com.mgz.afp.goca

Class GAD_DrawingOrder.GCPARC_PartialArcAtCurrentPosition

java.lang.Object

com.mgz.afp.goca.GAD_DrawingOrder

com.mgz.afp.goca.GAD_DrawingOrder.GCPARC_PartialArcAtCurrentPosition

All Implemented Interfaces:

IAFPDecodeableWriteable

Enclosing class:

GAD_DrawingOrder

public static class GAD_DrawingOrder.GCPARC_PartialArcAtCurrentPosition
extends GAD_DrawingOrder

Nested Class Summary

Nested classes/interfaces inherited from class com.mgz.afp.goca.GAD_DrawingOrder

GAD_DrawingOrder.DrawingOrder_HasPoints, GAD_DrawingOrder.GBAR_BeginArea, GAD_DrawingOrder.GBIMG_BeginImageAtGivenPosition, GAD_DrawingOrder.GBOX_BoxAtGivenPosition, GAD_DrawingOrder.GCBEZ_CubicBezierCurveAtGivenPosition, GAD_DrawingOrder.GCBIMG_BeginImageAtCurrentPosition, GAD_DrawingOrder.GCBOX_BoxAtCurrentPosition, GAD_DrawingOrder.GCCBEZ_CubicBezierCurveAtCurrentPosition, GAD_DrawingOrder.GCCHST_CharacterStringAtCurrentPosition, GAD_DrawingOrder.GCFARC_FullArcAtCurrentPosition, GAD_DrawingOrder.GCFLT_FilletAtCurrentPosition, GAD_DrawingOrder.GCHST_CharacterStringAtGivenPosition, GAD_DrawingOrder.GCLINE_LineAtCurrentPosition, GAD_DrawingOrder.GCMRK_MarkerAtCurrentPosition, GAD_DrawingOrder.GCOMT_Comment, GAD_DrawingOrder.GCPARC_PartialArcAtCurrentPosition, GAD_DrawingOrder.GCRLINE_RelativeLineAtCurrentPosition, GAD_DrawingOrder.GDGCH_SegmentCharacteristics, GAD_DrawingOrder.GEAR_EndArea, GAD_DrawingOrder.GEIMD_EndImage, GAD_DrawingOrder.GEPROL_EndProlog, GAD_DrawingOrder.GEXO_ExtendedOrder, GAD_DrawingOrder.GFARC_FullArcAtGivenPosition, GAD_DrawingOrder.GFLT_FilletAtGivenPosition, GAD_DrawingOrder.GIMD_ImageData, GAD_DrawingOrder.GLINE_LineAtGivenPosition, GAD_DrawingOrder.GMRK_MarkerAtGivenPosition, GAD_DrawingOrder.GNOP1_NopOperation, GAD_DrawingOrder.GOCA_Point, GAD_DrawingOrder.GPARC_PartialArcAtGivenPosition, GAD_DrawingOrder.GRLINE_RelativeLineAtGivenPosition, GAD_DrawingOrder.GSAP_SetArcParameters, GAD_DrawingOrder.GSBMX_SetBackgroundMix, GAD_DrawingOrder.GSCA_SetCharacterAngle, GAD_DrawingOrder.GSCC_SetCharacterCell, GAD_DrawingOrder.GSCD_SetCharacterDirection, GAD_DrawingOrder.GSCH_SetCharacterShear, GAD_DrawingOrder.GSCOL_SetColor, GAD_DrawingOrder.GSCP_SetCurrentPosition, GAD_DrawingOrder.GSCR_SetCharacterPrecision, GAD_DrawingOrder.GSCS_SetCharacterSet, GAD_DrawingOrder.GSECOL_SetExtendedColor, GAD_DrawingOrder.GSFLW_SetFractionLineWidth, GAD_DrawingOrder.GSLE_SetLineEnd, GAD_DrawingOrder.GSLJ_SetLineJoin, GAD_DrawingOrder.GSLT_SetLineType, GAD_DrawingOrder.GSLW_SetLineWidth, GAD_DrawingOrder.GSMC_SetMarkerCell, GAD_DrawingOrder.GSMP_SetMarkerPrecision, GAD_DrawingOrder.GSMS_SetMarkerSet, GAD_DrawingOrder.GSMT_SetMarkerSymbol, GAD_DrawingOrder.GSMX_SetMix, GAD_DrawingOrder.GSPCOL_SetProcessColor, GAD_DrawingOrder.GSPS_SetPatternSet, GAD_DrawingOrder.GSPT_SetPatternSymbol

Constructor Summary

Constructors

Constructor and Description
GCPARC_PartialArcAtCurrentPosition()

Method Summary

Modifier and Type	Method and Description
void	decodeAFP(byte[] sfData, int offset, int length, AFPParserConfiguration config) Decodes the given AFP data. Parameter length specifies the length in bytes of the data to be decoded, beginning with position offset.
GAD_DrawingOrder.GOCA_Point	getArcCenter()
short	getLengthOfFollowingData()
short	getMultiplierFractionalPortion()
short	getMultiplierIntegerPortion()
int	getStartAngle() see setStartAngle(int).
int	getSweepAngle() see setSweepAngle(int).
void	setArcCenter(GAD_DrawingOrder.GOCA_Point arcCenter)
void	setLengthOfFollowingData(short lengthOfFollowingData)
void	setMultiplierFractionalPortion(short multiplierFractionalPortion)
void	setMultiplierIntegerPortion(short multiplierIntegerPortion)
void	setStartAngle(int startAngle) startAngle and sweepAngle are defined as signed 32-bit integers, whose range is restricted to positive values, that is, X'00000000' to X'7FFFFFFF'.
void	setSweepAngle(int sweepAngle) startAngle and sweepAngle are defined as signed 32-bit integers, whose range is restricted to positive values, that is, X'00000000' to X'7FFFFFFF'.
void	writeAFP(java.io.OutputStream os, AFPParserConfiguration config) Writes the object to the given os encoded as AFP data.

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

GCPARC_PartialArcAtCurrentPosition

public GCPARC_PartialArcAtCurrentPosition()

Method Detail

decodeAFP

public void decodeAFP(byte[] sfData,
                      int offset,
                      int length,
                      AFPParserConfiguration config)
               throws AFPParserException

Description copied from interface: IAFPDecodeableWriteable

Decodes the given AFP data.
Parameter length specifies the length in bytes of the data to be decoded, beginning with position offset. If parameter length has a value of -1, the given data array is decoded up to the end of the array.

Parameters:

sfData - contains the AFP data to decode.

offset - the byte index position where the decoding should start.

length - the length in bytes of the data to be decoded, beginning with position offset.

config - contains parameter used for decoding.

Throws:

AFPParserException - if the given AFP data are invalid.

writeAFP

public void writeAFP(java.io.OutputStream os,
                     AFPParserConfiguration config)
              throws java.io.IOException

Description copied from interface: IAFPDecodeableWriteable

Writes the object to the given os encoded as AFP data.

Parameters:

os - OutputStream to write to.

config - contains parameter used for encoding.

Throws:

java.io.IOException - if a problem occurs while writing to the given OutputStream.

getLengthOfFollowingData

public short getLengthOfFollowingData()

setLengthOfFollowingData

public void setLengthOfFollowingData(short lengthOfFollowingData)

getArcCenter

public GAD_DrawingOrder.GOCA_Point getArcCenter()

setArcCenter

public void setArcCenter(GAD_DrawingOrder.GOCA_Point arcCenter)

getMultiplierIntegerPortion

public short getMultiplierIntegerPortion()

setMultiplierIntegerPortion

public void setMultiplierIntegerPortion(short multiplierIntegerPortion)

getMultiplierFractionalPortion

public short getMultiplierFractionalPortion()

setMultiplierFractionalPortion

public void setMultiplierFractionalPortion(short multiplierFractionalPortion)

getStartAngle

public int getStartAngle()

see setStartAngle(int).

Returns:

start angle of the partial arc.

setStartAngle

public void setStartAngle(int startAngle)

startAngle and sweepAngle are defined as signed 32-bit integers, whose range is restricted to positive values, that is, X'00000000' to X'7FFFFFFF'. The START and SWEEP angles are the numbers, in degrees, that result from dividing the integers by 65536 (216) and interpreting the result as a modulo 360 number. The effective range of the angles is therefore greater than or equal to 0° and less than 360°. For example, if the sweep angle is specified to be X'00007FFF', its value is 32767÷65536 modulo 360 = .5°.

getSweepAngle

public int getSweepAngle()

see setSweepAngle(int).

Returns:

sweep angle of the partial arc.

setSweepAngle

public void setSweepAngle(int sweepAngle)

startAngle and sweepAngle are defined as signed 32-bit integers, whose range is restricted to positive values, that is, X'00000000' to X'7FFFFFFF'. The START and SWEEP angles are the numbers, in degrees, that result from dividing the integers by 65536 (216) and interpreting the result as a modulo 360 number. The effective range of the angles is therefore greater than or equal to 0° and less than 360°. For example, if the sweep angle is specified to be X'00007FFF', its value is 32767÷65536 modulo 360 = .5°.