private void OnOK(object sender, EventArgs e)
{
double d;
int n;
bool err = false;
//try { d = Convert.ToDouble(textPtnGap.Text); }
//catch (Exception) { d = 2000; }
d = LengthString.ToDouble(textPtnGap.Text, 2000);
n = (int)(d * 10000);
PatternGap = n;
if (PatternGap != n)
{
textPtnGap.BackColor = MbeColors.ColorInputErr;
err = true;
}
try { n = Convert.ToInt32(textErrChkLimit.Text); }
catch (Exception) { n = 100; }
ErrorChkLimit = n;
if (ErrorChkLimit != n)
{
textErrChkLimit.BackColor = MbeColors.ColorInputErr;
err = true;
}
if (err)
{
return;
}
DialogResult = DialogResult.OK;
}
private bool CheckInputValue()
{
double val;
int nVal;
bool err = false;
val = LengthString.ToDouble(textBoxX.Text, -1.0);
nVal = (int)(val * 10000);
MoveX = nVal;
if (MoveX != nVal)
{
textBoxX.BackColor = MbeColors.ColorInputErr;
err = true;
}
val = LengthString.ToDouble(textBoxY.Text, -1.0);
nVal = (int)(val * 10000);
MoveY = nVal;
if (MoveY != nVal)
{
textBoxY.BackColor = MbeColors.ColorInputErr;
err = true;
}
return(!err);
}
private bool SaveGridInfoSetting()
{
double dPitch;
int n;
bool err = false;
dPitch = LengthString.ToDouble(textPitch.Text, 0.0);
n = (int)Math.Round(dPitch * 10000);
if (n >= GridInfo.MIN_GRID_VALUE && n <= GridInfo.MAX_GRID_VALUE)
{
currentGridInfo.Horizontal = n;
}
else
{
textPitch.BackColor = MbeColors.ColorInputErr;
err = true;
}
dPitch = LengthString.ToDouble(textPitchV.Text, 0.0);
n = (int)Math.Round(dPitch * 10000);
if (n >= GridInfo.MIN_GRID_VALUE && n <= GridInfo.MAX_GRID_VALUE)
{
currentGridInfo.Vertical = n;
}
else
{
textPitchV.BackColor = MbeColors.ColorInputErr;
err = true;
}
currentGridInfo.DisplayEvery = (int)spinDisplayEvery.Value;
return(!err);
}
private bool CheckInputValue()
{
double val;
int nVal;
bool err = false;
val = LengthString.ToDouble(textWidth.Text, -1.0);
nVal = (int)(val * 10000);
LineWidth = nVal;
if (LineWidth != nVal)
{
textWidth.BackColor = MbeColors.ColorInputErr;
err = true;
}
val = LengthString.ToDouble(textRadius.Text, -1.0);
nVal = (int)(val * 10000);
Radius = nVal;
if (Radius != nVal)
{
textRadius.BackColor = MbeColors.ColorInputErr;
err = true;
}
try { val = Convert.ToDouble(textStartAngle.Text); }
catch (Exception) { val = -1; }
nVal = (int)(val * 10);
StartAngle = nVal;
if (StartAngle != nVal)
{
textStartAngle.BackColor = MbeColors.ColorInputErr;
err = true;
}
try { val = Convert.ToDouble(textEndAngle.Text); }
catch (Exception) { val = -1; }
nVal = (int)(val * 10);
EndAngle = nVal;
if (EndAngle != nVal)
{
textEndAngle.BackColor = MbeColors.ColorInputErr;
err = true;
}
if (err)
{
return(false);
}
return(true);
}
private void IDOK_Click(object sender, EventArgs e)
{
bool err = false;
double _d;
int _n;
_d = LengthString.ToDouble(textLeftMargin.Text, -1);
_n = (int)(_d * 10000);
PrintLeftMargin = _n;
if (PrintLeftMargin != _n)
{
textLeftMargin.BackColor = MbeColors.ColorInputErr;
err = true;
}
_d = LengthString.ToDouble(textBottomMargin.Text, -1);
_n = (int)(_d * 10000);
PrintBottomMargin = _n;
if (PrintBottomMargin != _n)
{
textBottomMargin.BackColor = MbeColors.ColorInputErr;
err = true;
}
print2xMode = check2xPrintMode.Checked;
printMirror = checkMirror.Checked;
centerPunchMode = checkCenterPunchMode.Checked;
printToolMarkMode = checkToolMarkMode.Checked;
printHeader = checkBoxHeader.Checked;
headerText = textBoxHeader.Text;
//printColorMode = (MbeView.PrintColorModeValue)(checkPrintColor.Checked ? 1 : 0);
if (radioBW.Checked)
{
printColorMode = MbeView.PrintColorModeValue.BlackAndWhite;
}
else if (radioColVector.Checked)
{
printColorMode = MbeView.PrintColorModeValue.ColorVector;
}
else
{
printColorMode = MbeView.PrintColorModeValue.ColorBitmap;
}
//Properties.Settings.Default.PrintCurrentView = checkCurrentView.Checked;
printCurrentView = checkCurrentView.Checked;
if (!err)
{
DialogResult = DialogResult.OK;
}
}
private bool CheckInputValue()
{
double _width;
double _height;
bool err = false;
_width = LengthString.ToDouble(textWidth.Text, -1.0);
_height = LengthString.ToDouble(textHeight.Text, -1.0);
int _nWidth = (int)(_width * 10000);
int _nHeight = (int)(_height * 10000);
if ((_nWidth < MbeObjPin.MIN_PAD_SIZE) || (_nWidth > MbeObjPin.MAX_PAD_SIZE))
{
textWidth.BackColor = MbeColors.ColorInputErr;
err = true;
}
else
{
landWidth = _nWidth;
}
if ((_nHeight < MbeObjPin.MIN_PAD_SIZE) || (_nHeight > MbeObjPin.MAX_PAD_SIZE))
{
textHeight.BackColor = MbeColors.ColorInputErr;
err = true;
}
else
{
landHeight = _nHeight;
}
if (err)
{
return(false);
}
shape = (radioObround.Checked ? MbeObjPin.PadShape.Obround : MbeObjPin.PadShape.Rect);
thermalReliefSetting = (checkInhibitThermalRelief.Checked ? MbeObjPin.PadThermalRelief.Solid : MbeObjPin.PadThermalRelief.ThmlRlfInComp);
no_metalMask = checkNoMetalMask.Checked;
no_resistMask = checkNoResistMask.Checked;
return(true);
}
private bool CheckInputValue()
{
double _width;
_width = LengthString.ToDouble(textWidth.Text, MbeObjLine.DEFAULT_LINE_WIDTH / 10000.0);
int _nWidth = (int)(_width * 10000);
if ((_nWidth < MbeObjLine.MIN_LINE_WIDTH) || (_nWidth > MbeObjLine.MAX_LINE_WIDTH))
{
textWidth.BackColor = MbeColors.ColorInputErr;
return(false);
}
lineWidth = _nWidth;
return(true);
}
private bool CheckInputValue()
{
int n;
double d;
bool err = false;
d = LengthString.ToDouble(textTraceWidth.Text, MbeObjPolygon.DEFAULT_TRACE_WIDTH / 10000.0);
n = (int)Math.Round(d * 10000);
TraceWidth = n;
if (TraceWidth != n)
{
textTraceWidth.BackColor = MbeColors.ColorInputErr;
err = true;
}
d = LengthString.ToDouble(textPtnGAP.Text, MbeObjPolygon.DEFAULT_PATTERN_GAP / 10000.0);
n = (int)Math.Round(d * 10000);
PatternGap = n;
if (PatternGap != n)
{
textPtnGAP.BackColor = MbeColors.ColorInputErr;
err = true;
}
if (!bulkMode)
{
try { n = Convert.ToInt32(textPriority.Text); }
catch (Exception) { n = MbeObjPolygon.DEFAULT_PRIORITY; }
Priority = n;
if (Priority != n)
{
textPriority.BackColor = MbeColors.ColorInputErr;
err = true;
}
}
if (err)
{
return(false);
}
return(true);
}
private bool CheckInputValue()
{
double _drill;
_drill = LengthString.ToDouble(textDrill.Text, -1.0);
int _nDrill = (int)(_drill * 10000);
//入力値の範囲チェック
if ((_nDrill < MbeObjHole.MIN_DIA) || (_nDrill > MbeObjHole.MAX_DIA))
{
textDrill.BackColor = MbeColors.ColorInputErr;
return(false);
}
drill = _nDrill;
return(true);
}
private bool CheckInputValue()
{
double _width;
double _height;
int n;
bool err = false;
_width = LengthString.ToDouble(textBoxLineWidth.Text, -1.0);
_height = LengthString.ToDouble(textBoxHeight.Text, -1.0);
n = (int)Math.Round(_width * 10000);
LineWidth = n;
if (LineWidth != n)
{
textBoxLineWidth.BackColor = MbeColors.ColorInputErr;
err = true;
}
n = (int)Math.Round(_height * 10000);
TextHeight = n;
if (TextHeight != n)
{
textBoxHeight.BackColor = MbeColors.ColorInputErr;
err = true;
}
if (err)
{
return(false);
}
return(true);
}
private void OnOK(object sender, EventArgs e)
{
double _width;
double _height;
double _angle;
int nVal;
bool err = false;
//try { _width = Convert.ToDouble(textBoxLineWidth.Text); }
//catch (Exception) { _width = -1; }
//try { _height = Convert.ToDouble(textBoxHeight.Text); }
//catch (Exception) { _height = -1; }
_width = LengthString.ToDouble(textBoxLineWidth.Text, -1.0);
nVal = (int)(_width * 10000);
LineWidth = nVal;
if (LineWidth != nVal)
{
textBoxLineWidth.BackColor = MbeColors.ColorInputErr;
err = true;
}
_height = LengthString.ToDouble(textBoxHeight.Text, -1.0);
nVal = (int)(_height * 10000);
TextHeight = nVal;
if (TextHeight != nVal)
{
textBoxHeight.BackColor = MbeColors.ColorInputErr;
err = true;
}
try {
if (textBox_angle.Text == "Undefined")
{
Anglex10 = -1;
}
else
{
_angle = Convert.ToDouble(textBox_angle.Text);
nVal = (int)(_angle * 10);
Anglex10 = nVal;
if (Anglex10 != nVal)
{
textBox_angle.BackColor = MbeColors.ColorInputErr;
err = true;
}
}
}
catch {
textBox_angle.BackColor = MbeColors.ColorInputErr;
err = true;
}
if (err)
{
return;
}
componentName = textBoxName.Text;
refNumString = textBoxRefNum.Text;
packageName = textBoxPackage.Text;
remarksText = textBoxRemarks.Text;
drawRefOnDoc = checkBoxDrawOnDoc.Checked;
DialogResult = DialogResult.OK;
}
private void IDOK_Click(object sender, EventArgs e)
{
bool err = false;
double _d;
int _n;
_d = LengthString.ToDouble(textLeft.Text, -1);
_n = (int)(_d * 10000);
ExpAreaLeft = _n;
if (ExpAreaLeft != _n)
{
textLeft.BackColor = MbeColors.ColorInputErr;
err = true;
}
_d = LengthString.ToDouble(textBottom.Text, -1);
_n = (int)(_d * 10000);
ExpAreaBottom = _n;
if (ExpAreaBottom != _n)
{
textBottom.BackColor = MbeColors.ColorInputErr;
err = true;
}
_d = LengthString.ToDouble(textWidth.Text, -1);
_n = (int)(_d * 10000);
ExpAreaWidth = _n;
if (ExpAreaWidth != _n)
{
textWidth.BackColor = MbeColors.ColorInputErr;
err = true;
}
_d = LengthString.ToDouble(textHeight.Text, -1);
_n = (int)(_d * 10000);
ExpAreaHeight = _n;
if (ExpAreaHeight != _n)
{
textHeight.BackColor = MbeColors.ColorInputErr;
err = true;
}
try {
_n = Convert.ToInt32(textResolution.Text);
}
catch {
_n = 0;
}
Resolution = _n;
if (Resolution != _n)
{
textResolution.BackColor = MbeColors.ColorInputErr;
err = true;
}
DestPath = textFileName.Text;
if (DestPath.Length == 0)
{
textFileName.BackColor = MbeColors.ColorInputErr;
err = true;
}
if (err)
{
return;
}
ColorMode = checkColorMode.Checked;
Properties.Settings.Default.ExpBmpLeft = ExpAreaLeft;
Properties.Settings.Default.ExpBmpBottom = ExpAreaBottom;
Properties.Settings.Default.ExpBmpWidth = ExpAreaWidth;
Properties.Settings.Default.ExpBmpHeight = ExpAreaHeight;
Properties.Settings.Default.ExpBmpResolution = Resolution;
Properties.Settings.Default.ImageColorMode = ColorMode;
DialogResult = DialogResult.OK;
}