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[分享] 对于电脑不是很好的童鞋们个建议。

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发表于 2011-10-18 10:55:34 | 显示全部楼层 |阅读模式 来自: 中国江苏苏州

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下面是我的电脑属性图。。。。你感觉你电脑比我好N倍的话,那你就用WIN7  E10吧。
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, I5 E' C7 u2 h5 J4 v* u" @但我现在这电脑。用XP E10。。后台运算从来没有出现过神马的卡在10%的情况。也部会出现WIN7里面的后台进程残留的情况。
8 ?- n; ?' v. A5 |+ F, L  a$ _4 w1 K9 w2 w2 J* @5 {* a
XP的后台加载时间基本都一个接一个。可以说没有加载时间而言。。。
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至于你信不信。我反正的是信了。。。。。。
2.jpg
发表于 2011-10-18 10:57:40 | 显示全部楼层 来自: 中国福建泉州
,浮云……
发表于 2011-10-18 10:57:50 | 显示全部楼层 来自: 中国江苏苏州
操。。。。赶紧换XP:lol:
发表于 2011-10-18 10:59:37 | 显示全部楼层 来自: 中国江苏苏州
我装了双系统,看看XP版的E10神马情况。多谢楼主。。。
 楼主| 发表于 2011-10-18 16:28:15 | 显示全部楼层 来自: 中国江苏苏州
难道没有人有这感想???
发表于 2011-10-18 16:38:50 | 显示全部楼层 来自: 中国四川绵阳
本帖最后由 tongyong3 于 2011-10-18 16:41 编辑
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& j, K' e; U1 P3 h自从正式版后,WIN7就不应该有后台进程残留,测试版E10时很多。
  D' z) o9 o$ Q; \一到正式版一切都很正常,并且关掉E10,全部清干净。% O: `) y+ ~$ G% n/ [0 l0 V

" s4 Z8 m* W4 a$ ~- h' i3 @看来你的Win7有问题
: T4 \" B. J" i4 K; g- j
6 h) n0 _0 g* e$ g7 J再说什么都是以数据说话,你说XP下一个接一个没间隔,那请COPY记录,记录里有详细的每个的启动时间、结束时间。
 楼主| 发表于 2011-10-18 16:55:05 | 显示全部楼层 来自: 中国江苏苏州
* The Cutter E10_T01, loaded from a template, uses magazine number 32 that is already in use.6 Y" o& k6 {: d6 a6 ^$ P$ q/ N
* The magazine number was replaced to 40.
# }  J; K( E' f; j* The Cutter E4_T01, loaded from a template, uses magazine number 33 that is already in use.
% K( F1 |; m$ P: O; S* The magazine number was replaced to 41.6 n& `: h( o" _+ x- W% z7 [
* The Cutter E8_T01, loaded from a template, uses magazine number 34 that is already in use.
" c; ^5 C% ]& d* k/ l* The magazine number was replaced to 42.
+ s. w; z" l2 L& {6 Q, z7 W* The Cutter E4R0.3_T01, loaded from a template, uses magazine number 35 that is already in use.
) C2 Q. m3 L! F) G* The magazine number was replaced to 43.0 T1 u/ G4 x9 T  R* }  K
* Template loaded from C:\Cimatron\模版\兜下去的.mtt
% G/ n$ b+ P7 V# z7 ?) F* S  Y* Missing Start Point parameter was attached to contour& |) W) O& C4 O+ E5 c$ W
* Missing Cutting Mode parameter was attached to contour9 q9 U  v: R8 r8 e' T: c
* WARNING! INTERNAL INCREMENTAL CLEAR MAY GOUGE PROTRUSIONS!, A# k  a3 h2 v
  RECOMMENDED TO APPLY THE OPTIMIZER/RAPID MOVE GOUGE CHECK OPTION
, i  D7 E3 j! e0 U* Note: When using Internal Incremental Clear, it is recommended to define the stock
' `0 W/ ]* s- w( y8 n, Iand to use the Optimizer option Rapid Motion Gouge Check.
- X* Z& H  B% j+ Y0 W
4 U  m* l$ j$ |1 e& e. D- M* Target Part_2; 18/10/11; 11:27:15; End Execution; Total 00:00:00; Succeeded. g+ d" P% A& J# J; j/ ]! `
* Stock By Contours_3; 18/10/11; 11:27:15; Start Calculation at PC-002;
! r4 h7 j1 A- o5 d8 u$ e* Stock By Contours_3; 18/10/11; 11:27:15; End Calculation; Total 00:00:00; Succeeded
7 F* B; }. j. _, |8 G* Stock By Contours_3; 18/10/11; 11:27:15; End Execution; Total 00:00:00; Succeeded4 q. g+ A, c; B. b7 W- j# l- O
* 2.5 Axes-Profile Closed Contour_4; 18/10/11; 11:27:20; Start Calculation at PC-002; 7 V# v5 T% q* G7 [
* 2.5 Axes-Profile Closed Contour_4; 18/10/11; 11:27:20; WARNING! INTERNAL INCREMENTAL CLEAR MAY GOUGE PROTRUSIONS!+ w3 J3 o5 G0 W: ?2 H- e
  RECOMMENDED TO APPLY THE OPTIMIZER/RAPID MOVE GOUGE CHECK OPTION+ d) f, L* d; z5 a5 n" \+ J4 n
* 2.5 Axes-Profile Closed Contour_4; 18/10/11; 11:27:20; End Calculation; Total 00:00:00; Succeeded  }: ~# q. r- \1 u9 J7 E
* 2.5 Axes-Profile Closed Contour_4; 18/10/11; 11:27:20; End Execution; Total 00:00:00; Succeeded! ]$ e& m" z/ ~& ^" H4 w- d
* Volume Milling-Rough Spiral_5; 18/10/11; 11:27:27; Start Calculation at PC-002;
% X, o4 U, c' A  G) [* K6 N* Volume Milling-Rough Spiral_5; 18/10/11; 11:27:27; End Calculation; Total 00:00:03; Succeeded* _9 S. A  b- Y, h* c. ]
* Volume Milling-Rough Spiral_5; 18/10/11; 11:27:27; End Execution; Total 00:00:03; Succeeded% Z6 }) E) N% d
* Volume Milling-Rough Spiral_7; 18/10/11; 11:27:34; Start Calculation at PC-002;   r2 o, O9 Q4 I
* Volume Milling-Rough Spiral_7; 18/10/11; 11:27:37; End Calculation; Total 00:00:06; Succeeded
8 s) d1 @2 b8 y$ a9 U  T2 R0 c* Volume Milling-Rough Spiral_7; 18/10/11; 11:27:37; End Execution; Total 00:00:07; Succeeded3 j! l0 Q8 r' {, e4 k- X$ m4 h3 B
* Surface Milling-By Layers_8; 18/10/11; 11:27:42; Start Calculation at PC-002; 9 e+ A% j0 k8 P0 \, Q$ q% M
* Surface Milling-By Layers_8; 18/10/11; 11:27:42; OVERLAP OFFSET OF REGION 0 FAILED AND SET TO 0.0
3 n) R1 y$ q5 W7 w* Surface Milling-By Layers_8; 18/10/11; 11:27:42; ENTRY POINT: X =  -15.27 Y =  -5.28 Z =  -12.03
# `6 w+ E$ n$ I; \3 |* Surface Milling-By Layers_8; 18/10/11; 11:27:42; ENTRY POINT: X =  -15.27 Y =  -5.28 Z =  -12.05# R, j- `8 y- `4 s6 ]7 H1 i) ~
* Surface Milling-By Layers_8; 18/10/11; 11:27:42; End Calculation; Total 00:00:02; Succeeded
& a9 a1 i% p5 Q. F& r! x* Surface Milling-By Layers_8; 18/10/11; 11:27:42; End Execution; Total 00:00:02; Succeeded
4 _8 @: u2 }4 G* Surface Milling-Finish Mill All_10; 18/10/11; 11:27:46; Start Calculation at PC-002;
# r9 j5 i  ]* h3 m$ l; u$ C2 \* Surface Milling-Finish Mill All_10; 18/10/11; 11:27:46; End Calculation; Total 00:00:00; Succeeded
- d  e( x! [! ~5 d$ @7 e( l4 k2 h+ l* Surface Milling-Finish Mill All_10; 18/10/11; 11:27:46; End Execution; Total 00:00:00; Succeeded* E% V: g' a' n! L
* Surface Milling-Finish Mill All_11; 18/10/11; 11:27:50; Start Calculation at PC-002; - ?5 }' o1 y9 V9 E$ M
* Surface Milling-Finish Mill All_11; 18/10/11; 11:27:50; End Calculation; Total 00:00:00; Succeeded" Q7 b) {+ {+ Y8 {
* Surface Milling-Finish Mill All_11; 18/10/11; 11:27:50; End Execution; Total 00:00:00; Succeeded9 l  H. c/ E' Z. a6 M* t: C# _5 O* r
* Surface Milling-Finish Mill All_13; 18/10/11; 11:27:57; Start Calculation at PC-002;
+ E. f+ s" `: ^* Surface Milling-Finish Mill All_13; 18/10/11; 11:27:57; End Calculation; Total 00:00:03; Succeeded
+ n* o5 A. x0 H* Surface Milling-Finish Mill All_13; 18/10/11; 11:27:57; End Execution; Total 00:00:03; Succeeded
+ q- w4 U. i( f/ h* 18/10/11; 11:27:57; All procedures have been executed; no additional procedures are submitted for execution.
1 R. f, S8 Y8 U3 N  R8 ?8 p这个是后台的数据。。
 楼主| 发表于 2011-10-18 16:56:29 | 显示全部楼层 来自: 中国江苏苏州
* MAKFLN - All tool path characters are blank5 V5 ]# [9 Y* Q1 w
* Immediate Execution; Target Part_2; 18/10/11; 11:31:27; End Execution; Total 00:00:00; Succeeded& |4 T/ _7 S+ V5 J1 `/ G
* Immediate Execution; Stock By Contours_3; 18/10/11; 11:31:27; Start Calculation at PC-002;   l9 @. S' Q# I: {
* Immediate Execution; Stock By Contours_3; 18/10/11; 11:31:27; End Calculation; Total 00:00:00; Succeeded
( q* Y; y- f/ T9 N9 l8 n# B+ N8 Z* Immediate Execution; Stock By Contours_3; 18/10/11; 11:31:27; End Execution; Total 00:00:00; Succeeded% q4 j. U+ b# V. A5 p( u
* Missing Start Point parameter was attached to contour
2 l5 m* R: e4 X0 R* Missing Cutting Mode parameter was attached to contour, v% T! O" M- r2 m: h! [: G
* WARNING! INTERNAL INCREMENTAL CLEAR MAY GOUGE PROTRUSIONS!
- r/ w* z. S6 Y: y9 m5 b* c7 C! I0 Y  RECOMMENDED TO APPLY THE OPTIMIZER/RAPID MOVE GOUGE CHECK OPTION
( R( }+ b7 o  |0 K* Note: When using Internal Incremental Clear, it is recommended to define the stock7 l. q0 @4 r* L/ Y0 z$ |
and to use the Optimizer option Rapid Motion Gouge Check.# l  I. M( C$ k* z( \2 c
& @! k9 \/ v% H; l8 U
* Immediate Execution; 2.5 Axes-Profile Closed Contour_4; 18/10/11; 11:31:27; Start Calculation at PC-002;
' m" g' X3 e: k; {+ n+ y* Immediate Execution; 2.5 Axes-Profile Closed Contour_4; 18/10/11; 11:31:27; WARNING! INTERNAL INCREMENTAL CLEAR MAY GOUGE PROTRUSIONS!$ b; L4 G6 A$ l6 J+ S% ?% s; d
  RECOMMENDED TO APPLY THE OPTIMIZER/RAPID MOVE GOUGE CHECK OPTION
% t( b; b& n3 ?9 l* Immediate Execution; 2.5 Axes-Profile Closed Contour_4; 18/10/11; 11:31:27; End Calculation; Total 00:00:00; Succeeded4 K6 v# w2 S5 W9 W2 V
* Immediate Execution; 2.5 Axes-Profile Closed Contour_4; 18/10/11; 11:31:27; End Execution; Total 00:00:00; Succeeded
" ~( n: D" |" x5 M* I. h* Immediate Execution; Volume Milling-Rough Spiral_5; 18/10/11; 11:31:28; Start Calculation at PC-002; + q- h! Z; l# a( [' q
* Immediate Execution; Volume Milling-Rough Spiral_5; 18/10/11; 11:31:31; End Calculation; Total 00:00:03; Succeeded
* s: |3 |8 O$ g/ q* }* Immediate Execution; Volume Milling-Rough Spiral_5; 18/10/11; 11:31:31; End Execution; Total 00:00:04; Succeeded
5 _1 D! s3 y' S* M" `* Immediate Execution; Volume Milling-Rough Spiral_7; 18/10/11; 11:31:31; Start Calculation at PC-002;
6 F3 O" O$ Q, f" g7 x5 L* Immediate Execution; Volume Milling-Rough Spiral_7; 18/10/11; 11:31:37; End Calculation; Total 00:00:06; Succeeded
' k, d$ U; j0 U5 Q0 h% A# f6 Y* Immediate Execution; Volume Milling-Rough Spiral_7; 18/10/11; 11:31:37; End Execution; Total 00:00:06; Succeeded
3 l- W# j5 S0 H3 }* Immediate Execution; Surface Milling-By Layers_8; 18/10/11; 11:31:37; Start Calculation at PC-002;
9 I3 H8 G: P: }( u' h; {( C* Immediate Execution; Surface Milling-By Layers_8; 18/10/11; 11:31:38; OVERLAP OFFSET OF REGION 0 FAILED AND SET TO 0.0
. E8 {/ L4 O  C: d! t9 ?* Immediate Execution; Surface Milling-By Layers_8; 18/10/11; 11:31:38; ENTRY POINT: X =  -15.27 Y =  -5.28 Z =  -12.03  b/ _% g- ?8 \* ?
* Immediate Execution; Surface Milling-By Layers_8; 18/10/11; 11:31:38; ENTRY POINT: X =  -15.27 Y =  -5.28 Z =  -12.050 R* s4 G7 K+ o/ Y, O1 F
* Immediate Execution; Surface Milling-By Layers_8; 18/10/11; 11:31:38; End Calculation; Total 00:00:01; Succeeded
6 X: Z/ H1 P& F3 P( e* Immediate Execution; Surface Milling-By Layers_8; 18/10/11; 11:31:38; End Execution; Total 00:00:01; Succeeded
  U' d2 N& I) @. J1 j* Immediate Execution; Surface Milling-Finish Mill All_10; 18/10/11; 11:31:38; Start Calculation at PC-002;
: }. m' Z- W; x" X, e* Immediate Execution; Surface Milling-Finish Mill All_10; 18/10/11; 11:31:38; End Calculation; Total 00:00:00; Succeeded
, U$ G7 Z/ [1 R1 d* Immediate Execution; Surface Milling-Finish Mill All_10; 18/10/11; 11:31:39; End Execution; Total 00:00:00; Succeeded* d9 A% J, ^" ~; S6 ?
* Immediate Execution; Surface Milling-Finish Mill All_11; 18/10/11; 11:31:39; Start Calculation at PC-002; 4 P0 W) \  N4 b3 ~
* Immediate Execution; Surface Milling-Finish Mill All_11; 18/10/11; 11:31:39; End Calculation; Total 00:00:00; Succeeded4 E& q" t8 B! R
* Immediate Execution; Surface Milling-Finish Mill All_11; 18/10/11; 11:31:39; End Execution; Total 00:00:00; Succeeded1 k  j% ^+ E* {. ^/ ~
* Immediate Execution; Surface Milling-Finish Mill All_13; 18/10/11; 11:31:39; Start Calculation at PC-002;
/ y5 K6 o3 o+ D) I* Immediate Execution; Surface Milling-Finish Mill All_13; 18/10/11; 11:31:42; End Calculation; Total 00:00:03; Succeeded1 |4 ?- V0 K( P' L! t' e
* Immediate Execution; Surface Milling-Finish Mill All_13; 18/10/11; 11:31:42; End Execution; Total 00:00:03; Succeeded
# A+ v7 ^* M- b. f2 q8 M, ]* 18/10/11; 11:31:42; All procedures have been executed; no additional procedures are submitted for execution.
# x2 C2 p, |3 \& O! e0 T* C
9 |" K+ g% w! l这个是前台的数据。同一个参数。
发表于 2011-10-18 18:14:18 | 显示全部楼层 来自: 中国四川绵阳
看了下,还不错,间隔在1~5秒之间都有。: A. v& \5 u; w
WIN7的间隔比较标准,以前专门测试过是5秒。
发表于 2011-10-18 20:03:41 | 显示全部楼层 来自: 中国江苏常州
顶!!!!!!!!!!!
发表于 2011-10-18 22:52:32 | 显示全部楼层 来自: 中国广东广州
我的配置和楼主的差不多啊
发表于 2011-10-18 23:00:48 | 显示全部楼层 来自: 中国江苏常州
楼主电脑怎么和我的一个样啊!% p; ]4 K% k" x
快照3.jpg
 楼主| 发表于 2011-10-19 08:09:24 | 显示全部楼层 来自: 中国江苏苏州
9楼的同学。感谢您的参与。。。。我只是想说的是。我在XP的平台下。运行后台算程式我用了3天来。我从来没有出现过。卡在10%要很久的情况。。。。但是在window7的下面。。。那是经常的事情了。动不动就在10%那里部跑。能跑也要等很久才开始计算。。。。window7的系统我整了3个。。。难道这3个系统都有问题。。。。
发表于 2011-10-19 11:18:28 | 显示全部楼层 来自: 中国四川绵阳
从来没有被卡什么10%不走的情况发生,工作上已经用了几个月了,一次都没遇到过。
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4 i8 [7 A- p4 K" Z8 @2 w只要启动计算了,那就以正常速度在算。
2 H; `, }2 `- k1 B
9 k, z2 W) q* J) K) J0 P( C9 Y间隔时间一般也很短也就5秒左右,但如果打开其它的东西太占资源,间隔会相应长一点
 楼主| 发表于 2011-10-19 12:30:27 | 显示全部楼层 来自: 中国江苏苏州
从来没有被卡什么10%不走的情况发生,工作上已经用了几个月了,一次都没遇到过。4 j0 ^9 k, ?' l' B  R+ _8 Q

- F% u: D$ E9 U+ J5 @: V& r/ Q# b只要启动计算了,那就以正常速度在算。  L" R4 X: y: G% Y  P% i

5 K. t' M: V, n' _0 U& S. h间隔时间一般也很短也就5秒左右,但如果打开其它的东西太占资源,间隔会相应长一点# _% f3 ]: j& I% N: M$ f2 f. ~+ T* H
tongyong3 发表于 2011-10-19 11:18 http://www.3dportal.cn/discuz/images/common/back.gif
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3 L% j2 n7 }: O2 O2 i) ^/ y: a7 b! W/ _# q
不知道您的电脑配置如何。。。。。应该不差吧。。
发表于 2011-10-19 14:59:35 | 显示全部楼层 来自: 中国浙江台州
晒电脑吗,  我配置不如你E10照样用的
发表于 2011-10-19 22:55:56 | 显示全部楼层 来自: 中国广东东莞
个人感觉xp-32bit比win7-32bit稳定,至少在我的机子上是这样!
发表于 2011-10-21 08:08:27 | 显示全部楼层 来自: 中国北京
佩服!!这样也行!!
发表于 2011-10-21 09:31:56 | 显示全部楼层 来自: 中国四川成都
:你们都在用E10罗,我还没装好呢。
发表于 2011-10-21 20:44:37 | 显示全部楼层 来自: 中国广东深圳
我也装上了,今天反反复复装了N多遍,目的就是为了如何解决绘图区显示不正常的问题,最后发现,不打补丁绘图区有时候不能显示图形,打上P1后改善很多,基本上正常,打上P2后完全无法显示图形,打上P3后完全正常显示,反反复复重启电脑无数次都还没发现无法显示图形的现象
发表于 2011-11-20 20:39:22 | 显示全部楼层 来自: 中国山东潍坊
学习学习啊  呵呵
发表于 2012-3-24 10:32:26 | 显示全部楼层 来自: 中国台湾
谢谢了,多谢楼主。。。。
发表于 2012-3-24 11:54:14 | 显示全部楼层 来自: 中国重庆
I系的处理器用xp??4 R% d5 G5 Q3 [
呵呵
" b! {2 {/ C6 U5 i, z好像I系处理器是针对WIN7操作系统平台开发的吧??
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