Subversion Repositories robust_fir

OUTFILE fir_MAC_NUMserial_TOPO.v
 
ITER CX COEFF_NUM
ITER MX MAC_NUM
ITER DX SON_DELAY
 
//  Built In Parameters:
//  
//    Filter Order              = ORDER
//    Input Precision           = DIN_BITS
//    Coefficient Precision     = COEFF_BITS
//    Sum of Products Latency   = LATENCY
//    Number of serial FIR sons = MAC_NUM
//    Number of multiplayers    = MAC_NUM
 
 
module fir_MAC_NUMserial_TOPO (PORTS);
 
    input clk;
    input reset;
    input clken;
	input  [EXPR(COEFF_BITS-1):0] kCX;
	input  [EXPR(DIN_BITS-1):0] data_in;
	output [EXPR(DOUT_BITS-1):0] data_out;
	output valid;
 
 
	wire [EXPR(DIN_BITS-1):0] data_inMX;
    wire [EXPR(SON_DOUT-1):0] data_outMX;
	wire validMX;
	wire null;
 
	//delay inputs per son
    assign data_in0 = data_in;
    CREATE prgen_delayN.v DEFCMD(SWAP CONST(DELAY) SON_DELAY) DEFCMD(DEFINE CLKEN)
    prgen_delaySON_DELAY_en #(DIN_BITS) delay_dinMX (clk, reset, clken, data_inMX, data_inEXPR(MX+1));
	STOMP LINE
 
 
	//the FIR sons
LOOP MX MAC_NUM
	CREATE fir_serial.v def_fir_basic.txt DEFCMD(SWAP CONST(ORDER) EXPR(SON_DELAY-1)) DEFCMD(SWAP CONST(COEFF_BITS) COEFF_BITS) DEFCMD(SWAP CONST(DIN_BITS) DIN_BITS)
    fir_serial_EXPR(SON_DELAY-1)_INPUT_BITS firMX
								(
								.clk(clk), 
								.reset(reset), 
								.clken(clken), 
								.kDX(kEXPR((MX*SON_DELAY)+DX)) ,
								.data_in(data_inMX), 
								.data_out(data_outMX),
								.valid(validMX)
								);
 
ENDLOOP MX
 
	//Pipline the output additions	
	CREATE bintree_adder.v DEFCMD(SWAP INPUT_NUM MAC_NUM)
	bintree_adder_MAC_NUM #(SON_DOUT) bintree_adder
		(
		.clk(clk),
		.reset(reset),
		.data_inMX(data_outMX),
IF TRUE(ADD_DOUT!=DOUT_BITS) .data_out({null, data_out}),
IF TRUE(ADD_DOUT==DOUT_BITS) .data_out(data_out),
		.valid_in(valid0),
		.valid_out(valid)
		);
 
endmodule