#  filename: 2type.rln
 #  date: 5/20/98
 #  author:  Dr. Jim Dai  dai@isye.gatech.edu
 #  
 #  The pound sign is the comment character
 #  This input file is to be used by
 #  simulation program rline version 2.0.
 #  Rline 2.0 is written by Jim Dai and Otis Jennings
 #  Typing "rline" without quote at a command line will
 #   display the usage of the program.

3 # the number of stations in the network
2 # the number of products produced

TypeA  # type 1 product name
3          # type A  has three classes 
1          # mean interarrival time
1          # scv
           
            # (type, stage) = class
1          #  class (1, 1) jobs visit station 1
0.3       #  mean processing time
1          # scv

2          # class (1, 2) jobs visit station 2
0.3
1

3         # class (1, 3) jobs visit station 3
0.3
1

TypeB # type 2 name
6         # type 2 jobs have 6 classes
1         # mean interarrival time
1

1         #  class (2, 1) jobs visit station 1
0.1      # mean processing time
1

2         #  class (2, 2) jobs visit station 2
0.5
1

3        #  class (2, 3) jobs visit station 3
0.1
1


1       #  class (2, 4) jobs visit station 1
0.5
1

2       #  class (2, 5) jobs visit station 2
0.1
1

3      #  class (2, 6) jobs visit station 3
0.5
1

#  The matrix of  mean setup times
#   If no setups are required, put down zeros.
# mean setup time from class (1, 1)
2  # to class (2, 1)
2  # to class (2, 4)

# from (1, 2)
2  # to  (2, 2)
2  # to  (2, 5)

# from (1, 3)
2 # to   (2, 3)
2 # to   (2, 6)

# from (2, 1)
2 # to  (1, 1)
1 # to  (2, 4)

# from (2, 2)
2  # to (1, 2)
1  # to (2, 5)

# from (2, 3)
2  # to (1, 3)
1  # to (2, 6)

# from (2, 4)
2  # to (1, 1)
1  # to (2, 1)

# from (2,5)
2 # to  (1,2)
1 # to  (2,2)

# from (2,6)
2 # to   (1,3)
1 # to   (2,3)

# setup/dispatch policies
#
# Available policies are 
# 1. fcfs (for first come first serve), no additional input is needed
# 2. exhaust (for exhaustive service or setup avoidance), no
#     additional input is needed
# 3. prio (buffer priority); additional input specifying the priority
#    is required.
#    Example: (for station 1)
#     prio   
#     1 1     # class (1, 1) has the highest priority
#     2 1     # class (2, 1) has the highest priority
#     2 4     # class (2, 4) has the least priority
#  4. kumar (for ell-limited policy)  additional input specifying the priority
#     is required.
#     Example:(for station 1)
#     kumar
#     0       # theta_1 =0
#     0       # theta_4 =0  (class 4 = class (2, 1) )
#     0       # theta_7 =0  (class 7 = class (2, 4) )
#     100   # ell_1=100
#     100   # ell_4=100
#     100   # ell_7=100      

# You can change the following policy to any one of the listed
# policies 

# at station 1
kumar
0
0
0
100
100
100

# at station 2
kumar
0
0
0
100
100
100

# at station 3
kumar
0 
0
0
100
100
100