DynamicTextShape AddHatchPatternLine

Adds a Line hatch pattern to the shape

Overloads

public void AddHatchPatternLine(float borderGap, HatchLineBorderGapDirection borderGapDirection, float lineGap, float lineAngle, float baseX, float baseY, HatchLineStyle hatchStyle, bool withOffset, HatchOffsetAlgorithm algorithm, HatchCornerStyle cornerStyle, int individualHatchLineRepeatCount)

Return value

void

Parameters

float	borderGap	Set the boarder gap
float	lineGap	Set the line gap
float	lineAngle	Set the line angle
float	baseX	Set an X coordinate through which at least one hatch line will pass
float	baseY	Set an Y coordinate through which at least one hatch line will pass
bool	withOffset	Set whether the hatch should have an offset.
HatchLineBorderGapDirection	borderGapDirection	Set the boarder gap direction
HatchLineStyle	hatchStyle	Set the hatching style
HatchOffsetAlgorithm	algorithm	Set the hatching algorithm
HatchCornerStyle	cornerStyle	Set the corner style
int	individualHatchLineRepeatCount	Set the number of times the individual hatch line should repeat.

Example

Copy

scanDocument = scanDeviceManager.CreateScanDocument(GetselectedDeviceUniqueName(), DistanceUnit.Millimeters, false);
scanDocument.SetScanDocumentName("SerialNumberSample");

// Create a serial number variable
SerialNumber serialVar = new SerialNumber("SerialID");
// Add new line 
serialVar.SerialItemList.Add(new NewLineSerialItem());
// Add static text part of the serial number
TextSerialItem textPart = new TextSerialItem();
textPart.Text = "Serial # : ";
serialVar.SerialItemList.Add(textPart);

// Add the number serial item part
NumberSerialItem numberSerialItem = new NumberSerialItem();
numberSerialItem.IsCurrentNumberEnabled = true;
numberSerialItem.StartNumber = 1;
numberSerialItem.CurrentNumber = 1;
numberSerialItem.EndNumber = 10;
numberSerialItem.Increment = 1;
numberSerialItem.FixedLength = 3;
numberSerialItem.RepeatCount = 0;
numberSerialItem.NumarelRepresentation = NumberSystemStyle.Decimal;

serialVar.SerialItemList.Add(numberSerialItem);
serialVar.SerialItemList.Add(new NewLineSerialItem());

//Loop cycles
scanDocument.SetIterations(10);
//Add serialNumber to ScanDocument
scanDocument.AddSerialNumberVariable(serialVar);

if (scanDocument != null)
{
    VectorImage vectorImage = scanDocument.CreateVectorImage("image1", DistanceUnit.Millimeters);

    vectorImage.SetMarkSpeed(1000);
    vectorImage.SetJumpSpeed(2000);
    vectorImage.SetJumpDelay(100);
    vectorImage.SetMarkDelay(100);

    //Set Laser Delays
    vectorImage.SetLaserOnDelay(10);
    vectorImage.SetLaserOffDelay(10);

    DynamicArcTextShape dynamicArcText = new DynamicArcTextShape();
    dynamicArcText.Height = 5;
    dynamicArcText.VariableName = "arcText1";
    dynamicArcText.Text = "Sample Arc text";
    dynamicArcText.EvaluateVariableTags = true;
    dynamicArcText.FontName = "Arial";
    dynamicArcText.Center.X = 0;
    dynamicArcText.Center.Y = 0;
    dynamicArcText.Center.Z = 0;
    dynamicArcText.Radius = 20;
    dynamicArcText.StartAngle = 160 * (float)(Math.PI / 180);
    dynamicArcText.Clockwise = true;
    dynamicArcText.Align = ArcTextAlign.Baseline;

    dynamicArcText.SetLineHatchPattern(0.1f, 0, HatchLineStyle.Unidirectional, 1);

    // Characters from 0 to 255 or basically extended ASCII range is embedded
    Collection<UnicodeRange> unicodeRanges = new Collection<UnicodeRange>();
    UnicodeRange unicodeRange = new UnicodeRange();
    unicodeRange.StartingCharacter = Convert.ToChar(0x00);
    unicodeRange.EndingCharacter = Convert.ToChar(0xff);
    unicodeRanges.Add(unicodeRange);
    scanDocument.EmbedFont("Arial", FontStyle.Regular, unicodeRanges); // We need to embed the font for dynamic text shapes top be marked

    vectorImage.AddDynamicArcText(dynamicArcText, new SerialNumberEx(serialVar));
    scanDocument.Scripts.Add(new ScanningScriptChunk("defaultScript", "ScanAll()\r\nLaser.WaitForEnd()"));

    try
    {
        scanDocument.StartScanning();
    }
    catch
    {

    }
}