本人初学auto mod,有一道题目希望大家赐教

daphanezhang

刚刚开始学auto mod,这道题目搞不明白，希望大家看看 题目是这样的，
; j# q1 T# s. ?- z) t" u  Create a new model containing three independent processes, each with one operator. In each process, loads first move into an infinite capacity waiting queue, then into a single-capacity processing queue.
  Loads are processed by each operator for the following time:
! B8 o( S' c! Q6 q, z8 _$ K! k  Worker_A does the job in a normally distributed time with a mean of 60 mins and a standard dev of 10 mins.
* m  @: E; ~" w" p  Worker_B does the job according to a triangular distribution with a min of 30 mins, most likely value of 60 mins, and a max of 90 mins.
  Worker_C does the job in a uniformly distributed time between 30 and 90 mins.
Send loads to each pocess at the same rate (an exponentially distributed inter-arrival time with a mean of 68 mins) to understand the difference in the processing times of the three workers.

0 T7 f3 j1 R4 F% S5 E问题：
; ~4 e. y# c4 k4 T) vAfter running the model for 10,000 days, what was the average number of loads in each process?
3 L7 x6 C4 l& p; D! r& ]3 K
不胜感激！

YingliYuFeng

begin P_A arriving
3 c$ v) F1 @( L; _move into Q_wait /*Capacity is infinte*/
  T/ ~# }3 n4 e: f: tmove into Q_process /*Single capacity*/
# _4 u8 F# K) f* n3 o: B
use R_A for n 60,10 min /*Resource A*/
7 j. M( b; c1 ^) r' P
% T5 b; J3 i6 C& H$ c8 d9 z3 csend to P_B
) R# L, i+ V; p. R* \2 G9 Fend

P_B and P_C is similar
triangular 30,60,90 min
u 60,30 min
+ m: F0 X! y7 |, W4 e  T

in P_C, you need to send to die.

; ^: W4 B# P: d( o; |  wThen You need to add a L_Control to drive up the whole simulation. and a Run Control of 10000 days.
8 v  H$ _4 t, R3 X3 }

9 \8 N8 J5 N- z* BRemember to turn off the animation before you run your model.

daphanezhang

thanks...