led.hier_info

16bit霹靂燈 LED左右來回跑 時快時慢 也可以設定成跑馬燈形式

|LED
LEDR[0] <= LED_PILI_F_S:inst.LED[0]
LEDR[1] <= LED_PILI_F_S:inst.LED[1]
LEDR[2] <= LED_PILI_F_S:inst.LED[2]
LEDR[3] <= LED_PILI_F_S:inst.LED[3]
LEDR[4] <= LED_PILI_F_S:inst.LED[4]
LEDR[5] <= LED_PILI_F_S:inst.LED[5]
LEDR[6] <= LED_PILI_F_S:inst.LED[6]
LEDR[7] <= LED_PILI_F_S:inst.LED[7]
LEDR[8] <= LED_PILI_F_S:inst.LED[8]
LEDR[9] <= LED_PILI_F_S:inst.LED[9]
LEDR[10] <= LED_PILI_F_S:inst.LED[10]
LEDR[11] <= LED_PILI_F_S:inst.LED[11]
LEDR[12] <= LED_PILI_F_S:inst.LED[12]
LEDR[13] <= LED_PILI_F_S:inst.LED[13]
LEDR[14] <= LED_PILI_F_S:inst.LED[14]
LEDR[15] <= LED_PILI_F_S:inst.LED[15]
CLOCK_50 => LED_PILI_F_S:inst.CLK
SW[0] => LED_PILI_F_S:inst.RESET


|LED|LED_PILI_F_S:inst
CLK => DIVIDER[29].CLK
CLK => DIVIDER[28].CLK
CLK => DIVIDER[27].CLK
CLK => DIVIDER[26].CLK
CLK => DIVIDER[25].CLK
CLK => DIVIDER[24].CLK
CLK => DIVIDER[23].CLK
CLK => DIVIDER[22].CLK
CLK => DIVIDER[21].CLK
CLK => DIVIDER[20].CLK
CLK => DIVIDER[19].CLK
CLK => DIVIDER[18].CLK
CLK => DIVIDER[17].CLK
CLK => DIVIDER[16].CLK
CLK => DIVIDER[15].CLK
CLK => DIVIDER[14].CLK
CLK => DIVIDER[13].CLK
CLK => DIVIDER[12].CLK
CLK => DIVIDER[11].CLK
CLK => DIVIDER[10].CLK
CLK => DIVIDER[9].CLK
CLK => DIVIDER[8].CLK
CLK => DIVIDER[7].CLK
CLK => DIVIDER[6].CLK
CLK => DIVIDER[5].CLK
CLK => DIVIDER[4].CLK
CLK => DIVIDER[3].CLK
CLK => DIVIDER[2].CLK
CLK => DIVIDER[1].CLK
RESET => DIR.ACLR
RESET => COUNT[0].ACLR
RESET => COUNT[1].ACLR
RESET => COUNT[2].ACLR
RESET => COUNT[3].ACLR
RESET => COUNT[4].ACLR
RESET => COUNT[5].ACLR
RESET => COUNT[6].ACLR
RESET => COUNT[7].ACLR
RESET => COUNT[8].ACLR
RESET => COUNT[9].ACLR
RESET => COUNT[10].ACLR
RESET => COUNT[11].ACLR
RESET => COUNT[12].ACLR
RESET => COUNT[13].ACLR
RESET => COUNT[14].PRESET
RESET => COUNT[15].PRESET
RESET => DIVIDER[29].ACLR
RESET => DIVIDER[28].ACLR
RESET => DIVIDER[27].ACLR
RESET => DIVIDER[26].ACLR
RESET => DIVIDER[25].ACLR
RESET => DIVIDER[24].ACLR
RESET => DIVIDER[23].ACLR
RESET => DIVIDER[22].ACLR
RESET => DIVIDER[21].ACLR
RESET => DIVIDER[20].ACLR
RESET => DIVIDER[19].ACLR
RESET => DIVIDER[18].ACLR
RESET => DIVIDER[17].ACLR
RESET => DIVIDER[16].ACLR
RESET => DIVIDER[15].ACLR
RESET => DIVIDER[14].ACLR
RESET => DIVIDER[13].ACLR
RESET => DIVIDER[12].ACLR
RESET => DIVIDER[11].ACLR
RESET => DIVIDER[10].ACLR
RESET => DIVIDER[9].ACLR
RESET => DIVIDER[8].ACLR
RESET => DIVIDER[7].ACLR
RESET => DIVIDER[6].ACLR
RESET => DIVIDER[5].ACLR
RESET => DIVIDER[4].ACLR
RESET => DIVIDER[3].ACLR
RESET => DIVIDER[2].ACLR
RESET => DIVIDER[1].ACLR
LED[0] <= COUNT[0].DB_MAX_OUTPUT_PORT_TYPE
LED[1] <= COUNT[1].DB_MAX_OUTPUT_PORT_TYPE
LED[2] <= COUNT[2].DB_MAX_OUTPUT_PORT_TYPE
LED[3] <= COUNT[3].DB_MAX_OUTPUT_PORT_TYPE
LED[4] <= COUNT[4].DB_MAX_OUTPUT_PORT_TYPE
LED[5] <= COUNT[5].DB_MAX_OUTPUT_PORT_TYPE
LED[6] <= COUNT[6].DB_MAX_OUTPUT_PORT_TYPE
LED[7] <= COUNT[7].DB_MAX_OUTPUT_PORT_TYPE
LED[8] <= COUNT[8].DB_MAX_OUTPUT_PORT_TYPE
LED[9] <= COUNT[9].DB_MAX_OUTPUT_PORT_TYPE
LED[10] <= COUNT[10].DB_MAX_OUTPUT_PORT_TYPE
LED[11] <= COUNT[11].DB_MAX_OUTPUT_PORT_TYPE
LED[12] <= COUNT[12].DB_MAX_OUTPUT_PORT_TYPE
LED[13] <= COUNT[13].DB_MAX_OUTPUT_PORT_TYPE
LED[14] <= COUNT[14].DB_MAX_OUTPUT_PORT_TYPE
LED[15] <= COUNT[15].DB_MAX_OUTPUT_PORT_TYPE