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module gfx_top
(
input logic clk,
rst_n,
input gfx::word a[gfx::SHADER_LANES],
b[gfx::SHADER_LANES],
input logic in_valid,
setup_mul_float,
setup_unit_b,
mnorm_put_hi,
mnorm_put_lo,
mnorm_put_mul,
mnorm_zero_b,
mnorm_zero_flags,
minmax_abs,
minmax_swap,
minmax_zero_min,
minmax_copy_flags,
shiftr_int_signed,
addsub_copy_flags,
addsub_int_operand,
clz_force_nop,
shiftl_copy_flags,
round_copy_flags,
round_enable,
encode_enable,
output logic out_valid,
output gfx::word q[gfx::SHADER_LANES],
input gfx::word geom_tdata,
input logic geom_tlast,
geom_tvalid,
output logic geom_tready,
input logic raster_tready,
output logic raster_tlast,
raster_tvalid,
output gfx::word raster_tdata
);
gfx_axil sched_axi();
gfx_pkts geometry(), coverage();
assign geometry.tdata = geom_tdata;
assign geometry.tlast = geom_tlast;
assign geometry.tvalid = geom_tvalid;
assign geom_tready = geometry.tready;
assign raster_tdata = coverage.tdata;
assign raster_tlast = coverage.tlast;
assign raster_tvalid = coverage.tvalid;
assign coverage.tready = raster_tready;
gfx_fpint fpint
(
.*
);
gfx_sched sched
(
.clk,
.rst_n,
.irq(0),
.axim(sched_axi.m)
);
gfx_raster raster
(
.clk,
.rst_n,
.geometry(coverage.rx),
.coverage(coverage.tx)
);
endmodule
|
