// Define Opcodes:
//
`define NOP		4'd0
`define JMP		4'd1
`define JMPZ		4'd2
`define JMPNZ		4'd3
`define LDA		4'd4
`define ADD		4'd5
`define SUB		4'd6
`define AND		4'd7
`define OR		4'd8
`define NOT		4'd9
`define LSL		4'd10
`define LSR		4'd11
`define STA		4'd15

// Define ALU Function Codes:
//
`define FnACC		4'd0
`define FnMem		4'd4
`define FnADD		4'd5
`define FnSUB		4'd6
`define FnAND		4'd7
`define FnOR		4'd8
`define FnNOT		4'd9
`define FnLSL		4'd10
`define FnLSR		4'd11

// The following line indicates that a file "monitor.sv" exists and contains
// custom monitoring information
//
`define special_monitor

// The following line indicates that a file "stimulus.sv" exists and contains
// custom stimulus information
// (not required for simple simulations)
//
//`define special_stimulus

// The following line specifies the appropriate address map to be supported
// by the address decoder - the possible values are
//    reduced_address_map, full_address_map, address_map_0209
// (changing this line modifies the addresses for the Switches and LEDs!)
//
`define reduced_address_map

// The following code specifies the default value of the input switches
// for the simulation in not already defined from the command line
//
`ifdef switch_value
  // already defined - do nothing
`else
  `define switch_value	7
`endif