# This is the input file that provides the control signals for testing 
# the various components of the Booth multiplier designed in Lab 6 part-1.  
#
# The bit vector on each line provides inputs to the control signals
# Booth multiplier. Each bit vector contains 15 bits and provide inputs 
# to the following signals: 
#
# 1.  v[14] ---> Ac_wr
# 2.  v[13] ---> Ac_shr
# 3.  v[12] ---> Ac_clr
# 4.  v[11] ---> Q_wr 
# 5.  v[10] ---> Q_shr 
# 6.  v[9]  ---> Q_clr 
# 7.  v[8]  ---> M_wr 
# 8.  v[7]  ---> M_clr 
# 9.  v[6]  ---> Cout_reg_wr 
# 10. v[5]  ---> Cout_reg_clr 
# 11. v[4]  ---> add_sub 
# 12. v[3]  ---> cnt_up 
# 13. v[2]  ---> cnt_clr 
# 14. v[1]  ---> Qprev_wr
# 15. v[0]  ---> Qprev_clr
# Clear AC,Q, M, Cout_reg, Qprev and Load data into Q
001001010100001
000100000000000
# Load new data into M, AC <- AC+M, Adjust Cout_reg, Shift right Cout-AC-Q  
000000100000000
100000001000000
110110000000010
# Load new data into M, AC <- AC+M, Adjust Cout_reg, Shift right Cout-AC-Q  
000000100000000
100000001000000
110110000000010
# Load new data into M, AC <- AC+M, Adjust Cout_reg, Shift right Cout-AC-Q  
001000100000000
100000001000000
110110000000010
# Load new data into M, AC <- AC+M, Adjust Cout_reg, Shift right Cout-AC-Q  
000000100000000
100000001000000
110110000000010
# Load new data into M, AC <- AC-M, Adjust Cout_reg, Shift right Cout-AC-Q  
000000100000000
100000001010000
110110000000010
# Load new data into M, AC <- AC-M, Adjust Cout_reg, Shift right Cout-AC-Q  
000000100000000
100000001010000
110110000000010
# Load new data into M, AC <- AC-M, Adjust Cout_reg, Shift right Cout-AC-Q  
001000100000000
100000001010000
110110000000010
# Load new data into M, AC <- AC-M, Adjust Cout_reg, Shift right Cout-AC-Q  
000000100000000
100000001010000
110110000000010
# End of data