private void FormPerioGraphic_Load(object sender, EventArgs e)
{
//ComputerPref localComputerPrefs=ComputerPrefs.GetForLocalComputer();
toothChart.DeviceFormat = new ToothChartDirectX.DirectXDeviceFormat(ComputerPrefs.LocalComputer.DirectXFormat); //Must be set before draw mode
toothChart.DrawMode = DrawingMode.DirectX;
toothChart.SetToothNumberingNomenclature((ToothNumberingNomenclature)PrefC.GetInt(PrefName.UseInternationalToothNumbers));
toothChart.ColorBackground = Color.White;
toothChart.ColorText = Color.Black;
try {
toothChart.PerioMode = true;
}
catch (Exception ex) {
MsgBox.Show(this, ex.Message);
DialogResult = DialogResult.Abort;
Close();
return;
}
List <Def> listDefs = Defs.GetDefsForCategory(DefCat.MiscColors, true);
toothChart.ColorBleeding = listDefs[1].ItemColor;
toothChart.ColorSuppuration = listDefs[2].ItemColor;
toothChart.ColorProbing = PrefC.GetColor(PrefName.PerioColorProbing);
toothChart.ColorProbingRed = PrefC.GetColor(PrefName.PerioColorProbingRed);
toothChart.ColorGingivalMargin = PrefC.GetColor(PrefName.PerioColorGM);
toothChart.ColorCAL = PrefC.GetColor(PrefName.PerioColorCAL);
toothChart.ColorMGJ = PrefC.GetColor(PrefName.PerioColorMGJ);
toothChart.ColorFurcations = PrefC.GetColor(PrefName.PerioColorFurcations);
toothChart.ColorFurcationsRed = PrefC.GetColor(PrefName.PerioColorFurcationsRed);
toothChart.RedLimitProbing = PrefC.GetInt(PrefName.PerioRedProb);
toothChart.RedLimitFurcations = PrefC.GetInt(PrefName.PerioRedFurc);
List <PerioMeasure> listMeas = PerioMeasures.GetAllForExam(_perioExamCur.PerioExamNum);
//compute CAL's for each site. If a CAL is valid, pass it in.
PerioMeasure measureProbe;
PerioMeasure measureGM;
int gm;
int pd;
int calMB;
int calB;
int calDB;
int calML;
int calL;
int calDL;
for (int t = 1; t <= 32; t++)
{
measureProbe = null;
measureGM = null;
for (int i = 0; i < listMeas.Count; i++)
{
if (listMeas[i].IntTooth != t)
{
continue;
}
if (listMeas[i].SequenceType == PerioSequenceType.Probing)
{
measureProbe = listMeas[i];
}
if (listMeas[i].SequenceType == PerioSequenceType.GingMargin)
{
measureGM = listMeas[i];
}
}
if (measureProbe == null || measureGM == null)
{
continue; //to the next tooth
}
//mb
calMB = -1;
gm = measureGM.MBvalue; //MBvalue must stay over 100 for hyperplasia, because that's how we're storing it in ToothChartData.ListPerioMeasure.
if (gm > 100) //hyperplasia
{
gm = 100 - gm; //e.g. 100-103=-3
}
pd = measureProbe.MBvalue;
if (measureGM.MBvalue != -1 && pd != -1)
{
calMB = gm + pd;
if (calMB < 0)
{
calMB = 0; //CALs can't be negative
}
}
//B
calB = -1;
gm = measureGM.Bvalue;
if (gm > 100) //hyperplasia
{
gm = 100 - gm; //e.g. 100-103=-3
}
pd = measureProbe.Bvalue;
if (measureGM.Bvalue != -1 && pd != -1)
{
calB = gm + pd;
if (calB < 0)
{
calB = 0;
}
}
//DB
calDB = -1;
gm = measureGM.DBvalue;
if (gm > 100) //hyperplasia
{
gm = 100 - gm; //e.g. 100-103=-3
}
pd = measureProbe.DBvalue;
if (measureGM.DBvalue != -1 && pd != -1)
{
calDB = gm + pd;
if (calDB < 0)
{
calDB = 0;
}
}
//ML
calML = -1;
gm = measureGM.MLvalue;
if (gm > 100) //hyperplasia
{
gm = 100 - gm; //e.g. 100-103=-3
}
pd = measureProbe.MLvalue;
if (measureGM.MLvalue != -1 && pd != -1)
{
calML = gm + pd;
if (calML < 0)
{
calML = 0;
}
}
//L
calL = -1;
gm = measureGM.Lvalue;
if (gm > 100) //hyperplasia
{
gm = 100 - gm; //e.g. 100-103=-3
}
pd = measureProbe.Lvalue;
if (measureGM.Lvalue != -1 && pd != -1)
{
calL = gm + pd;
if (calL < 0)
{
calL = 0;
}
}
//DL
calDL = -1;
gm = measureGM.DLvalue;
if (gm > 100) //hyperplasia
{
gm = 100 - gm; //e.g. 100-103=-3
}
pd = measureProbe.DLvalue;
if (measureGM.DLvalue != -1 && pd != -1)
{
calDL = gm + pd;
if (calDL < 0)
{
calDL = 0;
}
}
if (calMB != -1 || calB != -1 || calDB != -1 || calML != -1 || calL != -1 || calDL != -1)
{
toothChart.AddPerioMeasure(t, PerioSequenceType.CAL, calMB, calB, calDB, calML, calL, calDL);
}
}
for (int i = 0; i < listMeas.Count; i++)
{
if (listMeas[i].SequenceType == PerioSequenceType.SkipTooth)
{
toothChart.SetMissing(listMeas[i].IntTooth.ToString());
}
else if (listMeas[i].SequenceType == PerioSequenceType.Mobility)
{
int mob = listMeas[i].ToothValue;
Color color = Color.Black;
if (mob >= PrefC.GetInt(PrefName.PerioRedMob))
{
color = Color.Red;
}
if (mob != -1) //-1 represents no measurement taken.
{
toothChart.SetMobility(listMeas[i].IntTooth.ToString(), mob.ToString(), color);
}
}
else
{
toothChart.AddPerioMeasure(listMeas[i]);
}
}
for (int i = 0; i < _toothChartData.ListToothGraphics.Count; i++)
{
if (!_toothChartData.ListToothGraphics[i].IsImplant) //Only care about implants currently.
{
continue;
}
for (int j = 0; j < toothChart.TcData.ListToothGraphics.Count; j++)
{
if (toothChart.TcData.ListToothGraphics[j].ToothID == _toothChartData.ListToothGraphics[i].ToothID)
{
toothChart.TcData.ListToothGraphics[j] = _toothChartData.ListToothGraphics[i].Copy(toothChart.TcData.ListToothGraphics[j]);
if (_toothChartData.ListToothGraphics[i].IsCrown)
{
toothChart.SetCrown(toothChart.TcData.ListToothGraphics[j].ToothID, _toothChartData.ListToothGraphics[i].colorImplant);
}
break;
}
}
}
}
//public List<PerioMeasure> ListPerioMeasures;
public FormPerioGraphical(PerioExam perioExam, Patient patient)
{
PerioExamCur = perioExam;
PatCur = patient;
InitializeComponent();
//ComputerPref localComputerPrefs=ComputerPrefs.GetForLocalComputer();
toothChart.DeviceFormat = new ToothChartDirectX.DirectXDeviceFormat(ComputerPrefs.LocalComputer.DirectXFormat); //Must be set before draw mode
toothChart.DrawMode = DrawingMode.DirectX;
toothChart.SetToothNumberingNomenclature((ToothNumberingNomenclature)PrefC.GetInt(PrefName.UseInternationalToothNumbers));
toothChart.ColorBackground = Color.White;
toothChart.ColorText = Color.Black;
toothChart.PerioMode = true;
toothChart.ColorBleeding = DefC.Short[(int)DefCat.MiscColors][1].ItemColor;
toothChart.ColorSuppuration = DefC.Short[(int)DefCat.MiscColors][2].ItemColor;
toothChart.ColorProbing = PrefC.GetColor(PrefName.PerioColorProbing);
toothChart.ColorProbingRed = PrefC.GetColor(PrefName.PerioColorProbingRed);
toothChart.ColorGingivalMargin = PrefC.GetColor(PrefName.PerioColorGM);
toothChart.ColorCAL = PrefC.GetColor(PrefName.PerioColorCAL);
toothChart.ColorMGJ = PrefC.GetColor(PrefName.PerioColorMGJ);
toothChart.ColorFurcations = PrefC.GetColor(PrefName.PerioColorFurcations);
toothChart.ColorFurcationsRed = PrefC.GetColor(PrefName.PerioColorFurcationsRed);
toothChart.RedLimitProbing = PrefC.GetInt(PrefName.PerioRedProb);
toothChart.RedLimitFurcations = PrefC.GetInt(PrefName.PerioRedFurc);
List <PerioMeasure> listMeas = PerioMeasures.GetAllForExam(PerioExamCur.PerioExamNum);
//compute CAL's for each site. If a CAL is valid, pass it in.
PerioMeasure measureProbe;
PerioMeasure measureGM;
int gm;
int pd;
int calMB;
int calB;
int calDB;
int calML;
int calL;
int calDL;
for (int t = 1; t <= 32; t++)
{
measureProbe = null;
measureGM = null;
for (int i = 0; i < listMeas.Count; i++)
{
if (listMeas[i].IntTooth != t)
{
continue;
}
if (listMeas[i].SequenceType == PerioSequenceType.Probing)
{
measureProbe = listMeas[i];
}
if (listMeas[i].SequenceType == PerioSequenceType.GingMargin)
{
measureGM = listMeas[i];
}
}
if (measureProbe == null || measureGM == null)
{
continue; //to the next tooth
}
//mb
calMB = -1;
gm = measureGM.MBvalue; //MBvalue must stay over 100 for hyperplasia, because that's how we're storing it in ToothChartData.ListPerioMeasure.
if (gm > 100) //hyperplasia
{
gm = 100 - gm; //e.g. 100-103=-3
}
pd = measureProbe.MBvalue;
if (measureGM.MBvalue != -1 && pd != -1)
{
calMB = gm + pd;
if (calMB < 0)
{
calMB = 0; //CALs can't be negative
}
}
//B
calB = -1;
gm = measureGM.Bvalue;
if (gm > 100) //hyperplasia
{
gm = 100 - gm; //e.g. 100-103=-3
}
pd = measureProbe.Bvalue;
if (measureGM.Bvalue != -1 && pd != -1)
{
calB = gm + pd;
if (calB < 0)
{
calB = 0;
}
}
//DB
calDB = -1;
gm = measureGM.DBvalue;
if (gm > 100) //hyperplasia
{
gm = 100 - gm; //e.g. 100-103=-3
}
pd = measureProbe.DBvalue;
if (measureGM.DBvalue != -1 && pd != -1)
{
calDB = gm + pd;
if (calDB < 0)
{
calDB = 0;
}
}
//ML
calML = -1;
gm = measureGM.MLvalue;
if (gm > 100) //hyperplasia
{
gm = 100 - gm; //e.g. 100-103=-3
}
pd = measureProbe.MLvalue;
if (measureGM.MLvalue != -1 && pd != -1)
{
calML = gm + pd;
if (calML < 0)
{
calML = 0;
}
}
//L
calL = -1;
gm = measureGM.Lvalue;
if (gm > 100) //hyperplasia
{
gm = 100 - gm; //e.g. 100-103=-3
}
pd = measureProbe.Lvalue;
if (measureGM.Lvalue != -1 && pd != -1)
{
calL = gm + pd;
if (calL < 0)
{
calL = 0;
}
}
//DL
calDL = -1;
gm = measureGM.DLvalue;
if (gm > 100) //hyperplasia
{
gm = 100 - gm; //e.g. 100-103=-3
}
pd = measureProbe.DLvalue;
if (measureGM.DLvalue != -1 && pd != -1)
{
calDL = gm + pd;
if (calDL < 0)
{
calDL = 0;
}
}
if (calMB != -1 || calB != -1 || calDB != -1 || calML != -1 || calL != -1 || calDL != -1)
{
toothChart.AddPerioMeasure(t, PerioSequenceType.CAL, calMB, calB, calDB, calML, calL, calDL);
}
}
for (int i = 0; i < listMeas.Count; i++)
{
if (listMeas[i].SequenceType == PerioSequenceType.SkipTooth)
{
toothChart.SetMissing(listMeas[i].IntTooth.ToString());
}
else if (listMeas[i].SequenceType == PerioSequenceType.Mobility)
{
int mob = listMeas[i].ToothValue;
Color color = Color.Black;
if (mob >= PrefC.GetInt(PrefName.PerioRedMob))
{
color = Color.Red;
}
toothChart.SetMobility(listMeas[i].IntTooth.ToString(), mob.ToString(), color);
}
else
{
toothChart.AddPerioMeasure(listMeas[i]);
}
}
/*
* toothChart.SetMissing("13");
* toothChart.SetMissing("14");
* toothChart.SetMissing("18");
* toothChart.SetMissing("25");
* toothChart.SetMissing("26");
* toothChart.SetImplant("14",Color.Gray);
* //Movements are too low of a priority to test right now. We might not even want to implement them.
* //toothChart.MoveTooth("4",0,0,0,0,-5,0);
* //toothChart.MoveTooth("16",0,20,0,-3,0,0);
* //toothChart.MoveTooth("24",15,2,0,0,0,0);
* toothChart.SetMobility("2","3",Color.Red);
* toothChart.SetMobility("7","2",Color.Red);
* toothChart.SetMobility("8","2",Color.Red);
* toothChart.SetMobility("9","2",Color.Red);
* toothChart.SetMobility("10","2",Color.Red);
* toothChart.SetMobility("16","3",Color.Red);
* toothChart.SetMobility("24","2",Color.Red);
* toothChart.SetMobility("31","3",Color.Red);
* toothChart.AddPerioMeasure(1,PerioSequenceType.Furcation,-1,2,-1,1,-1,-1);
* toothChart.AddPerioMeasure(2,PerioSequenceType.Furcation,-1,2,-1,1,-1,-1);
* toothChart.AddPerioMeasure(3,PerioSequenceType.Furcation,-1,2,-1,1,-1,-1);
* toothChart.AddPerioMeasure(5,PerioSequenceType.Furcation,1,-1,-1,-1,-1,-1);
* toothChart.AddPerioMeasure(30,PerioSequenceType.Furcation,-1,-1,-1,-1,3,-1);
* for(int i=1;i<=32;i++) {
* //string tooth_id=i.ToString();
* //bleeding and suppuration on all MB sites
* //bleeding only all DL sites
* //suppuration only all B sites
* //blood=1, suppuration=2, both=3
* toothChart.AddPerioMeasure(i,PerioSequenceType.Bleeding, 3,2,-1,-1,-1,1);
* toothChart.AddPerioMeasure(i,PerioSequenceType.GingMargin,0,1,1,1,0,0);
* toothChart.AddPerioMeasure(i,PerioSequenceType.Probing, 3,2,3,4,2,3);
* toothChart.AddPerioMeasure(i,PerioSequenceType.CAL, 3,3,4,5,2,3);//basically GingMargin+Probing, unless one of them is -1
* toothChart.AddPerioMeasure(i,PerioSequenceType.MGJ, 5,5,5,6,6,6);
* }*/
}