cma.arc

Boehringer数控加工程序经典示例.

%_N_ABSTAND_KOLL_SPF
;$PATH=/_N_CMA_DIR
;
;===========================================================================
;ABSTAND_KOLL.SPF
;Pfad: CMA.DIR (Herstellerzyklen)
; 
;Version NBS 0001       Stand:  03.02.06              Autor:  Bonnet
;
;  Alle Abst鋘de f黵 die Kollisions黚erwachung Schlitten
;============================================================================
; 膎derungen:
;  - 030206 AB: Optionsbits mit aufgelistet
;  - ttmmjj AB: xxxxxxx
;======================================================================================================================


;ABSTAND Schlitten A<->B
;Achsen: WZA<->ZZB, oder ZZA<->ZZB, XXA<->XXB (NV252)
;$MN_USER_DATA_HEX[43] Bit 0 = 1 -> nicht vorhanden
N11010 ABSTAND_A_B=145.0

;ABSTAND Schlitten D<->C
;Achsen: WZD<->ZZC, oder WZD<->WZC
;$MN_USER_DATA_HEX[43] Bit 4 = 1 -> nicht vorhanden
N11020 ABSTAND_D_C=167.0

;ABSTAND Schlitten D<->F
;Achsen: WZD<->WZF
;$MN_USER_DATA_HEX[43] Bit 1 = 1 -> nicht vorhanden
N11030 ABSTAND_D_F=480.0 ;bei NG180, 167.0 bei NG200, 315.0 bei Gegenspindel

;ABSTAND Schlitten C<->F
;Achsen: WZC<->WZF, oder ZZC<->WZF (Sonderfall)
;$MN_USER_DATA_HEX[45] Bit 1 = 1 -> nicht vorhanden
N11040 ABSTAND_C_F=135.0

;Verk黵zter Abstand Schlitten D<->F
;Achsen WZD<->WZF
;$A_DBB[770]==1 -> True
N11050 VERKUERZTER_ABSTAND_D_F=0.0

;ABSTAND Schlitten B<->F (CM/CB)
;Achsen ZZB<->WZF
;$MN_USER_DATA_HEX[43] Bit 2 = 1 -> nicht vorhanden
N11060 ABSTAND_B_F=159.5


;DISTANZUEBERWACHUNG Schlitten B<->F (CM/CB)
;Achsen ZZB<->WZF
;$MN_USER_DATA_HEX[46] Bit 0 = 1 -> nicht vorhanden
N11070 DISTANZUEBERWACHUNG_B_F=1150.0


N11999 M17
%_N_DPWP_INI
;$PATH=/_N_CMA_DIR
[DATA]
;Workpiece material
WSTOFF=0

[PRESET]
;Operator guidance
PRESET_LEAN=OFF
PRESET_VISUAL=NONE
;Program representation
PRESET_PROG=CODE
;Axes identifier
PRESET_GEO_AXIS_X=X
PRESET_GEO_AXIS_Y=Y
PRESET_GEO_AXIS_Z=Z
PRESET_IP_AXIS_I=I
PRESET_IP_AXIS_J=J
PRESET_IP_AXIS_K=K
PRESET_MACH_AXIS_X=X1
PRESET_MACH_AXIS_Y=Y1
PRESET_MACH_AXIS_Z=Z1
;Block numbering
SATZ_NR1=10
SATZ_NR_INK=10

[GEO]
;Active view
GEO_VIEW=ZX
;Display area
GEO_AREA_XMIN=-10
GEO_AREA_XMAX=100
GEO_AREA_ZMIN=-10
GEO_AREA_ZMAX=150
;Generated NC-Code for startpoint(SP) of a contur
;1: NC-Code for SP-position without IPO-kind(modal mode)
;2: NC-Code for SP-position with IPO-G1(feedrate mode)
;3: NC-Code for SP-position und IPO-G0(rapid traverse mode)
GEO_SP_DIN=2

[SIM]
;Tool data source
SIM_TOOL=NC
;Tool data mode
; <>0:reset tool data, if new workpiece is selected
; =0:use current tool data, if new workpiece is selected
SIM_LOAD_TOOLS=1
;Store generated tool paths ? 0: no store, 1: store
DP_SIMMASCH_SAVE_TOOLTRACE=1
;Program control
SIM_SKIP=OFF
SIM_M01=ON
SIM_SBL=1
SIM_SHOW=IPO
;Active view
SIM_VIEW=ZX
;Display options
SIM_SCREEN_TOOL=ON
SIM_SCREEN_WAY=ON
SIM_SCREEN_POS=ON
SIM_SCREEN_SENT=ON
SIM_SCREEN_WTIME=ON
SIM_SCREEN_NONE=OFF
;Display area
SIM_AREA_XMIN=-40
SIM_AREA_XMAX=40
SIM_AREA_YMIN=-40
SIM_AREA_YMAX=40
SIM_AREA_ZMIN=-100
SIM_AREA_ZMAX=1
;Workpiece area(blank cylinder)
SIM_WPAREA_XMIN=0
SIM_WPAREA_XMAX=40
SIM_WPAREA_ZMIN=-100
SIM_WPAREA_ZMAX=1
;Blank kind
RAW=Z
;Default values
DP_SIMNCK_INKLEN=1
DP_SIMNCK_INKLEN_EILGANG=10
DP_SIMNCK_OVERRIDE=250
;Default memory parameters
;RAM-threshold(KBytes) for warning message
DP_SIMMASCH_MEMORY_WARNING=32
;RAM-size(Bytes): 1048576 => 1 MB, 2097152 => 2 MB,  4194304 => 4 MB, ...etc 
DP_SIMMASCH_RAM_SIZE=4194304
;>> Default parameters for milling tools:
;generate offset for zero length tools ? 0: no, 1: yes
DP_SIMNCK_TOFF_GEN=0
;global Epsilon value > 0  
;(valable for LEN and RAD if .._EPS_RAD=0 or .._EPS_RAD not present)
DP_SIMNCK_TOFF_EPS=1
;local Epsilon value > = 0 
;(valable only for RAD if  value not equal 0)
DP_SIMNCK_TOFF_EPS_RAD=0
;Default length(..> EPS) if ($TC_DP3[x,y] =0 or <0 or <EPS) and DP_SIMNCK_TOFF_GEN=1
DP_SIMNCK_TOFF_LEN=80
;Default radius(..< EPS allowed) if ($TC_DP6[x,y] < EPS) independent of DP_SIMNCK_TOFF_GEN
DP_SIMNCK_TOFF_RAD=1
;<<

;*** only SW5.1 or later ***
;>>parameters for labeling and saving of workpieces for addition working:
; value	1 = No SIM use of labels
;	2 = workpieces with M30 completed program are saved
;	3 = all labels are viewed, only M30 is saved
;	4 = labels matching pattern are viewed, only M30 is saved
;	5 = all labels are viewed and saved as well as M30
;	6 = labels matching pattern are viewed and saved as well as M30
DP_SIMNCK_LABELING=2
; search pattern for specifying labels by case 4 or 6
DP_SIMNCK_LABEL_SEARCH=

; distance between lead and depend spindle coordination system
DP_SIMNCK_DEPEND_SPINDLE_SHIFT=101
; orientation of the depend spindle axis
; value	1 = turned direction of the spindle axis
;	2 = unturned direction of the spindle axis
DP_SIMNCK_DEPEND_SPINDLE_ORIENT=1
; search pattern for variable spindle switch to depend spindle
DP_SIMNCK_DEPEND_SPINDLE_SWITCH=
; search pattern for variable spindle switch to lead spindle
DP_SIMNCK_LEAD_SPINDLE_SWITCH=
;<<

;*** only SW5.2.7 or later ***
; orientation of the depend spindle tools
; value	1 = turned forwarding direction of the depend spindle tool
;	2 = unturned forwarding direction of the depend spindle tool
DP_SIMNCK_DEPEND_SPINDLE_TOOLORI=1

;*** only SW5.1.40 or later ***
;>>mode of SIM dwelling
DP_SIMNCK_DWELLING=0
;Default: value	0 = SIM will not sleep programed time, but auxiliary time computed
;		1 = programed time will be slept and computed to auxiliary time

;>>parameters for auxiliary timing protocols
DP_SIMNCK_TIME_MODE=1
; value	1 = No SIM timing protocols
;		2 = timing protocols produced only at M30
;		3 = timing protocols produced at labels matching DP_SIMNCK_LABEL_SEARCH
;		4 = timing protocols produced at all labels
;>>max dimension of timing protocol
DP_SIMNCK_TIME_COLUMN_MAX=100
;>>description of auxiliary functions to be reagarded
;>>_ANZ for TOOLCHANGETIME must be 0 or 1
DP_SIMNCK_TIME_T_ANZ=1
DP_SIMNCK_TOOLCHANGETIME=2.5
;>>_ANZ for SPINDLEFUNCTIONS must be <= 2
DP_SIMNCK_TIME_S_ANZ=0
DP_SIMNCK_TIME_MS=0.0
DP_SIMNCK_TIME_SS=0.0
;>>max number of M/H - functions to be considered
DP_SIMNCK_TIME_MHFCT_MAXANZ=10
;>>_ANZ for M_FUNCTIONS must be <= DP_SIMNCK_TIME_MHFCT_MAXANZ
DP_SIMNCK_TIME_MFCT_ANZ=0
;>>example for the 9th M-function
DP_SIMNCK_TIME_MFCT9_NR=0
DP_SIMNCK_TIME_MFCT9_TIME=0.0
;>>_ANZ for H_FUNCTIONS must be <= DP_SIMNCK_TIME_MHFCT_MAXANZ
DP_SIMNCK_TIME_HFCT_ANZ=0
;>>example for the 7th M-function
DP_SIMNCK_TIME_HFCT7_NR=0.0
DP_SIMNCK_TIME_HFCT7_TIME=0.0

;>>mode of visualising of changes of the workpiece
DP_SIMNCK_VISMODE=1
; value	1 = all computed interpolation points were visualized according to override
;		2 = linear movements were not interpolated and all movements were visualized
;			only at their end points
;		3 = linear movements were not interpolated and the changes of the workpiece 
;			were visualized only by a STOP command or at program end

;*** only SW5.2.5 or later ***
;>>mode of regarding cut change for a grafical tool change
DP_SIMNCK_CCTTC=0
;Default: value	0 = SIM will not change the grafical tool when only a new Cut is
;		    programed by Dx
;		1 = Dx will change the grafical as well as a toolchange is
;		    programed with Tx
;                    programed with Tx
DP_SIMNCK_MD10190=0
;Default: value 0 = tool change time is set by user (see DP_SIMNCK_TOOLCHANGETIME)
;               1 = tool change time from MD10190 ($MN_TOOL_CHANGE_TIME)

[RUEST]
TECHNO=TURN
TOA=GENERATE
CHANNEL=1
DRILL_DIAMETER=4
;
;*** only SW6.1.x / SW5.3.y or later ***
;Mirror graphical tool representation: transverse(TRANS) and/or longitudinal(LONG)
;=> mirror drilling tools (on/off)
MIRROR_DRILL_TOOL_TRANS=OFF
MIRROR_DRILL_TOOL_LONG=OFF
;=> mirror milling tools (on/off)
MIRROR_MILL_TOOL_TRANS=OFF
MIRROR_MILL_TOOL_LONG=OFF
;=> mirror extra tools (on/off)
MIRROR_EXTRA_TOOL_TRANS=OFF
MIRROR_EXTRA_TOOL_LONG=OFF
;=> mirror turning tools (on/off) depending on cutting edge location P2_n ($TC_DP2..=n)
MIRROR_TURN_P2_1_TOOL_TRANS=OFF
MIRROR_TURN_P2_1_TOOL_LONG=OFF
MIRROR_TURN_P2_2_TOOL_TRANS=OFF
MIRROR_TURN_P2_2_TOOL_LONG=OFF
MIRROR_TURN_P2_3_TOOL_TRANS=OFF
MIRROR_TURN_P2_3_TOOL_LONG=OFF
MIRROR_TURN_P2_4_TOOL_TRANS=OFF
MIRROR_TURN_P2_4_TOOL_LONG=OFF
MIRROR_TURN_P2_5_TOOL_TRANS=OFF
MIRROR_TURN_P2_5_TOOL_LONG=OFF
MIRROR_TURN_P2_6_TOOL_TRANS=OFF
MIRROR_TURN_P2_6_TOOL_LONG=OFF
MIRROR_TURN_P2_7_TOOL_TRANS=OFF
MIRROR_TURN_P2_7_TOOL_LONG=OFF
MIRROR_TURN_P2_8_TOOL_TRANS=OFF