[Postname]
Name=MAHO432_XZ
KopfZeile=

[Modul]
PostModul=
SIMModul=PHISIMU.dll

[StartCommand]
Command1=%PM(NCFilename)
Command2=(Count_Block)(MAHO432-XY)
Command3=(Count_Block)(TOOL_DATA)
Command4=(Count_Block)(BLOCKMIN X(BX-) Y(BY-) Z(BZ-))
Command5=(Count_Block)(BLOCKMAX X(BX+) Y(BY+) Z(BZ+))
Command6=(Count_Block)(Plane)
Command7=(Count_Block) G52
Command8=(Count_Block)(BLOCKMAX) G98 X(KFA[(BX-)-10]) Y(KFA[(BZ-)-10]) Z(KFA[(BY-)-10]) I(KFA[(BX+)-(BX-)+20]) J(KFA[(BZ+)-(BZ-)+20]) K(KFA[(BY+)-(BY-)+20])
Command9=(Count_Block)(BLOCKMAX) G99 X(KFA[(BX-)]) Y(KFA[(BZ-)]) Z(KFA[(BY-)]) I(KFA[(BX+)-(BX-)]) J(KFA[(BZ+)-(BZ-)]) K(KFA[(BY+)-(BY-)])
Command10=(Count_Block) T(TNr) M6
Command11=(Count_Block) G0 G54 X(KFAx+[0]) Z(KFAy+[0])(SPINDLE_Block)
Command12=(Count_Block)(Plane) Y(KFAz+[0])(CoolOn)

[EndCommand]
Command1=(Count_Block) M30
Command2=%

[GENERAL]
BlockPrefix=
BlockEndPrefix=
Extension=.nc
Decimal=.
OutputPlus=
CommentStartChar=(
CommentEndChar=)
XYPlane= G18
YZPlane= G17
ZXPlane= G19
LinetoCircle=1
LinetoCircleToleranceFactor=1.0
LinetoCircleRadius_MAX=1500
LinetoCircleSegment_MAX=5
LinetoCirclePlane_Code=0
GModal=0
CountChar=N
NUMPlaces=0
Increment=1
StartUnit=1
Char1=
Char2=
Char3=
Count_Block=(CountChar)+(Count)
CoolOn= M8
CoolOff= M9
TimeFactor=1.200000
ZAxisMaxFeedFactor=0.500000
OUTSCAL=1.000000

[LINEAR DEFINITION]
LinearMotion= G1
RapidMotion= G0
KoordxChar= X
KoordyChar= Z
KoordzChar= Y
DecimalPlaces=3
XFactor=-1.0
YFactor=1.0
ZFactor=1.0
ShowZeros=1
LZERO=1
Char1=
Char2=
Char3=
G40Comp= G40
G41Comp= G41
G42Comp= G42
XYZModal=1
LinearRegisterPosition=(Count_Block)+(Motion)+(CompOff)+(CompLeft)+(CompRight)+(KoordxChar)+(Koordx)+(KoordzChar)+(Koordz)+(KoordyChar)+(Koordy)+(FEEDRATE_Block)+(SPINDLE_Block)
RapidRegisterPosition=(Count_Block)+(Motion)+(CompOff)+(CompLeft)+(CompRight)+(KoordxChar)+(Koordx)+(KoordzChar)+(Koordz)+(KoordyChar)+(Koordy)+(SPINDLE_Block)

[ROUNDAXIS DEFINITION]
KoordaChar=
KoordbChar=
KoordcChar=
DecimalPlaces=
AFactor=
BFactor=
CFactor=
ShowZeros=
LZERO=
Char1=
Char2=
Char3=
ABCModal=0
CharCW=
CharCCW=
ARotaryLimitMin=-999999
ARotaryLimitMax=999999
BRotaryLimitMin=-999999
BRotaryLimitMax=999999
CRotaryLimitMin=-999999
CRotaryLimitMax=999999
AoppositeDirect=0
BoppositeDirect=0
CoppositeDirect=0
RadianOutput=0

[CIRCLE DEFINITION]
CIRCLE_R= G2
CIRCLE_L= G3
XZ_CIRCLE_R= G2
XZ_CIRCLE_L= G3
YZ_CIRCLE_R= G2
YZ_CIRCLE_L= G3
KoordiChar= I
KoordjChar= K
KoordkChar= J
RadiusChar= R
AngleChar= W
HelixChar=
I_Factor=-1.0
J_Factor=1.0
KR_Factor=1.000000
W_Factor=1.000000
ShowZeros=0
Char1=(IF[(getPL)<3]{)
Char2=(IF[(getPL)=1]{)
Char3=(ope[(getPL)=3? I:(ope[(getPL)=2? K: J])])
Char4=
Char5=
Char6=
Char7=
IJ_G91Modus=0
CIRCLE_Modal=0
HELIXINTP=1
CIRCLERegisterPosition=(Count_Block)+(Plane)+(CIRCLE)+(Char1)+(KoordxChar)+(Koordx)+(}ELSE{)+(KoordyChar)+(Koordy)+(}ENDIF)+(Char2)+(KoordyChar)+(Koordy)+(}ELSE{)+(KoordzChar)+(Koordz)+(}ENDIF)+(KoordiChar)+(Koordi)+(KoordjChar)+(Koordj)+(KoordkChar)+(Koordk)+(FEEDRATE_Block)+(SPINDLE_Block)
HELIXRegisterPosition=(Count_Block)+(Plane)+(CIRCLE)+(KoordxChar)+(Koordx)+(KoordyChar)+(Koordy)+(KoordzChar)+(Koordz)+(KoordiChar)+(Koordi)+(KoordjChar)+(Koordj)+(KoordkChar)+(Koordk)+(Char3)+(PITCH)+(FEEDRATE_Block)+(SPINDLE_Block)
CircleSplit=0
CirclePolygon=0

[SPINDLE DEFINITION]
SpindleChar= S
ClockwiseRotationR= M3
ClockwiseRotationL= M4
HighValue=10000.00
LowValue=0.0000
Factor=1.00000
DecimalPlaces=0
Decimal=
ShowZeros=0
Char1=
Char2=
Char3=
SPINDLE_Modal=0
SPINDLE_Block=(SpindleChar)+(NUMMC)+(ClockwiseRotation)

[FEEDRATE DEFINITION]
FEEDRATEChar= F
HighValue=10000.0000
LowValue=1.0000
Factor=1.000000
DecimalPlaces=0
Decimal=
ShowZeros=0
Char1=
Char2=
Char3=
FEEDRATE_Modal=0
FEEDRATE_Block=(FEEDRATEChar)+(NUMMC)

[ToolChange]
Command1=(Count_Block) M5 M9
Command2=(Count_Block) T(TNr) M6
Command3=(Count_Block) G0 G54 X(KFAx+[0]) Z(KFAy+[0])(SPINDLE_Block)
Command4=(Count_Block)(Plane) Y(KFAz+[0])(CoolOn)
XChangeP=
YChangeP=
ZChangeP=

[TNr_Format]
NUMPlaces=1

[RegNr_Format]
NUMPlaces=1

[Comp_Format]
OutputPlus=
DecimalPlaces=3
ShowZeros=1

[SimConfig]
MESCAL=1.000000
TOSCAL=1.000000

[EntryCommand]
InsertAfter=0

[ExitCommand]
InsertAfter=0

[Cycle1]
CycleName=Drilling Cycle with chip breaking type G73
CyclePara=Approach height;Drilling depth;Depth Increment;
CycleType=0
SCommand1=(Count_Block) G83 Y(KFA[-(CA)]) Z(KFA[(Z2)]) I(KFA[-(CQ)]) J0.5 K(KFA[-(CQ)])(FEEDRATE_Block)
SCommand2=(Count_Block) G79 X(KFAx+[0]) Z(KFAy+[0])
LCommand1=(Count_Block) G79 X(KFAx+[0]) Z(KFAy+[0])
ECommand1=(Count_Block) ([BOHRZYKLUS ENDE] G80)

[Cycle2]
CycleName=Left-hand thread with compensating chuck type G74
CyclePara=Approach height;Drilling depth;
CycleType=1
SCommand1=(Count_Block) G84 Y(KFA[-(CA)]) Z(KFA[(Z2)]) I(ABS[(getSP)*0.01]) J(KFA[(getTW)]) M4(FEEDRATE_Block)
SCommand2=(Count_Block) G79 X(KFAx+[0]) Z(KFAy+[0])
LCommand1=(Count_Block) G79 X(KFAx+[0]) Z(KFAy+[0])
ECommand1=(Count_Block) ([BOHRZYKLUS ENDE] G80)

[Cycle3]
CycleName=Fine Boring Canned Cycle type G76
CyclePara=Approach height;Drilling depth;
CycleType=2
SCommand1=(Count_Block) G86 Y(KFA[-(CA)]) Z(KFA[(Z2)])(FEEDRATE_Block)
SCommand2=(Count_Block) G79 X(KFAx+[0]) Z(KFAy+[0])
LCommand1=(Count_Block) G79 X(KFAx+[0]) Z(KFAy+[0])
ECommand1=(Count_Block) ([BOHRZYKLUS ENDE] G80)

[Cycle4]
CycleName=Drilling Cycle type G81
CyclePara=Approach height;Drilling depth;
CycleType=3
SCommand1=(Count_Block) G81 Y(KFA[-(CA)]) Z(KFA[(Z2)])(FEEDRATE_Block)
SCommand2=(Count_Block) G79 X(KFAx+[0]) Z(KFAy+[0])
LCommand1=(Count_Block) G79 X(KFAx+[0]) Z(KFAy+[0])
ECommand1=(Count_Block) ([BOHRZYKLUS ENDE] G80)

[Cycle5]
CycleName=Drilling Cycle with dwell time type G82
CyclePara=Approach height;Drilling depth;;DWELL TIME AT DEPTH;
CycleType=4
SCommand1=(Count_Block) G81 X(ABS[(P1)]) Y(KFA[-(CA)]) Z(KFA[(Z2)])(FEEDRATE_Block)
SCommand2=(Count_Block) G79 X(KFAx+[0]) Z(KFAy+[0])
LCommand1=(Count_Block) G79 X(KFAx+[0]) Z(KFAy+[0])
ECommand1=(Count_Block) ([BOHRZYKLUS ENDE] G80)

[Cycle6]
CycleName=Deep Hole Peck Drilling Canned Cycle type G83
CyclePara=Approach height;Drilling depth;Depth Increment;
CycleType=5
SCommand1=(Count_Block) G83 Y(KFA[-(CA)]) Z(KFA[(Z2)]) I(KFA[-(CQ)]) K(KFA[-(CQ)])(FEEDRATE_Block)
SCommand2=(Count_Block) G79 X(KFAx+[0]) Z(KFAy+[0])
LCommand1=(Count_Block) G79 X(KFAx+[0]) Z(KFAy+[0])
ECommand1=(Count_Block) ([BOHRZYKLUS ENDE] G80)

[Cycle7]
CycleName=Right-hand thread with compensating chuck type G84
CyclePara=Approach height;Drilling depth;
CycleType=6
SCommand1=(Count_Block) G84 Y(KFA[-(CA)]) Z(KFA[(Z2)]) I(ABS[(getSP)*0.01]) J(KFA[(getTW)])(FEEDRATE_Block)
SCommand2=(Count_Block) G79 X(KFAx+[0]) Z(KFAy+[0])
LCommand1=(Count_Block) G79 X(KFAx+[0]) Z(KFAy+[0])
ECommand1=(Count_Block) ([BOHRZYKLUS ENDE] G80)

[Cycle8]
CycleName=Reaming Cycle Type G85
CyclePara=Approach height;Drilling depth;
CycleType=7
SCommand1=(Count_Block) G85 Y(KFA[-(CA)]) Z(KFA[(Z2)])(FEEDRATE_Block)
SCommand2=(Count_Block) G79 X(KFAx+[0]) Z(KFAy+[0])
LCommand1=(Count_Block) G79 X(KFAx+[0]) Z(KFAy+[0])
ECommand1=(Count_Block) ([BOHRZYKLUS ENDE] G80)

[Cycle9]
CycleName=Drilling cycle retraction with spindle stop type G86
CyclePara=Approach height;Drilling depth;
CycleType=8
SCommand1=(Count_Block) G86 Y(KFA[-(CA)]) Z(KFA[(Z2)])(FEEDRATE_Block)
SCommand2=(Count_Block) G79 X(KFAx+[0]) Z(KFAy+[0])
LCommand1=(Count_Block) G79 X(KFAx+[0]) Z(KFAy+[0])
ECommand1=(Count_Block) ([BOHRZYKLUS ENDE] G80)

[Cycle12]
CycleName=Fine Drilling Cycle with dwell time  type G89
CyclePara=Approach height;Drilling depth;;DWELL TIME AT DEPTH;
CycleType=11
SCommand1=(Count_Block) G85 X(ABS[(P1)]) Y(KFA[-(CA)]) Z(KFA[(Z2)])(FEEDRATE_Block)
SCommand2=(Count_Block) G79 X(KFAx+[0]) Z(KFAy+[0])
LCommand1=(Count_Block) G79 X(KFAx+[0]) Z(KFAy+[0])
ECommand1=(Count_Block) ([BOHRZYKLUS ENDE] G80)

[CycleSimOptionen]
G80=;;;;;;;;
G73=;;;;;;;;
G74=G84;;;Z;;K;Y;;
G76=G86;;;Z;;K;Y;;
G81=G81;;;Z;;K;Y;;
G82=G81;;;Z;;K;Y;;
G83=G83;;;Z;;K;Y;;
G84=G84;;;Z;;K;Y;;
G85=G85;;;Z;;K;Y;;
G86=G86;;;Z;;K;Y;;
G87=G87;;;Z;;K;Y;;
G88=G88;;;Z;;K;Y;;
G89=G85;;;Z;;K;Y;;
BORCYCLE_Z_INK=1
START_at_CALL=0

[USER]
TEXT=Circular arc parameter I,J,K = absolut.
X axis is output with reversed sign (e.g. X 1.0 becomes X-1.0).
The values of the Y and Z axes are interchanged for the MAHO coordinate system.