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+
+//------> ./rtl_mgc_ioport.v
+//------------------------------------------------------------------
+// M G C _ I O P O R T _ C O M P S
+//------------------------------------------------------------------
+
+//------------------------------------------------------------------
+// M O D U L E S
+//------------------------------------------------------------------
+
+//------------------------------------------------------------------
+//-- INPUT ENTITIES
+//------------------------------------------------------------------
+
+module mgc_in_wire (d, z);
+
+ parameter integer rscid = 1;
+ parameter integer width = 8;
+
+ output [width-1:0] d;
+ input [width-1:0] z;
+
+ wire [width-1:0] d;
+
+ assign d = z;
+
+endmodule
+
+//------------------------------------------------------------------
+
+module mgc_in_wire_en (ld, d, lz, z);
+
+ parameter integer rscid = 1;
+ parameter integer width = 8;
+
+ input ld;
+ output [width-1:0] d;
+ output lz;
+ input [width-1:0] z;
+
+ wire [width-1:0] d;
+ wire lz;
+
+ assign d = z;
+ assign lz = ld;
+
+endmodule
+
+//------------------------------------------------------------------
+
+module mgc_in_wire_wait (ld, vd, d, lz, vz, z);
+
+ parameter integer rscid = 1;
+ parameter integer width = 8;
+
+ input ld;
+ output vd;
+ output [width-1:0] d;
+ output lz;
+ input vz;
+ input [width-1:0] z;
+
+ wire vd;
+ wire [width-1:0] d;
+ wire lz;
+
+ assign d = z;
+ assign lz = ld;
+ assign vd = vz;
+
+endmodule
+//------------------------------------------------------------------
+
+module mgc_chan_in (ld, vd, d, lz, vz, z, size, req_size, sizez, sizelz);
+
+ parameter integer rscid = 1;
+ parameter integer width = 8;
+ parameter integer sz_width = 8;
+
+ input ld;
+ output vd;
+ output [width-1:0] d;
+ output lz;
+ input vz;
+ input [width-1:0] z;
+ output [sz_width-1:0] size;
+ input req_size;
+ input [sz_width-1:0] sizez;
+ output sizelz;
+
+
+ wire vd;
+ wire [width-1:0] d;
+ wire lz;
+ wire [sz_width-1:0] size;
+ wire sizelz;
+
+ assign d = z;
+ assign lz = ld;
+ assign vd = vz;
+ assign size = sizez;
+ assign sizelz = req_size;
+
+endmodule
+
+
+//------------------------------------------------------------------
+//-- OUTPUT ENTITIES
+//------------------------------------------------------------------
+
+module mgc_out_stdreg (d, z);
+
+ parameter integer rscid = 1;
+ parameter integer width = 8;
+
+ input [width-1:0] d;
+ output [width-1:0] z;
+
+ wire [width-1:0] z;
+
+ assign z = d;
+
+endmodule
+
+//------------------------------------------------------------------
+
+module mgc_out_stdreg_en (ld, d, lz, z);
+
+ parameter integer rscid = 1;
+ parameter integer width = 8;
+
+ input ld;
+ input [width-1:0] d;
+ output lz;
+ output [width-1:0] z;
+
+ wire lz;
+ wire [width-1:0] z;
+
+ assign z = d;
+ assign lz = ld;
+
+endmodule
+
+//------------------------------------------------------------------
+
+module mgc_out_stdreg_wait (ld, vd, d, lz, vz, z);
+
+ parameter integer rscid = 1;
+ parameter integer width = 8;
+
+ input ld;
+ output vd;
+ input [width-1:0] d;
+ output lz;
+ input vz;
+ output [width-1:0] z;
+
+ wire vd;
+ wire lz;
+ wire [width-1:0] z;
+
+ assign z = d;
+ assign lz = ld;
+ assign vd = vz;
+
+endmodule
+
+//------------------------------------------------------------------
+
+module mgc_out_prereg_en (ld, d, lz, z);
+
+ parameter integer rscid = 1;
+ parameter integer width = 8;
+
+ input ld;
+ input [width-1:0] d;
+ output lz;
+ output [width-1:0] z;
+
+ wire lz;
+ wire [width-1:0] z;
+
+ assign z = d;
+ assign lz = ld;
+
+endmodule
+
+//------------------------------------------------------------------
+//-- INOUT ENTITIES
+//------------------------------------------------------------------
+
+module mgc_inout_stdreg_en (ldin, din, ldout, dout, lzin, lzout, z);
+
+ parameter integer rscid = 1;
+ parameter integer width = 8;
+
+ input ldin;
+ output [width-1:0] din;
+ input ldout;
+ input [width-1:0] dout;
+ output lzin;
+ output lzout;
+ inout [width-1:0] z;
+
+ wire [width-1:0] din;
+ wire lzin;
+ wire lzout;
+ wire [width-1:0] z;
+
+ assign lzin = ldin;
+ assign din = ldin ? z : {width{1'bz}};
+ assign lzout = ldout;
+ assign z = ldout ? dout : {width{1'bz}};
+
+endmodule
+
+//------------------------------------------------------------------
+module hid_tribuf( I_SIG, ENABLE, O_SIG);
+ parameter integer width = 8;
+
+ input [width-1:0] I_SIG;
+ input ENABLE;
+ inout [width-1:0] O_SIG;
+
+ assign O_SIG = (ENABLE) ? I_SIG : { width{1'bz}};
+
+endmodule
+//------------------------------------------------------------------
+
+module mgc_inout_stdreg_wait (ldin, vdin, din, ldout, vdout, dout, lzin, vzin, lzout, vzout, z);
+
+ parameter integer rscid = 1;
+ parameter integer width = 8;
+
+ input ldin;
+ output vdin;
+ output [width-1:0] din;
+ input ldout;
+ output vdout;
+ input [width-1:0] dout;
+ output lzin;
+ input vzin;
+ output lzout;
+ input vzout;
+ inout [width-1:0] z;
+
+ wire vdin;
+ wire [width-1:0] din;
+ wire vdout;
+ wire lzin;
+ wire lzout;
+ wire [width-1:0] z;
+ wire ldout_and_vzout;
+
+ assign lzin = ldin;
+ assign vdin = vzin;
+ assign din = ldin ? z : {width{1'bz}};
+ assign lzout = ldout;
+ assign vdout = vzout ;
+ assign ldout_and_vzout = ldout && vzout ;
+
+ hid_tribuf #(width) tb( .I_SIG(dout),
+ .ENABLE(ldout_and_vzout),
+ .O_SIG(z) );
+
+endmodule
+
+//------------------------------------------------------------------
+
+module mgc_inout_buf_wait (clk, en, arst, srst, ldin, vdin, din, ldout, vdout, dout, lzin, vzin, lzout, vzout, z);
+
+ parameter integer rscid = 0; // resource ID
+ parameter integer width = 8; // fifo width
+ parameter ph_clk = 1'b1; // clock polarity 1=rising edge, 0=falling edge
+ parameter ph_en = 1'b1; // clock enable polarity
+ parameter ph_arst = 1'b1; // async reset polarity
+ parameter ph_srst = 1'b1; // sync reset polarity
+
+ input clk;
+ input en;
+ input arst;
+ input srst;
+ input ldin;
+ output vdin;
+ output [width-1:0] din;
+ input ldout;
+ output vdout;
+ input [width-1:0] dout;
+ output lzin;
+ input vzin;
+ output lzout;
+ input vzout;
+ inout [width-1:0] z;
+
+ wire lzout_buf;
+ wire vzout_buf;
+ wire [width-1:0] z_buf;
+ wire vdin;
+ wire [width-1:0] din;
+ wire vdout;
+ wire lzin;
+ wire lzout;
+ wire [width-1:0] z;
+
+ assign lzin = ldin;
+ assign vdin = vzin;
+ assign din = ldin ? z : {width{1'bz}};
+ assign lzout = lzout_buf & ~ldin;
+ assign vzout_buf = vzout & ~ldin;
+ hid_tribuf #(width) tb( .I_SIG(z_buf),
+ .ENABLE((lzout_buf && (!ldin) && vzout) ),
+ .O_SIG(z) );
+
+ mgc_out_buf_wait
+ #(
+ .rscid (rscid),
+ .width (width),
+ .ph_clk (ph_clk),
+ .ph_en (ph_en),
+ .ph_arst (ph_arst),
+ .ph_srst (ph_srst)
+ )
+ BUFF
+ (
+ .clk (clk),
+ .en (en),
+ .arst (arst),
+ .srst (srst),
+ .ld (ldout),
+ .vd (vdout),
+ .d (dout),
+ .lz (lzout_buf),
+ .vz (vzout_buf),
+ .z (z_buf)
+ );
+
+
+endmodule
+
+module mgc_inout_fifo_wait (clk, en, arst, srst, ldin, vdin, din, ldout, vdout, dout, lzin, vzin, lzout, vzout, z);
+
+ parameter integer rscid = 0; // resource ID
+ parameter integer width = 8; // fifo width
+ parameter integer fifo_sz = 8; // fifo depth
+ parameter ph_clk = 1'b1; // clock polarity 1=rising edge, 0=falling edge
+ parameter ph_en = 1'b1; // clock enable polarity
+ parameter ph_arst = 1'b1; // async reset polarity
+ parameter ph_srst = 1'b1; // sync reset polarity
+ parameter integer ph_log2 = 3; // log2(fifo_sz)
+ parameter integer pwropt = 0; // pwropt
+
+ input clk;
+ input en;
+ input arst;
+ input srst;
+ input ldin;
+ output vdin;
+ output [width-1:0] din;
+ input ldout;
+ output vdout;
+ input [width-1:0] dout;
+ output lzin;
+ input vzin;
+ output lzout;
+ input vzout;
+ inout [width-1:0] z;
+
+ wire lzout_buf;
+ wire vzout_buf;
+ wire [width-1:0] z_buf;
+ wire comb;
+ wire vdin;
+ wire [width-1:0] din;
+ wire vdout;
+ wire lzin;
+ wire lzout;
+ wire [width-1:0] z;
+
+ assign lzin = ldin;
+ assign vdin = vzin;
+ assign din = ldin ? z : {width{1'bz}};
+ assign lzout = lzout_buf & ~ldin;
+ assign vzout_buf = vzout & ~ldin;
+ assign comb = (lzout_buf && (!ldin) && vzout);
+
+ hid_tribuf #(width) tb2( .I_SIG(z_buf), .ENABLE(comb), .O_SIG(z) );
+
+ mgc_out_fifo_wait
+ #(
+ .rscid (rscid),
+ .width (width),
+ .fifo_sz (fifo_sz),
+ .ph_clk (ph_clk),
+ .ph_en (ph_en),
+ .ph_arst (ph_arst),
+ .ph_srst (ph_srst),
+ .ph_log2 (ph_log2),
+ .pwropt (pwropt)
+ )
+ FIFO
+ (
+ .clk (clk),
+ .en (en),
+ .arst (arst),
+ .srst (srst),
+ .ld (ldout),
+ .vd (vdout),
+ .d (dout),
+ .lz (lzout_buf),
+ .vz (vzout_buf),
+ .z (z_buf)
+ );
+
+endmodule
+
+//------------------------------------------------------------------
+//-- I/O SYNCHRONIZATION ENTITIES
+//------------------------------------------------------------------
+
+module mgc_io_sync (ld, lz);
+
+ input ld;
+ output lz;
+
+ assign lz = ld;
+
+endmodule
+
+module mgc_bsync_rdy (rd, rz);
+
+ parameter integer rscid = 0; // resource ID
+ parameter ready = 1;
+ parameter valid = 0;
+
+ input rd;
+ output rz;
+
+ wire rz;
+
+ assign rz = rd;
+
+endmodule
+
+module mgc_bsync_vld (vd, vz);
+
+ parameter integer rscid = 0; // resource ID
+ parameter ready = 0;
+ parameter valid = 1;
+
+ output vd;
+ input vz;
+
+ wire vd;
+
+ assign vd = vz;
+
+endmodule
+
+module mgc_bsync_rv (rd, vd, rz, vz);
+
+ parameter integer rscid = 0; // resource ID
+ parameter ready = 1;
+ parameter valid = 1;
+
+ input rd;
+ output vd;
+ output rz;
+ input vz;
+
+ wire vd;
+ wire rz;
+
+ assign rz = rd;
+ assign vd = vz;
+
+endmodule
+
+//------------------------------------------------------------------
+
+module mgc_sync (ldin, vdin, ldout, vdout);
+
+ input ldin;
+ output vdin;
+ input ldout;
+ output vdout;
+
+ wire vdin;
+ wire vdout;
+
+ assign vdin = ldout;
+ assign vdout = ldin;
+
+endmodule
+
+///////////////////////////////////////////////////////////////////////////////
+// dummy function used to preserve funccalls for modulario
+// it looks like a memory read to the caller
+///////////////////////////////////////////////////////////////////////////////
+module funccall_inout (d, ad, bd, z, az, bz);
+
+ parameter integer ram_id = 1;
+ parameter integer width = 8;
+ parameter integer addr_width = 8;
+
+ output [width-1:0] d;
+ input [addr_width-1:0] ad;
+ input bd;
+ input [width-1:0] z;
+ output [addr_width-1:0] az;
+ output bz;
+
+ wire [width-1:0] d;
+ wire [addr_width-1:0] az;
+ wire bz;
+
+ assign d = z;
+ assign az = ad;
+ assign bz = bd;
+
+endmodule
+
+
+///////////////////////////////////////////////////////////////////////////////
+// inlinable modular io not otherwise found in mgc_ioport
+///////////////////////////////////////////////////////////////////////////////
+
+module modulario_en_in (vd, d, vz, z);
+
+ parameter integer rscid = 1;
+ parameter integer width = 8;
+
+ output vd;
+ output [width-1:0] d;
+ input vz;
+ input [width-1:0] z;
+
+ wire [width-1:0] d;
+ wire vd;
+
+ assign d = z;
+ assign vd = vz;
+
+endmodule
+
+//------> ./rtl_mgc_ioport_v2001.v
+//------------------------------------------------------------------
+
+module mgc_out_reg_pos (clk, en, arst, srst, ld, d, lz, z);
+
+ parameter integer rscid = 1;
+ parameter integer width = 8;
+ parameter ph_en = 1'b1;
+ parameter ph_arst = 1'b1;
+ parameter ph_srst = 1'b1;
+
+ input clk;
+ input en;
+ input arst;
+ input srst;
+ input ld;
+ input [width-1:0] d;
+ output lz;
+ output [width-1:0] z;
+
+ reg lz;
+ reg [width-1:0] z;
+
+ generate
+ if (ph_arst == 1'b0)
+ begin: NEG_ARST
+ always @(posedge clk or negedge arst)
+ if (arst == 1'b0)
+ begin: B1
+ lz <= 1'b0;
+ z <= {width{1'b0}};
+ end
+ else if (srst == ph_srst)
+ begin: B2
+ lz <= 1'b0;
+ z <= {width{1'b0}};
+ end
+ else if (en == ph_en)
+ begin: B3
+ lz <= ld;
+ z <= (ld) ? d : z;
+ end
+ end
+ else
+ begin: POS_ARST
+ always @(posedge clk or posedge arst)
+ if (arst == 1'b1)
+ begin: B1
+ lz <= 1'b0;
+ z <= {width{1'b0}};
+ end
+ else if (srst == ph_srst)
+ begin: B2
+ lz <= 1'b0;
+ z <= {width{1'b0}};
+ end
+ else if (en == ph_en)
+ begin: B3
+ lz <= ld;
+ z <= (ld) ? d : z;
+ end
+ end
+ endgenerate
+
+endmodule
+
+//------------------------------------------------------------------
+
+module mgc_out_reg_neg (clk, en, arst, srst, ld, d, lz, z);
+
+ parameter integer rscid = 1;
+ parameter integer width = 8;
+ parameter ph_en = 1'b1;
+ parameter ph_arst = 1'b1;
+ parameter ph_srst = 1'b1;
+
+ input clk;
+ input en;
+ input arst;
+ input srst;
+ input ld;
+ input [width-1:0] d;
+ output lz;
+ output [width-1:0] z;
+
+ reg lz;
+ reg [width-1:0] z;
+
+ generate
+ if (ph_arst == 1'b0)
+ begin: NEG_ARST
+ always @(negedge clk or negedge arst)
+ if (arst == 1'b0)
+ begin: B1
+ lz <= 1'b0;
+ z <= {width{1'b0}};
+ end
+ else if (srst == ph_srst)
+ begin: B2
+ lz <= 1'b0;
+ z <= {width{1'b0}};
+ end
+ else if (en == ph_en)
+ begin: B3
+ lz <= ld;
+ z <= (ld) ? d : z;
+ end
+ end
+ else
+ begin: POS_ARST
+ always @(negedge clk or posedge arst)
+ if (arst == 1'b1)
+ begin: B1
+ lz <= 1'b0;
+ z <= {width{1'b0}};
+ end
+ else if (srst == ph_srst)
+ begin: B2
+ lz <= 1'b0;
+ z <= {width{1'b0}};
+ end
+ else if (en == ph_en)
+ begin: B3
+ lz <= ld;
+ z <= (ld) ? d : z;
+ end
+ end
+ endgenerate
+
+endmodule
+
+//------------------------------------------------------------------
+
+module mgc_out_reg (clk, en, arst, srst, ld, d, lz, z); // Not Supported
+
+ parameter integer rscid = 1;
+ parameter integer width = 8;
+ parameter ph_clk = 1'b1;
+ parameter ph_en = 1'b1;
+ parameter ph_arst = 1'b1;
+ parameter ph_srst = 1'b1;
+
+ input clk;
+ input en;
+ input arst;
+ input srst;
+ input ld;
+ input [width-1:0] d;
+ output lz;
+ output [width-1:0] z;
+
+
+ generate
+ if (ph_clk == 1'b0)
+ begin: NEG_EDGE
+
+ mgc_out_reg_neg
+ #(
+ .rscid (rscid),
+ .width (width),
+ .ph_en (ph_en),
+ .ph_arst (ph_arst),
+ .ph_srst (ph_srst)
+ )
+ mgc_out_reg_neg_inst
+ (
+ .clk (clk),
+ .en (en),
+ .arst (arst),
+ .srst (srst),
+ .ld (ld),
+ .d (d),
+ .lz (lz),
+ .z (z)
+ );
+
+ end
+ else
+ begin: POS_EDGE
+
+ mgc_out_reg_pos
+ #(
+ .rscid (rscid),
+ .width (width),
+ .ph_en (ph_en),
+ .ph_arst (ph_arst),
+ .ph_srst (ph_srst)
+ )
+ mgc_out_reg_pos_inst
+ (
+ .clk (clk),
+ .en (en),
+ .arst (arst),
+ .srst (srst),
+ .ld (ld),
+ .d (d),
+ .lz (lz),
+ .z (z)
+ );
+
+ end
+ endgenerate
+
+endmodule
+
+
+
+
+//------------------------------------------------------------------
+
+module mgc_out_buf_wait (clk, en, arst, srst, ld, vd, d, vz, lz, z); // Not supported
+
+ parameter integer rscid = 1;
+ parameter integer width = 8;
+ parameter ph_clk = 1'b1;
+ parameter ph_en = 1'b1;
+ parameter ph_arst = 1'b1;
+ parameter ph_srst = 1'b1;
+
+ input clk;
+ input en;
+ input arst;
+ input srst;
+ input ld;
+ output vd;
+ input [width-1:0] d;
+ output lz;
+ input vz;
+ output [width-1:0] z;
+
+ wire filled;
+ wire filled_next;
+ wire [width-1:0] abuf;
+ wire lbuf;
+
+
+ assign filled_next = (filled & (~vz)) | (filled & ld) | (ld & (~vz));
+
+ assign lbuf = ld & ~(filled ^ vz);
+
+ assign vd = vz | ~filled;
+
+ assign lz = ld | filled;
+
+ assign z = (filled) ? abuf : d;
+
+ wire dummy;
+ wire dummy_bufreg_lz;
+
+ // Output registers:
+ mgc_out_reg
+ #(
+ .rscid (rscid),
+ .width (1'b1),
+ .ph_clk (ph_clk),
+ .ph_en (ph_en),
+ .ph_arst (ph_arst),
+ .ph_srst (ph_srst)
+ )
+ STATREG
+ (
+ .clk (clk),
+ .en (en),
+ .arst (arst),
+ .srst (srst),
+ .ld (filled_next),
+ .d (1'b0), // input d is unused
+ .lz (filled),
+ .z (dummy) // output z is unused
+ );
+
+ mgc_out_reg
+ #(
+ .rscid (rscid),
+ .width (width),
+ .ph_clk (ph_clk),
+ .ph_en (ph_en),
+ .ph_arst (ph_arst),
+ .ph_srst (ph_srst)
+ )
+ BUFREG
+ (
+ .clk (clk),
+ .en (en),
+ .arst (arst),
+ .srst (srst),
+ .ld (lbuf),
+ .d (d),
+ .lz (dummy_bufreg_lz),
+ .z (abuf)
+ );
+
+endmodule
+
+//------------------------------------------------------------------
+
+module mgc_out_fifo_wait (clk, en, arst, srst, ld, vd, d, lz, vz, z);
+
+ parameter integer rscid = 0; // resource ID
+ parameter integer width = 8; // fifo width
+ parameter integer fifo_sz = 8; // fifo depth
+ parameter ph_clk = 1'b1; // clock polarity 1=rising edge, 0=falling edge
+ parameter ph_en = 1'b1; // clock enable polarity
+ parameter ph_arst = 1'b1; // async reset polarity
+ parameter ph_srst = 1'b1; // sync reset polarity
+ parameter integer ph_log2 = 3; // log2(fifo_sz)
+ parameter integer pwropt = 0; // pwropt
+
+
+ input clk;
+ input en;
+ input arst;
+ input srst;
+ input ld; // load data
+ output vd; // fifo full active low
+ input [width-1:0] d;
+ output lz; // fifo ready to send
+ input vz; // dest ready for data
+ output [width-1:0] z;
+
+ wire [31:0] size;
+
+
+ // Output registers:
+ mgc_out_fifo_wait_core#(
+ .rscid (rscid),
+ .width (width),
+ .sz_width (32),
+ .fifo_sz (fifo_sz),
+ .ph_clk (ph_clk),
+ .ph_en (ph_en),
+ .ph_arst (ph_arst),
+ .ph_srst (ph_srst),
+ .ph_log2 (ph_log2),
+ .pwropt (pwropt)
+ ) CORE (
+ .clk (clk),
+ .en (en),
+ .arst (arst),
+ .srst (srst),
+ .ld (ld),
+ .vd (vd),
+ .d (d),
+ .lz (lz),
+ .vz (vz),
+ .z (z),
+ .size (size)
+ );
+
+endmodule
+
+
+
+module mgc_out_fifo_wait_core (clk, en, arst, srst, ld, vd, d, lz, vz, z, size);
+
+ parameter integer rscid = 0; // resource ID
+ parameter integer width = 8; // fifo width
+ parameter integer sz_width = 8; // size of port for elements in fifo
+ parameter integer fifo_sz = 8; // fifo depth
+ parameter ph_clk = 1'b1; // clock polarity 1=rising edge, 0=falling edge
+ parameter ph_en = 1'b1; // clock enable polarity
+ parameter ph_arst = 1'b1; // async reset polarity
+ parameter ph_srst = 1'b1; // sync reset polarity
+ parameter integer ph_log2 = 3; // log2(fifo_sz)
+ parameter integer pwropt = 0; // pwropt
+
+ localparam integer fifo_b = width * fifo_sz;
+
+ input clk;
+ input en;
+ input arst;
+ input srst;
+ input ld; // load data
+ output vd; // fifo full active low
+ input [width-1:0] d;
+ output lz; // fifo ready to send
+ input vz; // dest ready for data
+ output [width-1:0] z;
+ output [sz_width-1:0] size;
+
+ reg [( (fifo_sz > 0) ? fifo_sz : 1)-1:0] stat_pre;
+ wire [( (fifo_sz > 0) ? fifo_sz : 1)-1:0] stat;
+ reg [( (fifo_b > 0) ? fifo_b : 1)-1:0] buff_pre;
+ wire [( (fifo_b > 0) ? fifo_b : 1)-1:0] buff;
+ reg [( (fifo_sz > 0) ? fifo_sz : 1)-1:0] en_l;
+ reg [(((fifo_sz > 0) ? fifo_sz : 1)-1)/8:0] en_l_s;
+
+ reg [width-1:0] buff_nxt;
+
+ reg stat_nxt;
+ reg stat_before;
+ reg stat_after;
+ reg en_l_var;
+
+ integer i;
+ genvar eni;
+
+ wire [32:0] size_t;
+ reg [31:0] count;
+ reg [31:0] count_t;
+ reg [32:0] n_elem;
+// pragma translate_off
+ reg [31:0] peak;
+// pragma translate_on
+
+ wire [( (fifo_sz > 0) ? fifo_sz : 1)-1:0] dummy_statreg_lz;
+ wire [( (fifo_b > 0) ? fifo_b : 1)-1:0] dummy_bufreg_lz;
+
+ generate
+ if ( fifo_sz > 0 )
+ begin: FIFO_REG
+ assign vd = vz | ~stat[0];
+ assign lz = ld | stat[fifo_sz-1];
+ assign size_t = (count - (vz && stat[fifo_sz-1])) + ld;
+ assign size = size_t[sz_width-1:0];
+ assign z = (stat[fifo_sz-1]) ? buff[fifo_b-1:width*(fifo_sz-1)] : d;
+
+ always @(*)
+ begin: FIFOPROC
+ n_elem = 33'b0;
+ for (i = fifo_sz-1; i >= 0; i = i - 1)
+ begin
+ if (i != 0)
+ stat_before = stat[i-1];
+ else
+ stat_before = 1'b0;
+
+ if (i != (fifo_sz-1))
+ stat_after = stat[i+1];
+ else
+ stat_after = 1'b1;
+
+ stat_nxt = stat_after &
+ (stat_before | (stat[i] & (~vz)) | (stat[i] & ld) | (ld & (~vz)));
+
+ stat_pre[i] = stat_nxt;
+ en_l_var = 1'b1;
+ if (!stat_nxt)
+ begin
+ buff_nxt = {width{1'b0}};
+ en_l_var = 1'b0;
+ end
+ else if (vz && stat_before)
+ buff_nxt[0+:width] = buff[width*(i-1)+:width];
+ else if (ld && !((vz && stat_before) || ((!vz) && stat[i])))
+ buff_nxt = d;
+ else
+ begin
+ if (pwropt == 0)
+ buff_nxt[0+:width] = buff[width*i+:width];
+ else
+ buff_nxt = {width{1'b0}};
+ en_l_var = 1'b0;
+ end
+
+ if (ph_en != 0)
+ en_l[i] = en & en_l_var;
+ else
+ en_l[i] = en | ~en_l_var;
+
+ buff_pre[width*i+:width] = buff_nxt[0+:width];
+
+ if ((stat_after == 1'b1) && (stat[i] == 1'b0))
+ n_elem = ($unsigned(fifo_sz) - 1) - i;
+ end
+
+ if (ph_en != 0)
+ en_l_s[(((fifo_sz > 0) ? fifo_sz : 1)-1)/8] = 1'b1;
+ else
+ en_l_s[(((fifo_sz > 0) ? fifo_sz : 1)-1)/8] = 1'b0;
+
+ for (i = fifo_sz-1; i >= 7; i = i - 1)
+ begin
+ if ((i%'d2) == 0)
+ begin
+ if (ph_en != 0)
+ en_l_s[(i/8)-1] = en & (stat[i]|stat_pre[i-1]);
+ else
+ en_l_s[(i/8)-1] = en | ~(stat[i]|stat_pre[i-1]);
+ end
+ end
+
+ if ( stat[fifo_sz-1] == 1'b0 )
+ count_t = 32'b0;
+ else if ( stat[0] == 1'b1 )
+ count_t = { {(32-ph_log2){1'b0}}, fifo_sz};
+ else
+ count_t = n_elem[31:0];
+ count = count_t;
+// pragma translate_off
+ if ( peak < count )
+ peak = count;
+// pragma translate_on
+ end
+
+ if (pwropt == 0)
+ begin: NOCGFIFO
+ // Output registers:
+ mgc_out_reg
+ #(
+ .rscid (rscid),
+ .width (fifo_sz),
+ .ph_clk (ph_clk),
+ .ph_en (ph_en),
+ .ph_arst (ph_arst),
+ .ph_srst (ph_srst)
+ )
+ STATREG
+ (
+ .clk (clk),
+ .en (en),
+ .arst (arst),
+ .srst (srst),
+ .ld (1'b1),
+ .d (stat_pre),
+ .lz (dummy_statreg_lz[0]),
+ .z (stat)
+ );
+ mgc_out_reg
+ #(
+ .rscid (rscid),
+ .width (fifo_b),
+ .ph_clk (ph_clk),
+ .ph_en (ph_en),
+ .ph_arst (ph_arst),
+ .ph_srst (ph_srst)
+ )
+ BUFREG
+ (
+ .clk (clk),
+ .en (en),
+ .arst (arst),
+ .srst (srst),
+ .ld (1'b1),
+ .d (buff_pre),
+ .lz (dummy_bufreg_lz[0]),
+ .z (buff)
+ );
+ end
+ else
+ begin: CGFIFO
+ // Output registers:
+ if ( pwropt > 1)
+ begin: CGSTATFIFO2
+ for (eni = fifo_sz-1; eni >= 0; eni = eni - 1)
+ begin: pwroptGEN1
+ mgc_out_reg
+ #(
+ .rscid (rscid),
+ .width (1),
+ .ph_clk (ph_clk),
+ .ph_en (ph_en),
+ .ph_arst (ph_arst),
+ .ph_srst (ph_srst)
+ )
+ STATREG
+ (
+ .clk (clk),
+ .en (en_l_s[eni/8]),
+ .arst (arst),
+ .srst (srst),
+ .ld (1'b1),
+ .d (stat_pre[eni]),
+ .lz (dummy_statreg_lz[eni]),
+ .z (stat[eni])
+ );
+ end
+ end
+ else
+ begin: CGSTATFIFO
+ mgc_out_reg
+ #(
+ .rscid (rscid),
+ .width (fifo_sz),
+ .ph_clk (ph_clk),
+ .ph_en (ph_en),
+ .ph_arst (ph_arst),
+ .ph_srst (ph_srst)
+ )
+ STATREG
+ (
+ .clk (clk),
+ .en (en),
+ .arst (arst),
+ .srst (srst),
+ .ld (1'b1),
+ .d (stat_pre),
+ .lz (dummy_statreg_lz[0]),
+ .z (stat)
+ );
+ end
+ for (eni = fifo_sz-1; eni >= 0; eni = eni - 1)
+ begin: pwroptGEN2
+ mgc_out_reg
+ #(
+ .rscid (rscid),
+ .width (width),
+ .ph_clk (ph_clk),
+ .ph_en (ph_en),
+ .ph_arst (ph_arst),
+ .ph_srst (ph_srst)
+ )
+ BUFREG
+ (
+ .clk (clk),
+ .en (en_l[eni]),
+ .arst (arst),
+ .srst (srst),
+ .ld (1'b1),
+ .d (buff_pre[width*eni+:width]),
+ .lz (dummy_bufreg_lz[eni]),
+ .z (buff[width*eni+:width])
+ );
+ end
+ end
+ end
+ else
+ begin: FEED_THRU
+ assign vd = vz;
+ assign lz = ld;
+ assign z = d;
+ assign size = ld && !vz;
+ end
+ endgenerate
+
+endmodule
+
+//------------------------------------------------------------------
+//-- PIPE ENTITIES
+//------------------------------------------------------------------
+/*
+ *
+ * _______________________________________________
+ * WRITER | | READER
+ * | MGC_PIPE |
+ * | __________________________ |
+ * --<| vdout --<| vd --------------- vz<|-----ldin<|---
+ * | | FIFO | |
+ * ---|>ldout ---|>ld ---------------- lz |> ---vdin |>--
+ * ---|>dout -----|>d ---------------- dz |> ----din |>--
+ * | |________________________| |
+ * |_______________________________________________|
+ */
+// two clock pipe
+module mgc_pipe (clk, en, arst, srst, ldin, vdin, din, ldout, vdout, dout, size, req_size);
+
+ parameter integer rscid = 0; // resource ID
+ parameter integer width = 8; // fifo width
+ parameter integer sz_width = 8; // width of size of elements in fifo
+ parameter integer fifo_sz = 8; // fifo depth
+ parameter integer log2_sz = 3; // log2(fifo_sz)
+ parameter ph_clk = 1'b1; // clock polarity 1=rising edge, 0=falling edge
+ parameter ph_en = 1'b1; // clock enable polarity
+ parameter ph_arst = 1'b1; // async reset polarity
+ parameter ph_srst = 1'b1; // sync reset polarity
+ parameter integer pwropt = 0; // pwropt
+
+ input clk;
+ input en;
+ input arst;
+ input srst;
+ input ldin;
+ output vdin;
+ output [width-1:0] din;
+ input ldout;
+ output vdout;
+ input [width-1:0] dout;
+ output [sz_width-1:0] size;
+ input req_size;
+
+
+ mgc_out_fifo_wait_core
+ #(
+ .rscid (rscid),
+ .width (width),
+ .sz_width (sz_width),
+ .fifo_sz (fifo_sz),
+ .ph_clk (ph_clk),
+ .ph_en (ph_en),
+ .ph_arst (ph_arst),
+ .ph_srst (ph_srst),
+ .ph_log2 (log2_sz),
+ .pwropt (pwropt)
+ )
+ FIFO
+ (
+ .clk (clk),
+ .en (en),
+ .arst (arst),
+ .srst (srst),
+ .ld (ldout),
+ .vd (vdout),
+ .d (dout),
+ .lz (vdin),
+ .vz (ldin),
+ .z (din),
+ .size (size)
+ );
+
+endmodule
+
+
+//------> ./rtl.v
+// ----------------------------------------------------------------------
+// HLS HDL: Verilog Netlister
+// HLS Version: 2011a.126 Production Release
+// HLS Date: Wed Aug 8 00:52:07 PDT 2012
+//
+// Generated by: mg3115@EEWS104A-013
+// Generated date: Tue Mar 08 15:38:55 2016
+// ----------------------------------------------------------------------
+
+//
+// ------------------------------------------------------------------
+// Design Unit: sobel_core
+// ------------------------------------------------------------------
+
+
+module sobel_core (
+ clk, en, arst_n, vin_rsc_mgc_in_wire_d, vout_rsc_mgc_out_stdreg_d
+);
+ input clk;
+ input en;
+ input arst_n;
+ input [89:0] vin_rsc_mgc_in_wire_d;
+ output [29:0] vout_rsc_mgc_out_stdreg_d;
+ reg [29:0] vout_rsc_mgc_out_stdreg_d;
+
+
+ // Interconnect Declarations
+ wire and_dcpl_1;
+ wire or_dcpl_2;
+ reg [18:0] FRAME_p_1_lpi_1;
+ reg [14:0] b_1_sg1_lpi_1;
+ reg [15:0] b_0_lpi_1;
+ reg [15:0] b_2_lpi_1;
+ reg [14:0] g_1_sg1_lpi_1;
+ reg [15:0] g_0_lpi_1;
+ reg [15:0] g_2_lpi_1;
+ reg [14:0] r_1_sg1_lpi_1;
+ reg [15:0] r_0_lpi_1;
+ reg [15:0] r_2_lpi_1;
+ reg [1:0] i_6_lpi_1;
+ reg exit_FRAME_for_lpi_1;
+ reg [1:0] i_7_lpi_1;
+ reg [89:0] regs_regs_1_sva;
+ reg [89:0] regs_regs_0_sva;
+ reg exit_FRAME_1_sva;
+ reg [89:0] regs_regs_2_lpi_1_dfm;
+ reg exit_FRAME_lpi_1_dfm_2;
+ reg exit_FRAME_for_1_lpi_1_dfm_4;
+ reg [10:0] FRAME_mul_2_itm_1;
+ wire [21:0] nl_FRAME_mul_2_itm_1;
+ reg [8:0] FRAME_mul_3_itm_1;
+ wire [17:0] nl_FRAME_mul_3_itm_1;
+ reg [5:0] green_slc_green_2_sg1_itm_1;
+ reg [4:0] FRAME_acc_18_itm_1;
+ wire [5:0] nl_FRAME_acc_18_itm_1;
+ reg FRAME_slc_acc_imod_5_4_itm_1;
+ reg green_slc_green_2_sg1_12_itm_1;
+ reg [10:0] FRAME_mul_4_itm_1;
+ wire [21:0] nl_FRAME_mul_4_itm_1;
+ reg [8:0] FRAME_mul_5_itm_1;
+ wire [17:0] nl_FRAME_mul_5_itm_1;
+ reg [5:0] blue_slc_blue_2_sg1_itm_1;
+ reg [4:0] FRAME_acc_30_itm_1;
+ wire [5:0] nl_FRAME_acc_30_itm_1;
+ reg FRAME_slc_acc_imod_7_4_itm_1;
+ reg blue_slc_blue_2_sg1_12_itm_1;
+ reg [8:0] FRAME_mul_1_itm_1;
+ wire [17:0] nl_FRAME_mul_1_itm_1;
+ reg [5:0] red_slc_red_2_sg1_itm_1;
+ reg [4:0] FRAME_acc_37_itm_1;
+ wire [5:0] nl_FRAME_acc_37_itm_1;
+ reg FRAME_slc_acc_imod_3_4_itm_1;
+ reg exit_FRAME_for_lpi_1_dfm_st_1;
+ reg exit_FRAME_for_1_sva_2_st_1;
+ reg main_stage_0_2;
+ reg [1:0] FRAME_acc_41_itm_1_sg2;
+ wire [2:0] nl_FRAME_acc_41_itm_1_sg2;
+ reg [1:0] FRAME_acc_41_itm_1_sg1;
+ reg [5:0] FRAME_acc_41_itm_3;
+ wire [6:0] nl_FRAME_acc_41_itm_3;
+ wire or_4_cse;
+ wire or_9_cse;
+ wire exit_FRAME_for_1_lpi_1_dfm_5;
+ wire [1:0] FRAME_for_1_acc_itm;
+ wire [2:0] nl_FRAME_for_1_acc_itm;
+ wire [7:0] FRAME_acc_itm;
+ wire [8:0] nl_FRAME_acc_itm;
+ wire [11:0] FRAME_acc_3_psp_sva;
+ wire [13:0] nl_FRAME_acc_3_psp_sva;
+ wire [11:0] FRAME_acc_4_psp_sva;
+ wire [13:0] nl_FRAME_acc_4_psp_sva;
+ wire exit_FRAME_for_lpi_1_dfm;
+ wire [1:0] i_7_sva;
+ wire [2:0] nl_i_7_sva;
+ wire exit_FRAME_for_1_lpi_1_dfm_4_mx0;
+ wire [89:0] regs_regs_2_lpi_1_dfm_mx0;
+ wire [89:0] regs_regs_1_sva_dfm_mx0;
+ wire [89:0] regs_regs_0_sva_dfm_mx0;
+ wire exit_FRAME_lpi_1_dfm_2_mx0;
+ wire [18:0] FRAME_p_1_sva_1;
+ wire [19:0] nl_FRAME_p_1_sva_1;
+ wire [18:0] FRAME_p_1_lpi_1_dfm;
+ wire [5:0] acc_imod_3_sva;
+ wire [7:0] nl_acc_imod_3_sva;
+ wire [9:0] FRAME_mul_sdt;
+ wire [19:0] nl_FRAME_mul_sdt;
+ wire [5:0] acc_imod_7_sva;
+ wire [7:0] nl_acc_imod_7_sva;
+ wire [5:0] acc_imod_5_sva;
+ wire [7:0] nl_acc_imod_5_sva;
+ wire [14:0] b_1_sg1_lpi_1_dfm;
+ wire [15:0] b_2_sva_1;
+ wire [16:0] nl_b_2_sva_1;
+ wire [15:0] b_0_sva_1;
+ wire [16:0] nl_b_0_sva_1;
+ wire [14:0] g_1_sg1_lpi_1_dfm;
+ wire [15:0] g_2_sva_1;
+ wire [16:0] nl_g_2_sva_1;
+ wire [15:0] g_0_sva_1;
+ wire [16:0] nl_g_0_sva_1;
+ wire [14:0] r_1_sg1_lpi_1_dfm;
+ wire [15:0] r_2_sva_1;
+ wire [16:0] nl_r_2_sva_1;
+ wire [15:0] r_0_sva_1;
+ wire [16:0] nl_r_0_sva_1;
+ wire [15:0] b_2_lpi_1_dfm;
+ wire FRAME_for_1_nor_cse;
+ wire [15:0] g_2_lpi_1_dfm;
+ wire [15:0] r_2_lpi_1_dfm;
+ wire [15:0] b_0_lpi_1_dfm;
+ wire [15:0] g_0_lpi_1_dfm;
+ wire [15:0] r_0_lpi_1_dfm;
+ wire [1:0] i_6_sva_1;
+ wire [2:0] nl_i_6_sva_1;
+ wire [1:0] i_6_lpi_1_dfm;
+ wire FRAME_for_nor_cse;
+ wire FRAME_for_and_18_seb;
+ wire [1:0] FRAME_for_acc_5_tmp;
+ wire [2:0] nl_FRAME_for_acc_5_tmp;
+ wire not_24;
+ wire [15:0] ACC2_3_acc_1_itm;
+ wire [16:0] nl_ACC2_3_acc_1_itm;
+ wire [15:0] ACC2_3_acc_3_itm;
+ wire [16:0] nl_ACC2_3_acc_3_itm;
+ wire [15:0] ACC2_3_acc_2_itm;
+ wire [16:0] nl_ACC2_3_acc_2_itm;
+ wire FRAME_for_1_or_1_itm;
+ wire FRAME_for_1_or_itm;
+ wire FRAME_for_or_4_itm;
+ wire FRAME_for_or_itm;
+ wire FRAME_for_or_5_itm;
+ wire [1:0] FRAME_for_acc_itm;
+ wire [2:0] nl_FRAME_for_acc_itm;
+
+ wire[9:0] regs_operator_23_mux_nl;
+ wire[9:0] regs_operator_17_mux_nl;
+ wire[9:0] regs_operator_22_mux_nl;
+ wire[9:0] regs_operator_16_mux_nl;
+ wire[9:0] regs_operator_21_mux_nl;
+ wire[9:0] regs_operator_15_mux_nl;
+
+ // Interconnect Declarations for Component Instantiations
+ assign nl_FRAME_acc_3_psp_sva = (conv_u2s_11_12(FRAME_mul_2_itm_1) + conv_s2s_10_12(conv_u2s_9_10(FRAME_mul_3_itm_1)
+ + conv_s2s_8_10(conv_u2s_6_8(green_slc_green_2_sg1_itm_1) + conv_s2s_5_8(FRAME_acc_18_itm_1
+ + ({4'b1001 , FRAME_slc_acc_imod_5_4_itm_1}))))) + conv_u2u_11_12(signext_11_9({green_slc_green_2_sg1_12_itm_1
+ , 3'b0 , ({{2{green_slc_green_2_sg1_12_itm_1}}, green_slc_green_2_sg1_12_itm_1})
+ , 1'b0 , green_slc_green_2_sg1_12_itm_1}));
+ assign FRAME_acc_3_psp_sva = nl_FRAME_acc_3_psp_sva[11:0];
+ assign nl_FRAME_acc_4_psp_sva = (conv_u2s_11_12(FRAME_mul_4_itm_1) + conv_s2s_10_12(conv_u2s_9_10(FRAME_mul_5_itm_1)
+ + conv_s2s_8_10(conv_u2s_6_8(blue_slc_blue_2_sg1_itm_1) + conv_s2s_5_8(FRAME_acc_30_itm_1
+ + ({4'b1001 , FRAME_slc_acc_imod_7_4_itm_1}))))) + conv_u2u_11_12(signext_11_9({blue_slc_blue_2_sg1_12_itm_1
+ , 3'b0 , ({{2{blue_slc_blue_2_sg1_12_itm_1}}, blue_slc_blue_2_sg1_12_itm_1})
+ , 1'b0 , blue_slc_blue_2_sg1_12_itm_1}));
+ assign FRAME_acc_4_psp_sva = nl_FRAME_acc_4_psp_sva[11:0];
+ assign nl_FRAME_for_1_acc_itm = i_7_sva + 2'b1;
+ assign FRAME_for_1_acc_itm = nl_FRAME_for_1_acc_itm[1:0];
+ assign exit_FRAME_for_lpi_1_dfm = exit_FRAME_for_lpi_1 & not_24;
+ assign nl_i_7_sva = i_7_lpi_1 + 2'b1;
+ assign i_7_sva = nl_i_7_sva[1:0];
+ assign exit_FRAME_for_1_lpi_1_dfm_4_mx0 = MUX_s_1_2_2({(exit_FRAME_for_1_lpi_1_dfm_5
+ | (FRAME_acc_itm[7])) , exit_FRAME_for_1_lpi_1_dfm_5}, or_9_cse);
+ assign regs_regs_2_lpi_1_dfm_mx0 = MUX_v_90_2_2({regs_regs_1_sva , regs_regs_2_lpi_1_dfm},
+ and_dcpl_1);
+ assign regs_regs_1_sva_dfm_mx0 = MUX_v_90_2_2({regs_regs_0_sva , regs_regs_1_sva},
+ and_dcpl_1);
+ assign regs_regs_0_sva_dfm_mx0 = MUX_v_90_2_2({vin_rsc_mgc_in_wire_d , regs_regs_0_sva},
+ and_dcpl_1);
+ assign nl_FRAME_acc_itm = conv_u2s_7_8(FRAME_p_1_sva_1[18:12]) + 8'b10110101;
+ assign FRAME_acc_itm = nl_FRAME_acc_itm[7:0];
+ assign exit_FRAME_lpi_1_dfm_2_mx0 = MUX_s_1_2_2({(~ (FRAME_acc_itm[7])) , (exit_FRAME_lpi_1_dfm_2
+ & not_24)}, or_9_cse);
+ assign exit_FRAME_for_1_lpi_1_dfm_5 = (~ (FRAME_for_1_acc_itm[1])) & exit_FRAME_for_lpi_1_dfm;
+ assign nl_FRAME_p_1_sva_1 = FRAME_p_1_lpi_1_dfm + 19'b1;
+ assign FRAME_p_1_sva_1 = nl_FRAME_p_1_sva_1[18:0];
+ assign FRAME_p_1_lpi_1_dfm = FRAME_p_1_lpi_1 & (signext_19_1(~ exit_FRAME_1_sva));
+ assign nl_acc_imod_3_sva = (conv_u2u_5_6(conv_u2u_4_5(conv_u2u_3_4(ACC2_3_acc_1_itm[9:7])
+ + conv_u2u_3_4(~ (ACC2_3_acc_1_itm[12:10]))) + conv_u2u_4_5(conv_u2u_3_4({(~
+ (ACC2_3_acc_1_itm[15])) , 1'b1 , (~ (ACC2_3_acc_1_itm[15]))}) + conv_u2u_2_4(ACC2_3_acc_1_itm[14:13])))
+ + conv_u2u_4_6(conv_u2u_3_4(ACC2_3_acc_1_itm[3:1]) + conv_u2u_3_4(~ (ACC2_3_acc_1_itm[6:4]))))
+ + 6'b101011;
+ assign acc_imod_3_sva = nl_acc_imod_3_sva[5:0];
+ assign nl_ACC2_3_acc_1_itm = ({(r_1_sg1_lpi_1_dfm + (r_2_sva_1[15:1])) , (r_2_sva_1[0])})
+ + r_0_sva_1;
+ assign ACC2_3_acc_1_itm = nl_ACC2_3_acc_1_itm[15:0];
+ assign nl_FRAME_mul_sdt = conv_u2u_2_10(ACC2_3_acc_1_itm[14:13]) * 10'b111000111;
+ assign FRAME_mul_sdt = nl_FRAME_mul_sdt[9:0];
+ assign nl_ACC2_3_acc_3_itm = ({(b_1_sg1_lpi_1_dfm + (b_2_sva_1[15:1])) , (b_2_sva_1[0])})
+ + b_0_sva_1;
+ assign ACC2_3_acc_3_itm = nl_ACC2_3_acc_3_itm[15:0];
+ assign nl_acc_imod_7_sva = (conv_u2u_5_6(conv_u2u_4_5(conv_u2u_3_4(ACC2_3_acc_3_itm[9:7])
+ + conv_u2u_3_4(~ (ACC2_3_acc_3_itm[12:10]))) + conv_u2u_4_5(conv_u2u_3_4({(~
+ (ACC2_3_acc_3_itm[15])) , 1'b1 , (~ (ACC2_3_acc_3_itm[15]))}) + conv_u2u_2_4(ACC2_3_acc_3_itm[14:13])))
+ + conv_u2u_4_6(conv_u2u_3_4(ACC2_3_acc_3_itm[3:1]) + conv_u2u_3_4(~ (ACC2_3_acc_3_itm[6:4]))))
+ + 6'b101011;
+ assign acc_imod_7_sva = nl_acc_imod_7_sva[5:0];
+ assign nl_ACC2_3_acc_2_itm = ({(g_1_sg1_lpi_1_dfm + (g_2_sva_1[15:1])) , (g_2_sva_1[0])})
+ + g_0_sva_1;
+ assign ACC2_3_acc_2_itm = nl_ACC2_3_acc_2_itm[15:0];
+ assign nl_acc_imod_5_sva = (conv_u2u_5_6(conv_u2u_4_5(conv_u2u_3_4(ACC2_3_acc_2_itm[9:7])
+ + conv_u2u_3_4(~ (ACC2_3_acc_2_itm[12:10]))) + conv_u2u_4_5(conv_u2u_3_4({(~
+ (ACC2_3_acc_2_itm[15])) , 1'b1 , (~ (ACC2_3_acc_2_itm[15]))}) + conv_u2u_2_4(ACC2_3_acc_2_itm[14:13])))
+ + conv_u2u_4_6(conv_u2u_3_4(ACC2_3_acc_2_itm[3:1]) + conv_u2u_3_4(~ (ACC2_3_acc_2_itm[6:4]))))
+ + 6'b101011;
+ assign acc_imod_5_sva = nl_acc_imod_5_sva[5:0];
+ assign b_1_sg1_lpi_1_dfm = b_1_sg1_lpi_1 & ({{14{not_24}}, not_24});
+ assign regs_operator_23_mux_nl = MUX_v_10_4_2({(regs_regs_0_sva[69:60]) , (regs_regs_1_sva[69:60])
+ , (regs_regs_2_lpi_1_dfm[69:60]) , 10'b0}, i_7_lpi_1);
+ assign nl_b_2_sva_1 = b_2_lpi_1_dfm + conv_s2u_11_16(conv_s2u_22_11(conv_s2s_10_11(regs_operator_23_mux_nl)
+ * conv_s2s_2_11({FRAME_for_1_nor_cse , FRAME_for_1_or_1_itm})));
+ assign b_2_sva_1 = nl_b_2_sva_1[15:0];
+ assign regs_operator_17_mux_nl = MUX_v_10_4_2({(regs_regs_0_sva[9:0]) , (regs_regs_1_sva[9:0])
+ , (regs_regs_2_lpi_1_dfm[9:0]) , 10'b0}, i_7_lpi_1);
+ assign nl_b_0_sva_1 = b_0_lpi_1_dfm + conv_s2u_12_16(conv_s2u_24_12(conv_s2s_10_12(regs_operator_17_mux_nl)
+ * conv_s2s_2_12({1'b1 , FRAME_for_1_or_itm})));
+ assign b_0_sva_1 = nl_b_0_sva_1[15:0];
+ assign g_1_sg1_lpi_1_dfm = g_1_sg1_lpi_1 & ({{14{not_24}}, not_24});
+ assign regs_operator_22_mux_nl = MUX_v_10_4_2({(regs_regs_0_sva[79:70]) , (regs_regs_1_sva[79:70])
+ , (regs_regs_2_lpi_1_dfm[79:70]) , 10'b0}, i_7_lpi_1);
+ assign nl_g_2_sva_1 = g_2_lpi_1_dfm + conv_s2u_11_16(conv_s2u_22_11(conv_s2s_10_11(regs_operator_22_mux_nl)
+ * conv_s2s_2_11({FRAME_for_1_nor_cse , FRAME_for_1_or_1_itm})));
+ assign g_2_sva_1 = nl_g_2_sva_1[15:0];
+ assign regs_operator_16_mux_nl = MUX_v_10_4_2({(regs_regs_0_sva[19:10]) , (regs_regs_1_sva[19:10])
+ , (regs_regs_2_lpi_1_dfm[19:10]) , 10'b0}, i_7_lpi_1);
+ assign nl_g_0_sva_1 = g_0_lpi_1_dfm + conv_s2u_12_16(conv_s2u_24_12(conv_s2s_10_12(regs_operator_16_mux_nl)
+ * conv_s2s_2_12({1'b1 , FRAME_for_1_or_itm})));
+ assign g_0_sva_1 = nl_g_0_sva_1[15:0];
+ assign r_1_sg1_lpi_1_dfm = r_1_sg1_lpi_1 & ({{14{not_24}}, not_24});
+ assign regs_operator_21_mux_nl = MUX_v_10_4_2({(regs_regs_0_sva[89:80]) , (regs_regs_1_sva[89:80])
+ , (regs_regs_2_lpi_1_dfm[89:80]) , 10'b0}, i_7_lpi_1);
+ assign nl_r_2_sva_1 = r_2_lpi_1_dfm + conv_s2u_11_16(conv_s2u_22_11(conv_s2s_10_11(regs_operator_21_mux_nl)
+ * conv_s2s_2_11({FRAME_for_1_nor_cse , FRAME_for_1_or_1_itm})));
+ assign r_2_sva_1 = nl_r_2_sva_1[15:0];
+ assign regs_operator_15_mux_nl = MUX_v_10_4_2({(regs_regs_0_sva[29:20]) , (regs_regs_1_sva[29:20])
+ , (regs_regs_2_lpi_1_dfm[29:20]) , 10'b0}, i_7_lpi_1);
+ assign nl_r_0_sva_1 = r_0_lpi_1_dfm + conv_s2u_12_16(conv_s2u_24_12(conv_s2s_10_12(regs_operator_15_mux_nl)
+ * conv_s2s_2_12({1'b1 , FRAME_for_1_or_itm})));
+ assign r_0_sva_1 = nl_r_0_sva_1[15:0];
+ assign b_2_lpi_1_dfm = b_2_lpi_1 & ({{15{not_24}}, not_24});
+ assign FRAME_for_1_nor_cse = ~((i_7_lpi_1[1]) | (i_7_lpi_1[0]));
+ assign g_2_lpi_1_dfm = g_2_lpi_1 & ({{15{not_24}}, not_24});
+ assign r_2_lpi_1_dfm = r_2_lpi_1 & ({{15{not_24}}, not_24});
+ assign b_0_lpi_1_dfm = b_0_lpi_1 & ({{15{not_24}}, not_24});
+ assign g_0_lpi_1_dfm = g_0_lpi_1 & ({{15{not_24}}, not_24});
+ assign r_0_lpi_1_dfm = r_0_lpi_1 & ({{15{not_24}}, not_24});
+ assign nl_i_6_sva_1 = i_6_lpi_1_dfm + 2'b1;
+ assign i_6_sva_1 = nl_i_6_sva_1[1:0];
+ assign i_6_lpi_1_dfm = i_6_lpi_1 & ({{1{not_24}}, not_24});
+ assign FRAME_for_nor_cse = ~((i_6_lpi_1_dfm[1]) | (i_6_lpi_1_dfm[0]));
+ assign FRAME_for_and_18_seb = (FRAME_for_acc_5_tmp[1]) & (FRAME_for_acc_5_tmp[0]);
+ assign nl_FRAME_for_acc_5_tmp = i_6_lpi_1_dfm + 2'b11;
+ assign FRAME_for_acc_5_tmp = nl_FRAME_for_acc_5_tmp[1:0];
+ assign not_24 = ~(exit_FRAME_for_1_lpi_1_dfm_4 | exit_FRAME_1_sva);
+ assign FRAME_for_1_or_1_itm = (~((~ (i_7_lpi_1[1])) & (i_7_lpi_1[0]))) | FRAME_for_1_nor_cse;
+ assign FRAME_for_1_or_itm = (~((i_7_lpi_1[0]) & (~ (i_7_lpi_1[1])))) | FRAME_for_1_nor_cse
+ | ((i_7_lpi_1[1]) & (~ (i_7_lpi_1[0])));
+ assign FRAME_for_or_4_itm = (~((~ (i_6_lpi_1_dfm[1])) & (i_6_lpi_1_dfm[0]))) |
+ FRAME_for_nor_cse;
+ assign FRAME_for_or_itm = (~((i_6_lpi_1_dfm[0]) & (~ (i_6_lpi_1_dfm[1])))) | FRAME_for_nor_cse;
+ assign FRAME_for_or_5_itm = (FRAME_for_acc_5_tmp[1]) | (FRAME_for_acc_5_tmp[0])
+ | FRAME_for_and_18_seb;
+ assign and_dcpl_1 = ~(exit_FRAME_1_sva | exit_FRAME_for_1_lpi_1_dfm_4);
+ assign or_dcpl_2 = exit_FRAME_1_sva | exit_FRAME_for_1_lpi_1_dfm_4;
+ assign or_4_cse = or_dcpl_2 | (~ exit_FRAME_for_lpi_1);
+ assign or_9_cse = or_dcpl_2 | (~ exit_FRAME_for_lpi_1) | (FRAME_for_1_acc_itm[1]);
+ assign nl_FRAME_for_acc_itm = i_6_sva_1 + 2'b1;
+ assign FRAME_for_acc_itm = nl_FRAME_for_acc_itm[1:0];
+ always @(posedge clk or negedge arst_n) begin
+ if ( ~ arst_n ) begin
+ vout_rsc_mgc_out_stdreg_d <= 30'b0;
+ FRAME_acc_41_itm_1_sg2 <= 2'b0;
+ FRAME_acc_41_itm_1_sg1 <= 2'b0;
+ FRAME_acc_41_itm_3 <= 6'b0;
+ FRAME_mul_1_itm_1 <= 9'b0;
+ red_slc_red_2_sg1_itm_1 <= 6'b0;
+ FRAME_acc_37_itm_1 <= 5'b0;
+ FRAME_slc_acc_imod_3_4_itm_1 <= 1'b0;
+ FRAME_mul_4_itm_1 <= 11'b0;
+ FRAME_mul_5_itm_1 <= 9'b0;
+ blue_slc_blue_2_sg1_itm_1 <= 6'b0;
+ FRAME_acc_30_itm_1 <= 5'b0;
+ FRAME_slc_acc_imod_7_4_itm_1 <= 1'b0;
+ blue_slc_blue_2_sg1_12_itm_1 <= 1'b0;
+ FRAME_mul_2_itm_1 <= 11'b0;
+ FRAME_mul_3_itm_1 <= 9'b0;
+ green_slc_green_2_sg1_itm_1 <= 6'b0;
+ FRAME_acc_18_itm_1 <= 5'b0;
+ FRAME_slc_acc_imod_5_4_itm_1 <= 1'b0;
+ green_slc_green_2_sg1_12_itm_1 <= 1'b0;
+ exit_FRAME_for_1_sva_2_st_1 <= 1'b0;
+ exit_FRAME_for_lpi_1_dfm_st_1 <= 1'b0;
+ i_7_lpi_1 <= 2'b0;
+ exit_FRAME_for_lpi_1 <= 1'b0;
+ exit_FRAME_for_1_lpi_1_dfm_4 <= 1'b0;
+ exit_FRAME_1_sva <= 1'b1;
+ main_stage_0_2 <= 1'b0;
+ regs_regs_2_lpi_1_dfm <= 90'b0;
+ regs_regs_1_sva <= 90'b0;
+ regs_regs_0_sva <= 90'b0;
+ exit_FRAME_lpi_1_dfm_2 <= 1'b0;
+ b_1_sg1_lpi_1 <= 15'b0;
+ g_1_sg1_lpi_1 <= 15'b0;
+ r_1_sg1_lpi_1 <= 15'b0;
+ i_6_lpi_1 <= 2'b0;
+ b_2_lpi_1 <= 16'b0;
+ b_0_lpi_1 <= 16'b0;
+ g_2_lpi_1 <= 16'b0;
+ g_0_lpi_1 <= 16'b0;
+ r_2_lpi_1 <= 16'b0;
+ r_0_lpi_1 <= 16'b0;
+ FRAME_p_1_lpi_1 <= 19'b0;
+ end
+ else begin
+ if ( en ) begin
+ vout_rsc_mgc_out_stdreg_d <= MUX_v_30_2_2({({((({FRAME_acc_41_itm_1_sg2 ,
+ FRAME_acc_41_itm_1_sg1 , FRAME_acc_41_itm_3}) + (conv_u2s_9_10(FRAME_mul_1_itm_1)
+ + conv_s2s_8_10(conv_u2s_6_8(red_slc_red_2_sg1_itm_1) + conv_s2s_5_8(FRAME_acc_37_itm_1
+ + ({4'b1001 , FRAME_slc_acc_imod_3_4_itm_1}))))) | ({8'b0 , (FRAME_acc_3_psp_sva[11:10])}))
+ , (FRAME_acc_3_psp_sva[9:6]) , ((FRAME_acc_3_psp_sva[5:0]) | ({4'b0 ,
+ (FRAME_acc_4_psp_sva[11:10])})) , (FRAME_acc_4_psp_sva[9:0])}) , vout_rsc_mgc_out_stdreg_d},
+ ~(exit_FRAME_for_1_sva_2_st_1 & exit_FRAME_for_lpi_1_dfm_st_1 & main_stage_0_2));
+ FRAME_acc_41_itm_1_sg2 <= nl_FRAME_acc_41_itm_1_sg2[1:0];
+ FRAME_acc_41_itm_1_sg1 <= FRAME_mul_sdt[7:6];
+ FRAME_acc_41_itm_3 <= nl_FRAME_acc_41_itm_3[5:0];
+ FRAME_mul_1_itm_1 <= nl_FRAME_mul_1_itm_1[8:0];
+ red_slc_red_2_sg1_itm_1 <= ACC2_3_acc_1_itm[9:4];
+ FRAME_acc_37_itm_1 <= nl_FRAME_acc_37_itm_1[4:0];
+ FRAME_slc_acc_imod_3_4_itm_1 <= acc_imod_3_sva[5];
+ FRAME_mul_4_itm_1 <= nl_FRAME_mul_4_itm_1[10:0];
+ FRAME_mul_5_itm_1 <= nl_FRAME_mul_5_itm_1[8:0];
+ blue_slc_blue_2_sg1_itm_1 <= ACC2_3_acc_3_itm[9:4];
+ FRAME_acc_30_itm_1 <= nl_FRAME_acc_30_itm_1[4:0];
+ FRAME_slc_acc_imod_7_4_itm_1 <= acc_imod_7_sva[5];
+ blue_slc_blue_2_sg1_12_itm_1 <= ACC2_3_acc_3_itm[15];
+ FRAME_mul_2_itm_1 <= nl_FRAME_mul_2_itm_1[10:0];
+ FRAME_mul_3_itm_1 <= nl_FRAME_mul_3_itm_1[8:0];
+ green_slc_green_2_sg1_itm_1 <= ACC2_3_acc_2_itm[9:4];
+ FRAME_acc_18_itm_1 <= nl_FRAME_acc_18_itm_1[4:0];
+ FRAME_slc_acc_imod_5_4_itm_1 <= acc_imod_5_sva[5];
+ green_slc_green_2_sg1_12_itm_1 <= ACC2_3_acc_2_itm[15];
+ exit_FRAME_for_1_sva_2_st_1 <= ~ (FRAME_for_1_acc_itm[1]);
+ exit_FRAME_for_lpi_1_dfm_st_1 <= exit_FRAME_for_lpi_1_dfm;
+ i_7_lpi_1 <= MUX_v_2_2_2({i_7_sva , (i_7_lpi_1 & (signext_2_1(FRAME_for_acc_itm[1])))},
+ or_4_cse);
+ exit_FRAME_for_lpi_1 <= MUX_s_1_2_2({exit_FRAME_for_lpi_1_dfm , (~ (FRAME_for_acc_itm[1]))},
+ or_4_cse);
+ exit_FRAME_for_1_lpi_1_dfm_4 <= exit_FRAME_for_1_lpi_1_dfm_4_mx0;
+ exit_FRAME_1_sva <= exit_FRAME_for_1_lpi_1_dfm_4_mx0 & exit_FRAME_lpi_1_dfm_2_mx0;
+ main_stage_0_2 <= 1'b1;
+ regs_regs_2_lpi_1_dfm <= regs_regs_2_lpi_1_dfm_mx0;
+ regs_regs_1_sva <= regs_regs_1_sva_dfm_mx0;
+ regs_regs_0_sva <= regs_regs_0_sva_dfm_mx0;
+ exit_FRAME_lpi_1_dfm_2 <= exit_FRAME_lpi_1_dfm_2_mx0;
+ b_1_sg1_lpi_1 <= MUX_v_15_2_2({b_1_sg1_lpi_1_dfm , (b_1_sg1_lpi_1_dfm + conv_s2u_11_15(conv_s2u_22_11(conv_s2s_10_11(MUX_v_10_4_2({(regs_regs_0_sva_dfm_mx0[39:30])
+ , (regs_regs_1_sva_dfm_mx0[39:30]) , (regs_regs_2_lpi_1_dfm_mx0[39:30])
+ , 10'b0}, i_6_lpi_1_dfm)) * conv_s2s_2_11({FRAME_for_and_18_seb , FRAME_for_or_5_itm}))))},
+ or_4_cse);
+ g_1_sg1_lpi_1 <= MUX_v_15_2_2({g_1_sg1_lpi_1_dfm , (g_1_sg1_lpi_1_dfm + conv_s2u_11_15(conv_s2u_22_11(conv_s2s_10_11(MUX_v_10_4_2({(regs_regs_0_sva_dfm_mx0[49:40])
+ , (regs_regs_1_sva_dfm_mx0[49:40]) , (regs_regs_2_lpi_1_dfm_mx0[49:40])
+ , 10'b0}, i_6_lpi_1_dfm)) * conv_s2s_2_11({FRAME_for_and_18_seb , FRAME_for_or_5_itm}))))},
+ or_4_cse);
+ r_1_sg1_lpi_1 <= MUX_v_15_2_2({r_1_sg1_lpi_1_dfm , (r_1_sg1_lpi_1_dfm + conv_s2u_11_15(conv_s2u_22_11(conv_s2s_10_11(MUX_v_10_4_2({(regs_regs_0_sva_dfm_mx0[59:50])
+ , (regs_regs_1_sva_dfm_mx0[59:50]) , (regs_regs_2_lpi_1_dfm_mx0[59:50])
+ , 10'b0}, i_6_lpi_1_dfm)) * conv_s2s_2_11({FRAME_for_and_18_seb , FRAME_for_or_5_itm}))))},
+ or_4_cse);
+ i_6_lpi_1 <= MUX_v_2_2_2({i_6_lpi_1_dfm , i_6_sva_1}, or_4_cse);
+ b_2_lpi_1 <= MUX_v_16_2_2({b_2_sva_1 , (b_2_lpi_1_dfm + conv_s2u_11_16(conv_s2u_22_11(conv_s2s_10_11(MUX_v_10_4_2({(regs_regs_0_sva_dfm_mx0[69:60])
+ , (regs_regs_1_sva_dfm_mx0[69:60]) , (regs_regs_2_lpi_1_dfm_mx0[69:60])
+ , 10'b0}, i_6_lpi_1_dfm)) * conv_s2s_2_11({FRAME_for_nor_cse , FRAME_for_or_4_itm}))))},
+ or_4_cse);
+ b_0_lpi_1 <= MUX_v_16_2_2({b_0_sva_1 , (b_0_lpi_1_dfm + conv_s2u_11_16(conv_s2u_22_11(conv_s2s_10_11(MUX_v_10_4_2({(regs_regs_0_sva_dfm_mx0[9:0])
+ , (regs_regs_1_sva_dfm_mx0[9:0]) , (regs_regs_2_lpi_1_dfm_mx0[9:0]) ,
+ 10'b0}, i_6_lpi_1_dfm)) * conv_s2s_2_11({FRAME_for_nor_cse , FRAME_for_or_itm}))))},
+ or_4_cse);
+ g_2_lpi_1 <= MUX_v_16_2_2({g_2_sva_1 , (g_2_lpi_1_dfm + conv_s2u_11_16(conv_s2u_22_11(conv_s2s_10_11(MUX_v_10_4_2({(regs_regs_0_sva_dfm_mx0[79:70])
+ , (regs_regs_1_sva_dfm_mx0[79:70]) , (regs_regs_2_lpi_1_dfm_mx0[79:70])
+ , 10'b0}, i_6_lpi_1_dfm)) * conv_s2s_2_11({FRAME_for_nor_cse , FRAME_for_or_4_itm}))))},
+ or_4_cse);
+ g_0_lpi_1 <= MUX_v_16_2_2({g_0_sva_1 , (g_0_lpi_1_dfm + conv_s2u_11_16(conv_s2u_22_11(conv_s2s_10_11(MUX_v_10_4_2({(regs_regs_0_sva_dfm_mx0[19:10])
+ , (regs_regs_1_sva_dfm_mx0[19:10]) , (regs_regs_2_lpi_1_dfm_mx0[19:10])
+ , 10'b0}, i_6_lpi_1_dfm)) * conv_s2s_2_11({FRAME_for_nor_cse , FRAME_for_or_itm}))))},
+ or_4_cse);
+ r_2_lpi_1 <= MUX_v_16_2_2({r_2_sva_1 , (r_2_lpi_1_dfm + conv_s2u_11_16(conv_s2u_22_11(conv_s2s_10_11(MUX_v_10_4_2({(regs_regs_0_sva_dfm_mx0[89:80])
+ , (regs_regs_1_sva_dfm_mx0[89:80]) , (regs_regs_2_lpi_1_dfm_mx0[89:80])
+ , 10'b0}, i_6_lpi_1_dfm)) * conv_s2s_2_11({FRAME_for_nor_cse , FRAME_for_or_4_itm}))))},
+ or_4_cse);
+ r_0_lpi_1 <= MUX_v_16_2_2({r_0_sva_1 , (r_0_lpi_1_dfm + conv_s2u_11_16(conv_s2u_22_11(conv_s2s_10_11(MUX_v_10_4_2({(regs_regs_0_sva_dfm_mx0[29:20])
+ , (regs_regs_1_sva_dfm_mx0[29:20]) , (regs_regs_2_lpi_1_dfm_mx0[29:20])
+ , 10'b0}, i_6_lpi_1_dfm)) * conv_s2s_2_11({FRAME_for_nor_cse , FRAME_for_or_itm}))))},
+ or_4_cse);
+ FRAME_p_1_lpi_1 <= MUX_v_19_2_2({FRAME_p_1_lpi_1_dfm , FRAME_p_1_sva_1},
+ and_dcpl_1 & exit_FRAME_for_lpi_1 & (~ (FRAME_for_1_acc_itm[1])));
+ end
+ end
+ end
+ assign nl_FRAME_acc_41_itm_1_sg2 = (FRAME_mul_sdt[9:8]) + conv_s2u_1_2(ACC2_3_acc_1_itm[15]);
+ assign nl_FRAME_acc_41_itm_3 = conv_u2u_5_6(FRAME_mul_sdt[4:0]) + conv_u2u_5_6(signext_5_3({(ACC2_3_acc_1_itm[15])
+ , 1'b0 , (ACC2_3_acc_1_itm[15])}));
+ assign nl_FRAME_mul_1_itm_1 = conv_u2u_3_9(ACC2_3_acc_1_itm[12:10]) * 9'b111001;
+ assign nl_FRAME_acc_37_itm_1 = conv_u2u_4_5(conv_u2u_3_4({(~ (acc_imod_3_sva[5]))
+ , 1'b1 , (~ (readslicef_5_1_4((({1'b1 , (acc_imod_3_sva[2:0]) , 1'b1}) + conv_u2s_4_5({(~
+ (acc_imod_3_sva[5:3])) , (~ (acc_imod_3_sva[5]))})))))}) + conv_u2u_2_4(acc_imod_3_sva[4:3]))
+ + conv_u2u_3_5(~ (ACC2_3_acc_1_itm[9:7]));
+ assign nl_FRAME_mul_4_itm_1 = conv_u2u_2_11(ACC2_3_acc_3_itm[14:13]) * 11'b111000111;
+ assign nl_FRAME_mul_5_itm_1 = conv_u2u_3_9(ACC2_3_acc_3_itm[12:10]) * 9'b111001;
+ assign nl_FRAME_acc_30_itm_1 = conv_u2u_4_5(conv_u2u_3_4({(~ (acc_imod_7_sva[5]))
+ , 1'b1 , (~ (readslicef_5_1_4((({1'b1 , (acc_imod_7_sva[2:0]) , 1'b1}) + conv_u2s_4_5({(~
+ (acc_imod_7_sva[5:3])) , (~ (acc_imod_7_sva[5]))})))))}) + conv_u2u_2_4(acc_imod_7_sva[4:3]))
+ + conv_u2u_3_5(~ (ACC2_3_acc_3_itm[9:7]));
+ assign nl_FRAME_mul_2_itm_1 = conv_u2u_2_11(ACC2_3_acc_2_itm[14:13]) * 11'b111000111;
+ assign nl_FRAME_mul_3_itm_1 = conv_u2u_3_9(ACC2_3_acc_2_itm[12:10]) * 9'b111001;
+ assign nl_FRAME_acc_18_itm_1 = conv_u2u_4_5(conv_u2u_3_4({(~ (acc_imod_5_sva[5]))
+ , 1'b1 , (~ (readslicef_5_1_4((({1'b1 , (acc_imod_5_sva[2:0]) , 1'b1}) + conv_u2s_4_5({(~
+ (acc_imod_5_sva[5:3])) , (~ (acc_imod_5_sva[5]))})))))}) + conv_u2u_2_4(acc_imod_5_sva[4:3]))
+ + conv_u2u_3_5(~ (ACC2_3_acc_2_itm[9:7]));
+
+ function [10:0] signext_11_9;
+ input [8:0] vector;
+ begin
+ signext_11_9= {{2{vector[8]}}, vector};
+ end
+ endfunction
+
+
+ function [0:0] MUX_s_1_2_2;
+ input [1:0] inputs;
+ input [0:0] sel;
+ reg [0:0] result;
+ begin
+ case (sel)
+ 1'b0 : begin
+ result = inputs[1:1];
+ end
+ 1'b1 : begin
+ result = inputs[0:0];
+ end
+ default : begin
+ result = inputs[1:1];
+ end
+ endcase
+ MUX_s_1_2_2 = result;
+ end
+ endfunction
+
+
+ function [89:0] MUX_v_90_2_2;
+ input [179:0] inputs;
+ input [0:0] sel;
+ reg [89:0] result;
+ begin
+ case (sel)
+ 1'b0 : begin
+ result = inputs[179:90];
+ end
+ 1'b1 : begin
+ result = inputs[89:0];
+ end
+ default : begin
+ result = inputs[179:90];
+ end
+ endcase
+ MUX_v_90_2_2 = result;
+ end
+ endfunction
+
+
+ function [18:0] signext_19_1;
+ input [0:0] vector;
+ begin
+ signext_19_1= {{18{vector[0]}}, vector};
+ end
+ endfunction
+
+
+ function [9:0] MUX_v_10_4_2;
+ input [39:0] inputs;
+ input [1:0] sel;
+ reg [9:0] result;
+ begin
+ case (sel)
+ 2'b00 : begin
+ result = inputs[39:30];
+ end
+ 2'b01 : begin
+ result = inputs[29:20];
+ end
+ 2'b10 : begin
+ result = inputs[19:10];
+ end
+ 2'b11 : begin
+ result = inputs[9:0];
+ end
+ default : begin
+ result = inputs[39:30];
+ end
+ endcase
+ MUX_v_10_4_2 = result;
+ end
+ endfunction
+
+
+ function [29:0] MUX_v_30_2_2;
+ input [59:0] inputs;
+ input [0:0] sel;
+ reg [29:0] result;
+ begin
+ case (sel)
+ 1'b0 : begin
+ result = inputs[59:30];
+ end
+ 1'b1 : begin
+ result = inputs[29:0];
+ end
+ default : begin
+ result = inputs[59:30];
+ end
+ endcase
+ MUX_v_30_2_2 = result;
+ end
+ endfunction
+
+
+ function [1:0] MUX_v_2_2_2;
+ input [3:0] inputs;
+ input [0:0] sel;
+ reg [1:0] result;
+ begin
+ case (sel)
+ 1'b0 : begin
+ result = inputs[3:2];
+ end
+ 1'b1 : begin
+ result = inputs[1:0];
+ end
+ default : begin
+ result = inputs[3:2];
+ end
+ endcase
+ MUX_v_2_2_2 = result;
+ end
+ endfunction
+
+
+ function [1:0] signext_2_1;
+ input [0:0] vector;
+ begin
+ signext_2_1= {{1{vector[0]}}, vector};
+ end
+ endfunction
+
+
+ function [14:0] MUX_v_15_2_2;
+ input [29:0] inputs;
+ input [0:0] sel;
+ reg [14:0] result;
+ begin
+ case (sel)
+ 1'b0 : begin
+ result = inputs[29:15];
+ end
+ 1'b1 : begin
+ result = inputs[14:0];
+ end
+ default : begin
+ result = inputs[29:15];
+ end
+ endcase
+ MUX_v_15_2_2 = result;
+ end
+ endfunction
+
+
+ function [15:0] MUX_v_16_2_2;
+ input [31:0] inputs;
+ input [0:0] sel;
+ reg [15:0] result;
+ begin
+ case (sel)
+ 1'b0 : begin
+ result = inputs[31:16];
+ end
+ 1'b1 : begin
+ result = inputs[15:0];
+ end
+ default : begin
+ result = inputs[31:16];
+ end
+ endcase
+ MUX_v_16_2_2 = result;
+ end
+ endfunction
+
+
+ function [18:0] MUX_v_19_2_2;
+ input [37:0] inputs;
+ input [0:0] sel;
+ reg [18:0] result;
+ begin
+ case (sel)
+ 1'b0 : begin
+ result = inputs[37:19];
+ end
+ 1'b1 : begin
+ result = inputs[18:0];
+ end
+ default : begin
+ result = inputs[37:19];
+ end
+ endcase
+ MUX_v_19_2_2 = result;
+ end
+ endfunction
+
+
+ function [4:0] signext_5_3;
+ input [2:0] vector;
+ begin
+ signext_5_3= {{2{vector[2]}}, vector};
+ end
+ endfunction
+
+
+ function [0:0] readslicef_5_1_4;
+ input [4:0] vector;
+ reg [4:0] tmp;
+ begin
+ tmp = vector >> 4;
+ readslicef_5_1_4 = tmp[0:0];
+ end
+ endfunction
+
+
+ function signed [11:0] conv_u2s_11_12 ;
+ input [10:0] vector ;
+ begin
+ conv_u2s_11_12 = {1'b0, vector};
+ end
+ endfunction
+
+
+ function signed [11:0] conv_s2s_10_12 ;
+ input signed [9:0] vector ;
+ begin
+ conv_s2s_10_12 = {{2{vector[9]}}, vector};
+ end
+ endfunction
+
+
+ function signed [9:0] conv_u2s_9_10 ;
+ input [8:0] vector ;
+ begin
+ conv_u2s_9_10 = {1'b0, vector};
+ end
+ endfunction
+
+
+ function signed [9:0] conv_s2s_8_10 ;
+ input signed [7:0] vector ;
+ begin
+ conv_s2s_8_10 = {{2{vector[7]}}, vector};
+ end
+ endfunction
+
+
+ function signed [7:0] conv_u2s_6_8 ;
+ input [5:0] vector ;
+ begin
+ conv_u2s_6_8 = {{2{1'b0}}, vector};
+ end
+ endfunction
+
+
+ function signed [7:0] conv_s2s_5_8 ;
+ input signed [4:0] vector ;
+ begin
+ conv_s2s_5_8 = {{3{vector[4]}}, vector};
+ end
+ endfunction
+
+
+ function [11:0] conv_u2u_11_12 ;
+ input [10:0] vector ;
+ begin
+ conv_u2u_11_12 = {1'b0, vector};
+ end
+ endfunction
+
+
+ function signed [7:0] conv_u2s_7_8 ;
+ input [6:0] vector ;
+ begin
+ conv_u2s_7_8 = {1'b0, vector};
+ end
+ endfunction
+
+
+ function [5:0] conv_u2u_5_6 ;
+ input [4:0] vector ;
+ begin
+ conv_u2u_5_6 = {1'b0, vector};
+ end
+ endfunction
+
+
+ function [4:0] conv_u2u_4_5 ;
+ input [3:0] vector ;
+ begin
+ conv_u2u_4_5 = {1'b0, vector};
+ end
+ endfunction
+
+
+ function [3:0] conv_u2u_3_4 ;
+ input [2:0] vector ;
+ begin
+ conv_u2u_3_4 = {1'b0, vector};
+ end
+ endfunction
+
+
+ function [3:0] conv_u2u_2_4 ;
+ input [1:0] vector ;
+ begin
+ conv_u2u_2_4 = {{2{1'b0}}, vector};
+ end
+ endfunction
+
+
+ function [5:0] conv_u2u_4_6 ;
+ input [3:0] vector ;
+ begin
+ conv_u2u_4_6 = {{2{1'b0}}, vector};
+ end
+ endfunction
+
+
+ function [9:0] conv_u2u_2_10 ;
+ input [1:0] vector ;
+ begin
+ conv_u2u_2_10 = {{8{1'b0}}, vector};
+ end
+ endfunction
+
+
+ function [15:0] conv_s2u_11_16 ;
+ input signed [10:0] vector ;
+ begin
+ conv_s2u_11_16 = {{5{vector[10]}}, vector};
+ end
+ endfunction
+
+
+ function [10:0] conv_s2u_22_11 ;
+ input signed [21:0] vector ;
+ begin
+ conv_s2u_22_11 = vector[10:0];
+ end
+ endfunction
+
+
+ function signed [10:0] conv_s2s_10_11 ;
+ input signed [9:0] vector ;
+ begin
+ conv_s2s_10_11 = {vector[9], vector};
+ end
+ endfunction
+
+
+ function signed [10:0] conv_s2s_2_11 ;
+ input signed [1:0] vector ;
+ begin
+ conv_s2s_2_11 = {{9{vector[1]}}, vector};
+ end
+ endfunction
+
+
+ function [15:0] conv_s2u_12_16 ;
+ input signed [11:0] vector ;
+ begin
+ conv_s2u_12_16 = {{4{vector[11]}}, vector};
+ end
+ endfunction
+
+
+ function [11:0] conv_s2u_24_12 ;
+ input signed [23:0] vector ;
+ begin
+ conv_s2u_24_12 = vector[11:0];
+ end
+ endfunction
+
+
+ function signed [11:0] conv_s2s_2_12 ;
+ input signed [1:0] vector ;
+ begin
+ conv_s2s_2_12 = {{10{vector[1]}}, vector};
+ end
+ endfunction
+
+
+ function [14:0] conv_s2u_11_15 ;
+ input signed [10:0] vector ;
+ begin
+ conv_s2u_11_15 = {{4{vector[10]}}, vector};
+ end
+ endfunction
+
+
+ function [1:0] conv_s2u_1_2 ;
+ input signed [0:0] vector ;
+ begin
+ conv_s2u_1_2 = {vector[0], vector};
+ end
+ endfunction
+
+
+ function [8:0] conv_u2u_3_9 ;
+ input [2:0] vector ;
+ begin
+ conv_u2u_3_9 = {{6{1'b0}}, vector};
+ end
+ endfunction
+
+
+ function signed [4:0] conv_u2s_4_5 ;
+ input [3:0] vector ;
+ begin
+ conv_u2s_4_5 = {1'b0, vector};
+ end
+ endfunction
+
+
+ function [4:0] conv_u2u_3_5 ;
+ input [2:0] vector ;
+ begin
+ conv_u2u_3_5 = {{2{1'b0}}, vector};
+ end
+ endfunction
+
+
+ function [10:0] conv_u2u_2_11 ;
+ input [1:0] vector ;
+ begin
+ conv_u2u_2_11 = {{9{1'b0}}, vector};
+ end
+ endfunction
+
+endmodule
+
+// ------------------------------------------------------------------
+// Design Unit: sobel
+// Generated from file(s):
+// 7) $PROJECT_HOME/sobel.cpp
+// ------------------------------------------------------------------
+
+
+module sobel (
+ vin_rsc_z, vout_rsc_z, clk, en, arst_n
+);
+ input [89:0] vin_rsc_z;
+ output [29:0] vout_rsc_z;
+ input clk;
+ input en;
+ input arst_n;
+
+
+ // Interconnect Declarations
+ wire [89:0] vin_rsc_mgc_in_wire_d;
+ wire [29:0] vout_rsc_mgc_out_stdreg_d;
+
+
+ // Interconnect Declarations for Component Instantiations
+ mgc_in_wire #(.rscid(1),
+ .width(90)) vin_rsc_mgc_in_wire (
+ .d(vin_rsc_mgc_in_wire_d),
+ .z(vin_rsc_z)
+ );
+ mgc_out_stdreg #(.rscid(2),
+ .width(30)) vout_rsc_mgc_out_stdreg (
+ .d(vout_rsc_mgc_out_stdreg_d),
+ .z(vout_rsc_z)
+ );
+ sobel_core sobel_core_inst (
+ .clk(clk),
+ .en(en),
+ .arst_n(arst_n),
+ .vin_rsc_mgc_in_wire_d(vin_rsc_mgc_in_wire_d),
+ .vout_rsc_mgc_out_stdreg_d(vout_rsc_mgc_out_stdreg_d)
+ );
+endmodule
+
+
+
generated by cgit (git 2.34.1) at 2024-05-29 04:39:52 +0000