. @! y* l4 U- F: v $ l1 t9 C' m. [1 Q$ ]3 y* I8 y左边的WORKING、WAITING、BLOCKED及UNPLANNED相加起来为100%没问题, - w' r& I0 p# {0 \ _7 v+ v6 z+ z8 Q3 J$ O: h9 w4 h
但我现在要看的是SETTING-UP、EMPTY及REL. OCCUPATION这三项, 6 U3 m& l( d8 w4 B) t$ G1 k8 a/ r
因为我的程式有用到SHIFTCALENDAR,设定一天工作时间为12小时, / U& [' ?8 ^1 ^2 ? q4 p9 a& [1 d6 Q8 _! R3 @7 ?: P
故UMPLANNED的比率为50%,; u/ y- G$ ]0 K8 T
; M g: i' i" m( [5 ?但我要做的统计分析是不看UNPLANNED的,9 `/ a1 U* L' N1 f4 H
8 g& y m: `8 o1 T+ b* I
而SETTING-UP、EMPTY及REL. OCCUPATION这三项的值就是去除掉UNPLANNED 的值重新计算, 3 N, N8 q, K- i 3 M6 \+ n7 R, b6 Y5 W6 v$ G但问题来了,6 t. ~& M" v# A# K i$ l1 u m
# M4 }& }% O5 M Z. V9 t8 N这三项的值加起来不到100%,% d: O0 N& e+ E! X
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所以这我无法跟我的指导教授说明, ; V5 i# I o9 k( @4 v& R5 ^& [- H$ c4 @
我也看过HELP的说明了, 3 Z! k7 D' d6 o6 a9 I9 U) t# `9 V3 h" }: H c
但是还是无法得知这三项的算法(应该是知道算法,但算出来的值不一样)5 T+ ^( C- D) T6 i
The relative occupation is the capacity-based ratio of the time the object was occupied, not Paused and not Failed to ! ^% `$ n8 Y$ {$ @9 e0 H: ythe time the object was not paused and not failed. Take a ParallelProc, with four processing stations, that processes" |& t2 [% @2 g% E# l
a single MU during the entire statistics collection period. It has a relative occupation of 25%.+ m% q" T% D8 f$ D6 g) w