stp1.stp

16位CUPIP核,完全运行的好的东西,可以直接拿来用的!

          <wire connection_status="true" name="data[3]" tap_mode="classic" type="output pin"/>
          <wire connection_status="true" name="data[4]" tap_mode="classic" type="output pin"/>
          <wire connection_status="true" name="data[5]" tap_mode="classic" type="output pin"/>
          <wire connection_status="true" name="data[6]" tap_mode="classic" type="output pin"/>
          <wire connection_status="true" name="data[7]" tap_mode="classic" type="output pin"/>
          <wire connection_status="true" name="data[8]" tap_mode="classic" type="output pin"/>
          <wire connection_status="true" name="data[9]" tap_mode="classic" type="output pin"/>
          <wire connection_status="true" name="instr[0]" tap_mode="classic" type="output pin"/>
          <wire connection_status="true" name="instr[10]" tap_mode="classic" type="output pin"/>
          <wire connection_status="true" name="instr[11]" tap_mode="classic" type="output pin"/>
          <wire connection_status="true" name="instr[12]" tap_mode="classic" type="output pin"/>
          <wire connection_status="true" name="instr[13]" tap_mode="classic" type="output pin"/>
          <wire connection_status="true" name="instr[14]" tap_mode="classic" type="output pin"/>
          <wire connection_status="true" name="instr[15]" tap_mode="classic" type="output pin"/>
          <wire connection_status="true" name="instr[1]" tap_mode="classic" type="output pin"/>
          <wire connection_status="true" name="instr[2]" tap_mode="classic" type="output pin"/>
          <wire connection_status="true" name="instr[3]" tap_mode="classic" type="output pin"/>
          <wire connection_status="true" name="instr[4]" tap_mode="classic" type="output pin"/>
          <wire connection_status="true" name="instr[5]" tap_mode="classic" type="output pin"/>
          <wire connection_status="true" name="instr[6]" tap_mode="classic" type="output pin"/>
          <wire connection_status="true" name="instr[7]" tap_mode="classic" type="output pin"/>
          <wire connection_status="true" name="instr[8]" tap_mode="classic" type="output pin"/>
          <wire connection_status="true" name="instr[9]" tap_mode="classic" type="output pin"/>
          <wire connection_status="true" name="pc[0]" tap_mode="classic" type="output pin"/>
          <wire connection_status="true" name="pc[1]" tap_mode="classic" type="output pin"/>
          <wire connection_status="true" name="pc[2]" tap_mode="classic" type="output pin"/>
          <wire connection_status="true" name="pc[3]" tap_mode="classic" type="output pin"/>
          <wire connection_status="true" name="pc[4]" tap_mode="classic" type="output pin"/>
          <wire connection_status="true" name="pc[5]" tap_mode="classic" type="output pin"/>
          <wire connection_status="true" name="pc[6]" tap_mode="classic" type="output pin"/>
          <wire connection_status="true" name="pc[7]" tap_mode="classic" type="output pin"/>
          <wire connection_status="true" name="reg[0]" tap_mode="classic" type="output pin"/>
          <wire connection_status="true" name="reg[1]" tap_mode="classic" type="output pin"/>
          <wire connection_status="true" name="reg[2]" tap_mode="classic" type="output pin"/>
        </data_input_vec>
      </signal_vec>
      <presentation>
        <data_view>
          <bus is_signal_inverted="no" link="all" name="addr" order="msb_to_lsb" radix="hex" state="collapse" type="output pin">
            <net is_signal_inverted="no" name="addr[7]"/>
            <net is_signal_inverted="no" name="addr[6]"/>
            <net is_signal_inverted="no" name="addr[5]"/>
            <net is_signal_inverted="no" name="addr[4]"/>
            <net is_signal_inverted="no" name="addr[3]"/>
            <net is_signal_inverted="no" name="addr[2]"/>
            <net is_signal_inverted="no" name="addr[1]"/>
            <net is_signal_inverted="no" name="addr[0]"/>
          </bus>
          <bus is_signal_inverted="no" link="all" name="alu" order="msb_to_lsb" radix="hex" state="collapse" type="output pin">
            <net is_signal_inverted="no" name="alu[15]"/>
            <net is_signal_inverted="no" name="alu[14]"/>
            <net is_signal_inverted="no" name="alu[13]"/>
            <net is_signal_inverted="no" name="alu[12]"/>
            <net is_signal_inverted="no" name="alu[11]"/>
            <net is_signal_inverted="no" name="alu[10]"/>
            <net is_signal_inverted="no" name="alu[9]"/>
            <net is_signal_inverted="no" name="alu[8]"/>
            <net is_signal_inverted="no" name="alu[7]"/>
            <net is_signal_inverted="no" name="alu[6]"/>
            <net is_signal_inverted="no" name="alu[5]"/>
            <net is_signal_inverted="no" name="alu[4]"/>
            <net is_signal_inverted="no" name="alu[3]"/>
            <net is_signal_inverted="no" name="alu[2]"/>
            <net is_signal_inverted="no" name="alu[1]"/>
            <net is_signal_inverted="no" name="alu[0]"/>
          </bus>
          <bus is_signal_inverted="no" link="all" name="BUS" order="msb_to_lsb" radix="hex" state="collapse" type="output pin">
            <net is_signal_inverted="no" name="data[15]"/>
            <net is_signal_inverted="no" name="data[14]"/>
            <net is_signal_inverted="no" name="data[13]"/>
            <net is_signal_inverted="no" name="data[12]"/>
            <net is_signal_inverted="no" name="data[11]"/>
            <net is_signal_inverted="no" name="data[10]"/>
            <net is_signal_inverted="no" name="data[9]"/>
            <net is_signal_inverted="no" name="data[8]"/>
            <net is_signal_inverted="no" name="data[7]"/>
            <net is_signal_inverted="no" name="data[6]"/>
            <net is_signal_inverted="no" name="data[5]"/>
            <net is_signal_inverted="no" name="data[4]"/>
            <net is_signal_inverted="no" name="data[3]"/>
            <net is_signal_inverted="no" name="data[2]"/>
            <net is_signal_inverted="no" name="data[1]"/>
            <net is_signal_inverted="no" name="data[0]"/>
          </bus>
          <bus is_signal_inverted="no" link="all" name="instr" order="msb_to_lsb" radix="hex" state="collapse" type="output pin">
            <net is_signal_inverted="no" name="instr[15]"/>
            <net is_signal_inverted="no" name="instr[14]"/>
            <net is_signal_inverted="no" name="instr[13]"/>
            <net is_signal_inverted="no" name="instr[12]"/>
            <net is_signal_inverted="no" name="instr[11]"/>
            <net is_signal_inverted="no" name="instr[10]"/>
            <net is_signal_inverted="no" name="instr[9]"/>
            <net is_signal_inverted="no" name="instr[8]"/>
            <net is_signal_inverted="no" name="instr[7]"/>
            <net is_signal_inverted="no" name="instr[6]"/>
            <net is_signal_inverted="no" name="instr[5]"/>
            <net is_signal_inverted="no" name="instr[4]"/>
            <net is_signal_inverted="no" name="instr[3]"/>
            <net is_signal_inverted="no" name="instr[2]"/>
            <net is_signal_inverted="no" name="instr[1]"/>
            <net is_signal_inverted="no" name="instr[0]"/>
          </bus>
          <bus is_signal_inverted="no" link="all" name="pc" order="msb_to_lsb" radix="hex" state="collapse" type="output pin">
            <net is_signal_inverted="no" name="pc[7]"/>
            <net is_signal_inverted="no" name="pc[6]"/>
            <net is_signal_inverted="no" name="pc[5]"/>
            <net is_signal_inverted="no" name="pc[4]"/>
            <net is_signal_inverted="no" name="pc[3]"/>
            <net is_signal_inverted="no" name="pc[2]"/>
            <net is_signal_inverted="no" name="pc[1]"/>
            <net is_signal_inverted="no" name="pc[0]"/>
          </bus>
          <bus is_signal_inverted="no" link="all" name="reg" order="msb_to_lsb" radix="hex" state="collapse" type="output pin">
            <net is_signal_inverted="no" name="reg[2]"/>