Version 8.0 Build 215 05/29/2008 SJ Full Version
11
1009
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FV_OFF
Level2
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VRSM_ON
VHSM_ON
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-- Start Partition --
-- End Partition --
-- Start Library Paths --
-- End Library Paths --
-- Start VHDL Libraries --
-- End VHDL Libraries --
# entity
E_example1
# storage
db|E_exam1.(1).cnf
db|E_exam1.(1).cnf
# logic_option {
AUTO_RAM_RECOGNITION
ON
}
# case_insensitive
# source_file
E_example1.vhd
3a6a31a618d1e991abbd1d96e5333645
4
# internal_option {
HDL_INITIAL_FANOUT_LIMIT
OFF
AUTO_RESOURCE_SHARING
OFF
AUTO_RAM_RECOGNITION
ON
AUTO_ROM_RECOGNITION
ON
}
# user_parameter {
 constraint(u)
2 downto 0
PARAMETER_STRING
USR
 constraint(v)
2 downto 0
PARAMETER_STRING
USR
 constraint(w)
2 downto 0
PARAMETER_STRING
USR
 constraint(x)
2 downto 0
PARAMETER_STRING
USR
 constraint(y)
2 downto 0
PARAMETER_STRING
USR
 constraint(s)
2 downto 0
PARAMETER_STRING
USR
 constraint(display)
0 to 6
PARAMETER_STRING
USR
}
# hierarchies {
E_example1:u10
E_example1:u11
E_example1:u12
E_example1:u13
E_example1:u14
}
# lmf
..|..|quartus|lmf|maxplus2.lmf
9a59d39b0706640b4b2718e8a1ff1f
# macro_sequence

# end
# entity
E_multiplexer
# storage
db|E_exam1.(2).cnf
db|E_exam1.(2).cnf
# logic_option {
AUTO_RAM_RECOGNITION
ON
}
# case_insensitive
# source_file
E_multiplexer.vhd
fe22a7ac348df6db57366fc4e8e3bb9
4
# internal_option {
HDL_INITIAL_FANOUT_LIMIT
OFF
AUTO_RESOURCE_SHARING
OFF
AUTO_RAM_RECOGNITION
ON
AUTO_ROM_RECOGNITION
ON
}
# hierarchies {
E_example1:u10|E_multiplexer:u8
E_example1:u11|E_multiplexer:u8
E_example1:u12|E_multiplexer:u8
E_example1:u13|E_multiplexer:u8
E_example1:u14|E_multiplexer:u8
}
# lmf
..|..|quartus|lmf|maxplus2.lmf
9a59d39b0706640b4b2718e8a1ff1f
# macro_sequence

# end
# entity
E_mux51
# storage
db|E_exam1.(3).cnf
db|E_exam1.(3).cnf
# logic_option {
AUTO_RAM_RECOGNITION
ON
}
# case_insensitive
# source_file
E_mux51.vhd
efff8d29135b92201a8d86238fee38
4
# internal_option {
HDL_INITIAL_FANOUT_LIMIT
OFF
AUTO_RESOURCE_SHARING
OFF
AUTO_RAM_RECOGNITION
ON
AUTO_ROM_RECOGNITION
ON
}
# hierarchies {
E_example1:u10|E_multiplexer:u8|E_mux51:u5
E_example1:u10|E_multiplexer:u8|E_mux51:u6
E_example1:u10|E_multiplexer:u8|E_mux51:u7
E_example1:u11|E_multiplexer:u8|E_mux51:u5
E_example1:u11|E_multiplexer:u8|E_mux51:u6
E_example1:u11|E_multiplexer:u8|E_mux51:u7
E_example1:u12|E_multiplexer:u8|E_mux51:u5
E_example1:u12|E_multiplexer:u8|E_mux51:u6
E_example1:u12|E_multiplexer:u8|E_mux51:u7
E_example1:u13|E_multiplexer:u8|E_mux51:u5
E_example1:u13|E_multiplexer:u8|E_mux51:u6
E_example1:u13|E_multiplexer:u8|E_mux51:u7
E_example1:u14|E_multiplexer:u8|E_mux51:u5
E_example1:u14|E_multiplexer:u8|E_mux51:u6
E_example1:u14|E_multiplexer:u8|E_mux51:u7
}
# lmf
..|..|quartus|lmf|maxplus2.lmf
9a59d39b0706640b4b2718e8a1ff1f
# macro_sequence

# end
# entity
E_mux2
# storage
db|E_exam1.(4).cnf
db|E_exam1.(4).cnf
# logic_option {
AUTO_RAM_RECOGNITION
ON
}
# case_insensitive
# source_file
E_mux2.vhd
a74eee4eff55d148d04672aadcef55
4
# internal_option {
HDL_INITIAL_FANOUT_LIMIT
OFF
AUTO_RESOURCE_SHARING
OFF
AUTO_RAM_RECOGNITION
ON
AUTO_ROM_RECOGNITION
ON
}
# hierarchies {
E_example1:u10|E_multiplexer:u8|E_mux51:u5|E_mux2:u1
E_example1:u10|E_multiplexer:u8|E_mux51:u5|E_mux2:u2
E_example1:u10|E_multiplexer:u8|E_mux51:u5|E_mux2:u3
E_example1:u10|E_multiplexer:u8|E_mux51:u5|E_mux2:u4
E_example1:u10|E_multiplexer:u8|E_mux51:u6|E_mux2:u1
E_example1:u10|E_multiplexer:u8|E_mux51:u6|E_mux2:u2
E_example1:u10|E_multiplexer:u8|E_mux51:u6|E_mux2:u3
E_example1:u10|E_multiplexer:u8|E_mux51:u6|E_mux2:u4
E_example1:u10|E_multiplexer:u8|E_mux51:u7|E_mux2:u1
E_example1:u10|E_multiplexer:u8|E_mux51:u7|E_mux2:u2
E_example1:u10|E_multiplexer:u8|E_mux51:u7|E_mux2:u3
E_example1:u10|E_multiplexer:u8|E_mux51:u7|E_mux2:u4
E_example1:u11|E_multiplexer:u8|E_mux51:u5|E_mux2:u1
E_example1:u11|E_multiplexer:u8|E_mux51:u5|E_mux2:u2
E_example1:u11|E_multiplexer:u8|E_mux51:u5|E_mux2:u3
E_example1:u11|E_multiplexer:u8|E_mux51:u5|E_mux2:u4
E_example1:u11|E_multiplexer:u8|E_mux51:u6|E_mux2:u1
E_example1:u11|E_multiplexer:u8|E_mux51:u6|E_mux2:u2
E_example1:u11|E_multiplexer:u8|E_mux51:u6|E_mux2:u3
E_example1:u11|E_multiplexer:u8|E_mux51:u6|E_mux2:u4
E_example1:u11|E_multiplexer:u8|E_mux51:u7|E_mux2:u1
E_example1:u11|E_multiplexer:u8|E_mux51:u7|E_mux2:u2
E_example1:u11|E_multiplexer:u8|E_mux51:u7|E_mux2:u3
E_example1:u11|E_multiplexer:u8|E_mux51:u7|E_mux2:u4
E_example1:u12|E_multiplexer:u8|E_mux51:u5|E_mux2:u1
E_example1:u12|E_multiplexer:u8|E_mux51:u5|E_mux2:u2
E_example1:u12|E_multiplexer:u8|E_mux51:u5|E_mux2:u3
E_example1:u12|E_multiplexer:u8|E_mux51:u5|E_mux2:u4
E_example1:u12|E_multiplexer:u8|E_mux51:u6|E_mux2:u1
E_example1:u12|E_multiplexer:u8|E_mux51:u6|E_mux2:u2
E_example1:u12|E_multiplexer:u8|E_mux51:u6|E_mux2:u3
E_example1:u12|E_multiplexer:u8|E_mux51:u6|E_mux2:u4
E_example1:u12|E_multiplexer:u8|E_mux51:u7|E_mux2:u1
E_example1:u12|E_multiplexer:u8|E_mux51:u7|E_mux2:u2
E_example1:u12|E_multiplexer:u8|E_mux51:u7|E_mux2:u3
E_example1:u12|E_multiplexer:u8|E_mux51:u7|E_mux2:u4
E_example1:u13|E_multiplexer:u8|E_mux51:u5|E_mux2:u1
E_example1:u13|E_multiplexer:u8|E_mux51:u5|E_mux2:u2
E_example1:u13|E_multiplexer:u8|E_mux51:u5|E_mux2:u3
E_example1:u13|E_multiplexer:u8|E_mux51:u5|E_mux2:u4
E_example1:u13|E_multiplexer:u8|E_mux51:u6|E_mux2:u1
E_example1:u13|E_multiplexer:u8|E_mux51:u6|E_mux2:u2
E_example1:u13|E_multiplexer:u8|E_mux51:u6|E_mux2:u3
E_example1:u13|E_multiplexer:u8|E_mux51:u6|E_mux2:u4
E_example1:u13|E_multiplexer:u8|E_mux51:u7|E_mux2:u1
E_example1:u13|E_multiplexer:u8|E_mux51:u7|E_mux2:u2
E_example1:u13|E_multiplexer:u8|E_mux51:u7|E_mux2:u3
E_example1:u13|E_multiplexer:u8|E_mux51:u7|E_mux2:u4
E_example1:u14|E_multiplexer:u8|E_mux51:u5|E_mux2:u1
E_example1:u14|E_multiplexer:u8|E_mux51:u5|E_mux2:u2
E_example1:u14|E_multiplexer:u8|E_mux51:u5|E_mux2:u3
E_example1:u14|E_multiplexer:u8|E_mux51:u5|E_mux2:u4
E_example1:u14|E_multiplexer:u8|E_mux51:u6|E_mux2:u1
E_example1:u14|E_multiplexer:u8|E_mux51:u6|E_mux2:u2
E_example1:u14|E_multiplexer:u8|E_mux51:u6|E_mux2:u3
E_example1:u14|E_multiplexer:u8|E_mux51:u6|E_mux2:u4
E_example1:u14|E_multiplexer:u8|E_mux51:u7|E_mux2:u1
E_example1:u14|E_multiplexer:u8|E_mux51:u7|E_mux2:u2
E_example1:u14|E_multiplexer:u8|E_mux51:u7|E_mux2:u3
E_example1:u14|E_multiplexer:u8|E_mux51:u7|E_mux2:u4
}
# lmf
..|..|quartus|lmf|maxplus2.lmf
9a59d39b0706640b4b2718e8a1ff1f
# macro_sequence

# end
# entity
E_7_seg
# storage
db|E_exam1.(5).cnf
db|E_exam1.(5).cnf
# logic_option {
AUTO_RAM_RECOGNITION
ON
}
# case_insensitive
# source_file
E_7_seg.vhd
2e9e5b70d18cac7bce35acc7c12d76c2
4
# internal_option {
HDL_INITIAL_FANOUT_LIMIT
OFF
AUTO_RESOURCE_SHARING
OFF
AUTO_RAM_RECOGNITION
ON
AUTO_ROM_RECOGNITION
ON
}
# user_parameter {
 constraint(c)
2 downto 0
PARAMETER_STRING
USR
 constraint(display)
0 to 6
PARAMETER_STRING
USR
}
# hierarchies {
E_example1:u10|E_7_seg:u9
E_example1:u11|E_7_seg:u9
E_example1:u12|E_7_seg:u9
E_example1:u13|E_7_seg:u9
E_example1:u14|E_7_seg:u9
}
# lmf
..|..|quartus|lmf|maxplus2.lmf
9a59d39b0706640b4b2718e8a1ff1f
# macro_sequence

# end
# entity
E_exam1
# storage
db|E_exam1.(0).cnf
db|E_exam1.(0).cnf
# logic_option {
AUTO_RAM_RECOGNITION
ON
}
# case_insensitive
# source_file
E_exam1.vhd
d54fcf49252032b6e0aec8faa5022ed
4
# internal_option {
HDL_INITIAL_FANOUT_LIMIT
OFF
AUTO_RESOURCE_SHARING
OFF
AUTO_RAM_RECOGNITION
ON
AUTO_ROM_RECOGNITION
ON
}
# hierarchies {
|
}
# lmf
..|..|quartus|lmf|maxplus2.lmf
9a59d39b0706640b4b2718e8a1ff1f
# macro_sequence

# end
# complete