led_display.hier_info

是一些很好的FPGA设计实例

|LED_DISPLAY
L1 <= addr0.DB_MAX_OUTPUT_PORT_TYPE
CLK => 7493:inst1.CLKA
L2 <= addr1.DB_MAX_OUTPUT_PORT_TYPE
L3 <= addr2.DB_MAX_OUTPUT_PORT_TYPE
L4 <= addr3.DB_MAX_OUTPUT_PORT_TYPE
q[0] <= LPM_ROM:inst.q[0]
q[1] <= LPM_ROM:inst.q[1]
q[2] <= LPM_ROM:inst.q[2]
q[3] <= LPM_ROM:inst.q[3]
q[4] <= LPM_ROM:inst.q[4]
q[5] <= LPM_ROM:inst.q[5]
q[6] <= LPM_ROM:inst.q[6]
q[7] <= LPM_ROM:inst.q[7]
q[8] <= LPM_ROM:inst.q[8]
q[9] <= LPM_ROM:inst.q[9]
q[10] <= LPM_ROM:inst.q[10]
q[11] <= LPM_ROM:inst.q[11]
q[12] <= LPM_ROM:inst.q[12]
q[13] <= LPM_ROM:inst.q[13]
q[14] <= LPM_ROM:inst.q[14]
q[15] <= LPM_ROM:inst.q[15]
addr[4] => LPM_ROM:inst.address[4]
addr[5] => LPM_ROM:inst.address[5]
addr[6] => LPM_ROM:inst.address[6]
addr[7] => LPM_ROM:inst.address[7]


|LED_DISPLAY|7493:inst1
QD <= 13.DB_MAX_OUTPUT_PORT_TYPE
RO1 => 1.IN0
RO2 => 1.IN1
CLKB => 44.IN0
QC <= 14.DB_MAX_OUTPUT_PORT_TYPE
QB <= 15.DB_MAX_OUTPUT_PORT_TYPE
QA <= 16.DB_MAX_OUTPUT_PORT_TYPE
CLKA => 43.IN0


|LED_DISPLAY|LPM_ROM:inst
address[0] => altrom:srom.address[0]
address[1] => altrom:srom.address[1]
address[2] => altrom:srom.address[2]
address[3] => altrom:srom.address[3]
address[4] => altrom:srom.address[4]
address[5] => altrom:srom.address[5]
address[6] => altrom:srom.address[6]
address[7] => altrom:srom.address[7]
inclock => ~NO_FANOUT~
outclock => ~NO_FANOUT~
memenab => otri[15].OE
memenab => otri[14].OE
memenab => otri[13].OE
memenab => otri[12].OE
memenab => otri[11].OE
memenab => otri[10].OE
memenab => otri[9].OE
memenab => otri[8].OE
memenab => otri[7].OE
memenab => otri[6].OE
memenab => otri[5].OE
memenab => otri[4].OE
memenab => otri[3].OE
memenab => otri[2].OE
memenab => otri[1].OE
memenab => otri[0].OE
q[0] <= otri[0].DB_MAX_OUTPUT_PORT_TYPE
q[1] <= otri[1].DB_MAX_OUTPUT_PORT_TYPE
q[2] <= otri[2].DB_MAX_OUTPUT_PORT_TYPE
q[3] <= otri[3].DB_MAX_OUTPUT_PORT_TYPE
q[4] <= otri[4].DB_MAX_OUTPUT_PORT_TYPE
q[5] <= otri[5].DB_MAX_OUTPUT_PORT_TYPE
q[6] <= otri[6].DB_MAX_OUTPUT_PORT_TYPE
q[7] <= otri[7].DB_MAX_OUTPUT_PORT_TYPE
q[8] <= otri[8].DB_MAX_OUTPUT_PORT_TYPE
q[9] <= otri[9].DB_MAX_OUTPUT_PORT_TYPE
q[10] <= otri[10].DB_MAX_OUTPUT_PORT_TYPE
q[11] <= otri[11].DB_MAX_OUTPUT_PORT_TYPE
q[12] <= otri[12].DB_MAX_OUTPUT_PORT_TYPE
q[13] <= otri[13].DB_MAX_OUTPUT_PORT_TYPE
q[14] <= otri[14].DB_MAX_OUTPUT_PORT_TYPE
q[15] <= otri[15].DB_MAX_OUTPUT_PORT_TYPE


|LED_DISPLAY|LPM_ROM:inst|altrom:srom
address[0] => segment[0][15].WADDR
address[0] => segment[0][15].RADDR
address[0] => segment[0][14].WADDR
address[0] => segment[0][14].RADDR
address[0] => segment[0][13].WADDR
address[0] => segment[0][13].RADDR
address[0] => segment[0][12].WADDR
address[0] => segment[0][12].RADDR
address[0] => segment[0][11].WADDR
address[0] => segment[0][11].RADDR
address[0] => segment[0][10].WADDR
address[0] => segment[0][10].RADDR
address[0] => segment[0][9].WADDR
address[0] => segment[0][9].RADDR
address[0] => segment[0][8].WADDR
address[0] => segment[0][8].RADDR
address[0] => segment[0][7].WADDR
address[0] => segment[0][7].RADDR
address[0] => segment[0][6].WADDR
address[0] => segment[0][6].RADDR
address[0] => segment[0][5].WADDR
address[0] => segment[0][5].RADDR
address[0] => segment[0][4].WADDR
address[0] => segment[0][4].RADDR
address[0] => segment[0][3].WADDR
address[0] => segment[0][3].RADDR
address[0] => segment[0][2].WADDR
address[0] => segment[0][2].RADDR
address[0] => segment[0][1].WADDR
address[0] => segment[0][1].RADDR
address[0] => segment[0][0].WADDR
address[0] => segment[0][0].RADDR
address[1] => segment[0][15].WADDR1
address[1] => segment[0][15].RADDR1
address[1] => segment[0][14].WADDR1
address[1] => segment[0][14].RADDR1
address[1] => segment[0][13].WADDR1
address[1] => segment[0][13].RADDR1
address[1] => segment[0][12].WADDR1
address[1] => segment[0][12].RADDR1
address[1] => segment[0][11].WADDR1
address[1] => segment[0][11].RADDR1
address[1] => segment[0][10].WADDR1
address[1] => segment[0][10].RADDR1
address[1] => segment[0][9].WADDR1
address[1] => segment[0][9].RADDR1
address[1] => segment[0][8].WADDR1
address[1] => segment[0][8].RADDR1
address[1] => segment[0][7].WADDR1
address[1] => segment[0][7].RADDR1
address[1] => segment[0][6].WADDR1
address[1] => segment[0][6].RADDR1
address[1] => segment[0][5].WADDR1
address[1] => segment[0][5].RADDR1
address[1] => segment[0][4].WADDR1
address[1] => segment[0][4].RADDR1
address[1] => segment[0][3].WADDR1
address[1] => segment[0][3].RADDR1
address[1] => segment[0][2].WADDR1
address[1] => segment[0][2].RADDR1
address[1] => segment[0][1].WADDR1
address[1] => segment[0][1].RADDR1
address[1] => segment[0][0].WADDR1
address[1] => segment[0][0].RADDR1
address[2] => segment[0][15].WADDR2
address[2] => segment[0][15].RADDR2
address[2] => segment[0][14].WADDR2
address[2] => segment[0][14].RADDR2
address[2] => segment[0][13].WADDR2
address[2] => segment[0][13].RADDR2
address[2] => segment[0][12].WADDR2
address[2] => segment[0][12].RADDR2
address[2] => segment[0][11].WADDR2
address[2] => segment[0][11].RADDR2
address[2] => segment[0][10].WADDR2
address[2] => segment[0][10].RADDR2
address[2] => segment[0][9].WADDR2
address[2] => segment[0][9].RADDR2
address[2] => segment[0][8].WADDR2
address[2] => segment[0][8].RADDR2
address[2] => segment[0][7].WADDR2
address[2] => segment[0][7].RADDR2
address[2] => segment[0][6].WADDR2
address[2] => segment[0][6].RADDR2
address[2] => segment[0][5].WADDR2
address[2] => segment[0][5].RADDR2
address[2] => segment[0][4].WADDR2
address[2] => segment[0][4].RADDR2
address[2] => segment[0][3].WADDR2
address[2] => segment[0][3].RADDR2
address[2] => segment[0][2].WADDR2
address[2] => segment[0][2].RADDR2
address[2] => segment[0][1].WADDR2
address[2] => segment[0][1].RADDR2
address[2] => segment[0][0].WADDR2
address[2] => segment[0][0].RADDR2
address[3] => segment[0][15].WADDR3
address[3] => segment[0][15].RADDR3
address[3] => segment[0][14].WADDR3
address[3] => segment[0][14].RADDR3
address[3] => segment[0][13].WADDR3
address[3] => segment[0][13].RADDR3
address[3] => segment[0][12].WADDR3
address[3] => segment[0][12].RADDR3
address[3] => segment[0][11].WADDR3
address[3] => segment[0][11].RADDR3
address[3] => segment[0][10].WADDR3
address[3] => segment[0][10].RADDR3
address[3] => segment[0][9].WADDR3
address[3] => segment[0][9].RADDR3
address[3] => segment[0][8].WADDR3
address[3] => segment[0][8].RADDR3
address[3] => segment[0][7].WADDR3
address[3] => segment[0][7].RADDR3
address[3] => segment[0][6].WADDR3
address[3] => segment[0][6].RADDR3
address[3] => segment[0][5].WADDR3
address[3] => segment[0][5].RADDR3
address[3] => segment[0][4].WADDR3
address[3] => segment[0][4].RADDR3
address[3] => segment[0][3].WADDR3
address[3] => segment[0][3].RADDR3
address[3] => segment[0][2].WADDR3
address[3] => segment[0][2].RADDR3
address[3] => segment[0][1].WADDR3
address[3] => segment[0][1].RADDR3
address[3] => segment[0][0].WADDR3
address[3] => segment[0][0].RADDR3
address[4] => segment[0][15].WADDR4
address[4] => segment[0][15].RADDR4
address[4] => segment[0][14].WADDR4
address[4] => segment[0][14].RADDR4
address[4] => segment[0][13].WADDR4
address[4] => segment[0][13].RADDR4
address[4] => segment[0][12].WADDR4
address[4] => segment[0][12].RADDR4
address[4] => segment[0][11].WADDR4
address[4] => segment[0][11].RADDR4
address[4] => segment[0][10].WADDR4
address[4] => segment[0][10].RADDR4
address[4] => segment[0][9].WADDR4
address[4] => segment[0][9].RADDR4
address[4] => segment[0][8].WADDR4
address[4] => segment[0][8].RADDR4
address[4] => segment[0][7].WADDR4
address[4] => segment[0][7].RADDR4
address[4] => segment[0][6].WADDR4
address[4] => segment[0][6].RADDR4
address[4] => segment[0][5].WADDR4
address[4] => segment[0][5].RADDR4
address[4] => segment[0][4].WADDR4
address[4] => segment[0][4].RADDR4
address[4] => segment[0][3].WADDR4
address[4] => segment[0][3].RADDR4
address[4] => segment[0][2].WADDR4
address[4] => segment[0][2].RADDR4
address[4] => segment[0][1].WADDR4
address[4] => segment[0][1].RADDR4
address[4] => segment[0][0].WADDR4
address[4] => segment[0][0].RADDR4
address[5] => segment[0][15].WADDR5
address[5] => segment[0][15].RADDR5
address[5] => segment[0][14].WADDR5
address[5] => segment[0][14].RADDR5
address[5] => segment[0][13].WADDR5
address[5] => segment[0][13].RADDR5
address[5] => segment[0][12].WADDR5
address[5] => segment[0][12].RADDR5
address[5] => segment[0][11].WADDR5
address[5] => segment[0][11].RADDR5
address[5] => segment[0][10].WADDR5
address[5] => segment[0][10].RADDR5
address[5] => segment[0][9].WADDR5
address[5] => segment[0][9].RADDR5
address[5] => segment[0][8].WADDR5
address[5] => segment[0][8].RADDR5
address[5] => segment[0][7].WADDR5
address[5] => segment[0][7].RADDR5
address[5] => segment[0][6].WADDR5
address[5] => segment[0][6].RADDR5
address[5] => segment[0][5].WADDR5
address[5] => segment[0][5].RADDR5
address[5] => segment[0][4].WADDR5
address[5] => segment[0][4].RADDR5
address[5] => segment[0][3].WADDR5
address[5] => segment[0][3].RADDR5
address[5] => segment[0][2].WADDR5
address[5] => segment[0][2].RADDR5
address[5] => segment[0][1].WADDR5
address[5] => segment[0][1].RADDR5
address[5] => segment[0][0].WADDR5
address[5] => segment[0][0].RADDR5
address[6] => segment[0][15].WADDR6
address[6] => segment[0][15].RADDR6
address[6] => segment[0][14].WADDR6
address[6] => segment[0][14].RADDR6
address[6] => segment[0][13].WADDR6
address[6] => segment[0][13].RADDR6
address[6] => segment[0][12].WADDR6
address[6] => segment[0][12].RADDR6
address[6] => segment[0][11].WADDR6
address[6] => segment[0][11].RADDR6
address[6] => segment[0][10].WADDR6
address[6] => segment[0][10].RADDR6
address[6] => segment[0][9].WADDR6
address[6] => segment[0][9].RADDR6
address[6] => segment[0][8].WADDR6
address[6] => segment[0][8].RADDR6
address[6] => segment[0][7].WADDR6
address[6] => segment[0][7].RADDR6
address[6] => segment[0][6].WADDR6
address[6] => segment[0][6].RADDR6
address[6] => segment[0][5].WADDR6
address[6] => segment[0][5].RADDR6
address[6] => segment[0][4].WADDR6
address[6] => segment[0][4].RADDR6
address[6] => segment[0][3].WADDR6
address[6] => segment[0][3].RADDR6
address[6] => segment[0][2].WADDR6
address[6] => segment[0][2].RADDR6
address[6] => segment[0][1].WADDR6
address[6] => segment[0][1].RADDR6
address[6] => segment[0][0].WADDR6
address[6] => segment[0][0].RADDR6
address[7] => segment[0][15].WADDR7
address[7] => segment[0][15].RADDR7
address[7] => segment[0][14].WADDR7
address[7] => segment[0][14].RADDR7
address[7] => segment[0][13].WADDR7
address[7] => segment[0][13].RADDR7
address[7] => segment[0][12].WADDR7
address[7] => segment[0][12].RADDR7
address[7] => segment[0][11].WADDR7
address[7] => segment[0][11].RADDR7
address[7] => segment[0][10].WADDR7
address[7] => segment[0][10].RADDR7
address[7] => segment[0][9].WADDR7
address[7] => segment[0][9].RADDR7
address[7] => segment[0][8].WADDR7
address[7] => segment[0][8].RADDR7
address[7] => segment[0][7].WADDR7
address[7] => segment[0][7].RADDR7
address[7] => segment[0][6].WADDR7
address[7] => segment[0][6].RADDR7
address[7] => segment[0][5].WADDR7
address[7] => segment[0][5].RADDR7
address[7] => segment[0][4].WADDR7
address[7] => segment[0][4].RADDR7
address[7] => segment[0][3].WADDR7
address[7] => segment[0][3].RADDR7
address[7] => segment[0][2].WADDR7
address[7] => segment[0][2].RADDR7
address[7] => segment[0][1].WADDR7
address[7] => segment[0][1].RADDR7
address[7] => segment[0][0].WADDR7
address[7] => segment[0][0].RADDR7
clocki => ~NO_FANOUT~
clocko => ~NO_FANOUT~
q[0] <= segment[0][0].DATAOUT
q[1] <= segment[0][1].DATAOUT
q[2] <= segment[0][2].DATAOUT
q[3] <= segment[0][3].DATAOUT
q[4] <= segment[0][4].DATAOUT
q[5] <= segment[0][5].DATAOUT
q[6] <= segment[0][6].DATAOUT
q[7] <= segment[0][7].DATAOUT
q[8] <= segment[0][8].DATAOUT
q[9] <= segment[0][9].DATAOUT
q[10] <= segment[0][10].DATAOUT
q[11] <= segment[0][11].DATAOUT
q[12] <= segment[0][12].DATAOUT
q[13] <= segment[0][13].DATAOUT
q[14] <= segment[0][14].DATAOUT
q[15] <= segment[0][15].DATAOUT