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使用 PSIO 实现 ARGB2 LED 灯效

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楼主
小灵通2018|  楼主 | 2024-5-20 21:34 | 只看该作者 |只看大图 回帖奖励 |倒序浏览 |阅读模式
ps, RGB, LED, IO, GB
en-us--EC_M252_PSIO_ARGB2_LED_Control_V1.00.zip (2.52 MB)
使用M252 PSIO实现ARGB2 LED时序并实现彩虹灯、跑马灯等灯效
PSIO (Programmable Serial I/O) 提供简易的方法达到各种串行传输的接收与传送，例如: HDQ、DMX512、1-wire、IR、PS/2、Microwire、Wiegand、LED等。本文描述如何使用PSIO实现ARGB2 LED灯效，并演示ARGB2 LED彩虹灯、跑马灯效果，此范例代码使用一组Timer来定时更新ARGB2 LED彩虹灯、跑马灯的颜色，一组UART来选择执行模式；其内容包含PSIO与ARGB2 LED的基本介绍、范例程序的说明以及运行结果。

丰富的操作技术下载附件观看吧。

使用特权

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沙发
小灵通2018|  楼主 | 2024-5-20 21:35 | 只看该作者
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/******************************************************************************

 * [url=home.php?mod=space&uid=288409]@file[/url]     PSIO_ARGB2_Driver.h

 * [url=home.php?mod=space&uid=247401]@brief[/url]    Nuvoton ARGB2 strip basic setting header file

 *

 * @note

 * Copyright (C) 2022 Nuvoton Technology Corp. All rights reserved.

 ******************************************************************************/

#ifndef _PSIO_ARGB2_STRIP_H_

#define _PSIO_ARGB2_STRIP_H_



//------------------------------------------------------------------------------

#include <stdint.h>



//------------------------------------------------------------------------------

#define PIXEL_NUM                       30         //LED's number in ARGB2 strip

#define GRB                             24         //Total bits of RGB





//Th20 SET Mode Setting

#define TH20_24bits                     0xDF1F1F



//------------------------------------------------------------------------------

// Don't remove

//------------------------------------------------------------------------------

#define BIT1_HIGH                       1        //Denote BIT1

#define BIT0_LOW                        0        //Denote BIT0



//------------------------------------------------------------------------------

typedef struct

{

    uint8_t u8SlotCtrl;

    uint8_t u8DataPin;

    uint8_t u8Brightness;

    uint8_t u8Reserved;

    uint16_t u16PulseCnt;

    uint8_t au8PixelBuffer[PIXEL_NUM][GRB];

} S_PSIO_ARGB2_STRIP_CFG_T;



//------------------------------------------------------------------------------

void Delay_Init(void);



void PSIO_StripInit(uint8_t u8Slot, uint8_t u8DataPin);

void PSIO_StripClear(void);

void PSIO_StripReset(void);

void PSIO_StripShow(void);



void PSIO_StripSetRGBColor(uint8_t u8Red, uint8_t u8Green, uint8_t u8Blue);

void PSIO_StripSetBrightness(uint8_t u8Brightness);

uint32_t PSIO_StripWheel(uint8_t u8WheelPos);

void PSIO_StripSetPixelColor(uint16_t u16Num, uint32_t u32RGBColor);

uint16_t PSIO_StripFeedBackMode(void);

void PSIO_StripHighLevelSetup(void);



void PSIO_StripWakeupMode(void);

void PSIO_StripSleepMode(void);



void PSIO_SetStripID(uint8_t u8ID);

void PSIO_ClearStripID(uint8_t u8ID);

void PSIO_CheckStripkID(uint8_t u8ID);

void PSIO_SpecifyStripID(uint8_t u8ID);



#endif /* _PSIO_ARGB2_STRIP_H_ */



/*** (C) COPYRIGHT 2022 Nuvoton Technology Corp. ***/

使用特权

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板凳
小灵通2018|  楼主 | 2024-5-20 21:35 | 只看该作者
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#include <stdio.h>

#include <stdlib.h>

#include <stdint.h>

#include <string.h>



#include "NuMicro.h"

#include "PSIO_ARGB2_Driver.h"



//------------------------------------------------------------------------------

// Global variable

//------------------------------------------------------------------------------

static S_PSIO_ARGB2_STRIP_CFG_T gsPSIO_ARGB2_Cfg = {0};

static uint32_t u32TimeoutUs = 0;

static uint32_t multipliter = 0;



//------------------------------------------------------------------------------

// Define functions prototype

//------------------------------------------------------------------------------

static void PSIO_Strip_OpenInput(uint32_t u32Switch);

static void PSIO_Strip_OpenOutput(uint32_t u32Switch);



//------------------------------------------------------------------------------

void Delay_Init(void)

{

    /* while loop takes 3 ~ 4 cycles */

    /* for 1 us delay, we need to divide with 3M */

    multipliter = (CLK_GetCPUFreq() / 12000000);

}



uint32_t TimeoutUsInit(uint32_t micros)

{

    return (u32TimeoutUs = ((multipliter * (micros + 16)) - 10));

}



void DelayUs(uint32_t micros)

{

    /* multiply micro with multipliter */

    micros = ((multipliter * (micros + 16)) - 10);



    /* 4 cycles for one loop */

    while (micros--);

}



void DelayMs(uint32_t mills)

{

    /* multiply mills with multipliter */

    mills = multipliter * mills * 1100 - 10;



    /* 4 cycles for one loop */

    while (mills--);

}



void DelayS(uint32_t mills)

{

    /* multiply mills with multipliter */

    mills = multipliter * mills * 1100000 - 10;



    /* 4 cycles for one loop */

    while (mills--);

}



/**

  * @brief  Clear PSIO SLOT setting.

  * @param  None

  * @retval None

  */

void PSIO_ResetAllSlotSetting(void)

{

    S_PSIO_CP_CONFIG sDataConfig = {0};



    /* Slot 0 ~ 7 */

    sDataConfig.CKPT0SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT1SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT2SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT3SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT4SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT5SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT6SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT7SLT = PSIO_SLOT_DISABLE;



    /* Actions 0 ~ 7 */

    sDataConfig.CKPT0ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT1ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT2ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT3ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT4ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT5ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT6ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT7ACT = PSIO_NO_ACTION;



    /* Set check point configuration */

    PSIO_SET_CP_CONFIG(PSIO, gsPSIO_ARGB2_Cfg.u8DataPin, &sDataConfig);



    /* Set slot tick count */

    PSIO_SCSLOT_SET_SLOT(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT0, 0);

    PSIO_SCSLOT_SET_SLOT(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT1, 0);

    PSIO_SCSLOT_SET_SLOT(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT2, 0);

    PSIO_SCSLOT_SET_SLOT(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT3, 0);

    PSIO_SCSLOT_SET_SLOT(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT4, 0);

    PSIO_SCSLOT_SET_SLOT(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT5, 0);

    PSIO_SCSLOT_SET_SLOT(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT6, 0);

    PSIO_SCSLOT_SET_SLOT(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT7, 0);



    /* Trigger slot controller */

    PSIO_START_SC(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl);



    /* Wait for slot controller is not busy */

    while (PSIO_GET_BUSY_FLAG(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl));



    /* Stop slot controller */

    PSIO_STOP_SC(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl);

}



/**

  * @brief  Send BIT0 and BIT1 to complete burst data transfer

  * @param  None

  * @retval None

  */

void PSIO_StripSendBurstData(uint32_t u32DataSize,

                             uint32_t *u32Data,

                             uint32_t u32DataCount)

{

    uint32_t u32i = 0;

    S_PSIO_CP_CONFIG sDataConfig = {0};



    /* Slot 0 ~ 7 */

    sDataConfig.CKPT0SLT = PSIO_SLOT0;

    sDataConfig.CKPT1SLT = PSIO_SLOT1;

    sDataConfig.CKPT2SLT = PSIO_SLOT2;

    sDataConfig.CKPT3SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT4SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT5SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT6SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT7SLT = PSIO_SLOT_DISABLE;



    /* Actions 0 ~ 7 */

    sDataConfig.CKPT0ACT = PSIO_OUT_HIGH;

    sDataConfig.CKPT1ACT = PSIO_OUT_BUFFER;

    sDataConfig.CKPT2ACT = PSIO_OUT_LOW;

    sDataConfig.CKPT3ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT4ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT5ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT6ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT7ACT = PSIO_NO_ACTION;



    /* Set check point configuration */

    PSIO_SET_CP_CONFIG(PSIO, gsPSIO_ARGB2_Cfg.u8DataPin, &sDataConfig);



    /* Set slot count */

    PSIO_SCSLOT_SET_SLOT(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT0, 1);

    PSIO_SCSLOT_SET_SLOT(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT1, 2);

    PSIO_SCSLOT_SET_SLOT(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT2, 1);



    /* Enable repeat slot0 ~ slot2 u32DataSize - 1 times */

    PSIO_SET_SCCTL(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT0, PSIO_SLOT2, u32DataSize - 1, PSIO_REPEAT_DISABLE);



    /* Set out data width as u32DataSize bit */

    PSIO_SET_WIDTH(PSIO, gsPSIO_ARGB2_Cfg.u8DataPin, 0, u32DataSize);



    /* Set out data depth as 1 */

    PSIO_SET_OUTPUT_DEPTH(PSIO, gsPSIO_ARGB2_Cfg.u8DataPin, PSIO_DEPTH1);



    for (u32i = 0; u32i < u32DataCount; u32i++)

    {

        /* Set output data to buffer */

        PSIO_SET_OUTPUT_DATA(PSIO, gsPSIO_ARGB2_Cfg.u8DataPin, u32Data[u32i]);



        /* Trigger slot controller */

        PSIO_START_SC(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl);



        /* Wait for slot controller is not busy */

        while (PSIO_GET_BUSY_FLAG(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl));

    }



    /* Wait for slot controller is not busy */

    while (PSIO_GET_BUSY_FLAG(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl));



    /* Stop slot controller */

    PSIO_STOP_SC(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl);



    /* Disable repeat slot0 ~ slot2 */

    PSIO_SET_SCCTL(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT_DISABLE, PSIO_SLOT_DISABLE, 0, PSIO_REPEAT_DISABLE);

}



/**

  * @brief  Send BIT0 and BIT1 to complete the data transfer

  * @param  None

  * @retval None

  */

void PSIO_SendDataWithSize(uint32_t u32DataSize, uint32_t u32Data)

{

    S_PSIO_CP_CONFIG sDataConfig = {0};



    /* Slot 0 ~ 7 */

    sDataConfig.CKPT0SLT = PSIO_SLOT0;

    sDataConfig.CKPT1SLT = PSIO_SLOT1;

    sDataConfig.CKPT2SLT = PSIO_SLOT2;

    sDataConfig.CKPT3SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT4SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT5SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT6SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT7SLT = PSIO_SLOT_DISABLE;



    /* Actions 0 ~ 7 */

    sDataConfig.CKPT0ACT = PSIO_OUT_HIGH;

    sDataConfig.CKPT1ACT = PSIO_OUT_BUFFER;

    sDataConfig.CKPT2ACT = PSIO_OUT_LOW;

    sDataConfig.CKPT3ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT4ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT5ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT6ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT7ACT = PSIO_NO_ACTION;



    /* Set check point configuration */

    PSIO_SET_CP_CONFIG(PSIO, gsPSIO_ARGB2_Cfg.u8DataPin, &sDataConfig);



    /* Set slot count */

    PSIO_SCSLOT_SET_SLOT(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT0, 1);

    PSIO_SCSLOT_SET_SLOT(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT1, 2);

    PSIO_SCSLOT_SET_SLOT(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT2, 1);



    /* Enable repeat slot0 ~ slot2 u32DataSize - 1 times */

    PSIO_SET_SCCTL(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT0, PSIO_SLOT2, u32DataSize - 1, PSIO_REPEAT_DISABLE);



    /* Set out data width as u32DataSize bit */

    PSIO_SET_WIDTH(PSIO, gsPSIO_ARGB2_Cfg.u8DataPin, 0, u32DataSize);



    /* Set out data depth as 1 */

    PSIO_SET_OUTPUT_DEPTH(PSIO, gsPSIO_ARGB2_Cfg.u8DataPin, PSIO_DEPTH1);



    /* Set output data to buffer */

    PSIO_SET_OUTPUT_DATA(PSIO, gsPSIO_ARGB2_Cfg.u8DataPin, u32Data);



    /* Trigger slot controller */

    PSIO_START_SC(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl);



    /* Wait for slot controller is not busy */

    while (PSIO_GET_BUSY_FLAG(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl));



    /* Stop slot controller */

    PSIO_STOP_SC(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl);



    /* Disable repeat slot0 ~ slot2 */

    PSIO_SET_SCCTL(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT_DISABLE, PSIO_SLOT_DISABLE, 0, PSIO_REPEAT_DISABLE);

}



void PSIO_StripSetupID(uint32_t u32DataSize, uint32_t u32Data)

{

    S_PSIO_CP_CONFIG sCmdConfig = {0};

    S_PSIO_CP_CONFIG sDataConfig = {0};



    //--------------------------------------------------------------------------

    // Enable strip setup ID control

    //--------------------------------------------------------------------------

    /* Slot 0 ~ 7 */

    sCmdConfig.CKPT0SLT = PSIO_SLOT0;

    sCmdConfig.CKPT1SLT = PSIO_SLOT1;

    sCmdConfig.CKPT2SLT = PSIO_SLOT2;

    sCmdConfig.CKPT3SLT = PSIO_SLOT3;

    sCmdConfig.CKPT4SLT = PSIO_SLOT_DISABLE;

    sCmdConfig.CKPT5SLT = PSIO_SLOT_DISABLE;

    sCmdConfig.CKPT6SLT = PSIO_SLOT_DISABLE;

    sCmdConfig.CKPT7SLT = PSIO_SLOT_DISABLE;



    /* Actions 0 ~ 7 */

    sCmdConfig.CKPT0ACT = PSIO_OUT_HIGH;

    sCmdConfig.CKPT1ACT = PSIO_OUT_HIGH;

    sCmdConfig.CKPT2ACT = PSIO_OUT_HIGH;

    sCmdConfig.CKPT3ACT = PSIO_OUT_LOW;

    sCmdConfig.CKPT4ACT = PSIO_NO_ACTION;

    sCmdConfig.CKPT5ACT = PSIO_NO_ACTION;

    sCmdConfig.CKPT6ACT = PSIO_NO_ACTION;

    sCmdConfig.CKPT7ACT = PSIO_NO_ACTION;



    //--------------------------------------------------------------------------

    // send strip setup command and ID

    //--------------------------------------------------------------------------

    /* Slot 0 ~ 7 */

    sDataConfig.CKPT0SLT = PSIO_SLOT0;

    sDataConfig.CKPT1SLT = PSIO_SLOT1;

    sDataConfig.CKPT2SLT = PSIO_SLOT2;

    sDataConfig.CKPT3SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT4SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT5SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT6SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT7SLT = PSIO_SLOT_DISABLE;



    /* Actions 0 ~ 7 */

    sDataConfig.CKPT0ACT = PSIO_OUT_HIGH;

    sDataConfig.CKPT1ACT = PSIO_OUT_BUFFER;

    sDataConfig.CKPT2ACT = PSIO_OUT_LOW;

    sDataConfig.CKPT3ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT4ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT5ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT6ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT7ACT = PSIO_NO_ACTION;



    //first reset

    PSIO_StripReset();



    /* Set out data width as u32DataSize bit */

    PSIO_SET_WIDTH(PSIO, gsPSIO_ARGB2_Cfg.u8DataPin, 0, u32DataSize);



    /* Set check point configuration */

    PSIO_SET_CP_CONFIG(PSIO, gsPSIO_ARGB2_Cfg.u8DataPin, &sCmdConfig);



    /* Set slot 0 tick count as 4, slot 1 tick count as 4, slot 2 tick count as 7 */

    PSIO_SCSLOT_SET_SLOT(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT0, 4);

    PSIO_SCSLOT_SET_SLOT(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT1, 4);

    PSIO_SCSLOT_SET_SLOT(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT2, 7);

    PSIO_SCSLOT_SET_SLOT(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT3, 12);



    /* Enable repeat slot 0 ~ slot 2 u32DataSize - 1 times*/

    PSIO_SET_SCCTL(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT0, PSIO_SLOT2, u32DataSize - 1, PSIO_REPEAT_DISABLE);



    /* Trigger slot controller */

    PSIO_START_SC(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl);



    /* Wait for slot controller is not busy */

    while (PSIO_GET_BUSY_FLAG(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl));



    /* Stop slot controller */

    PSIO_STOP_SC(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl);



    /* Set check point configuration */

    PSIO_SET_CP_CONFIG(PSIO, gsPSIO_ARGB2_Cfg.u8DataPin, &sDataConfig);



    /* Set slot count */

    PSIO_SCSLOT_SET_SLOT(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT0, 1);

    PSIO_SCSLOT_SET_SLOT(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT1, 2);

    PSIO_SCSLOT_SET_SLOT(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT2, 1);



    /* Set output data to buffer */

    PSIO_SET_OUTPUT_DATA(PSIO, gsPSIO_ARGB2_Cfg.u8DataPin, u32Data);



    /* Trigger slot controller */

    PSIO_START_SC(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl);



    /* Wait for slot controller is not busy */

    while (PSIO_GET_BUSY_FLAG(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl));



    /* Stop slot controller */

    PSIO_STOP_SC(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl);



    /* Disable repeat slot0 ~ slot2 */

    PSIO_SET_SCCTL(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT_DISABLE, PSIO_SLOT_DISABLE, 0, PSIO_REPEAT_DISABLE);

}



/**

  * @brief Receive response pulse for Y-Cable check ID function

  * @param  None

  * @retval None

  */

uint16_t PSIO_StripCheckIDFeedback(uint16_t u16WaitTime)

{

    uint16_t u16LEDCnt = 0;

    uint32_t u32BitIndex = 0;

    int32_t i32UsTimeout = 0;

    S_PSIO_CP_CONFIG sDataConfig = {0};



    i32UsTimeout = TimeoutUsInit(u16WaitTime);



    PSIO_Strip_OpenInput(PSIO_PIN_ENABLE);



    /* Slot 0 ~ 7 */

    sDataConfig.CKPT0SLT = PSIO_SLOT0;

    sDataConfig.CKPT1SLT = PSIO_SLOT1;

    sDataConfig.CKPT2SLT = PSIO_SLOT2;

    sDataConfig.CKPT3SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT4SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT5SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT6SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT7SLT = PSIO_SLOT_DISABLE;



    /* Actions 0 ~ 7 */

    sDataConfig.CKPT0ACT = PSIO_OUT_HIGH;

    sDataConfig.CKPT1ACT = PSIO_IN_BUFFER;

    sDataConfig.CKPT2ACT = PSIO_OUT_LOW;

    sDataConfig.CKPT3ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT4ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT5ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT6ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT7ACT = PSIO_NO_ACTION;



    /* Set check point configuration */

    PSIO_SET_CP_CONFIG(PSIO, gsPSIO_ARGB2_Cfg.u8DataPin, &sDataConfig);



    PSIO_SCSLOT_SET_SLOT(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT0, 15);

    PSIO_SCSLOT_SET_SLOT(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT1, 15);

    PSIO_SCSLOT_SET_SLOT(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT2, 3);



    /* Enable repeat slot0 ~ slot0 26 times */

    PSIO_SET_SCCTL(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT0, PSIO_SLOT2, 63, PSIO_REPEAT_DISABLE);



    /* Trigger slot controller */

    PSIO_START_SC(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl);



    /* Wait data buffer is full */

    while ((!PSIO_GET_TRANSFER_STATUS(PSIO, PSIO_TRANSTS_INFULL0_Msk)) && (i32UsTimeout-- >= 0));



    if (i32UsTimeout <= 0)

    {

        /* Stop slot controller */

        PSIO_STOP_SC(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl);



        /* Disable repeat slot0 ~ slot0 */

        PSIO_SET_SCCTL(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT_DISABLE, PSIO_SLOT_DISABLE, 0, PSIO_REPEAT_DISABLE);



        PSIO_Strip_OpenOutput(PSIO_PIN_ENABLE);

        return 0;

    }



    /* Read data from device */

    u16LEDCnt = PSIO_GET_INPUT_DATA(PSIO, gsPSIO_ARGB2_Cfg.u8DataPin);



    /* Stop slot controller */

    PSIO_STOP_SC(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl);



    /* Disable repeat slot0 ~ slot0 */

    PSIO_SET_SCCTL(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT_DISABLE, PSIO_SLOT_DISABLE, 0, PSIO_REPEAT_DISABLE);



    PSIO_Strip_OpenOutput(PSIO_PIN_ENABLE);



    return u16LEDCnt;

}



void PSIO_SpecifyStripID(uint8_t u8ID)

{

    uint8_t u8Cmd = (0x40 | (u8ID & 0x0F));



    PSIO_StripSetupID(8, u8Cmd);



    PSIO_StripReset();

}



void PSIO_CheckStripkID(uint8_t u8ID)

{

    uint8_t u8GetPulse = 0;

    uint8_t u8Cmd = (0x30 | (u8ID & 0x0F));



    PSIO_StripSetupID(8, u8Cmd);



    u8GetPulse = PSIO_StripCheckIDFeedback(160);



    if (u8GetPulse != 0)

    {

        printf("Get %d strip ID\r\n", u8ID);

    }

    else

    {

        printf("Not get %d strip ID\r\n", u8ID);

    }



    PSIO_StripReset();

}



void PSIO_ClearStripID(uint8_t u8ID)

{

    uint8_t u8Cmd = (0x20 | (u8ID & 0x0F));



    PSIO_StripSetupID(8, u8Cmd);



    PSIO_StripReset();

}



void PSIO_SetStripID(uint8_t u8ID)

{

    uint8_t u8Cmd = (0x10 | (u8ID & 0x0F));



    PSIO_StripSetupID(8, u8Cmd);



    PSIO_StripReset();

}



void PSIO_StripWakeupMode(void)

{

    uint8_t u8StripCnt = 0;



    PSIO_StripReset();



    for (u8StripCnt = 0; u8StripCnt < PIXEL_NUM; u8StripCnt++)

    {

        PSIO_SendDataWithSize(24, TH20_24bits);

        DelayMs(1);

    }

}



void PSIO_StripSleepMode(void)

{

    uint8_t u8StripCnt = 0;



    for (u8StripCnt = 0; u8StripCnt < PIXEL_NUM; u8StripCnt++)

    {

        PSIO_SendDataWithSize(24, 0x000000);

    }



    PSIO_SendDataWithSize(8, 0x5A);



    PSIO_StripReset();

}



void PSIO_StripHighLevelCMDTh20(void)

{

    S_PSIO_CP_CONFIG sDataConfig = {0};



    /* Slot 0 ~ 7 */

    sDataConfig.CKPT0SLT = PSIO_SLOT0;

    sDataConfig.CKPT1SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT2SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT3SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT4SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT5SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT6SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT7SLT = PSIO_SLOT_DISABLE;



    /* Actions 0 ~ 7 */

    sDataConfig.CKPT0ACT = PSIO_OUT_HIGH;

    sDataConfig.CKPT1ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT2ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT3ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT4ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT5ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT6ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT7ACT = PSIO_NO_ACTION;



    /* Set check point configuration */

    PSIO_SET_CP_CONFIG(PSIO, gsPSIO_ARGB2_Cfg.u8DataPin, &sDataConfig);



    /* Set slot 0 tick count as 15, slot 1 tick count as 15 */

    PSIO_SCSLOT_SET_SLOT(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT0, 15);



    /* Enable repeat slot 0 ~ slot 2 */

    PSIO_SET_SCCTL(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT0, PSIO_SLOT0, 3, PSIO_REPEAT_DISABLE);



    /* Trigger slot controller */

    PSIO_START_SC(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl);



    /* Wait for slot controller is not busy */

    while (PSIO_GET_BUSY_FLAG(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl));



    /* Stop slot controller */

    PSIO_STOP_SC(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl);



    /* Disable repeat slot0 ~ slot0 */

    PSIO_SET_SCCTL(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT_DISABLE, PSIO_SLOT_DISABLE, 0, PSIO_REPEAT_DISABLE);

}



void PSIO_StripHighLevelSetup(void)

{

    uint8_t u8StripCnt = 0;

    uint32_t u32Data[PIXEL_NUM] = {TH20_24bits};



    for (u8StripCnt = 0; u8StripCnt < PIXEL_NUM; u8StripCnt++)

    {

        u32Data[u8StripCnt] = TH20_24bits;

    }



    PSIO_StripHighLevelCMDTh20();



    PSIO_StripReset();



    PSIO_StripSendBurstData(24, &u32Data[0], PIXEL_NUM);



    PSIO_StripReset();

}



/**

  * @brief  Send Trst

  * @param  None

  * @retval None

  */

uint16_t PSIO_StripReadFeedBack(uint16_t u16WaitTime)

{

    uint16_t u16LEDCnt = 0;

    uint32_t u32BitIndex = 0;

    int32_t i32UsTimeout = 0;

    S_PSIO_CP_CONFIG sDataConfig = {0};



    PSIO_Strip_OpenInput(PSIO_PIN_ENABLE);



    /* Slot 0 ~ 7 */

    sDataConfig.CKPT0SLT = PSIO_SLOT0;

    sDataConfig.CKPT1SLT = PSIO_SLOT1;

    sDataConfig.CKPT2SLT = PSIO_SLOT2;

    sDataConfig.CKPT3SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT4SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT5SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT6SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT7SLT = PSIO_SLOT_DISABLE;



    /* Actions 0 ~ 7 */

    sDataConfig.CKPT0ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT1ACT = PSIO_IN_BUFFER;

    sDataConfig.CKPT2ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT3ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT4ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT5ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT6ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT7ACT = PSIO_NO_ACTION;



    /* Set check point configuration */

    PSIO_SET_CP_CONFIG(PSIO, gsPSIO_ARGB2_Cfg.u8DataPin, &sDataConfig);



    /* Set slot 0 tick count as 15, slot 1 tick count as 15, slot 2 tick count as 3*/

    PSIO_SCSLOT_SET_SLOT(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT0, 9);

    PSIO_SCSLOT_SET_SLOT(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT1, 15);

    PSIO_SCSLOT_SET_SLOT(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT2, 7);



    /* Enable repeat slot0 ~ slot2 */

    PSIO_SET_SCCTL(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT0, PSIO_SLOT2, 63, PSIO_REPEAT_DISABLE);



    for (u32BitIndex = 0; u32BitIndex < 512; u32BitIndex++)

    {

        /* Set wait pulse timeout counter */

        i32UsTimeout = TimeoutUsInit(u16WaitTime);



        /* Trigger slot controller */

        PSIO_START_SC(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl);



        /* Wait data buffer is full */

        while ((!PSIO_GET_TRANSFER_STATUS(PSIO, PSIO_TRANSTS_INFULL0_Msk)) && (i32UsTimeout-- >= 0));



        if (i32UsTimeout <= 0)

        {

            break;

        }



        /* Read data from device */

        u16LEDCnt += PSIO_GET_INPUT_DATA(PSIO, gsPSIO_ARGB2_Cfg.u8DataPin);

    }



    /* Wait for slot controller is not busy */

    while (PSIO_GET_BUSY_FLAG(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl));



    /* Stop slot controller */

    PSIO_STOP_SC(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl);



    /* Disable repeat slot0 ~ slot2 */

    PSIO_SET_SCCTL(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT_DISABLE, PSIO_SLOT_DISABLE, 0, PSIO_REPEAT_DISABLE);



    PSIO_Strip_OpenOutput(PSIO_PIN_ENABLE);



    return u16LEDCnt;

}



/**

  * @brief  Send Trst

  * @param  None

  * @retval None

  */

void PSIO_StripFeedBackCMDTh50(void)

{

    S_PSIO_CP_CONFIG sDataConfig = {0};



    /* Slot 0 ~ 7 */

    sDataConfig.CKPT0SLT = PSIO_SLOT0;

    sDataConfig.CKPT1SLT = PSIO_SLOT1;

    sDataConfig.CKPT2SLT = PSIO_SLOT2;

    sDataConfig.CKPT3SLT = PSIO_SLOT3;

    sDataConfig.CKPT4SLT = PSIO_SLOT4;

    sDataConfig.CKPT5SLT = PSIO_SLOT5;

    sDataConfig.CKPT6SLT = PSIO_SLOT6;

    sDataConfig.CKPT7SLT = PSIO_SLOT_DISABLE;



    /* Actions 0 ~ 7 */

    sDataConfig.CKPT0ACT = PSIO_OUT_HIGH;

    sDataConfig.CKPT1ACT = PSIO_OUT_HIGH;

    sDataConfig.CKPT2ACT = PSIO_OUT_HIGH;

    sDataConfig.CKPT3ACT = PSIO_OUT_HIGH;

    sDataConfig.CKPT4ACT = PSIO_OUT_LOW;

    sDataConfig.CKPT5ACT = PSIO_OUT_LOW;

    sDataConfig.CKPT6ACT = PSIO_OUT_HIGH;

    sDataConfig.CKPT7ACT = PSIO_NO_ACTION;



    /* Set check point configuration */

    PSIO_SET_CP_CONFIG(PSIO, gsPSIO_ARGB2_Cfg.u8DataPin, &sDataConfig);



    /* Set slot tick count */

    PSIO_SCSLOT_SET_SLOT(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT0, 15);

    PSIO_SCSLOT_SET_SLOT(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT1, 15);

    PSIO_SCSLOT_SET_SLOT(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT2, 15);

    PSIO_SCSLOT_SET_SLOT(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT3, 15);

    PSIO_SCSLOT_SET_SLOT(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT4, 15);

    PSIO_SCSLOT_SET_SLOT(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT5, 15);

    PSIO_SCSLOT_SET_SLOT(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT6, 15);



    /* Enable repeat slot6 ~ slot7 */

    PSIO_SET_SCCTL(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT6, PSIO_SLOT6, 9, PSIO_REPEAT_DISABLE);



    /* Trigger slot controller */

    PSIO_START_SC(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl);



    /* Wait for slot controller is not busy */

    while (PSIO_GET_BUSY_FLAG(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl));



    /* Stop slot controller */

    PSIO_STOP_SC(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl);



    /* Disable repeat slot0 ~ slot0 */

    PSIO_SET_SCCTL(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT_DISABLE, PSIO_SLOT_DISABLE, 0, PSIO_REPEAT_DISABLE);

}



/**

  * @brief  Send Trst

  * @param  None

  * @retval None

  */

uint16_t PSIO_StripFeedBackMode(void)

{

    uint16_t u16LEDCnt = 0;

    uint32_t u32BitIndex = 0;

    uint32_t u32DelayCnt = 0;



    PSIO_StripReset();



    PSIO_StripFeedBackCMDTh50();



    u16LEDCnt = PSIO_StripReadFeedBack(160);



    PSIO_StripReset();

    PSIO_ResetAllSlotSetting();

    return u16LEDCnt;

}



/**

  * @brief  Send Trst

  * @param  None

  * @retval None

  */

void PSIO_StripReset(void)

{

    S_PSIO_CP_CONFIG sDataConfig = {0};



    /* Slot 0 ~ 7 */

    sDataConfig.CKPT0SLT = PSIO_SLOT0;

    sDataConfig.CKPT1SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT2SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT3SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT4SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT5SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT6SLT = PSIO_SLOT_DISABLE;

    sDataConfig.CKPT7SLT = PSIO_SLOT_DISABLE;



    /* Actions 0 ~ 7 */

    sDataConfig.CKPT0ACT = PSIO_OUT_LOW;

    sDataConfig.CKPT1ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT2ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT3ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT4ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT5ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT6ACT = PSIO_NO_ACTION;

    sDataConfig.CKPT7ACT = PSIO_NO_ACTION;



    /* Set check point configuration */

    PSIO_SET_CP_CONFIG(PSIO, gsPSIO_ARGB2_Cfg.u8DataPin, &sDataConfig);



    /* Set slot 0 tick count as 15, slot 1 tick count as 15 */

    PSIO_SCSLOT_SET_SLOT(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT0, 15);



    /* Enable repeat slot1 ~ slot1 */

    PSIO_SET_SCCTL(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT0, PSIO_SLOT0, 47, PSIO_REPEAT_DISABLE);



    /* Trigger slot controller */

    PSIO_START_SC(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl);



    /* Wait for slot controller is not busy */

    while (PSIO_GET_BUSY_FLAG(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl));



    /* Stop slot controller */

    PSIO_STOP_SC(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl);



    /* Disable repeat slot0 ~ slot0 */

    PSIO_SET_SCCTL(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SLOT_DISABLE, PSIO_SLOT_DISABLE, 0, PSIO_REPEAT_DISABLE);

}



static void PSIO_Strip_OpenInput(uint32_t u32Switch)

{

    /* PSIO UART TX PIN general setting */

    PSIO_SET_GENCTL(PSIO,

                    gsPSIO_ARGB2_Cfg.u8DataPin,

                    u32Switch,//PSIO_PIN_ENABLE,

                    gsPSIO_ARGB2_Cfg.u8SlotCtrl,

                    PSIO_INPUT_MODE,

                    PSIO_LOW_LEVEL,

                    PSIO_LOW_LEVEL);



    /* Set output data buffer width as 8 bit, input data width as 1 bit*/

    PSIO_SET_WIDTH(PSIO, gsPSIO_ARGB2_Cfg.u8DataPin, 1, 8);



    /* Set input data buffer depth as 1 */

    PSIO_SET_INPUT_DEPTH(PSIO, gsPSIO_ARGB2_Cfg.u8DataPin, PSIO_DEPTH1);

}



static void PSIO_Strip_OpenOutput(uint32_t u32Switch)

{

    /* PSIO UART TX PIN general setting */

    PSIO_SET_GENCTL(PSIO,

                    gsPSIO_ARGB2_Cfg.u8DataPin,

                    u32Switch, //PSIO_PIN_ENABLE

                    gsPSIO_ARGB2_Cfg.u8SlotCtrl,

                    PSIO_OUTPUT_MODE,

                    PSIO_LOW_LEVEL,

                    PSIO_LOW_LEVEL);



    /* Set data order ad MSB */

    PSIO_SET_ORDER(PSIO, gsPSIO_ARGB2_Cfg.u8DataPin, PSIO_MSB);



    /* Set output data buffer width as 8 bit, input data width as 1 bit*/

    PSIO_SET_WIDTH(PSIO, gsPSIO_ARGB2_Cfg.u8DataPin, 1, 8);



    /* Set output data buffer depth as 1 */

    PSIO_SET_OUTPUT_DEPTH(PSIO, gsPSIO_ARGB2_Cfg.u8DataPin, PSIO_DEPTH1);



    /* Set slot controller trigger source as software trigger */

    PSIO_SET_TRIGSRC(PSIO, gsPSIO_ARGB2_Cfg.u8SlotCtrl, PSIO_SW_TRIGGER);

}



/**

  * @brief  initialize ARGB2 PSIO PIN

  * @param  None

  * @retval None

  */

void PSIO_StripInit(uint8_t u8SlotCtrl, uint8_t u8DataPin)

{

    gsPSIO_ARGB2_Cfg.u8SlotCtrl = u8SlotCtrl;

    gsPSIO_ARGB2_Cfg.u8DataPin = u8DataPin;



    PSIO_Strip_OpenOutput(PSIO_PIN_ENABLE);

}



//------------------------------------------------------------------------------

/**

  * @brief  Fill ALL LEDs with (0,0,0)

    * @param  24 bits data (Range: 0x000000 to 0xffffff)

  * @retval None

  */

void PSIO_StripClear(void)

{

    uint8_t u8i = 0;



    for (u8i = 0; u8i < PIXEL_NUM; u8i++)

    {

        PSIO_SendDataWithSize(24, 0x000000);

    }

}



/**

  * @brief  Digital output to all LED which in ARGB2 strip

  * @param  None

  * @retval None

  */

void PSIO_StripShow(void)

{

    uint16_t i, j;

    int32_t i32Data[PIXEL_NUM] = {0};

    S_PSIO_CP_CONFIG sDataConfig = {0};



    for (i = 0; i < PIXEL_NUM; ++i)

    {

        for (j = 0; j < GRB; ++j)

        {

            i32Data[i] |= (gsPSIO_ARGB2_Cfg.au8PixelBuffer[i][j] << (23 - j));

            //if (gsPSIO_ARGB2_Cfg.au8PixelBuffer[i][j] == BIT1_HIGH) {

            //    PSIO_SendStripBit1();

            //} else {

            //    PSIO_SendStripBit0();

            //}

        }

    }



    for (i = 0; i < PIXEL_NUM; ++i)

    {

        PSIO_SendDataWithSize(24, i32Data[i]);

    }

}



/**

  * @brief  RGB color bitwise operation

  * @param  red     0-255

    *                   green   0-255

    *                   blue    0-255

  * @retval None

  */

uint32_t Strip_color(uint8_t u8Red, uint8_t u8Green, uint8_t u8Blue)

{

    return u8Green << 16 | u8Red << 8 | u8Blue;

}



/**

  * @brief  Input a value 0 to 255 to get a color value.

                        The colours are a transition r - g - b - back to r.

  * @param  None

  * @retval None

  */

uint32_t PSIO_StripWheel(uint8_t u8WheelPos)

{

    u8WheelPos = 255 - u8WheelPos;



    if (u8WheelPos < 85)

    {

        return Strip_color(255 - u8WheelPos * 3, 0, u8WheelPos * 3);

    }



    if (u8WheelPos < 170)

    {

        u8WheelPos -= 85;

        return Strip_color(0, u8WheelPos * 3, 255 - u8WheelPos * 3);

    }



    u8WheelPos -= 170;



    return Strip_color(u8WheelPos * 3, 255 - u8WheelPos * 3, 0);

}



/**

  * @brief  RGB setting to all LED

    * @param  n:                    Specify a LED

                        GRBColor:       Set BIT1 or BIT0

  * @retval None

  */

void PSIO_StripSetPixelColor(uint16_t u16Num, uint32_t u32RGBColor)

{

    uint8_t i = 0;



    if (u16Num < PIXEL_NUM)

    {

        for (i = 0; i < GRB; i++)

        {

            gsPSIO_ARGB2_Cfg.au8PixelBuffer[u16Num][i] = ((u32RGBColor << i) & 0x800000) ? BIT1_HIGH : BIT0_LOW;

        }

    }

}



/**

 * @brief Set GLOBAL LED brightness

 * @param[in] br Brightness [0..255]

 * [url=home.php?mod=space&uid=266161]@return[/url] #ARGB_STATE enum

 */

void PSIO_StripSetBrightness(uint8_t u8Brightness)

{

    gsPSIO_ARGB2_Cfg.u8Brightness = u8Brightness;

}



/**

  * @brief  Send one data to a LED

    * @param  24 bits data (Range: 0x000000 to 0xffffff)

  * @retval None

  */

void PSIO_StripSetRGBColor(uint8_t u8Red, uint8_t u8Green, uint8_t u8Blue)

{

    int32_t i32Data = 0;



    u8Red   /= (256 / ((uint16_t) gsPSIO_ARGB2_Cfg.u8Brightness + 1));

    u8Green /= (256 / ((uint16_t) gsPSIO_ARGB2_Cfg.u8Brightness + 1));

    u8Blue  /= (256 / ((uint16_t) gsPSIO_ARGB2_Cfg.u8Brightness + 1));



    i32Data |= (u8Green << 16);

    i32Data |= (u8Red << 8);

    i32Data |= u8Blue;



    PSIO_SendDataWithSize(24, i32Data);

}

使用特权

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小灵通2018|  楼主 | 2024-5-20 21:35 | 只看该作者
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/**************************************************************************//**

 * @file     main.c

 * [url=home.php?mod=space&uid=895143]@version[/url]  V1.00

 * @brief    Show how to use PSIO input/output to control ARGB2 strip.

 *

 * SPDX-License-Identifier: Apache-2.0

 * [url=home.php?mod=space&uid=17282]@CopyRight[/url] (C) 2022 Nuvoton Technology Corp. All rights reserved.

 ******************************************************************************/

#include "stdio.h"

#include "NuMicro.h"

#include "PSIO_ARGB2_Driver.h"



//------------------------------------------------------------------------------

uint32_t sysGetNum(void)

{

    uint8_t cInputTemp = 0x00, InputString[16] = {0};

    uint32_t nLoop = 0;



    while (cInputTemp != 0x0D)

    {

        cInputTemp = getchar();



        if (cInputTemp == 27)   /* 27: ESC key */

        {

            return cInputTemp;

        }



        if (cInputTemp == 'x' || cInputTemp == 'X' || cInputTemp == 'f' ||

                cInputTemp == 'F' || cInputTemp == 'r' || cInputTemp == 'R')

        {

            return cInputTemp;

        }



        if (cInputTemp == '-')

        {

            InputString[nLoop] = cInputTemp;

            printf("%c", cInputTemp);

            nLoop++;

        }

        else if (cInputTemp >= '0' && cInputTemp <= '9')

        {

            InputString[nLoop] = cInputTemp;

            printf("%c", cInputTemp);

            nLoop++;

        }

    }



    printf("\n");



    //return atoi(InputString);

    return atoi((const char *)InputString);

}



//------------------------------------------------------------------------------

/**

  * @brief  Specify a Strip ID in Y cable mode

    * @param  tmpID: Specify a ID

  * @retval None

  */

int Strip_SpecifyIDTest(void)

{

    PSIO_SpecifyStripID(0x05);



    return 0;

}



/**

  * @brief  Check a strip ID in Y cable function

  * @param  count: Check ID count

  * @retval None

  */

int Strip_CheckIDTest(void)

{

    uint8_t u8i = 0;



    for (u8i = 1; u8i < 16; u8i++)

    {

        PSIO_CheckStripkID(u8i);

    }



    return 0;

}



/**

  * @brief  Clear a Strip ID in Y cable function

  * @param  count: Clear ID count

  * @retval None

  */

int Strip_ClearIDTest(void)

{

    uint8_t u8i = 0;



    for (u8i = 1; u8i < 16; u8i++)

    {

        PSIO_ClearStripID(u8i);

    }



    return 0;

}



/**

  * @brief  Set a strip ID in Y cable function

    * @param  count: Set ID count

  * @retval None

  */

int Strip_SetIDTest(void)

{

    uint32_t u32ID = 0;



    printf("Please set ID, then press the ENTER.: (Range: 1 ~ 15): ");

    u32ID = sysGetNum();



    if (u32ID > 15)

    {

        printf("Setting ID is over range. (1 ~ 15)\r\n");

        printf("Leave Y Cable mode.\r\n\r\n");

        return -1;

    }



    PSIO_SetStripID(u32ID);



    return 0;

}



/**

  * @brief  Set a strip ID in Y cable menu function

    * @param  count: Set ID count

  * @retval None

  */

int Strip_YCableSetupMenu(void)

{

    uint8_t u8Index = 0;

    struct

    {

        char *chName;

        int (*funcptr)(void);

    } sSetStripIDMenu[] =

    {

        {"", NULL},

        {"Set strip ID", &Strip_SetIDTest},

        {"Clean strip ID", &Strip_ClearIDTest},

        {"Check strip ID", &Strip_CheckIDTest},

        {"Specify strip ID", &Strip_SpecifyIDTest},

    };



    while (1)

    {

        printf("\r\n\r\n");

        printf("=============================================\r\n");

        printf("\tEnter the select setup strip ID test: \r\n");

        printf("=============================================\r\n");



        for (u8Index = 1; u8Index < sizeof(sSetStripIDMenu) / sizeof(sSetStripIDMenu[0]); u8Index++)

        {

            printf("[%02d] %s\r\n",

                   u8Index,

                   sSetStripIDMenu[u8Index].chName);

        }



        printf("\r\n");



        u8Index = sysGetNum();



        if ((u8Index == 0) || (u8Index >= sizeof(sSetStripIDMenu) / sizeof(sSetStripIDMenu[0])))

        {

            return 0;

        }



        if (sSetStripIDMenu[u8Index].funcptr != NULL)

        {

            sSetStripIDMenu[u8Index].funcptr();

        }

    }



    return 0;

}



/**

  * @brief  Set a strip sleep or wakeup menu function

    * @param  count: Set ID count

  * @retval None

  */

int Strip_SleepWakeupTest(void)

{

    uint8_t u8Index = 0;

    struct

    {

        char *chName;

        void (*funcptr)(void);

    } sSleepWakeupTest[] =

    {

        {"", NULL},

        {"Strip Sleep", &PSIO_StripSleepMode},

        {"strip Wakeup", &PSIO_StripWakeupMode},

    };



    while (1)

    {

        printf("\r\n\r\n");

        printf("=============================================\r\n");

        printf("\tEnter the select sleep or wakeup test: \r\n");

        printf("=============================================\r\n");



        for (u8Index = 1; u8Index < sizeof(sSleepWakeupTest) / sizeof(sSleepWakeupTest[0]); u8Index++)

        {

            printf("[%02d] %s\r\n",

                   u8Index,

                   sSleepWakeupTest[u8Index].chName);

        }



        printf("\r\n");



        u8Index = sysGetNum();



        if ((u8Index == 0) || (u8Index >= sizeof(sSleepWakeupTest) / sizeof(sSleepWakeupTest[0])))

        {

            return 0;

        }



        if (sSleepWakeupTest[u8Index].funcptr != NULL)

        {

            sSleepWakeupTest[u8Index].funcptr();

        }

    }



    return 0;

}



/**

  * @brief  Enable TH20 SET mode

  * @param  None

  * @retval None

  */

int Strip_Th20SetMode(void)

{

    PSIO_StripHighLevelSetup();



    return 0;

}



/**

  * @brief  Theatre-style crawling lights with rainbow effect

  * @param  None

  * @retval None

  */

int Strip_FeedbackMode(void)

{

    printf("There are %d pcs LED in the strip\n", PSIO_StripFeedBackMode());



    return 0;

}



/**

  * @brief  Theatre-style crawling lights with rainbow effect

  * @param  None

  * @retval None

  */

int Strip_TheaterChaseRainbow(void)

{

    uint16_t u16i = 0, u16j = 0;

    uint8_t u8q = 0;



    for (u16j = 0; u16j < 256; u16j++)   // cycle all 256 colors in the wheel

    {

        for (u8q = 0; u8q < 3; u8q++)

        {

            for (u16i = 0; u16i < PIXEL_NUM; u16i = u16i + 3)

            {

                PSIO_StripSetPixelColor(u16i + u8q, PSIO_StripWheel((u16i + u16j) % 255));

            }



            PSIO_StripShow();



            PSIO_StripReset();



            for (u16i = 0; u16i < PIXEL_NUM; u16i = u16i + 3)

            {

                PSIO_StripSetPixelColor(u16i + u8q, 0);      //turn every third pixel off

            }

        }

    }



    PSIO_StripClear();



    return 0;

}



/**

  * @brief  This makes the rainbow equally distributed throughout

  * @param  None

  * @retval None

  */

int Strip_RainbowCycle(void)

{

    uint16_t u16i = 0, u16j = 0;



    for (u16j = 0; u16j < (256 * 5); u16j++)   // 5 cycles of all colors on wheel

    {

        for (u16i = 0; u16i < PIXEL_NUM; u16i++)

        {

            PSIO_StripSetPixelColor(u16i, PSIO_StripWheel(((u16i * 256 / PIXEL_NUM) + u16j) & 255));

        }



        PSIO_StripShow();



        PSIO_StripReset();

    }



    PSIO_StripClear();



    return 0;

}



/**

  * @brief  Set strip brightness.

  * @param  None

  * @retval None

  */

int Strip_SetBrightness(void)

{

    uint16_t u16Biighness = 0;



    printf("\nEnter a brightness level of 0 - 255: ");

    u16Biighness = sysGetNum();



    if (u16Biighness > 255)

    {

        u16Biighness = 255;

    }



    printf("%d\r\n", u16Biighness);



    PSIO_StripSetBrightness((uint8_t)u16Biighness & 0xFF);



    return 0;

}



/**

  * @brief  GRB Loop (Red -> Green -> Blue)

  * @param  None

  * @retval None

  */

int Strip_RGBLoop(void)

{

    uint8_t u8i = 0;



    while (kbhit())

    {

        for (u8i = 0; u8i < PIXEL_NUM; u8i++)

        {

            PSIO_StripSetRGBColor(0xFF, 0x00, 0x00);

        }



        TIMER_Delay(TIMER0, 100000);



        for (u8i = 0; u8i < PIXEL_NUM; u8i++)

        {

            PSIO_StripSetRGBColor(0x00, 0xFF, 0x00);

        }



        TIMER_Delay(TIMER0, 100000);



        for (u8i = 0; u8i < PIXEL_NUM; u8i++)

        {

            PSIO_StripSetRGBColor(0x00, 0x00, 0xFF);

        }



        TIMER_Delay(TIMER0, 100000);

    }



    PSIO_StripClear();



    return 0;

}



/**

  * @brief  ARGB2 Strip test menu for selecting test functions

  * @param  None

  * @retval None

  */

void ARGB2StripTestMenu(void)

{

    uint8_t u8Index = 0;

    struct

    {

        char *chName;

        int (*funcptr)(void);

    } sMainMenu[] =

    {

        {"", NULL},

        {"RGB Loop", &Strip_RGBLoop},

        {"Rainbow cycle", &Strip_RainbowCycle},

        {"Theater chase rainbow", &Strip_TheaterChaseRainbow},

        {"Feedback mode", &Strip_FeedbackMode},

        {"Th20 set mode", &Strip_Th20SetMode},

        //{"Strip Sleep Wakeup Test", &Strip_SleepWakeupTest},

        {"Y cable mode", &Strip_YCableSetupMenu},

        {"Set RGB Brightness", &Strip_SetBrightness},

    };



    while (1)

    {

        printf("\r\n\r\n");

        printf("=============================================\r\n");

        printf("\tEnter the select test function: \r\n");

        printf("=============================================\r\n");



        for (u8Index = 1; u8Index < sizeof(sMainMenu) / sizeof(sMainMenu[0]); u8Index++)

        {

            printf("[%02d] %s\r\n",

                   u8Index,

                   sMainMenu[u8Index].chName);

        }



        printf("\r\n");



        u8Index = sysGetNum();



        if ((u8Index == 0) || (u8Index >= sizeof(sMainMenu) / sizeof(sMainMenu[0])))

        {

            continue;

        }



        if (sMainMenu[u8Index].funcptr != NULL)

        {

            sMainMenu[u8Index].funcptr();

        }

    }

}



void SYS_Init(void)

{

    /*---------------------------------------------------------------------------------------------------------*/

    /* Init System Clock                                                                                       */

    /*---------------------------------------------------------------------------------------------------------*/



    /* Enable HIRC clock (Internal RC 48 MHz) */

    CLK_EnableXtalRC(CLK_PWRCTL_HIRCEN_Msk);



    /* Wait for HIRC clock ready */

    CLK_WaitClockReady(CLK_STATUS_HIRCSTB_Msk);



    /* Select HCLK clock source as HIRC and and HCLK clock divider as 1 */

    CLK_SetHCLK(CLK_CLKSEL0_HCLKSEL_HIRC, CLK_CLKDIV0_HCLK(1));



    /* Set XT1_OUT(PF.2) and XT1_IN(PF.3) to input mode */

    PF->MODE &= ~(GPIO_MODE_MODE2_Msk | GPIO_MODE_MODE3_Msk);



    /* Disable digital input path of analog pin XT1_OUT to prevent leakage */

    GPIO_DISABLE_DIGITAL_PATH(PF, (1ul << 2));



    /* Disable digital input path of analog pin XT1_IN to prevent leakage */

    GPIO_DISABLE_DIGITAL_PATH(PF, (1ul << 3));



    /* Set PCLK1 clock divider as 4 */

    CLK->PCLKDIV = (CLK->PCLKDIV & ~CLK_PCLKDIV_APB1DIV_Msk) | CLK_PCLKDIV_APB1DIV_DIV4;



    /* Set both PCLK0 and PCLK1 as HCLK */

    //CLK->PCLKDIV = CLK_PCLKDIV_APB0DIV_DIV1 | CLK_PCLKDIV_APB1DIV_DIV1;



    /* Select IP clock source */

    /* Select UART0 clock source is HIRC */

    CLK_SetModuleClock(UART0_MODULE, CLK_CLKSEL1_UART0SEL_HIRC, CLK_CLKDIV0_UART0(1));



    /* Enable IP clock */

    CLK_EnableModuleClock(GPB_MODULE);

    CLK_EnableModuleClock(UART0_MODULE);

    CLK_EnableModuleClock(TMR0_MODULE);

    CLK_EnableModuleClock(PSIO_MODULE);



    /* Select IP clock source */

    CLK_SetModuleClock(TMR0_MODULE, CLK_CLKSEL1_TMR0SEL_PCLK0, 0);



    /* Select PSIO module clock source as PCLK1(48Mhz/4) and PSIO module clock divider as 0x4 = 0.3125us */

    CLK_SetModuleClock(PSIO_MODULE, CLK_CLKSEL2_PSIOSEL_PCLK1, CLK_CLKDIV1_PSIO(0x04));



    /* Update System Core Clock */

    /* User can use SystemCoreClockUpdate() to calculate PllClock, SystemCoreClock and CycylesPerUs automatically. */

    SystemCoreClockUpdate();



    /* PSIO multi-function pin CH0(PB.15) */

    SYS->GPB_MFPH = (SYS->GPB_MFPH & ~SYS_GPB_MFPH_PB15MFP_Msk) | SYS_GPB_MFPH_PB15MFP_PSIO0_CH0;



    /*----------------------------------------------------------------------*/

    /* Init I/O Multi-function                                              */

    /*----------------------------------------------------------------------*/

    /* Set PB multi-function pins for UART0 RXD and TXD */

    Uart0DefaultMPF();

}



/*---------------------------------------------------------------------------------------------------------*/

/* Init UART0                                                                                             */

/*---------------------------------------------------------------------------------------------------------*/

void UART0_Init(void)

{

    /* Configure UART0 and set UART0 baud rate */

    UART_Open(UART0, 115200);

}



/*---------------------------------------------------------------------------------------------------------*/

/* Init TIMER0                                                                                             */

/*---------------------------------------------------------------------------------------------------------*/

void TIMER0_Init(void)

{

    /* Configure and set TIMER0 */

    // Give a dummy target frequency here. Will over write prescale and compare value with macro

    TIMER_Open(TIMER0, TIMER_PERIODIC_MODE, 48000000);



    // Update prescale and compare value to what we need in event counter mode.

    TIMER_SET_PRESCALE_VALUE(TIMER0, 0);

    TIMER_SET_CMP_VALUE(TIMER0, 160);



    // Counter increase on rising edge

    TIMER_EnableEventCounter(TIMER0, TIMER_COUNTER_EVENT_RISING);

}



/*---------------------------------------------------------------------------------------------------------*/

/*  Main Function                                                                                          */

/*---------------------------------------------------------------------------------------------------------*/

int main(void)

{

    /* Unlock protected registers */

    SYS_UnlockReg();



    /* Init System, peripheral clock and multi-function I/O */

    SYS_Init();



    /* Init UART0 for printf and test */

    UART0_Init();



    /* Lock protected registers */

    SYS_LockReg();



    Delay_Init();



    /* Use slot control 0 and PIN 0 */

    PSIO_StripInit(PSIO_SC0, PSIO_PIN0);



    PSIO_StripSetBrightness(255);



    ARGB2StripTestMenu();

}



/*** (C) COPYRIGHT 2019 Nuvoton Technology Corp. ***/

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5楼
wahahaheihei| | 2024-5-20 23:09 | 只看该作者
这是一种新的单片机外设？

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