private void btnRename_Click(object sender, EventArgs e)
{
string folder = @"C:\Users\Jinjianchao\Desktop\0808";
string zdatfolder = @"C:\Users\Jinjianchao\Desktop\0808\zdat";
string datfolder = @"C:\Users\Jinjianchao\Desktop\0808\dat";
List <string> fileList = new List <string>();
FileHelper.GetFiles(folder, "*.dat", false, ref fileList);
int row = 0;
int col = 0;
fileList.ForEach((item) =>
{
string datFile = Path.Combine(datfolder, $"{row}_{col}.dat");
File.Copy(item, datFile);
CalibrationHelper calibrationHelper = new CalibrationHelper(1, 1, 192, 108);
string zdatFile = Path.Combine(zdatfolder, $"{row}_{col}.zdat");
calibrationHelper.ToZDat(item, zdatFile, SFTHelper.Enums.EnumCALTarget.Module);
col++;
if ((col + 1) % 11 == 0)
{
col = 0;
row++;
}
});
}
private void btnBatchConvert_Click(object sender, EventArgs e)
{
string folder = @"C:\Users\Jinjianchao\Desktop\0808";
string zdatfolder = @"C:\Users\Jinjianchao\Desktop\0808\zdat";
string datfolder = @"C:\Users\Jinjianchao\Desktop\0808\dat";
string sdatfolder = @"C:\Users\Jinjianchao\Desktop\0808\sdat";
List <string> fileList = new List <string>();
FileHelper.GetFiles(folder, "*.dat", false, ref fileList);
fileList.ForEach((item) =>
{
CalibrationHelper calibrationHelper = new CalibrationHelper(1, 1, 192, 108);
string fileName = Path.GetFileNameWithoutExtension(item);
string zname = $"{fileName}.zdat";
string sname = $"{fileName}.sdat";
string dname = $"{fileName}.dat";
string zfile = Path.Combine(zdatfolder, zname);
string dfile = Path.Combine(datfolder, dname);
string sfile = Path.Combine(sdatfolder, sname);
calibrationHelper.ToZDat(item, zfile, SFTHelper.Enums.EnumCALTarget.Module);
calibrationHelper.ToSDat(item, sfile, SFTHelper.Enums.EnumCALTarget.Module);
calibrationHelper.ToDat(item, dfile, SFTHelper.Enums.EnumCALTarget.Module);
});
}
private void btnMerge_Click(object sender, EventArgs e)
{
CalibrationHelper calibrationHelper = new CalibrationHelper(_moduleWidth, _moduleHeight, _modulePixelWith, _modulePixelHeight);
string[,] files = new string[_moduleHeight, _moduleWidth];
files[0, 0] = @"C:\Users\Jinjianchao\Desktop\0808\0_0.dat";
files[0, 1] = @"C:\Users\Jinjianchao\Desktop\0808\0_1.dat";
files[0, 2] = @"C:\Users\Jinjianchao\Desktop\0808\0_2.dat";
files[0, 3] = @"C:\Users\Jinjianchao\Desktop\0808\0_3.dat";
files[1, 0] = @"C:\Users\Jinjianchao\Desktop\0808\1_0.dat";
files[1, 1] = @"C:\Users\Jinjianchao\Desktop\0808\1_1.dat";
files[1, 2] = @"C:\Users\Jinjianchao\Desktop\0808\1_2.dat";
files[1, 3] = @"C:\Users\Jinjianchao\Desktop\0808\1_3.dat";
files[2, 0] = @"C:\Users\Jinjianchao\Desktop\0808\2_0.dat";
files[2, 1] = @"C:\Users\Jinjianchao\Desktop\0808\2_1.dat";
files[2, 2] = @"C:\Users\Jinjianchao\Desktop\0808\2_2.dat";
files[2, 3] = @"C:\Users\Jinjianchao\Desktop\0808\2_3.dat";
bool isOk = calibrationHelper.Merge(files, @"C:\Users\Jinjianchao\Desktop\0808\merge.sdat");
if (isOk == false)
{
MessageBox.Show("error");
}
}
public void SetTransformationMatrix_Positive()
{
ITransformation transfromationMock = Substitute.For <ITransformation>();
_asset = new CalibrationHelper(transfromationMock);
_asset.SetTransformationMatrix(1000, 500, _marksFromImage);
transfromationMock.Received().Initialize(Arg.Any <PointF[]>(), Arg.Any <PointF[]>());
}
private TimeSpan CalcFrameTime()
{
Int32 frames = TargetFrame - InitialAdvances;
Decimal npcRate = 1.0M / CalibrationHelper.ConvertToMillis(32, ConsoleType);
Int32 ms = (Int32)Math.Round((frames) / (TimerConstants.ENTRALINK_FRAMERATE + (NPCCount * npcRate))) * 1000 + FrameCalibration;
return(new TimeSpan(0, 0, 0, 0, ms));
}
public void CalibrateACPhaseTest()
{
using (var client = PcbTesterClient.Create(PortName, BaudRate))
{
client.Open();
WriteResult writeResult = CalibrationHelper.CalibratePhase(client, 65);
Assert.AreEqual(writeResult.Success, true);
}
}
private TimeSpan CalculateTarget()
{
if (targetFrame == -1)
{
return(TimerConstants.INFINITE_TIMESPAN);
}
else
{
return(new TimeSpan(0, 0, 0, 0, CalibrationHelper.ConvertToMillis(targetFrame, ConsoleType)));
}
}
private void btnSDatToZDat_Click(object sender, EventArgs e)
{
string fileIn = @"C:\Users\Jinjianchao\Desktop\0808\0_0.dat";
string fileOut = @"C:\Users\Jinjianchao\Desktop\0808\stoz.zdat";
CalibrationHelper calibrationHelper = new CalibrationHelper(_moduleWidth, _moduleHeight, _modulePixelWith, _modulePixelHeight);
bool isOk = calibrationHelper.ToZDat(fileIn, fileOut, SFTHelper.Enums.EnumCALTarget.Module);
if (isOk == false)
{
MessageBox.Show("error");
}
}
private void btnSplit_Click(object sender, EventArgs e)
{
CalibrationHelper calibrationHelper = new CalibrationHelper(_moduleWidth, _moduleHeight, _modulePixelWith, _modulePixelHeight);
string sz = @"C:\Users\Jinjianchao\Desktop\新建文件夹 (4)\新建文件夹\0.9(big).sdat";
string target = @"C:\Users\Jinjianchao\Desktop\新建文件夹 (4)\新建文件夹\split";
bool isOk = calibrationHelper.Divide(sz, target);
if (isOk == false)
{
MessageBox.Show("error");
}
}
private void btnConvertDatToSdat_Click(object sender, EventArgs e)
{
string fileIn = @"C:\Users\Jinjianchao\Desktop\新建文件夹 (4)\新建文件夹\0.9(big).dat";
string fileOut = @"C:\Users\Jinjianchao\Desktop\新建文件夹 (4)\新建文件夹\0.9(big).sdat";
CalibrationHelper calibrationHelper = new CalibrationHelper(_moduleWidth, _moduleHeight, _modulePixelWith, _modulePixelHeight);
bool isOk = calibrationHelper.ToSDat(fileIn, fileOut, SFTHelper.Enums.EnumCALTarget.Cabinet);
if (isOk == false)
{
MessageBox.Show("error");
}
}
private TimeSpan GetStage(Int32 stage)
{
switch (stage)
{
case 0:
return(new TimeSpan(0, 0, 0, 0, PretimerLength));
case 1:
return(new TimeSpan(0, 0, 0, 0, CalibrationHelper.ConvertToMillis(TargetFrame, ConsoleType) + Calibration));
default:
return(TimerConstants.NULL_TIMESPAN);
}
}
public void CalibrateACCurrentTest()
{
using (var client = PcbTesterClient.Create(PortName, BaudRate))
{
client.Open();
WriteResult writeResult = CalibrationHelper.CalibrateCurrent(client, 14.58m);
//Assert.AreEqual(writeResult.Success, true);
Assert.AreEqual(writeResult.Success, false);
Assert.AreEqual(writeResult.Error.ErrorCode, 615);
Assert.AreEqual(writeResult.Error.Message, "Calibrate AC Current Measurement");
Assert.AreEqual(writeResult.Error.ToString(), string.Format("(ERR615) {0}", Resources.ERR615));
}
}
protected override TimeSpan GetStage(Int32 stage)
{
switch (stage)
{
case 0:
var ts = new TimeSpan(0, 0, 0, 0, (Int32)base.GetStage(0).TotalMilliseconds - CalibrationHelper.ConvertToMillis(TargetDelay, ConsoleType));
while ((Int32)ts.TotalMilliseconds < MinimumLength)
{
ts = ts.Add(new TimeSpan(0, 1, 0));
}
return(ts);
case 1:
return(new TimeSpan(0, 0, 0, 0, (CalibrationHelper.ConvertToMillis(TargetDelay, ConsoleType) - Calibration)));
default:
return(TimerConstants.NULL_TIMESPAN);
}
}
public new virtual Int32 Calibrate(Int32 result)
{
//convert to millis
result = CalibrationHelper.ConvertToMillis(result, ConsoleType);
Int32 target = CalibrationHelper.ConvertToMillis(TargetDelay, ConsoleType);
Int32 offset = result - target;
if (Math.Abs(offset) <= TimerConstants.CLOSE_THRESHOLD)
{
offset = (Int32)(TimerConstants.CLOSE_UPDATE_FACTOR * offset);
}
else
{
offset *= (Int32)TimerConstants.UPDATE_FACTOR;
}
return(offset);
}
public void TestMethod3()
{
double r = 0.01D;
double[] bondPrices = Enumerable.Range(1, 6).Select(x => Math.Exp(-r * x)).ToArray();
double[] yearFractions = bondPrices.Select(x => 0.5).ToArray();
double swapRate = CalibrationHelper.GetForwardSwapRate(bondPrices, yearFractions);
using (var sw = new System.IO.StreamWriter("SwapRate.csv", false))
{
sw.WriteLine("bondPrice,yearFraction");
for (int i = 0; i < bondPrices.Length; ++i)
{
sw.WriteLine("{0},{1}", bondPrices[i], yearFractions[i]);
}
}
Console.WriteLine("");
Console.WriteLine("SwapRate={0}", swapRate);
}
public void TestMethod1()
{
DateTime baseDate = new DateTime(2015, 2, 1);
double divideInterval = 60;
int cashflowNumber = 6;
int resetIntervalMonths = 6;
for (int i = 0; i < cashflowNumber - 1; ++i)
{
DateTime[] exerciseDates;
Cashflow[] cashflows;
CalibrationHelper.GetSwaptionCondition(baseDate.AddMonths(resetIntervalMonths * (i + 1))
, resetIntervalMonths, cashflowNumber - i, out exerciseDates, out cashflows);
double[] divideIntervals = cashflows.Select(x => divideInterval).ToArray();
SimpleBermudanSwaption sbs = new SimpleBermudanSwaption();
sbs.DivideTimeIntervals(baseDate, exerciseDates, cashflows, divideIntervals);
sbs.OutputCsvExerciseDates(string.Format("BermudanSwaptionExerciseDates{0}.csv", i));
sbs.OutputCsvCashflows(string.Format("BermudanSwaptionCashflows{0}.csv", i));
sbs.OutputCsvTimeIntervals(string.Format("BermudanSwaptionTimeIntervals{0}.csv", i));
}
}
public override bool FinishedLaunching(UIApplication application, NSDictionary launchOptions)
{
#if DEBUG
Console.WriteLine($"PK - Realm file location: {PKRealm.Path}");
#endif
Window = new UIWindow( );
Window.MakeKeyAndVisible( );
if (CalibrationHelper.DeviceIsCalibrated( ))
{
// Navgiate to Home Screen
Window.RootViewController = new LightNavigationController(rootViewController: new HomeController( ));
}
else
{
// Navigate to Calibration OnBoarding
Window.RootViewController = new LightNavigationController(rootViewController: new CalibrateOnBoardingController( ));
}
ApplyGlobalStyling( );
return(true);
}
private void InitPage()
{
// Localize and fill possible values
lblLanguage.Text = RootLang.dlgPreferences_LabelLanguages;
cmbLanguage.Items.Clear();
foreach (KeyValuePair <string, string> lang in LanguageManager.Languages)
{
cmbLanguage.Items.Add(new LanguageIdentifier(lang.Key, lang.Value));
}
lblHistoryCount.Text = RootLang.dlgPreferences_LabelHistoryCount;
// Combo TimeCodeFormats (MUST be filled in the order of the enum, see PreferencesManager.TimeCodeFormat)
lblTimeMarkersFormat.Text = RootLang.dlgPreferences_LabelTimeFormat + " :";
cmbTimeCodeFormat.Items.Add(RootLang.TimeCodeFormat_Classic);
cmbTimeCodeFormat.Items.Add(RootLang.TimeCodeFormat_Frames);
cmbTimeCodeFormat.Items.Add(RootLang.TimeCodeFormat_Milliseconds);
cmbTimeCodeFormat.Items.Add(RootLang.TimeCodeFormat_TenThousandthOfHours);
cmbTimeCodeFormat.Items.Add(RootLang.TimeCodeFormat_HundredthOfMinutes);
cmbTimeCodeFormat.Items.Add(RootLang.TimeCodeFormat_TimeAndFrames);
//cmbTimeCodeFormat.Items.Add(RootLang.TimeCodeFormat_Timestamps); // Debug purposes.
// Combo Speed units (MUST be filled in the order of the enum)
lblSpeedUnit.Text = RootLang.dlgPreferences_LabelSpeedUnit;
cmbSpeedUnit.Items.Add(String.Format(RootLang.dlgPreferences_Speed_MetersPerSecond, CalibrationHelper.GetSpeedAbbreviationFromUnit(SpeedUnits.MetersPerSecond)));
cmbSpeedUnit.Items.Add(String.Format(RootLang.dlgPreferences_Speed_KilometersPerHour, CalibrationHelper.GetSpeedAbbreviationFromUnit(SpeedUnits.KilometersPerHour)));
cmbSpeedUnit.Items.Add(String.Format(RootLang.dlgPreferences_Speed_FeetPerSecond, CalibrationHelper.GetSpeedAbbreviationFromUnit(SpeedUnits.FeetPerSecond)));
cmbSpeedUnit.Items.Add(String.Format(RootLang.dlgPreferences_Speed_MilesPerHour, CalibrationHelper.GetSpeedAbbreviationFromUnit(SpeedUnits.MilesPerHour)));
//cmbSpeedUnit.Items.Add(RootLang.dlgPreferences_Speed_Knots); // Is this useful at all ?
// Combo Image Aspect Ratios (MUST be filled in the order of the enum)
lblImageFormat.Text = RootLang.dlgPreferences_LabelImageFormat;
cmbImageFormats.Items.Add(RootLang.dlgPreferences_FormatAuto);
cmbImageFormats.Items.Add(RootLang.dlgPreferences_Format43);
cmbImageFormats.Items.Add(RootLang.dlgPreferences_Format169);
// Fill current values
SelectCurrentLanguage();
cmbHistoryCount.SelectedIndex = m_iFilesToSave;
SelectCurrentTimecodeFormat();
SelectCurrentSpeedUnit();
SelectCurrentImageFormat();
}
public void TestMethod2()
{
DateTime baseDate = new DateTime(2015, 2, 1);
double divideInterval = 30;
double r = 0.01;
/// キャリブレーション用ツリーによるヨーロピアンスワップション評価オブジェクトの用意
int cashflowNumber = 1;
int resetIntervalMonths = 6;
SimpleBermudanSwaption[] sbss = new SimpleBermudanSwaption[cashflowNumber];
for (int i = 1; i <= cashflowNumber; ++i)
{
DateTime[] exerciseDates;
Cashflow[] cashflows;
CalibrationHelper.GetSwaptionCondition(baseDate.AddMonths(resetIntervalMonths * i)
, resetIntervalMonths, cashflowNumber - i + 1, out exerciseDates, out cashflows);
/// スワップレートの設定
List <double> bondPricesAtCashflowDates = cashflows.Select(x => Math.Exp(-r * (x.ResetDate - baseDate).Days / 365D)).ToList();
bondPricesAtCashflowDates.Add(Math.Exp(-r * (cashflows.Last().SettlementDate - baseDate).Days / 365D));
double[] bondPricesForSwapRate = bondPricesAtCashflowDates.ToArray();
double[] yearFractionsForSwapRate = bondPricesForSwapRate.Select(x => resetIntervalMonths / 12D).ToArray();
double swapRate = CalibrationHelper.GetForwardSwapRate(bondPricesForSwapRate, yearFractionsForSwapRate);
Console.WriteLine("SwapRate={0}", swapRate);
foreach (Cashflow cf in cashflows)
{
cf.SwapRate = swapRate;
}
/// スワップションオブジェクトの生成
double[] divideIntervals = cashflows.Select(x => divideInterval).ToArray();
divideIntervals[0] /= 3;
SimpleBermudanSwaption sbs = new SimpleBermudanSwaption();
sbs.DivideTimeIntervals(baseDate, exerciseDates, cashflows, divideIntervals);
double[] times = sbs.GetTreeTimes();
double[] bondPrices = times.Select(x => Math.Exp(-r * x)).ToArray();
sbs.SetBondPrices(bondPrices);
sbs.SetPayerOrReceiver(true);
sbss[i - 1] = sbs;
}
/// ダミーの市場価格
/// 本当はボラから計算する必要がある。
double[] PVs = sbss.Select(x => 0.01D).ToArray();
double a, sigma;
a = 0.005;
sigma = 0.01;
// a, sigmaでcalibration
//CalibrationHelper.CalibrateToSwaptionValues(PVs, sbss, 0, 0.2D, out a, out sigma);
/// sigmaのみでcalibration
CalibrationHelper.CalibrateToSwaptionValues(PVs, sbss, a, sigma, out sigma);
Console.WriteLine("a={0}, sigma={1}", a, sigma);
for (int i = 0; i < sbss.Length; ++i)
{
sbss[i].OutputCsvCashflows(string.Format("ESwaptionCashflow{0}.csv", i));
sbss[i].OutputCsvExerciseDates(string.Format("ESwaptionExerciseDates{0}.csv", i));
Console.WriteLine("{0}, Input : {1}, Fitted : {2}", i, PVs[i], sbss[i]._Tree._TreeNodes[0][0].ContingentClaimValue);
}
/// 目的関数のsigma依存性を見る
CalibrationHelper.OutputCsvCalibrationObjectiveValues("Js.csv", PVs, sbss
, Enumerable.Range(1, 100).Select(x => 0.01D * x).ToArray()
, Enumerable.Range(1, 100).Select(x => 0.01D * x).ToArray());
}
public new virtual Int32 Calibrate(Int32 result)
{
Decimal npcRate = 1.0M / CalibrationHelper.ConvertToMillis(32, ConsoleType);
return((Int32)Math.Round((TargetFrame - result) / (TimerConstants.ENTRALINK_FRAMERATE + (NPCCount * npcRate))) * 1000);
}
internal static global::System.Runtime.InteropServices.HandleRef getCPtr(CalibrationHelper obj)
{
return((obj == null) ? new global::System.Runtime.InteropServices.HandleRef(null, global::System.IntPtr.Zero) : obj.swigCPtr);
}
private void InitPages()
{
this.Size = new Size(608, 356);
// Culture
this.Text = " " + RootLang.dlgPreferences_Title;
btnGeneral.Text = RootLang.dlgPreferences_ButtonGeneral;
grpGeneral.Text = RootLang.dlgPreferences_ButtonGeneral;
lblLanguage.Text = RootLang.dlgPreferences_LabelLanguages;
cmbLanguage.Items.Clear();
// Order : Native Alphabetical.
// Deutsh, Greek, English, Español, Français, Italiano, Nederlands, Norsk, Polski, Portuges, Romana, Suomi, chinese.
cmbLanguage.Items.Add(new LanguageIdentifier("de", PreferencesManager.LanguageGerman));
cmbLanguage.Items.Add(new LanguageIdentifier("el", PreferencesManager.LanguageGreek));
cmbLanguage.Items.Add(new LanguageIdentifier("en", PreferencesManager.LanguageEnglish));
cmbLanguage.Items.Add(new LanguageIdentifier("es", PreferencesManager.LanguageSpanish));
cmbLanguage.Items.Add(new LanguageIdentifier("fr", PreferencesManager.LanguageFrench));
cmbLanguage.Items.Add(new LanguageIdentifier("it", PreferencesManager.LanguageItalian));
cmbLanguage.Items.Add(new LanguageIdentifier("nl", PreferencesManager.LanguageDutch));
cmbLanguage.Items.Add(new LanguageIdentifier("no", PreferencesManager.LanguageNorwegian));
cmbLanguage.Items.Add(new LanguageIdentifier("pl", PreferencesManager.LanguagePolish));
cmbLanguage.Items.Add(new LanguageIdentifier("pt", PreferencesManager.LanguagePortuguese));
cmbLanguage.Items.Add(new LanguageIdentifier("ro", PreferencesManager.LanguageRomanian));
cmbLanguage.Items.Add(new LanguageIdentifier("fi", PreferencesManager.LanguageFinnish));
cmbLanguage.Items.Add(new LanguageIdentifier("tr", PreferencesManager.LanguageTurkish));
cmbLanguage.Items.Add(new LanguageIdentifier("zh-CHS", PreferencesManager.LanguageChinese));
lblHistoryCount.Text = RootLang.dlgPreferences_LabelHistoryCount;
// Combo TimeCodeFormats (MUST be filled in the order of the enum)
lblTimeMarkersFormat.Text = RootLang.dlgPreferences_LabelTimeFormat + " :";
cmbTimeCodeFormat.Items.Add(RootLang.TimeCodeFormat_Classic);
cmbTimeCodeFormat.Items.Add(RootLang.TimeCodeFormat_Frames);
cmbTimeCodeFormat.Items.Add(RootLang.TimeCodeFormat_TenThousandthOfHours);
cmbTimeCodeFormat.Items.Add(RootLang.TimeCodeFormat_HundredthOfMinutes);
cmbTimeCodeFormat.Items.Add(RootLang.TimeCodeFormat_TimeAndFrames);
//cmbTimeCodeFormat.Items.Add(RootLang.TimeCodeFormat_Timestamps); // Debug purposes.
// Combo Speed units (MUST be filled in the order of the enum)
lblSpeedUnit.Text = RootLang.dlgPreferences_LabelSpeedUnit;
cmbSpeedUnit.Items.Add(String.Format(RootLang.dlgPreferences_Speed_MetersPerSecond, CalibrationHelper.GetSpeedAbbreviationFromUnit(SpeedUnits.MetersPerSecond)));
cmbSpeedUnit.Items.Add(String.Format(RootLang.dlgPreferences_Speed_KilometersPerHour, CalibrationHelper.GetSpeedAbbreviationFromUnit(SpeedUnits.KilometersPerHour)));
cmbSpeedUnit.Items.Add(String.Format(RootLang.dlgPreferences_Speed_FeetPerSecond, CalibrationHelper.GetSpeedAbbreviationFromUnit(SpeedUnits.FeetPerSecond)));
cmbSpeedUnit.Items.Add(String.Format(RootLang.dlgPreferences_Speed_MilesPerHour, CalibrationHelper.GetSpeedAbbreviationFromUnit(SpeedUnits.MilesPerHour)));
//cmbSpeedUnit.Items.Add(RootLang.dlgPreferences_Speed_Knots); // Is this useful at all ?
// Combo Image Aspect Ratios (MUST be filled in the order of the enum)
lblImageFormat.Text = RootLang.dlgPreferences_LabelImageFormat;
cmbImageFormats.Items.Add(RootLang.dlgPreferences_FormatAuto);
cmbImageFormats.Items.Add(RootLang.dlgPreferences_Format43);
cmbImageFormats.Items.Add(RootLang.dlgPreferences_Format169);
chkDeinterlace.Text = RootLang.dlgPreferences_DeinterlaceByDefault;
// Playback page.
btnPlayAnalyze.Text = RootLang.dlgPreferences_ButtonPlayAnalyze;
grpColors.Text = RootLang.dlgPreferences_GroupColors;
lblGrid.Text = RootLang.dlgPreferences_LabelGrid;
lblPlane3D.Text = RootLang.dlgPreferences_LabelPlane3D;
grpSwitchToAnalysis.Text = RootLang.dlgPreferences_GroupAnalysisMode;
lblWorkingZoneLogic.Text = RootLang.dlgPreferences_LabelLogic;
// Drawings page.
btnDrawings.Text = RootLang.dlgPreferences_btnDrawings;
grpDrawingsFading.Text = RootLang.dlgPreferences_grpPersistence;
chkEnablePersistence.Text = RootLang.dlgPreferences_chkEnablePersistence;
chkDrawOnPlay.Text = RootLang.dlgPreferences_chkDrawOnPlay;
chkAlwaysVisible.Text = RootLang.dlgPreferences_chkAlwaysVisible;
btnSave.Text = RootLang.Generic_Save;
btnCancel.Text = RootLang.Generic_Cancel;
// Set up the controls with current prefs values.
SelectCurrentLanguage();
SelectCurrentTimecodeFormat();
SelectCurrentSpeedUnit();
SelectCurrentImageFormat();
chkDeinterlace.Checked = m_bDeinterlaceByDefault;
cmbHistoryCount.SelectedIndex = m_iFilesToSave;
btnGridColor.BackColor = m_GridColor;
btn3DPlaneColor.BackColor = m_Plane3DColor;
FixColors();
trkWorkingZoneSeconds.Value = m_iWorkingZoneSeconds;
trkWorkingZoneMemory.Value = m_iWorkingZoneMemory;
lblWorkingZoneSeconds.Text = String.Format(RootLang.dlgPreferences_LabelWorkingZoneSeconds, trkWorkingZoneSeconds.Value);
lblWorkingZoneMemory.Text = String.Format(RootLang.dlgPreferences_LabelWorkingZoneMemory, trkWorkingZoneMemory.Value);
chkEnablePersistence.Checked = m_DefaultFading.Enabled;
trkFading.Value = m_DefaultFading.FadingFrames;
chkAlwaysVisible.Checked = m_DefaultFading.AlwaysVisible;
EnableDisableFadingOptions();
chkDrawOnPlay.Checked = m_bDrawOnPlay;
lblFading.Text = String.Format(RootLang.dlgPreferences_lblFading, trkFading.Value);
ShowPage(Pages.General);
PositionAllPages();
}
internal static global::System.Runtime.InteropServices.HandleRef getCPtr(CalibrationHelper obj) {
return (obj == null) ? new global::System.Runtime.InteropServices.HandleRef(null, global::System.IntPtr.Zero) : obj.swigCPtr;
}
public Int32 Calibrate(Int32 result)
{
return(CalibrationHelper.ConvertToMillis((TargetFrame - result), ConsoleType));
}
public void InitTests()
{
_asset = new CalibrationHelper();
}
