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ThellierToolView.cpp
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ThellierToolView.cpp
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// ThellierToolView.cpp : Implementierung der Klasse CThellierToolView
//
#include "stdafx.h"
#include "ThellierTool.h"
#include "ThellierToolDoc.h"
#include "ThellierToolView.h"
#ifdef _DEBUG
#define new DEBUG_NEW
#undef THIS_FILE
static char THIS_FILE[] = __FILE__;
#endif
/////////////////////////////////////////////////////////////////////////////
// CThellierToolView
IMPLEMENT_DYNCREATE(CThellierToolView, CScrollView)
BEGIN_MESSAGE_MAP(CThellierToolView, CScrollView)
//{{AFX_MSG_MAP(CThellierToolView)
ON_COMMAND(ID_CANCEL_EDIT_SRVR, OnCancelEditSrvr)
ON_COMMAND(ID_EDIT_COPY, OnEditCopy)
ON_COMMAND(ID_FILE_PRINT_PREVIEW, OnFilePrintPreview)
ON_COMMAND(ID_FILE_SAVEGRAPH, OnFileSavegraph)
//}}AFX_MSG_MAP
// Standard-Druckbefehle
ON_COMMAND(ID_FILE_PRINT, CScrollView::OnFilePrint)
ON_COMMAND(ID_FILE_PRINT_DIRECT, CScrollView::OnFilePrint)
END_MESSAGE_MAP()
/////////////////////////////////////////////////////////////////////////////
// CThellierToolView Konstruktion/Destruktion
CThellierToolView::CThellierToolView()
{
// ZU ERLEDIGEN: Hier Code zur Konstruktion einfügen,
}
CThellierToolView::~CThellierToolView()
{
}
BOOL CThellierToolView::PreCreateWindow(CREATESTRUCT& cs)
{
// ZU ERLEDIGEN: Ändern Sie hier die Fensterklasse oder das Erscheinungsbild, indem Sie
// CREATESTRUCT cs modifizieren.
return CScrollView::PreCreateWindow(cs);
}
/////////////////////////////////////////////////////////////////////////////
// CThellierToolView Zeichnen
void CThellierToolView::OnDraw(CDC* pDC)
{
CThellierToolDoc* pDoc = GetDocument();
ASSERT_VALID(pDoc);
pDC->SetMapMode(MM_TEXT);
pDC->SetTextAlign(TA_BASELINE | TA_CENTER);
pDC->SetBkMode(TRANSPARENT);
// Initialisierung der Schriften
CFont textfont, *oldfont;
LOGFONT logfont ={100,0,0,0,0,0,0,0,0,0,0,0,0,"arial"};
CSize digitSize = pDC->GetTextExtent("0");
int scalefactor = digitSize.cx/7;
if(pDC->m_hAttribDC != NULL)
{
textfont.CreatePointFontIndirect (&logfont, pDC);
oldfont = pDC->SelectObject(&textfont);
CSize digitSize = pDC->GetTextExtent("0");
scalefactor = digitSize.cx/7;
}
else
{
logfont.lfHeight = 16;
textfont.CreateFontIndirect(&logfont);
oldfont = pDC->SelectObject(&textfont);
scalefactor = 1;
}
int mainview;
mainview = pDoc->vopt.mainview;
if (pDoc != 0 && pDoc->ThellierData.GetSize() != 0)
{
// (1) Koordinatentransformation und Messtyp-Bestimmung
pDoc->CoorTrans(&pDoc->ThellierData);
// (2) Vektorsubtraktion und Berechnung von Minimal bzw. Maximalwerten
pDoc->VectorSub(&pDoc->AllDataList);
// (3) Analyse der TR steps
pDoc->TRCheckAnalysis(&pDoc->THDataList, &pDoc->TRDataList, &pDoc->PTDataList);
// (4) Check Korrektur durchführen und Ergebnisse in eigene Liste speichern
pDoc->CheckCorrection( &pDoc->PTDataList, &pDoc->CKDataList);
// (5) Falls check Korrektur erwünscht: korrigierte Daten in Hauptliste übernehmen und AC Analyse durchführen
if (pDoc->vopt.ckcorr)
{
pDoc->CKCorrToPTData( &pDoc->PTCkCorrDataList, &pDoc->CKRemainingDataList);
pDoc->ACCheckAnalysis(&pDoc->ACDataList, &pDoc->PTDataList, &pDoc->CkErrorList);
}
else
{
pDoc->ACCheckAnalysis(&pDoc->ACDataList, &pDoc->PTDataList, &pDoc->CkErrorList);
}
// (6) Berechnung der Paleointensität
// Zuerst suche nach class A Ergebnissen
pDoc->ThellierCalc(&pDoc->THDataList, &pDoc->PTDataList, &pDoc->CkErrorList, &pDoc->TRResList, &pDoc->ACResList, 0);
// wenn nicht erfolgreich, suche nach class B Ergebnissen
if (pDoc->results.m_paleoint == 0)
pDoc->ThellierCalc(&pDoc->THDataList, &pDoc->PTDataList, &pDoc->CkErrorList, &pDoc->TRResList, &pDoc->ACResList, 1);
// (6b) optional: Berechnung der Korrigierten Paleonintensität
if (pDoc->results.m_type == "MT4" && pDoc->vopt.use_autock && pDoc->vopt.automatic == 0)
{
// UpdateData(TRUE);
// pDoc->vopt.ckcorr = TRUE;
if (pDoc->results.m_paleoint == 0) // Falls noch kein Ergebniss
{
pDoc->vopt.ckcorr = TRUE;
pDoc->CKCorrToPTData( &pDoc->PTCkCorrDataList, &pDoc->CKRemainingDataList);
pDoc->ACCheckAnalysis(&pDoc->ACDataList, &pDoc->PTDataList, &pDoc->CkErrorList);
pDoc->ThellierCalc(&pDoc->THDataList, &pDoc->PTDataList, &pDoc->CkErrorList, &pDoc->TRResList, &pDoc->ACResList, 0);
if (pDoc->results.m_paleoint == 0)
pDoc->ThellierCalc(&pDoc->THDataList, &pDoc->PTDataList, &pDoc->CkErrorList, &pDoc->TRResList, &pDoc->ACResList, 1);
}
else
{
pDoc->vopt.ckcorr = TRUE;
double wmax_without_corr;
if (pDoc->criteria.m_maximizingpar == 0)
wmax_without_corr = pDoc->results.m_w;
else
wmax_without_corr = pDoc->results.m_q;
pDoc->CKCorrToPTData( &pDoc->PTCkCorrDataList, &pDoc->CKRemainingDataList);
pDoc->ACCheckAnalysis(&pDoc->ACDataList, &pDoc->PTDataList, &pDoc->CkErrorList);
pDoc->ThellierCalc(&pDoc->THDataList, &pDoc->PTDataList, &pDoc->CkErrorList, &pDoc->TRResList, &pDoc->ACResList, 0);
if (pDoc->results.m_paleoint == 0)
pDoc->ThellierCalc(&pDoc->THDataList, &pDoc->PTDataList, &pDoc->CkErrorList, &pDoc->TRResList, &pDoc->ACResList, 1);
double wmax_with_corr;
if (pDoc->criteria.m_maximizingpar == 0)
wmax_with_corr = pDoc->results.m_w;
else
wmax_with_corr = pDoc->results.m_q;
if (wmax_with_corr < wmax_without_corr) // Falls Ergebnis nicht besser als ohne Korrektur
{
pDoc->vopt.ckcorr = FALSE;
pDoc->CoorTrans(&pDoc->ThellierData);
pDoc->VectorSub(&pDoc->AllDataList);
pDoc->TRCheckAnalysis(&pDoc->THDataList, &pDoc->TRDataList, &pDoc->PTDataList);
pDoc->CheckCorrection( &pDoc->PTDataList, &pDoc->CKDataList);
pDoc->ACCheckAnalysis(&pDoc->ACDataList, &pDoc->PTDataList, &pDoc->CkErrorList);
pDoc->ThellierCalc(&pDoc->THDataList, &pDoc->PTDataList, &pDoc->CkErrorList, &pDoc->TRResList, &pDoc->ACResList, 0);
if (pDoc->results.m_paleoint == 0)
pDoc->ThellierCalc(&pDoc->THDataList, &pDoc->PTDataList, &pDoc->CkErrorList, &pDoc->TRResList, &pDoc->ACResList, 1);
}
}
}
// (7) Normierung der TR daten auf true NRM
pDoc->NormTRRes(&pDoc->TRResList, pDoc->results.m_nrmt);
// (8) Bestimmung der Auswerteklasse
switch (pDoc->CriteriaCheck())
{
case 0: if (!pDoc->vopt.ckcorr)
pDoc->results.m_class = "A";
else
pDoc->results.m_class = "A*";
break;
case 1: if (!pDoc->vopt.ckcorr)
pDoc->results.m_class = "B";
else
pDoc->results.m_class = "B*";
break;
case 2: if (pDoc->results.m_paleoint == 0)
pDoc->results.m_class.Empty();
else
{
if (!pDoc->vopt.ckcorr)
pDoc->results.m_class = "C";
else
pDoc->results.m_class = "C*";
}
break;
};
switch (mainview)
{
case 0: if (pDoc->vopt.m_arai_norm == 0)
ThellierPlot (pDC, 400, 300, 0, scalefactor, &pDoc->THDataList, &pDoc->PTDataList, &pDoc->CKDataList, &pDoc->ACResList);
else
ThellierPlot (pDC, 300, 300, 0, scalefactor, &pDoc->THDataList, &pDoc->PTDataList, &pDoc->CKDataList, &pDoc->ACResList);
break;
case 1: ZijPlot (pDC, 400, 400, 0, scalefactor, &pDoc->THDataList, &pDoc->TRDataList);
break;
case 2: DecayPlot (pDC, 400, 300, 0, scalefactor, &pDoc->THDataList, &pDoc->TRDataList);
break;
case 3: if (pDoc->vopt.ckcorr)
MDPlot (pDC, 400, 300, 0, scalefactor, &pDoc->PTDataList, &pDoc->ACResList, &pDoc->TRResList);
else
MDPlot (pDC, 400, 300, 0, scalefactor, &pDoc->PTDataList, &pDoc->CkErrorList, &pDoc->TRResList);
break;
case 4: AllPlots (pDC, scalefactor);
break;
};
}
pDoc->UpdateAllViews(this); // Erneuert alle Ansichten ausser CThellierTool3View !! -> Führt zu Problemen mit PrintPreview
}
void CThellierToolView::OnInitialUpdate()
{
CScrollView::OnInitialUpdate();
CSize sizeTotal;
// ZU ERLEDIGEN: Gesamte Größe dieser Ansicht berechnen
sizeTotal.cx = sizeTotal.cy = 1000;
SetScrollSizes(MM_TEXT, sizeTotal);
}
/////////////////////////////////////////////////////////////////////////////
// CThellierToolView Drucken
BOOL CThellierToolView::OnPreparePrinting(CPrintInfo* pInfo)
{
// Standardvorbereitung
return DoPreparePrinting(pInfo);
}
void CThellierToolView::OnBeginPrinting(CDC* /*pDC*/, CPrintInfo* /*pInfo*/)
{
// ZU ERLEDIGEN: Zusätzliche Initialisierung vor dem Drucken hier einfügen
}
void CThellierToolView::OnEndPrinting(CDC* /*pDC*/, CPrintInfo* /*pInfo*/)
{
// ZU ERLEDIGEN: Hier Bereinigungsarbeiten nach dem Drucken einfügen
}
/////////////////////////////////////////////////////////////////////////////
// OLE-Server-Unterstützung
// Der folgende Befehls-Handler stellt die Standardtastatur als
// Benutzerschnittstelle zum Abbruch der direkten Bearbeitungssitzung zur Verfügung. Hier
// verursacht der Container (nicht der Server) die Deaktivierung.
void CThellierToolView::OnCancelEditSrvr()
{
GetDocument()->OnDeactivateUI(FALSE);
}
/////////////////////////////////////////////////////////////////////////////
// CThellierToolView Diagnose
#ifdef _DEBUG
void CThellierToolView::AssertValid() const
{
CScrollView::AssertValid();
}
void CThellierToolView::Dump(CDumpContext& dc) const
{
CScrollView::Dump(dc);
}
CThellierToolDoc* CThellierToolView::GetDocument() // Die endgültige (nicht zur Fehlersuche kompilierte) Version ist Inline
{
ASSERT(m_pDocument->IsKindOf(RUNTIME_CLASS(CThellierToolDoc)));
return (CThellierToolDoc*)m_pDocument;
}
#endif //_DEBUG
/////////////////////////////////////////////////////////////////////////////
// CThellierToolView Nachrichten-Handler
void CThellierToolView::ThellierPlot(CDC *pDC, int x_pos, int y_pos, int viewmode, int scfa, CThellierResList *datalist, CThellierResList *secondlist, CThellierResList *thirdlist, CThellierResList *fourthlist)
{
// *************************************************************
// Thellier plot
// *************************************************************
CRect rect;
GetClientRect(&rect);
int position1, position2;
if (viewmode == 0)
{
position1 = rect.Width()/2*scfa;
position2 = rect.Height()/2*scfa;
}
else
{
position1 = 200*scfa;
position2 = 200*scfa;
}
// Achsenlänge
int x_l = x_pos*scfa;
int y_l = y_pos*scfa;
CSize axesth (x_l, y_l);
// Null Punkt
CPoint zeropointth (position1-axesth.cx/2, position2+axesth.cy/2);
//rechter Rand
CPoint rigthpointth (position1+axesth.cx/2, position2+axesth.cy/2);
// oberer Rand
CPoint uppointth (position1-axesth.cx/2, position2-axesth.cy/2);
// Radius der Punkte
int p_r = axesth.cx/100;
// Dreieck
int tr = axesth.cx/80;
// Text Abstand
int ta = axesth.cy/50;
int ta_up = ta*3;
// Koordinatensystem
pDC->MoveTo(rigthpointth);
pDC->LineTo(zeropointth);
pDC->LineTo(uppointth);
pDC->MoveTo(rigthpointth);
pDC->LineTo(rigthpointth.x,zeropointth.y+p_r);
pDC->MoveTo(zeropointth.x+axesth.cx/2,zeropointth.y);
pDC->LineTo(zeropointth.x+axesth.cx/2,zeropointth.y+p_r/2);
pDC->MoveTo(zeropointth);
pDC->LineTo(zeropointth.x,zeropointth.y+p_r);
pDC->MoveTo(zeropointth);
pDC->LineTo(zeropointth.x-p_r,zeropointth.y);
pDC->MoveTo(zeropointth.x,zeropointth.y-axesth.cy/2);
pDC->LineTo(zeropointth.x-p_r/2,zeropointth.y-axesth.cy/2);
pDC->MoveTo(uppointth);
pDC->LineTo(zeropointth.x-p_r,uppointth.y);
int tempTH, tempPT, tempCK, tempCKstart;
double magTH, magPT, magCK;
CString actualtemp; // zum auslesen des Temperaturschritts
int deci, sign; //Decimale und Vorzeichen des Tempschritts
CThellierToolDoc* pDoc = GetDocument();
ASSERT_VALID(pDoc);
double maxmagTH = pDoc->minmax.maxmagTH;
double maxmagPT = pDoc->minmax.maxmagPT;
// Abfrage der größeren Achse für Art des Arai plots
if (pDoc->vopt.m_arai_norm == 1)
{
double maxmagALL;
if (maxmagTH >= maxmagPT)
maxmagALL = maxmagTH;
else
maxmagALL = maxmagPT;
maxmagTH = maxmagALL;
maxmagPT = maxmagALL;
}
for (int i = 0; i < datalist->GetSize(); i++)
{
CThellierResStruct* daten1 = ( CThellierResStruct* )datalist->GetAt(i);
tempTH = daten1->m_temp;
magTH = daten1->m_mag;
for (int j = 0; j < secondlist->GetSize(); j++)
{
CThellierResStruct* daten2 = ( CThellierResStruct* )secondlist->GetAt(j);
tempPT = daten2->m_temp;
magPT = daten2->m_mag;
if (tempTH == tempPT)
{
CRect Datapointsize((zeropointth.x+p_r)+(magPT*axesth.cx/maxmagPT),(zeropointth.y-p_r)-(magTH*axesth.cy/maxmagTH),(zeropointth.x-p_r)+(magPT*axesth.cx/maxmagPT),(zeropointth.y+p_r)-(magTH*axesth.cy/maxmagTH));
pDC->Ellipse (&Datapointsize);
if (i == 1 || i == 4 || i == 7 || i == 10 || i == 13 || i == 16 || i == 19)
{
actualtemp = ecvt(tempPT,3,&deci,&sign);
actualtemp.Insert(deci,"°C");
if(tempPT < 100 && tempPT > 10)
actualtemp.Delete(4);
pDC->TextOut((zeropointth.x+ta)+(magPT*axesth.cx/maxmagPT),(zeropointth.y-ta_up)-(magTH*axesth.cy/maxmagTH),actualtemp);
}
}
} // Ende der pTRM Werte
for (j = 0; j < thirdlist->GetSize(); j++)
{
CThellierResStruct* daten3 = ( CThellierResStruct* )thirdlist->GetAt(j);
tempCKstart = daten3->m_temp;
tempCK = daten3->m_sptemp;
magCK = daten3->m_mag;
if (tempTH == tempCK && thirdlist->GetSize() != 0)
{
int linksunten_x = (zeropointth.x-tr)+(magCK*axesth.cx/maxmagPT);
int rechtsunten_x = (zeropointth.x+tr)+(magCK*axesth.cx/maxmagPT);
int unten_y = (zeropointth.y+p_r)-(magTH*axesth.cy/maxmagTH);
int oben_x = zeropointth.x+(magCK*axesth.cx/maxmagPT);
int oben_y = (zeropointth.y-p_r)-(magTH*axesth.cy/maxmagTH);
pDC->MoveTo (linksunten_x,unten_y);
pDC->LineTo (rechtsunten_x,unten_y);
pDC->LineTo (oben_x,oben_y);
pDC->LineTo (linksunten_x,unten_y);
for (int k = 0; k < secondlist->GetSize(); k++)
{
CThellierResStruct* daten2 = ( CThellierResStruct* )secondlist->GetAt(k);
tempPT = daten2->m_temp;
magPT = daten2->m_mag;
if (tempCKstart == tempPT)
{
int line_y;
int line_x = zeropointth.x+(magPT*axesth.cx/maxmagPT);
for (int l = 0; l < datalist->GetSize(); l++)
{
CThellierResStruct* daten4 = ( CThellierResStruct* )datalist->GetAt(l);
int tempTHnew = daten4->m_temp;
double magTHnew = daten4->m_mag;
if (tempTHnew == tempPT)
{
line_y = zeropointth.y-(magTHnew*axesth.cy/maxmagTH);
pDC->MoveTo (line_x,line_y);
pDC->LineTo (oben_x,line_y);
pDC->LineTo (oben_x,unten_y);
}
}
}
}
}
} // Ende der CK Werte
for (j = 0; j < fourthlist->GetSize(); j++)
{
CThellierResStruct* daten5 = ( CThellierResStruct* )fourthlist->GetAt(j);
int tempACstart = daten5->m_temp;
int tempAC = daten5->m_sptemp;
double magAC = daten5->m_z;
double magPT_AC2 = daten5->m_y;
double magPT_AC = daten5->m_x;
if (tempTH == tempAC && fourthlist->GetSize() != 0 && pDoc->vopt.accheck)
{
// neu (Modell, 23.09.03)
int linksunten_x = (zeropointth.x-p_r)+((magAC)*axesth.cx/maxmagPT);
int rechtsunten_x = (zeropointth.x+p_r)+((magAC)*axesth.cx/maxmagPT);
int unten_y = (zeropointth.y+p_r)-(magTH*axesth.cy/maxmagTH);
int oben_x = zeropointth.x+((magAC)*axesth.cx/maxmagPT);
int oben_y = (zeropointth.y-p_r)-(magTH*axesth.cy/maxmagTH);
/* alter code von David
int linksunten_x = (zeropointth.x-p_r)+((magPT_AC-magAC)*axesth.cx/maxmagPT);
int rechtsunten_x = (zeropointth.x+p_r)+((magPT_AC-magAC)*axesth.cx/maxmagPT);
int unten_y = (zeropointth.y+p_r)-(magTH*axesth.cy/maxmagTH);
int oben_x = zeropointth.x+((magPT_AC-magAC)*axesth.cx/maxmagPT);
int oben_y = (zeropointth.y-p_r)-(magTH*axesth.cy/maxmagTH);
*/
CBrush HorBrush;
HorBrush.CreateSolidBrush (RGB(255,0,0));
CBrush* pOriginalBrush;
pOriginalBrush = pDC->SelectObject(&HorBrush);
CRect TempACdatapointsize(linksunten_x,unten_y,rechtsunten_x,oben_y);
pDC->Rectangle(&TempACdatapointsize);
pDC->SelectObject(pOriginalBrush);
for (int k = 0; k < secondlist->GetSize(); k++)
{
CThellierResStruct* daten2 = ( CThellierResStruct* )secondlist->GetAt(k);
tempPT = daten2->m_temp;
magPT = daten2->m_mag;
if (tempACstart == tempPT)
{
int line_y;
int line_x = zeropointth.x+(magPT*axesth.cx/maxmagPT);
for (int l = 0; l < datalist->GetSize(); l++)
{
CThellierResStruct* daten4 = ( CThellierResStruct* )datalist->GetAt(l);
int tempTHnew = daten4->m_temp;
double magTHnew = daten4->m_mag;
if (tempTHnew == tempPT)
{
line_y = zeropointth.y-(magTHnew*axesth.cy/maxmagTH);
pDC->MoveTo (line_x,line_y);
pDC->LineTo (line_x,unten_y-p_r);
pDC->LineTo (oben_x,unten_y-p_r);
}
}
}
}
}
}// AC if zu
}
// *************** Fit - Gerade für Thellier plot *********************
double maxPT, minPT;
double y_ende, y_anfang;
minPT = pDoc->results.x_1;
maxPT = pDoc->results.x_2;
y_ende = pDoc->results.y_gerade - (maxPT - pDoc->results.x_gerade)*sqrt(pDoc->results.m_slope*pDoc->results.m_slope);
y_anfang = pDoc->results.y_gerade - (minPT - pDoc->results.x_gerade)*sqrt(pDoc->results.m_slope*pDoc->results.m_slope);
CPen PaleoPen;
CPen LinePen;
LinePen.CreatePen (PS_SOLID,1,RGB(0,0,0));
PaleoPen.CreatePen (PS_DASH,2,RGB(0,0,0));
CPen* qOriginalPen;
qOriginalPen = pDC->SelectObject(&PaleoPen);
if (y_anfang > 0)
{
pDC->MoveTo(zeropointth.x+(minPT*axesth.cx/maxmagPT),zeropointth.y-(y_anfang*axesth.cy/maxmagTH));
pDC->LineTo(zeropointth.x+(maxPT*axesth.cx/maxmagPT),zeropointth.y-(y_ende*axesth.cy/maxmagTH));
}
CPen* pOriginalPen;
pOriginalPen = pDC->SelectObject(&LinePen);
// ************* Beschriftung der Achsen *****************
CString smaxmagPT, smaxmagTH;
smaxmagPT = ecvt(maxmagPT,5,&deci,&sign);
if (deci <= 0)
{
smaxmagPT.Insert(deci,"0.");
for (int n = 0; n < -deci; n++)
smaxmagPT.Insert(2,'0');
}
else
smaxmagPT.Insert(deci,".");
smaxmagTH = ecvt(maxmagTH,5,&deci,&sign);
if (deci <= 0)
{
smaxmagTH.Insert(deci,"0.");
for (int n = 0; n < -deci; n++)
smaxmagTH.Insert(2,'0');
}
else
smaxmagTH.Insert(deci,".");
// y-Achse
pDC->TextOut(zeropointth.x-0.05*axesth.cx, zeropointth.y-0.98*axesth.cy, "1.0");
pDC->TextOut(zeropointth.x-0.05*axesth.cx, zeropointth.y-0.48*axesth.cy, "0.5");
pDC->TextOut(zeropointth.x-0.05*axesth.cx, zeropointth.y+0.02*axesth.cy, "0.0");
pDC->TextOut(zeropointth.x+0.1*axesth.cx,zeropointth.y-1.1*axesth.cy,"NRM (* "+smaxmagTH+" mA/m)");
// x-Achse
pDC->TextOut(zeropointth.x, zeropointth.y+0.07*axesth.cy, "0.0");
pDC->TextOut(zeropointth.x+0.5*axesth.cx, zeropointth.y+0.07*axesth.cy, "0.5");
pDC->TextOut(zeropointth.x+axesth.cx, zeropointth.y+0.07*axesth.cy, "1.0");
pDC->TextOut(zeropointth.x+axesth.cx*0.5,zeropointth.y+0.13*axesth.cy,"pTRM (* "+smaxmagPT+" mA/m)");
// ************* Ausgabe des Probennames + Palint *****************
CString palint, name;
name = pDoc->fielddata.name;
int length = name.GetLength();
CString chara = " ";
if (name.GetAt(length-1) == chara)
name.Delete(length-1);
palint.Format("%.2f \xb1 %.2f \xb5T ",pDoc->results.m_paleoint,pDoc->results.m_stddev);
pDC->TextOut(rigthpointth.x-0.15*axesth.cy, uppointth.y, name);
pDC->TextOut(rigthpointth.x-0.15*axesth.cy, uppointth.y+0.07*axesth.cy, palint);
}
void CThellierToolView::ZijPlot(CDC *pDC, int x_pos, int y_pos, int viewmode, int scfa, CThellierResList *datalist, CThellierResList *secondlist)
{
// *************************************************************
// Zij plot
// *************************************************************
CThellierToolDoc* pDoc = GetDocument();
ASSERT_VALID(pDoc);
CPen AxisPen;
CPen HPen;
CPen VPen;
CPen DirPen;
CBrush HorBrush;
CBrush OrgBrush;
AxisPen.CreatePen (PS_SOLID,1,RGB(0,0,0));
HPen.CreatePen (PS_SOLID,1,RGB(255,0,0));
VPen.CreatePen (PS_SOLID,1,RGB(0,0,255));
DirPen.CreatePen (PS_DASH,1,RGB(0,255,0));
HorBrush.CreateSolidBrush (RGB(255,0,0));
OrgBrush.CreateSolidBrush (RGB(255,255,255));
CBrush* pOriginalBrush;
CPen* pOriginalPen;
pOriginalPen = pDC->SelectObject(&AxisPen);
// ******************
// Position des Plots
// ******************
CRect rect;
GetClientRect(&rect);
int position1, position2;
if (viewmode == 0)
{
position1 = rect.Width()/2*scfa;
position2 = rect.Height()/2*scfa;
}
else
{
position1 = 550*scfa;
position2 = 200*scfa;
}
int x_l = x_pos*scfa;
int y_l = y_pos*scfa;
CSize axesth (x_l, y_l);
int p_r = axesth.cx/80;
int a_r = axesth.cx/80;
// Berechnung der absoluten Max.-werte für die Darstellung
// Deklination:
// x auf der x Achse
// y auf der y Achse (positive Wert nach unten)
// => North enstpricht rechts, West entspricht oben
// Inklination:
// z auf der y Achse (positive Werte nach unten)??
// Bestimmung der maximalen x - Achsen Werte
double max_left = pDoc->minmax.minx;
double max_right = pDoc->minmax.maxx;
if (pDoc->minmax.maxh > max_right)
max_right = pDoc->minmax.maxh;
if (pDoc->minmax.minh < max_left)
max_left = pDoc->minmax.minh;
// Bestimmung der maximalen y - Achsen Werte
double max_down = pDoc->minmax.maxy;
double max_up = pDoc->minmax.miny;
if (pDoc->minmax.minz < max_up)
max_up = pDoc->minmax.minz;
if (pDoc->minmax.maxz > max_down)
max_down = pDoc->minmax.maxz;
// Coordinatensystem - Ranbedingungen
if (max_left > 0)
max_left = 0.0f;
if (max_right < 0)
max_right = 0.0f;
if (max_down < 0)
max_down = 0.0f;
if (max_up > 0)
max_up = 0.0f;
// Bestimmung der längsten Achse
double max_tmp1, max_tmp2, max_all, max_all_sum;
if (max_down > -max_up)
max_tmp1 = max_down;
else
max_tmp1 = -max_up;
if (-max_left > max_right)
max_tmp2 = -max_left;
else
max_tmp2 = max_right;
if (max_tmp1 > max_tmp2)
max_all = max_tmp1;
else
max_all = max_tmp2;
if ((-max_left + max_right) > (max_down - max_up))
max_all_sum = -max_left + max_right;
else
max_all_sum = -max_up + max_down;
// Position des Nullpunktes
int zero_x = position1 - axesth.cx/2 + (-max_left * axesth.cx / (max_all_sum));
int zero_y = position2 + axesth.cy/2 - (max_down * axesth.cy / (max_all_sum));
CPoint zeropoint (zero_x, zero_y);
// unterer rechter Rand
CPoint rightdownpoint (position1+axesth.cx/2, position2+axesth.cy/2);
// oberer linker Rand
CPoint leftuppoint (position1-axesth.cx/2, position2-axesth.cy/2);
// oberer rechter Rand
CPoint rightuppoint (position1+axesth.cx/2, position2-axesth.cy/2);
// Koordinatensystem
pDC->MoveTo(zeropoint);
pDC->LineTo(zeropoint.x, zeropoint.y + max_up/max_all_sum*axesth.cy);
pDC->MoveTo(zeropoint);
pDC->LineTo(zeropoint.x, zeropoint.y + max_down/max_all_sum*axesth.cy);
pDC->MoveTo(zeropoint);
pDC->LineTo(zeropoint.x + max_left/max_all_sum*axesth.cx, zeropoint.y);
pDC->MoveTo(zeropoint);
pDC->LineTo(zeropoint.x + max_right/max_all_sum*axesth.cx, zeropoint.y);
// Erweiterung des Koordinatensystems und Beschriftung
int x_x_letter = zeropoint.x + 3*a_r + max_right/max_all_sum*axesth.cx;
int y_x_letter = zeropoint.y + 0.8*a_r;
int x_y_letter = zeropoint.x;
int y_y_letter = zeropoint.y - 1.5*a_r + max_up/max_all_sum*axesth.cy;
CString x_letter, y_letter;
if (pDoc->vopt.coordinates == 0)
{
x_letter = "X,H";
y_letter = "-Y,-Z";
}
else
{
x_letter = "N";
y_letter = "Up,W";
}
if (-max_left < 0.05*max_right)
{
pDC->MoveTo(zeropoint);
pDC->LineTo(zeropoint.x - 5*a_r, zeropoint.y);
}
if (max_right < -0.05*max_left)
{
pDC->MoveTo(zeropoint);
pDC->LineTo(zeropoint.x + 5*a_r, zeropoint.y);
x_x_letter += 5*a_r;
}
if (-max_up < 0.05*max_down)
{
pDC->MoveTo(zeropoint);
pDC->LineTo(zeropoint.x, zeropoint.y - 5*a_r);
y_y_letter -= 5*a_r;
}
if (max_down < -0.05*max_up)
{
pDC->MoveTo(zeropoint);
pDC->LineTo(zeropoint.x, zeropoint.y + 5*a_r);
}
pDC->TextOut(x_x_letter, y_x_letter, x_letter, x_letter.GetLength());
pDC->TextOut(x_y_letter, y_y_letter, y_letter, y_letter.GetLength());
// Zeichnen der H-Kurve
pOriginalPen = pDC->SelectObject(&HPen);
pOriginalBrush = pDC->SelectObject(&HorBrush);
for (int i=0; i < datalist->GetSize(); i++)
{
CThellierResStruct* daten = ( CThellierResStruct* )datalist->GetAt(i);
// Linien zeichnen
if (i > 0)
pDC->LineTo(zeropoint.x+(daten->m_x*axesth.cx/max_all_sum),zeropoint.y+(daten->m_y*axesth.cy/max_all_sum));
// Punkte zeichnen
int rigthdown_x = (zeropoint.x+p_r) + (daten->m_x*axesth.cx/max_all_sum);
int rigthdown_y = (zeropoint.y-p_r) + (daten->m_y*axesth.cy/max_all_sum);
int leftdown_x = (zeropoint.x-p_r) + (daten->m_x*axesth.cx/max_all_sum);
int leftdown_y = (zeropoint.y+p_r) + (daten->m_y*axesth.cy/max_all_sum);
CRect datapointsize(rigthdown_x,rigthdown_y,leftdown_x,leftdown_y);
pDC->Ellipse (&datapointsize);
// Zeiger zurücksetzten
pDC->MoveTo(zeropoint.x+(daten->m_x*axesth.cx/max_all_sum),zeropoint.y+(daten->m_y*axesth.cy/max_all_sum));
}
// Zeichnen der V-Kurve
pOriginalPen = pDC->SelectObject(&VPen);
pOriginalBrush = pDC->SelectObject(&OrgBrush);
// Mittleres x und vorzeichen von x_mean berechnen (für ZIJ-Plot, leon, 3.01.04)
double x_mean = 0.0;
double x_sign;
for (i=0; i < datalist->GetSize(); i++)
{
CThellierResStruct* daten = ( CThellierResStruct* )datalist->GetAt(i);
x_mean += daten->m_x/(datalist->GetSize()-1);
}
x_sign = x_mean/fabs(x_mean);
for (i=0; i < datalist->GetSize(); i++)
{
CThellierResStruct* daten = ( CThellierResStruct* )datalist->GetAt(i);
// Linien zeichnen
// - Vorzeichen von x-Wert berücksichtigen (siehe oben)
// - (x + -> rechte Plot-Hälfte, Inc + -> unten rechts, Inc - -> oben rechts)
// - (x - -> linke Plot-Hälfte, Inc + -> links unten, Inc - -> links oben)
// double m_h = daten->m_x/fabs(daten->m_x)*sqrt(pow(daten->m_x,2) + pow(daten->m_y,2));
double m_h = x_sign*sqrt(pow(daten->m_x,2) + pow(daten->m_y,2));
if (i > 0)
pDC->LineTo(zeropoint.x+(m_h*axesth.cx/max_all_sum),zeropoint.y+(daten->m_z*axesth.cy/max_all_sum));
// Punkte zeichnen
int rigthdown_x = (zeropoint.x+p_r) + (m_h*axesth.cx/max_all_sum);
int rigthdown_y = (zeropoint.y-p_r) + (daten->m_z*axesth.cy/max_all_sum);
int leftdown_x = (zeropoint.x-p_r) + (m_h*axesth.cx/max_all_sum);
int leftdown_y = (zeropoint.y+p_r) + (daten->m_z*axesth.cy/max_all_sum);
CRect datapointsize(rigthdown_x,rigthdown_y,leftdown_x,leftdown_y);
pDC->Ellipse (&datapointsize);
// Temperaturbeschriftung
if (i == 1 || i == 4 || i == 7 || i == 10 || i == 13 || i == 16 || i == 19)
{
int deci, sign;
CString actualtemp = ecvt(daten->m_temp,3,&deci,&sign);
actualtemp.Insert(deci,"°C");
if(daten->m_temp < 100 && daten->m_temp > 10)
actualtemp.Delete(4);
pDC->TextOut((zeropoint.x+2*p_r)+(m_h*axesth.cx/max_all_sum),(zeropoint.y-2*p_r)+(daten->m_z*axesth.cy/max_all_sum),actualtemp);
}
// Zeiger zurücksetzten
pDC->MoveTo(zeropoint.x+(m_h*axesth.cx/max_all_sum),zeropoint.y+(daten->m_z*axesth.cy/max_all_sum));
}
// *********************
// Scales auf den Achsen
// *********************
pOriginalPen = pDC->SelectObject(&AxisPen);
double scaleex;
double stepvalue, x_pos_stepvalue, y_pos_stepvalue, x_neg_stepvalue, y_neg_stepvalue;
double i_tmp;
if (max_all > 10) // richtigen Bereich für scales bestimmen
{
for (i = 10; i < 100000; i = i*10)
{
if (max_all/i <= 10 && max_all/i > 1)
{
scaleex = i;
stepvalue = max_all/i;
x_neg_stepvalue = -max_left/i;
y_neg_stepvalue = -max_up/i;
x_pos_stepvalue = max_right/i;
y_pos_stepvalue = max_down/i;
}
};
}
else
{
for (i = 10; i < 10000000; i = i*10)
{
i_tmp = 10.0/i;
if (max_all/i_tmp <= 10 && max_all/i_tmp > 1)
{
scaleex = i_tmp;
stepvalue = max_all/i_tmp;
x_neg_stepvalue = -max_left/i_tmp;
y_neg_stepvalue = -max_up/i_tmp;
x_pos_stepvalue = max_right/i_tmp;
y_pos_stepvalue = max_down/i_tmp;
}
};
}
int scale_stepwidth = 0;
if (-max_left >= max_right && -max_left >= max_down && -max_left >= -max_up)
scale_stepwidth = (zeropoint.x-leftuppoint.x)/stepvalue;
else
if (max_right > -max_up && max_right > max_down)
scale_stepwidth = (rightuppoint.x-zeropoint.x)/stepvalue;
else
if (-max_up >= max_down)
scale_stepwidth = (zeropoint.y-leftuppoint.y)/stepvalue;
else
scale_stepwidth = (rightdownpoint.y-zeropoint.y)/stepvalue;
// Variablen für die Beschriftung
CString magnetization;
char step [11];
int deci, sign;
for (i = 1; i < x_pos_stepvalue; i++)
{
pDC->MoveTo(zeropoint.x+i*scale_stepwidth, zeropoint.y - a_r);
pDC->LineTo(zeropoint.x+i*scale_stepwidth, zeropoint.y + a_r);
if (x_neg_stepvalue <= x_pos_stepvalue)
{
if (x_pos_stepvalue < 4)
{
magnetization = ecvt(i*scaleex, 10, &deci,&sign);
if (deci <= 0)
{
magnetization.Insert(deci,"0.");
for (int n = 0; n < -deci; n++)
magnetization.Insert(2,'0');
magnetization = magnetization.Left(-deci+3);
}
else
magnetization = magnetization.Left(deci);
//itoa (i*scaleex, step, 10);
//magnetization = step;
pDC->TextOut(zeropoint.x+i*scale_stepwidth, zeropoint.y + 5*p_r, magnetization, magnetization.GetLength());
}
else
if (x_pos_stepvalue < 7)
{
if (i/2.0 == 1 || i/2.0 == 2 || i/2.0 == 3)
{
magnetization = ecvt(i*scaleex, 10, &deci,&sign);
if (deci <= 0)
{
magnetization.Insert(deci,"0.");
for (int n = 0; n < -deci; n++)
magnetization.Insert(2,'0');
magnetization = magnetization.Left(-deci+3);
}
else
magnetization = magnetization.Left(deci);
//itoa (i*scaleex, step, 10);
//magnetization = step;
pDC->TextOut(zeropoint.x+i*scale_stepwidth, zeropoint.y + 5*p_r, magnetization, magnetization.GetLength());
}
}
else
{
if (i == 5 )
{
magnetization = ecvt(i*scaleex,10, &deci,&sign);
if (deci <= 0)
{
magnetization.Insert(deci,"0.");
for (int n = 0; n < -deci; n++)
magnetization.Insert(2,'0');
magnetization = magnetization.Left(-deci+3);
}
else
magnetization = magnetization.Left(deci);
//itoa (i*scaleex, step, 10);
//magnetization = step;
pDC->TextOut(zeropoint.x+i*scale_stepwidth, zeropoint.y + 5*p_r, magnetization, magnetization.GetLength());
}
}
}
};
for (i = 1; i < y_pos_stepvalue; i++)
{
pDC->MoveTo(zeropoint.x - a_r, zeropoint.y+i*scale_stepwidth);
pDC->LineTo(zeropoint.x + a_r, zeropoint.y+i*scale_stepwidth);
};
for (i = 1; i < x_neg_stepvalue; i++)
{
pDC->MoveTo(zeropoint.x-i*scale_stepwidth, zeropoint.y - a_r);
pDC->LineTo(zeropoint.x-i*scale_stepwidth, zeropoint.y + a_r);
if (x_neg_stepvalue > x_pos_stepvalue)
{
if (x_pos_stepvalue < 4)
{
magnetization = ecvt(i*scaleex,10, &deci,&sign);
if (deci <= 0)
{
magnetization.Insert(deci,"0.");
for (int n = 0; n < -deci; n++)
magnetization.Insert(2,'0');
magnetization = magnetization.Left(-deci+3);
}
else
magnetization = magnetization.Left(deci);
//itoa (i*scaleex, step, 10);
//magnetization = step;
magnetization.Insert(0,'-');
pDC->TextOut(zeropoint.x-i*scale_stepwidth, zeropoint.y + 5*p_r, magnetization, magnetization.GetLength());
}
else
if (x_pos_stepvalue < 7)
{
if (i/2.0 == 1 || i/2.0 == 2 || i/2.0 == 3)
{
magnetization = ecvt(i*scaleex,10, &deci,&sign);
if (deci <= 0)
{
magnetization.Insert(deci,"0.");
for (int n = 0; n < -deci; n++)
magnetization.Insert(2,'0');
magnetization = magnetization.Left(-deci+3);
}
else
magnetization = magnetization.Left(deci);
//itoa (i*scaleex, step, 10);
//magnetization = step;
magnetization.Insert(0,'-');
pDC->TextOut(zeropoint.x-i*scale_stepwidth, zeropoint.y + 5*p_r, magnetization, magnetization.GetLength());
}
}
else
{
if (i == 5 )
{
magnetization = ecvt(i*scaleex,10, &deci,&sign);
if (deci <= 0)
{
magnetization.Insert(deci,"0.");
for (int n = 0; n < -deci; n++)
magnetization.Insert(2,'0');
magnetization = magnetization.Left(-deci+3);
}
else
magnetization = magnetization.Left(deci);
//itoa (i*scaleex, step, 10);
//magnetization = step;
magnetization.Insert(0,'-');
pDC->TextOut(zeropoint.x-i*scale_stepwidth, zeropoint.y + 5*p_r, magnetization, magnetization.GetLength());