185; a++)
{
kaa.Add(0, "", "", a, "");
}
XmlSerializer mySerializera = new XmlSerializer(typeof(KettellAnswers));
StringWriter myWritera = new StringWriter();
mySerializera.Serialize(myWritera, kaa);
_human = _fe.humans.First(h => h.idh == _humanid);
KettellATestReport kar = new KettellATestReport(_human, testresult.Createtestresult(0, _humanid, DateTime.Now, (int)EnumPTests.KettellA, myWritera.ToString(), "manual"), _ge, _fe, true);
for (int i = 0; i < kar.ListScales.Count(); i++)
{
ScaleControl sc = new ScaleControl();
this.flp_parent.Controls.Add(sc);
sc.ControlScale = kar.ListScales[i];
}
break;
case (int)EnumPTests.Contrasts:
ContrastsAnswers mkd = new ContrastsAnswers();
for (int a = 0; a < 6; a++)
{
mkd.Add(DateTime.Now, 0);
}
XmlSerializer mySerializermd = new XmlSerializer(typeof(ContrastsAnswers));
StringWriter myWritermd = new StringWriter();
mySerializermd.Serialize(myWritermd, mkd);
_human = _fe.humans.First(h => h.idh == _humanid);
ContrastsTestReport mkdr = new ContrastsTestReport(_human, testresult.Createtestresult(0, _humanid, DateTime.Now, (int)EnumPTests.Contrasts, myWritermd.ToString(), "manual"), _ge, _fe);
for (int i = 0; i < mkdr.ListScales.Count(); i++)
{
ScaleControl sc = new ScaleControl();
this.flp_parent.Controls.Add(sc);
sc.ControlScale = mkdr.ListScales[i];
}
break;
case (int)EnumPTests.Prognoz:
PAnswers paa = new PAnswers();
for (int a = 0; a < 86; a++)
{
paa.Add(0, "", "", a, "");
}
XmlSerializer mySerializerpr = new XmlSerializer(typeof(PAnswers));
StringWriter myWriterpr = new StringWriter();
mySerializerpr.Serialize(myWriterpr, paa);
_human = _fe.humans.First(h => h.idh == _humanid);
PTestReport par = new PTestReport(_human, testresult.Createtestresult(0, _humanid, DateTime.Now, (int)EnumPTests.Prognoz, myWriterpr.ToString(), "manual"), _ge, _fe, true);
for (int i = 0; i < par.ListScales.Count(); i++)
{
ScaleControl sc = new ScaleControl();
this.flp_parent.Controls.Add(sc);
sc.ControlScale = par.ListScales[i];
}
break;
case (int)EnumPTests.Addictive:
AAnswers aaa = new AAnswers();
for (int a = 0; a < 30; a++)
{
aaa.Add(0, "", "", a, "");
}
XmlSerializer mySerializeraa = new XmlSerializer(typeof(AAnswers));
StringWriter myWriteraa = new StringWriter();
mySerializeraa.Serialize(myWriteraa, aaa);
_human = _fe.humans.First(h => h.idh == _humanid);
ATestReport aar = new ATestReport(_human, testresult.Createtestresult(0, _humanid, DateTime.Now, (int)EnumPTests.Addictive, myWriteraa.ToString(), "manual"), _ge, _fe, true);
for (int i = 0; i < aar.ListScales.Count(); i++)
{
ScaleControl sc = new ScaleControl();
this.flp_parent.Controls.Add(sc);
sc.ControlScale = aar.ListScales[i];
}
break;
case (int)EnumPTests.NPNA:
NPNAnswers npn = new NPNAnswers();
for (int a = 0; a < 276; a++)
{
npn.Add(0, "", "", a, "");
}
XmlSerializer mySerializernpn = new XmlSerializer(typeof(NPNAnswers));
StringWriter myWriternpn = new StringWriter();
mySerializernpn.Serialize(myWriternpn, npn);
_human = _fe.humans.First(h => h.idh == _humanid);
NPNTestReport npnr = new NPNTestReport(_human, testresult.Createtestresult(0, _humanid, DateTime.Now, (int)EnumPTests.NPNA, myWriternpn.ToString(), "manual"), _ge, _fe, true);
for (int i = 0; i < npnr.ListScales.Count(); i++)
{
ScaleControl sc = new ScaleControl();
this.flp_parent.Controls.Add(sc);
sc.ControlScale = npnr.ListScales[i];
}
break;
case (int)EnumPTests.Leongard:
LAnswers lpn = new LAnswers();
for (int a = 0; a < 88; a++)
{
lpn.Add(0, "", "", a, "");
}
XmlSerializer mySerializerlpn = new XmlSerializer(typeof(LAnswers));
StringWriter myWriterlpn = new StringWriter();
mySerializerlpn.Serialize(myWriterlpn, lpn);
_human = _fe.humans.First(h => h.idh == _humanid);
LTestReport lpnr = new LTestReport(_human, testresult.Createtestresult(0, _humanid, DateTime.Now, (int)EnumPTests.Leongard, myWriterlpn.ToString(), "manual"), _ge, _fe, true);
for (int i = 0; i < lpnr.ListScales.Count(); i++)
{
ScaleControl sc = new ScaleControl();
this.flp_parent.Controls.Add(sc);
sc.ControlScale = lpnr.ListScales[i];
}
break;
}
}
void btn_recog_Click(object sender, EventArgs e)
{
switch ((EnumPTests)_testparam.idt)
{
case EnumPTests.Adaptability:
DAnswers da = new DAnswers();
AnswersFactory.UpdateTestFromAnswers<DAnswers>(da, answers_grid, _testresult, _ge);
break;
case EnumPTests.Addictive:
AAnswers aa = new AAnswers();
AnswersFactory.UpdateTestFromAnswers<AAnswers>(aa, answers_grid, _testresult, _ge);
break;
case EnumPTests.FPI:
FPIAnswers fa = new FPIAnswers();
AnswersFactory.UpdateTestFromAnswers<FPIAnswers>(fa, answers_grid, _testresult, _ge);
break;
case EnumPTests.KettellA:
KettellAnswers kaa = new KettellAnswers();
AnswersFactory.UpdateTestFromAnswers<KettellAnswers>(kaa, answers_grid, _testresult, _ge);
break;
case EnumPTests.KettellC:
KettellAnswers kca = new KettellAnswers();
AnswersFactory.UpdateTestFromAnswers<KettellAnswers>(kca, answers_grid, _testresult, _ge);
break;
case EnumPTests.Leongard:
LAnswers la = new LAnswers();
AnswersFactory.UpdateTestFromAnswers<LAnswers>(la, answers_grid, _testresult, _ge);
break;
case EnumPTests.Modul2:
MDAnswers ma = new MDAnswers();
AnswersFactory.UpdateTestFromAnswers<MDAnswers>(ma, answers_grid, _testresult, _ge);
break;
case EnumPTests.NPNA:
NPNAnswers na = new NPNAnswers();
AnswersFactory.UpdateTestFromAnswers<NPNAnswers>(na, answers_grid, _testresult, _ge);
break;
case EnumPTests.Prognoz:
PAnswers pa = new PAnswers();
AnswersFactory.UpdateTestFromAnswers<PAnswers>(pa, answers_grid, _testresult, _ge);
break;
}
this.Close();
}
private void FillAnswers()
{
switch ((EnumPTests)_testparam.idt)
{
case EnumPTests.Adaptability:
DAnswers da = AnswersFactory.GetAnswersFromTestResult <DAnswers>(_testresult);
Parallel.For(0, da.Count, answerindex =>
{
if (da[answerindex].SelectedCellDescription != "")
{
answers_grid.CheckAnswerCell(answerindex, da[answerindex].SelectedCellDescription);
}
});
break;
case EnumPTests.Addictive:
AAnswers aa = AnswersFactory.GetAnswersFromTestResult <AAnswers>(_testresult);
Parallel.For(0, aa.Count, answerindex =>
{
if (aa[answerindex].SelectedCellDescription != "")
{
answers_grid.CheckAnswerCell(answerindex, aa[answerindex].SelectedCellDescription);
}
});
break;
case EnumPTests.FPI:
FPIAnswers fa = AnswersFactory.GetAnswersFromTestResult <FPIAnswers>(_testresult);
Parallel.For(0, fa.Count, answerindex =>
{
if (fa[answerindex].SelectedCellDescription != "")
{
answers_grid.CheckAnswerCell(answerindex, fa[answerindex].SelectedCellDescription);
}
});
break;
case EnumPTests.KettellA:
KettellAnswers kaa = AnswersFactory.GetAnswersFromTestResult <KettellAnswers>(_testresult);
Parallel.For(0, kaa.Count, answerindex =>
{
if (kaa[answerindex].SelectedCellDescription != "")
{
answers_grid.CheckAnswerCell(answerindex, kaa[answerindex].SelectedCellDescription);
}
});
break;
case EnumPTests.KettellC:
KettellAnswers kca = AnswersFactory.GetAnswersFromTestResult <KettellAnswers>(_testresult);
Parallel.For(0, kca.Count, answerindex =>
{
if (kca[answerindex].SelectedCellDescription != "")
{
answers_grid.CheckAnswerCell(answerindex, kca[answerindex].SelectedCellDescription);
}
});
break;
case EnumPTests.Leongard:
LAnswers la = AnswersFactory.GetAnswersFromTestResult <LAnswers>(_testresult);
Parallel.For(0, la.Count, answerindex =>
{
if (la[answerindex].SelectedCellDescription != "")
{
answers_grid.CheckAnswerCell(answerindex, la[answerindex].SelectedCellDescription);
}
});
break;
case EnumPTests.Modul2:
MDAnswers ma = AnswersFactory.GetAnswersFromTestResult <MDAnswers>(_testresult);
Parallel.For(0, ma.Count, answerindex =>
{
if (ma[answerindex].SelectedCellDescription != "")
{
answers_grid.CheckAnswerCell(answerindex, ma[answerindex].SelectedCellDescription);
}
});
break;
case EnumPTests.NPNA:
NPNAnswers na = AnswersFactory.GetAnswersFromTestResult <NPNAnswers>(_testresult);
Parallel.For(0, na.Count, answerindex =>
{
if (na[answerindex].SelectedCellDescription != "")
{
answers_grid.CheckAnswerCell(answerindex, na[answerindex].SelectedCellDescription);
}
});
break;
case EnumPTests.Prognoz:
PAnswers pa = AnswersFactory.GetAnswersFromTestResult <PAnswers>(_testresult);
Parallel.For(0, pa.Count, answerindex =>
{
if (pa[answerindex].SelectedCellDescription != "")
{
answers_grid.CheckAnswerCell(answerindex, pa[answerindex].SelectedCellDescription);
}
});
break;
}
}
public testresult ResultsToBase(Answers Answers )
{
KettellAnswers _answersforbase = new KettellAnswers(_ge);
for (int i = 0, count = Answers.Count; i < count; i++)
{
_answersforbase.Add(Answers[i].SelectedCellIndex(), Answers[i].ContentDescription, "", Answers[i].Id, "");
}
XmlSerializer mySerializer = new XmlSerializer(typeof(KettellAnswers));
StringWriter myWriter = new StringWriter();
mySerializer.Serialize(myWriter, _answersforbase);
testresult t = testresult.Createtestresult(0, _humanid, DateTime.Now, (int)EnumPTests.KettellC, myWriter.ToString(), "manual");
_fe.testresults.AddObject(t);
_fe.SaveChanges();
myWriter.Close();
return t;
}
private void TimeLineForm_Load(object sender, EventArgs e)
{
List <double> tm = new List <double>();
List <string> aq = new List <string>();
string _axisXLabel = "X";
string _axisYLabel = "Y";
//TODO:похоронить в фабрике
switch (_testresult.testid)
{
case (int)EnumPTests.KettellC: //kettell c
KettellAnswers kc = GetKettellFromBase();
tm.Add(0);
aq.Add("");
_axisXLabel = "Номер вопроса";
_axisYLabel = "Секунды";
for (int i = 1; i < kc.Count; i++)
{
tm.Add(Convert.ToDouble(kc[i].Time.Ticks - kc[i - 1].Time.Ticks) / 100000000);
aq.Add(kc[i].AnswerDescription + " // " + kc[i].SelectedCellButtonDescription);
}
break;
case (int)EnumPTests.PNN: //pnn
PNNAnswers pa = GetPNNFromBase();
_axisXLabel = "Нажатия";
_axisYLabel = "Милисекунды";
for (int i = 0; i < pa.Count; i++)
{
tm.Add(pa[i].Exposition);
aq.Add(pa[i].Signal.ToString() + " // " + pa[i].Answer.ToString());
}
break;
case (int)EnumPTests.Adaptability: //adaptability
DAnswers da = GetDFromBase();
tm.Add(0);
aq.Add("");
_axisXLabel = "Номер вопроса";
_axisYLabel = "Секунды";
for (int i = 1; i < da.Count; i++)
{
tm.Add(Convert.ToDouble(da[i].Time.Ticks - da[i - 1].Time.Ticks) / 100000000);
aq.Add(da[i].AnswerDescription + " // " + da[i].SelectedCellButtonDescription);
}
break;
case (int)EnumPTests.FPI: //fpi
FPIAnswers fa = GetFPIFromBase();
tm.Add(0);
aq.Add("");
_axisXLabel = "Номер вопроса";
_axisYLabel = "Секунды";
for (int i = 1; i < fa.Count; i++)
{
tm.Add(Convert.ToDouble(fa[i].Time.Ticks - fa[i - 1].Time.Ticks) / 100000000);
aq.Add(fa[i].AnswerDescription + " // " + fa[i].SelectedCellButtonDescription);
}
break;
case (int)EnumPTests.KettellA: //kettell a
KettellAnswers ka = GetKettellFromBase();
tm.Add(0);
aq.Add("");
_axisXLabel = "Номер вопроса";
_axisYLabel = "Секунды";
for (int i = 1; i < ka.Count; i++)
{
tm.Add(Convert.ToDouble(ka[i].Time.Ticks - ka[i - 1].Time.Ticks) / 100000000);
aq.Add(ka[i].AnswerDescription + " // " + ka[i].SelectedCellButtonDescription);
}
break;
case (int)EnumPTests.Modul2: //modul
MDAnswers mda = GetMDFromBase();
tm.Add(0);
aq.Add("");
_axisXLabel = "Номер вопроса";
_axisYLabel = "Секунды";
for (int i = 1; i < mda.Count; i++)
{
tm.Add(Convert.ToDouble(mda[i].Time.Ticks - mda[i - 1].Time.Ticks) / 100000000);
aq.Add(mda[i].AnswerDescription + " // " + mda[i].SelectedCellButtonDescription);
}
break;
case (int)EnumPTests.Contrasts: //контрасты
ContrastsAnswers ca = GetContrastsFromBase();
_axisXLabel = "Номер изображения";
_axisYLabel = "Секунды";
tm.Add(Convert.ToDouble(0));
aq.Add("1");
for (int i = 1; i < ca.Count; i++)
{
tm.Add(Convert.ToDouble(ca[i].Time.Ticks - ca[i - 1].Time.Ticks) / 100000000);
aq.Add(ca[i].PictureId.ToString());
}
break;
case (int)EnumPTests.Prognoz:
PAnswers pda = GetPFromBase();
tm.Add(0);
aq.Add("");
_axisXLabel = "Номер вопроса";
_axisYLabel = "Секунды";
for (int i = 1; i < pda.Count; i++)
{
tm.Add(Convert.ToDouble(pda[i].Time.Ticks - pda[i - 1].Time.Ticks) / 100000000);
aq.Add(pda[i].AnswerDescription + " // " + pda[i].SelectedCellButtonDescription);
}
break;
case (int)EnumPTests.NPNA:
NPNAnswers nda = GetNPNFromBase();
tm.Add(0);
aq.Add("");
_axisXLabel = "Номер вопроса";
_axisYLabel = "Секунды";
for (int i = 1; i < nda.Count; i++)
{
tm.Add(Convert.ToDouble(nda[i].Time.Ticks - nda[i - 1].Time.Ticks) / 100000000);
aq.Add(nda[i].AnswerDescription + " // " + nda[i].SelectedCellButtonDescription);
}
break;
case (int)EnumPTests.Leongard:
LAnswers lda = GetLFromBase();
tm.Add(0);
aq.Add("");
_axisXLabel = "Номер вопроса";
_axisYLabel = "Секунды";
for (int i = 1; i < lda.Count; i++)
{
tm.Add(Convert.ToDouble(lda[i].Time.Ticks - lda[i - 1].Time.Ticks) / 100000000);
aq.Add(lda[i].AnswerDescription + " // " + lda[i].SelectedCellButtonDescription);
}
break;
case (int)EnumPTests.Addictive:
AAnswers ada = GetAFromBase();
tm.Add(0);
aq.Add("");
_axisXLabel = "Номер вопроса";
_axisYLabel = "Секунды";
for (int i = 1; i < ada.Count; i++)
{
tm.Add(Convert.ToDouble(ada[i].Time.Ticks - ada[i - 1].Time.Ticks) / 100000000);
aq.Add(ada[i].AnswerDescription + " // " + ada[i].SelectedCellButtonDescription);
}
break;
}
Series s = new Series("timeline", tm.Count - 1);
s.MarkerStyle = MarkerStyle.Cross;
s.MarkerSize = 12;
s.ChartType = SeriesChartType.Line;
s.YValueType = ChartValueType.Double;
chart_timeline.Legends.Remove(chart_timeline.Legends[0]);
chart_timeline.ChartAreas[0].AxisX.Minimum = 1;
for (int i = 0; i < tm.Count; i++)
{
s.Points.AddXY(i + 1, tm[i]);
s.Points[i].ToolTip = aq[i];
}
chart_timeline.ChartAreas[0].AxisY.Title = _axisYLabel;
chart_timeline.ChartAreas[0].AxisX.Title = _axisXLabel;
chart_timeline.Series.Add(s);
}
private void Loading()
{
_tp = _ge.testsparams.First(t => t.idt == _testid);
switch (_testid)
{
case (int)EnumPTests.KettellC://TODO:это все поместить в фабрику отчетов с функцие добавления пустых ответов
//create fool kettellanswers
KettellAnswers ka = new KettellAnswers();
for (int a = 0; a < 104; a++)
{
ka.Add(0, "", "", a, "");
}
XmlSerializer mySerializer = new XmlSerializer(typeof(KettellAnswers));
StringWriter myWriter = new StringWriter();
mySerializer.Serialize(myWriter, ka);
_human=_fe.humans.First(h => h.idh == _humanid);
KettellCTestReport kcr = new KettellCTestReport(_human, testresult.Createtestresult(0, _humanid, DateTime.Now, (int)EnumPTests.KettellC, myWriter.ToString(), "manual"), _ge, _fe, true);
for (int i = 0; i < kcr.ListScales.Count(); i++)
{
ScaleControl sc = new ScaleControl();
this.flp_parent.Controls.Add(sc);
sc.ControlScale = kcr.ListScales[i];
}
break;
case (int)EnumPTests.PNN:
PNNAnswers pa = new PNNAnswers();
for (int a = 0; a < 104; a++)
{
pa.Add(PnnSignalType.Green,PnnKeyType.AnyKey,DateTime.Now,0);
}
XmlSerializer mySerializerp = new XmlSerializer(typeof(PNNAnswers));
StringWriter myWriterp = new StringWriter();
mySerializerp.Serialize(myWriterp, pa);
_human=_fe.humans.First(h => h.idh == _humanid);
PNNTestReport pnr = new PNNTestReport(_human, testresult.Createtestresult(0, _humanid, DateTime.Now, (int)EnumPTests.PNN, myWriterp.ToString(), "manual"), _ge, _fe);
for (int i = 0; i < pnr.ListScales.Count(); i++)
{
ScaleControl sc = new ScaleControl();
this.flp_parent.Controls.Add(sc);
sc.ControlScale = pnr.ListScales[i];
}
break;
case (int)EnumPTests.Adaptability:
DAnswers kd = new DAnswers();
for (int a = 0; a < 165; a++)
{
kd.Add(0, "", "", a, "");
}
XmlSerializer mySerializerd = new XmlSerializer(typeof(DAnswers));
StringWriter myWriterd = new StringWriter();
mySerializerd.Serialize(myWriterd, kd);
_human=_fe.humans.First(h => h.idh == _humanid);
DTestReport kdr = new DTestReport(_human, testresult.Createtestresult(0, _humanid, DateTime.Now, (int)EnumPTests.Adaptability, myWriterd.ToString(), "manual"), _ge, _fe, true);
for (int i = 0; i < kdr.ListScales.Count(); i++)
{
ScaleControl sc = new ScaleControl();
this.flp_parent.Controls.Add(sc);
sc.ControlScale = kdr.ListScales[i];
}
break;
case (int)EnumPTests.FPI:
FPIAnswers kfpi= new FPIAnswers();
for (int a = 0; a < 114; a++)
{
kfpi.Add(0, "", "", a, "");
}
XmlSerializer mySerializerfpi = new XmlSerializer(typeof(FPIAnswers));
StringWriter myWriterfpi = new StringWriter();
mySerializerfpi.Serialize(myWriterfpi, kfpi);
_human=_fe.humans.First(h => h.idh == _humanid);
FPITestReport kfr = new FPITestReport(_human, testresult.Createtestresult(0, _humanid, DateTime.Now, (int)EnumPTests.FPI, myWriterfpi.ToString(), "manual"), _ge, _fe, true);
for (int i = 0; i < kfr.ListScales.Count(); i++)
{
ScaleControl sc = new ScaleControl();
this.flp_parent.Controls.Add(sc);
sc.ControlScale = kfr.ListScales[i];
}
break;
case (int)EnumPTests.KettellA:
KettellAnswers kaa = new KettellAnswers();
for (int a = 0; a < 185; a++)
{
kaa.Add(0, "", "", a, "");
}
XmlSerializer mySerializera = new XmlSerializer(typeof(KettellAnswers));
StringWriter myWritera = new StringWriter();
mySerializera.Serialize(myWritera, kaa);
_human=_fe.humans.First(h => h.idh == _humanid);
KettellATestReport kar = new KettellATestReport(_human, testresult.Createtestresult(0, _humanid, DateTime.Now, (int)EnumPTests.KettellA, myWritera.ToString(), "manual"), _ge, _fe, true);
for (int i = 0; i < kar.ListScales.Count(); i++)
{
ScaleControl sc = new ScaleControl();
this.flp_parent.Controls.Add(sc);
sc.ControlScale = kar.ListScales[i];
}
break;
case (int)EnumPTests.Contrasts:
ContrastsAnswers mkd = new ContrastsAnswers();
for (int a = 0; a < 6; a++)
{
mkd.Add(DateTime.Now, 0);
}
XmlSerializer mySerializermd = new XmlSerializer(typeof(ContrastsAnswers));
StringWriter myWritermd = new StringWriter();
mySerializermd.Serialize(myWritermd, mkd);
_human = _fe.humans.First(h => h.idh == _humanid);
ContrastsTestReport mkdr = new ContrastsTestReport(_human, testresult.Createtestresult(0, _humanid, DateTime.Now, (int)EnumPTests.Contrasts, myWritermd.ToString(), "manual"), _ge, _fe);
for (int i = 0; i < mkdr.ListScales.Count(); i++)
{
ScaleControl sc = new ScaleControl();
this.flp_parent.Controls.Add(sc);
sc.ControlScale = mkdr.ListScales[i];
}
break;
case (int)EnumPTests.Prognoz:
PAnswers paa = new PAnswers();
for (int a = 0; a < 86; a++)
{
paa.Add(0, "", "", a, "");
}
XmlSerializer mySerializerpr = new XmlSerializer(typeof(PAnswers));
StringWriter myWriterpr = new StringWriter();
mySerializerpr.Serialize(myWriterpr, paa);
_human = _fe.humans.First(h => h.idh == _humanid);
PTestReport par = new PTestReport(_human, testresult.Createtestresult(0, _humanid, DateTime.Now, (int)EnumPTests.Prognoz, myWriterpr.ToString(), "manual"), _ge, _fe, true);
for (int i = 0; i < par.ListScales.Count(); i++)
{
ScaleControl sc = new ScaleControl();
this.flp_parent.Controls.Add(sc);
sc.ControlScale = par.ListScales[i];
}
break;
case (int)EnumPTests.Addictive:
AAnswers aaa = new AAnswers();
for (int a = 0; a < 30; a++)
{
aaa.Add(0, "", "", a, "");
}
XmlSerializer mySerializeraa = new XmlSerializer(typeof(AAnswers));
StringWriter myWriteraa = new StringWriter();
mySerializeraa.Serialize(myWriteraa, aaa);
_human = _fe.humans.First(h => h.idh == _humanid);
ATestReport aar = new ATestReport(_human, testresult.Createtestresult(0, _humanid, DateTime.Now, (int)EnumPTests.Addictive, myWriteraa.ToString(), "manual"), _ge, _fe, true);
for (int i = 0; i < aar.ListScales.Count(); i++)
{
ScaleControl sc = new ScaleControl();
this.flp_parent.Controls.Add(sc);
sc.ControlScale = aar.ListScales[i];
}
break;
case (int)EnumPTests.NPNA:
NPNAnswers npn = new NPNAnswers();
for (int a = 0; a < 276; a++)
{
npn.Add(0, "", "", a, "");
}
XmlSerializer mySerializernpn = new XmlSerializer(typeof(NPNAnswers));
StringWriter myWriternpn = new StringWriter();
mySerializernpn.Serialize(myWriternpn, npn);
_human = _fe.humans.First(h => h.idh == _humanid);
NPNTestReport npnr = new NPNTestReport(_human, testresult.Createtestresult(0, _humanid, DateTime.Now, (int)EnumPTests.NPNA, myWriternpn.ToString(), "manual"), _ge, _fe, true);
for (int i = 0; i < npnr.ListScales.Count(); i++)
{
ScaleControl sc = new ScaleControl();
this.flp_parent.Controls.Add(sc);
sc.ControlScale = npnr.ListScales[i];
}
break;
case (int)EnumPTests.Leongard:
LAnswers lpn = new LAnswers();
for (int a = 0; a < 88; a++)
{
lpn.Add(0, "", "", a, "");
}
XmlSerializer mySerializerlpn = new XmlSerializer(typeof(LAnswers));
StringWriter myWriterlpn = new StringWriter();
mySerializerlpn.Serialize(myWriterlpn, lpn);
_human = _fe.humans.First(h => h.idh == _humanid);
LTestReport lpnr = new LTestReport(_human, testresult.Createtestresult(0, _humanid, DateTime.Now, (int)EnumPTests.Leongard, myWriterlpn.ToString(), "manual"), _ge, _fe, true);
for (int i = 0; i < lpnr.ListScales.Count(); i++)
{
ScaleControl sc = new ScaleControl();
this.flp_parent.Controls.Add(sc);
sc.ControlScale =lpnr.ListScales[i];
}
break;
}
}
