Mastercam后处理时间源代码--V9.1

若枫

Mastercam后处理时间源代码，该方法所输出的时间只能放在程序尾部，如果需要放在程序头，需要使用者额外增加输出到程序头的代码，至于程序时间的准确与否，未经全面测试，部分测试时间可信。

1 R( r4 e3 J$ {2 ]# D& Y以下代码为Mastrcam9.1

, W3 \1 k9 M# p5 `. U由于代码较多，添加时严格按照下列方法进行。
& v& h. j+ a" @, }! s; l1：换刀时间，这个需要根据实际情况进行相应的时间设定。
+ N: O- k, ]2 o& l5 X     单位：分钟
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1. tlchgtime        : 0.066 #Tool Change Time (* in Minutes *) I'ts 4 sec now

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* |3 h" V9 G% }2：定义切削进给，快速进给等保存数据标签。

1. ttltime            : 0     #Total operation time
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2. tltime             : 0     #Feed time
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3. trtime             : 0     #Rapid time
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4. total              : 0     #Total machine time
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5. tot_ltime          : 0     #Total FEED time
   
6. tot_rtime          : 0     #Total RAPID time

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3：定义记录x，y，z相对距离保存数据标签

1. len         : 0     #Length for calculation
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2. dx          : 0     #Delta x
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3. dy          : 0     #Delta y
   
4. dz          : 0     #Delta z

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. ?0 D, w: I. M2 b. |( n0 D3：定义钻孔类辅助数据保存标签
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1. drill_length_r   : 0       # Drill length - RAPID
   
2. drill_length_f   : 0       # Drill length - FEED
   
3. actual_drl_depth : 0      # Actual drill depth variable
   
4. peck_safe_dist   : 0.3 # Peck/Chip break safe distance for retratct into hole

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4：定义他辅助开关

1. use_TC_pos       : yesnbsp;  # Calculate with Home positions @ TC? 0=No, 1=Yes
   
2. sav_X_Pos        : 0     # Saved X position, use X_home/Y_home/Z_home in rapids at TC
   
3. sav_Y_Pos        : 0     # Saved Y position, use X_home/Y_home/Z_home in rapids at TC
   
4. sav_Z_Pos        : 0     # Saved Z position, use X_home/Y_home/Z_home in rapids at TC

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6 f; C. X/ I: m' `5：定义时间输出格式

1. time_format      : 2     # Time format of output times in NC code:                                               # 1 = 2h 14:25
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2.                     # 2 = 2hrs, 14mins, 25.08sec

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$ q& ~6 Q; G3 u* m/ c' F8 f% a 6：定义时间数据格式
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1. fs2 8 0^2 0^2n   #Decimal, 2 place, omit decimal if whole number, non-modal

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) b3 o0 j7 h+ J/ o. o4 C/ [7：定义时间数据输出类型

1. fmt      2 llen
   
2. fmt      2 rlen
   
3. fmt      2 llen_total
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4. fmt      2 rlen_total
   
5. fmt      2 total
   
6. fmt      2 ttltime
   
7. fmt      4 thrs
   
8. fmt      4 tmin
   
9. fmt      8 tsec

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8：初始化所有保存数据的标签
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1. psetup           #Output of toolchange information
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2.    !gcode
   
3.    llen = zero     #Reset counter for next tool
   
4.    rlen = zero     #Reset counter for next tool
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5.    tltime = zero #Reset counter for next tool
   
6.    trtime = zero #Reset counter for next tool
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7.    ttltime = zero #Reset counter for next tool
   
8.    if use_TC_pos,
   
9.    [
   
10.    sav_X_Pos = x, sav_Y_Pos = y, sav_Z_Pos = z
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11.    x = xh, y = yh, z = zh
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12.    ptime_calc
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13.    x = sav_X_Pos, y = sav_Y_Pos, z = sav_Z_Pos
    
14.   ]

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7 \* d! g& y& k6 t9：统计进给距离，快速进给距离，时间等
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1. ptooldata        #Total ending data for tool (Path Length and Times)
   
2.    llen_total = llen_total + llen  #Keep running total for Program
   
3.    rlen_total = rlen_total + rlen  #Keep running total for Program
   
4.    tot_ltime = tot_ltime + tltime  #Total FEED time
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5.    tot_rtime = tot_rtime + trtime  #Total RAPID time
   # {% u; Y" P0 t9 O: S* }$ a2 B3 M
6.    ttltime = tltime + trtime               #Calc. current Tool Time
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7.    total = ttltime + total + tlchgtime #Calc. total Program Time

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10：时间转换，按60进制进行转换

1. pthrminsec       #Convert minutes to hr/min/sec format
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2.    thrs = int(ttltime / 60)
   
3.    tmin = int(ttltime - thrs * 60)
   
4.    tsec = (ttltime - thrs * 60 - tmin) * 60

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11：时间输出

1. ptimeout                 #Output "times"
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2.    pthrminsec #Convert minutes to hr/min/sec format
   
3.    if time_format = one,
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4.    [
   
5.    #Output 'HOURS'
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6.    if thrs = one, *thrs, "hr, "
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7.    if thrs > one, *thrs, "hrs, "
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8.    #Output 'MINUTES'
   
9.    if tmin = one, *tmin, "min, "
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10.    if tmin > one, *tmin, "min, "
    
11.    #Output 'SECONDS'
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12.    if tsec > zero, *tsec, "sec"
    
13.    ]
    
14.    else,
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15.    [
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16.    result = newfs(five, tsec)
    
17.    #Output 'HOURS'
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18.    if thrs > one, *thrs, "h "
    
19.    #Output 'MINUTES' and 'SECONDS'
    $ R' s# `7 O  G' J1 e2 |7 |
20.    *tmin, ":", *tsec
    
21.   ]

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. R/ D6 ~2 d3 Z5 j+ j12：快速进给时间计算

1. ptimer           #Rapid time and length calc
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2.     rlen = rlen + len               #Running total RAPID length
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3.     trtime = rlen / pst_rpd_fr #Running total RAPID time

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13：进给加工时间计算
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1. ptimel           #Feed time and length calc
   
2.    llen = llen + len     
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3.    tltime = tltime + len / fr_pos

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- v9 A' a  \+ ]7 U14：运行轨迹距离计算
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1. ptime_calc               #Distance calculations
   
2.    # Delta Distances
   
3.     dx = x - prv_x
   
4.     dy = y - prv_y
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5.    dz = z - prv_z
   
6.    # Distance at linear movement
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7.    if gcode = zero | gcode = one, len = sqrt(dx^2 + dy^2 + dz^2)
   
8.    # Distance at circular movement
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9.    if gcode = two | gcode = three, len = (abs(sweep)/360) * 2 * arcrad * pi
   
10.    # Distance at drilling
    
11.    if gcode = 81 | gcode = 100,
    
12.    [
    7 S* h) C+ G; V5 |# \  k, l! e# `
13.    if gcode = 100, ptime_drill_XY
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14.    if drillcyc = 0, ptime_drill_0 # Simple Drill
    
15.    if drillcyc = 1, ptime_drill_1 # Peck Drill
    
16.    if drillcyc = 2, ptime_drill_2 # Chip Break Drill
    
17.    if drillcyc = 3, ptime_drill_3 # Tapping
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18.    if drillcyc = 4, ptime_drill_4 # Bore, feed out, Reaming
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19.    if drillcyc = 5, ptime_drill_0 # Bore, stop, rapid out, SAME movements as "Simple Drill"
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20.    if drillcyc = 6, ptime_drill_0 # Bore, fine, SAME movements as "Simple Drill"
    
21.    if drillcyc = 7, ptime_drill_0 # Bore, standard, SAME movements as "Simple Drill"
    
22.    ]
    
23.    # Time calculations by feed type
    
24.    if gcode = zero, ptimer #RAPID time and length calc
    
25.    if gcode = one | gcode = two | gcode = three, ptimel #FEED time and length calc
    5 d; ~& T& d! Q; u: N
26.    !x, !y, !z, !fr_pos #Update previous [prv_?] variables

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1 X- T  e& Z" b2 n9 {& M! Y' Y15：G81，G82钻孔距离，时间计算
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1. ptime_drill_0 # Simple Drill lengths
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2.      len = abs(refht - depth)
   
3.      ptimel
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4.      if initht <> refht,
   
5.      [
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6.     len = abs(initht - refht)
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7.     len = len + abs(initht - depth)
   
8.     ptimer
   
9.     ]
   
10.     else,
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11.     [
    
12.      len = abs(refht - depth)
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13.     ptimer
    
14.     ]
    7 m2 S. w2 G% Z4 M
15.    if dwell <> zero, total = total + (dwell / 60)

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16：G83钻孔距离，时间计算
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1. ptime_drill_1 # Peck Drill
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2.    drill_length_f = abs(refht - depth)
   
3.    actual_drl_depth = peck1
   
4.    while actual_drl_depth < drill_length_f,
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5.    [
   
6.    len = peck1 + peck_safe_dist
   
7.    ptimel
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8.    len = (actual_drl_depth * 2) - peck_safe_dist
   
9.    ptimer
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10.    actual_drl_depth = actual_drl_depth + peck1
    
11.    ]
    7 ?1 D5 [9 I: q7 N6 E- \  h9 t! f
12.    len = (drill_length_f - actual_drl_depth) + peck_safe_dist + peck1
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13.    ptimel
    
14.    if initht <> refht,
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15.    [
    
16.    len = abs(initht - refht)
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17.    len = len + abs(initht - depth)
    
18.    ptimer
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19.    ]
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20.    else,
    
21.    [
    
22.    len = abs(refht - depth)
    6 @4 Q1 @7 H+ v! v( {7 F
23.    ptimer
    
24.    ]
    6 ~9 e& M) C/ q, H4 o% X" S' [
25.    if dwell <> zero, total = total + (dwell / 60)

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17：G73钻孔距离，时间计算

1. ptime_drill_2 # Chip Break Drill
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2.    drill_length_f = abs(refht - depth)
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3.    actual_drl_depth = peck1
   
4.    while actual_drl_depth < drill_length_f,
   
5.    [
   8 {" `, H3 H$ v! p; Q
6.    len = peck1 + peck_safe_dist
   % G; E& ]0 H5 e0 e6 p0 ~
7.    ptimel
   2 ?$ |, `; Y& ~5 b
8.    len = peck_safe_dist
   
9.    ptimer
   
10.    actual_drl_depth = actual_drl_depth + peck1
    
11.    ]
    $ N' ~; Y) U* q! Y  m* n4 Y
12.    len = (drill_length_f - actual_drl_depth) + peck_safe_dist + peck1
    
13.    ptimel
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14.    if initht <> refht,
    
15.    [
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16.    len = abs(initht - refht)
    
17.    len = len + abs(initht - depth)
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18.    ptimer
    * M8 {; z) s; I0 W( W
19.    ]
    6 H# K$ G& o/ t2 T& ^3 _7 N
20.    else,
    
21.    [
    
22.    len = abs(refht - depth)
    
23.    ptimer
    . r. @: R. G* D* w8 H
24.    ]
    
25.    if dwell <> zero, total = total + (dwell / 60)

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18：G84攻丝距离，时间计算
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1. ptime_drill_3 # Tapping
   / b- `* [5 _1 q$ J4 e
2.    drill_length_f = (abs(refht - depth)) * 2
   
3.    llen = llen + drill_length_f
   
4.    tot_ltime = tot_ltime + ((drill_length_f / (feed / speed)) / speed)
   : ~8 M) L1 D( O
5.    if initht <> refht,
   9 R6 h5 Y7 A! r5 h
6.    [
   ) N& S+ O! {/ a
7.    len = (abs(initht - refht)) * 2
   
8.    ptimer
   
9.    ]
   
10.    if dwell <> zero, total = total + (dwell / 60)

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19：G85，G86，G87镗孔，铰孔距离，时间计算

1. ptime_drill_4 # Bore, feed out, Reaming
   
2.    len = (abs(refht - depth)) * 2
   
3.    ptimel
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4.    if initht <> refht,
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5.    [
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6.    len = (abs(initht - refht)) * 2
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7.    ptimer
     ?5 m, l# d( w, L- R# i' b$ A
8.    ]
   0 p% M  }! C* n2 h6 i7 R: G/ R0 y
9.    if dwell <> zero, total = total + (dwell / 60)

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20：钻孔其他类型距离，时间计算

1. ptime_drill_XY # Moves between additional points
   
2.    sav_gcode = gcode
   
3.    gcode = zero
   
4.    ptime_calc
   
5.    gcode = sav_gcode

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' ]3 n1 u# P6 _5 N21：在psof按如下格式增加
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1. psof            #Start of file for non-zero tool number
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2.     psetup

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22：在ptlchg后按如下格式增加

1. ptlchg          #Tool change         ptooldata #Total ending data for tool (Path Length and Times)
   
2.     psetup

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23：在pncoutput按如下格式增加

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1. pncoutput        #Movement output
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2.      ptime_calc

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24：在pdrlcommonb按如下格式增加     
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1. pdrlcommonb      #Canned Drill Cycle common call, before
   
2.     ptime_calc

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8 X$ v! A) ^  L25：在pcancledc按如下格式增加

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1. pcanceldc       #Cancel canned drill cycle
   
2.     ptime_calc

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26：在peof按如下格式增加
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1. peof            #End of file for non-zero tool
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2.     ptooldata #Total ending data for tool (Path Length and Times)
   
3.     "( *** Path Length/Time *** )", e
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4.     "( Rapid Path Lengh = ", *rlen_total, punit, ")", e
   ; u* w% K5 P3 n/ V
5.     "( Feed Path Length = ", *llen_total, punit, ")", e
   % C3 k* o' z% ^# R+ F* o0 S
6.     ttltime = total                         #Transfer TOTAL program time
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7.     "( Full Cycle Time = ", ptimeout, " )", e #Program Total time output
   
8.     ttltime = tot_rtime         "( Full Rapid Time : ", ptimeout, " )", e
   
9.     ttltime = tot_ltime         "( Full Feed Time : ", ptimeout, " )", e

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+ q4 g8 [4 [- i  y3 o: u27:公英制判断

1. punit      # System unit
   / j/ w% X* `1 Y$ |( r+ V" v
2.    if met_tool, "mm"
   ' V$ j! x3 ~' B% c9 T
3.    else, "In"

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* v& G( p! i6 S/ {" {申明：以上代码来自国外网站，非本人原创，为了方便大家，搬运过来，其中部分地方进行了修正。
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DADA7478

请问版主  代码是否也能用在X版后处里上面呢?

若枫

DADA7478 发表于 2022-1-5 09:28
请问版主  代码是否也能用在X版后处里上面呢?

如果需要用于x版，建议去B站，我在B站发布了X版本的代码

DADA7478

若枫 发表于 2022-1-6 09:00
如果需要用于x版，建议去B站，我在B站发布了X版本的代码

謝謝版主回復  已在b站看到  感謝

lyd_2005

问一下，b站在哪？

若枫

lyd_2005 发表于 2022-1-6 17:13
问一下，b站在哪？

B站搜索若枫oneZone

pppppp0

去B站看下..

feng1990

谢谢分享

TImeless

mastercam2021能用么？

1931062882

赞。。。。。。。。。。。