huxi
388 lines
18 KiB
C
388 lines
18 KiB
C
#include "pwm_led.h"
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#include "gpio.h"
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// *INDENT-OFF*
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//case 1：ALL OFF
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//case 4：
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//case 10：
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PWM_LED_PLATFORM_DATA_BEGIN(test_pwm_led_pdata1_4_10)
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.port0 = IO_PORTA_03, //引脚
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.port1 = -1, //引脚
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.first_logic = 0, //先输出h_pwm
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.alternate_out = 1, //h_pwm和l_pwm每过一个周期交替输出
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.ctl_cycle_num = 0, //无限循环
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.ctl_cycle = 2, //控制周期2ms
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.pwm_cycle = 4, //pwm周期 1 * 10us
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.h_pwm_duty = 0, //h_pwm 占空比 0~100
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.l_pwm_duty = 0, //l_pwm 占空比 0~100
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.out_mode = 0, //每控制周期内输出1次pwm
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.out_once.pwm_out_time = 0, //pwm输出的时间
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PWM_LED_PLATFORM_DATA_END()
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//case2 : ALL ON
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PWM_LED_PLATFORM_DATA_BEGIN(test_pwm_led_pdata2)
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.port0 = IO_PORTA_03, //引脚
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.port1 = -1, //引脚
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.first_logic = 0, //先输出h_pwm
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.alternate_out = 1, //h_pwm和l_pwm每过一个周期交替输出
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.ctl_cycle_num = 0, //无限循环
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.ctl_cycle = 2, //控制周期2ms
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.pwm_cycle = 4, //pwm周期 4 * 10us
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.h_pwm_duty = 100, //h_pwm 占空比 0~100
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.l_pwm_duty = 100, //l_pwm 占空比 0~100
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.out_mode = 0, //每控制周期内输出1次pwm
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.out_once.pwm_out_time = 2, //pwm输出的时间2ms
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PWM_LED_PLATFORM_DATA_END()
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//case3 : LED_L ON
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PWM_LED_PLATFORM_DATA_BEGIN(test_pwm_led_pdata3)
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.port0 = IO_PORTA_03, //引脚
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.port1 = -1, //引脚
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.first_logic = 1, //先输出l_pwm
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.alternate_out = 0, //h_pwm和l_pwm每过一个周期交替输出
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.ctl_cycle_num = 0, //无限循环
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.ctl_cycle = 20, //控制周期 20ms
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.pwm_cycle = 4, //pwm周期 4 * 10us
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.h_pwm_duty = 0, //h_pwm 占空比 0~100
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.l_pwm_duty = 100, //l_pwm 占空比 0~100
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.out_mode = 0, //每控制周期内输出1次pwm
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.out_once.pwm_out_time = 20, //pwm输出的时间20ms
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PWM_LED_PLATFORM_DATA_END()
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//case9 : LED_H ON
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PWM_LED_PLATFORM_DATA_BEGIN(test_pwm_led_pdata9)
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.port0 = IO_PORTA_03, //引脚
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.port1 = -1, //引脚
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.first_logic = 0, //先输出h_pwm
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.alternate_out = 0, //h_pwm和l_pwm每过一个周期交替输出
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.ctl_cycle_num = 0, //无限循环
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.ctl_cycle = 20, //控制周期 20ms
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.pwm_cycle = 4, //pwm周期 4 * 10us
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.h_pwm_duty = 100, //h_pwm 占空比 0~100
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.l_pwm_duty = 0, //l_pwm 占空比 0~100
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.out_mode = 0, //每控制周期内输出1次pwm
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.out_once.pwm_out_time = 20, //pwm输出的时间20ms
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PWM_LED_PLATFORM_DATA_END()
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//case 5: LED_L 2s闪一下0.1s
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PWM_LED_PLATFORM_DATA_BEGIN(test_pwm_led_pdata5)
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.port0 = IO_PORTA_03, //引脚
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.port1 = -1, //引脚
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.first_logic = 1, //先输出l_pwm
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.alternate_out = 0, //h_pwm和l_pwm每过一个周期交替输出
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.ctl_cycle_num = 0, //无限循环
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.ctl_cycle = 2000, //控制周期 2s
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.pwm_cycle = 50, //pwm周期 50 * 10us
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.h_pwm_duty = 0, //h_pwm 占空比 0~100
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.l_pwm_duty = 50, //l_pwm 占空比 0~100
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.out_mode = 0, //每控制周期内输出1次pwm
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.out_once.pwm_out_time = 100, //pwm输出的时间100ms
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PWM_LED_PLATFORM_DATA_END()
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//case 11: LED_H 2s闪一下0.1s
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PWM_LED_PLATFORM_DATA_BEGIN(test_pwm_led_pdata11)
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.port0 = IO_PORTA_03, //引脚
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.port1 = -1, //引脚
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.first_logic = 0, //先输出h_pwm
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.alternate_out = 0, //h_pwm和l_pwm每过一个周期交替输出
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.ctl_cycle_num = 0, //无限循环
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.ctl_cycle = 2000, //控制周期 2s
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.pwm_cycle = 50, //pwm周期 50 * 10us
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.h_pwm_duty = 50, //h_pwm 占空比 0~100
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.l_pwm_duty = 0, //l_pwm 占空比 0~100
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.out_mode = 0, //每控制周期内输出1次pwm
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.out_once.pwm_out_time = 100, //pwm输出的时间100ms
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PWM_LED_PLATFORM_DATA_END()
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//case 6: LED_L 0.5s闪一下0.1s
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PWM_LED_PLATFORM_DATA_BEGIN(test_pwm_led_pdata6)
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.port0 = IO_PORTA_03, //引脚
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.port1 = -1, //引脚
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.first_logic = 1, //先输出l_pwm
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.alternate_out = 0, //h_pwm和l_pwm每过一个周期交替输出
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.ctl_cycle = 500, //控制周期 5 * 100 * 10us = 0.5s
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.pwm_cycle = 50, //pwm周期 50 * 10us
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.h_pwm_duty = 0, //h_pwm 占空比 0~100
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.l_pwm_duty = 50, //l_pwm 占空比 0~100
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.out_mode = 0, //每控制周期内输出1次pwm
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.out_once.pwm_out_time = 100, //pwm输出的时间100ms
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PWM_LED_PLATFORM_DATA_END()
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//case 12: LED_H 0.5s闪一下0.1s
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PWM_LED_PLATFORM_DATA_BEGIN(test_pwm_led_pdata12)
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.port0 = IO_PORTA_03, //引脚
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.port1 = -1, //引脚
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.first_logic = 0, //先输出h_pwm
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.alternate_out = 0, //h_pwm和l_pwm每过一个周期交替输出
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.ctl_cycle_num = 0, //无限循环
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.ctl_cycle = 500, //控制周期 0.5s
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.pwm_cycle = 50, //pwm周期 50 * 10us
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.h_pwm_duty = 50, //h_pwm 占空比 0~100
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.l_pwm_duty = 0, //l_pwm 占空比 0~100
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.out_mode = 0, //每控制周期内输出1次pwm
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.out_once.pwm_out_time = 100, //pwm输出的时间100ms
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PWM_LED_PLATFORM_DATA_END()
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//case 7: LED_L 5s闪两下0.1s
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PWM_LED_PLATFORM_DATA_BEGIN(test_pwm_led_pdata7)
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.port0 = IO_PORTA_03, //引脚
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.port1 = -1, //引脚
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.first_logic = 1, //先输出l_pwm
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.alternate_out = 0, //h_pwm和l_pwm每过一个周期交替输出
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.ctl_cycle_num = 0, //无限循环
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.ctl_cycle = 5000, //控制周期 5s
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.pwm_cycle = 50, //pwm周期 50 * 10us
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.h_pwm_duty = 0, //h_pwm 占空比 0~100
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.l_pwm_duty = 50, //l_pwm 占空比 0~100
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.out_mode = 1, //每控制周期内输出2次pwm
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.out_twice.first_pwm_out_time = 100, //第一次pwm输出的时间
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.out_twice.pwm_gap_time = 200, //第一次和第二次的间隔时间
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.out_twice.second_pwm_out_time = 100, //第二次pwm输出的时间
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PWM_LED_PLATFORM_DATA_END()
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//case 7: LED_H 5s闪两下0.1s
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PWM_LED_PLATFORM_DATA_BEGIN(test_pwm_led_pdata13)
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.port0 = IO_PORTA_03, //引脚
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.port1 = -1, //引脚
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.first_logic = 0, //先输出h_pwm
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.alternate_out = 0, //h_pwm和l_pwm每过一个周期交替输出
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.ctl_cycle_num = 0, //无限循环
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.ctl_cycle = 5000, //控制周期 5s
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.pwm_cycle = 50, //pwm周期 50 * 10us
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.h_pwm_duty = 50, //h_pwm 占空比 0~100
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.l_pwm_duty = 0, //l_pwm 占空比 0~100
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.out_mode = 1, //每控制周期内输出2次pwm
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.out_twice.first_pwm_out_time = 100, //第一次pwm输出的时间
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.out_twice.second_pwm_out_time = 100, //第二次pwm输出的时间
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.out_twice.pwm_gap_time = 200, //第一次和第二次的间隔时间
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PWM_LED_PLATFORM_DATA_END()
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//case 8: LED_L 5s闪一下0.1s
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PWM_LED_PLATFORM_DATA_BEGIN(test_pwm_led_pdata8)
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.port0 = IO_PORTA_03, //引脚
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.port1 = -1, //引脚
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.first_logic = 1, //先输出l_pwm
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.alternate_out = 0, //h_pwm和l_pwm每过一个周期交替输出
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.ctl_cycle_num = 0, //无限循环
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.ctl_cycle = 5000, //控制周期 5s
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.pwm_cycle = 50, //pwm周期 50 * 10us
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.h_pwm_duty = 0, //h_pwm 占空比 0~100
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.l_pwm_duty = 50, //l_pwm 占空比 0~100
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.out_mode = 0, //每控制周期内输出1次pwm
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.out_once.pwm_out_time = 100, //pwm输出的时间100ms
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PWM_LED_PLATFORM_DATA_END()
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//case 14: LED_H 5s闪一下0.1s
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PWM_LED_PLATFORM_DATA_BEGIN(test_pwm_led_pdata14)
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.port0 = IO_PORTA_03, //引脚
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.port1 = -1, //引脚
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.first_logic = 0, //先输出h_pwm
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.alternate_out = 0, //h_pwm和l_pwm每过一个周期交替输出
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.ctl_cycle_num = 0, //无限循环
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.ctl_cycle = 5000, //控制周期 5s
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.pwm_cycle = 50, //pwm周期 50 * 10us
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.h_pwm_duty = 50, //h_pwm 占空比 0~100
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.l_pwm_duty = 0, //l_pwm 占空比 0~100
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.out_mode = 0, //每控制周期内输出1次pwm
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.out_once.pwm_out_time = 100, //pwm输出的时间100ms
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PWM_LED_PLATFORM_DATA_END()
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//case 15: LED_L LED_H 0.5s交替闪烁
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PWM_LED_PLATFORM_DATA_BEGIN(test_pwm_led_pdata15)
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.port0 = IO_PORTA_03, //引脚
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.port1 = -1, //引脚
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.first_logic = 0, //先输出h_pwm
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.alternate_out = 1, //h_pwm和l_pwm每过一个周期交替输出
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.ctl_cycle_num = 0, //无限循环
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.ctl_cycle = 500, //控制周期 0.5s
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.pwm_cycle = 50, //pwm周期 50 * 10us
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.h_pwm_duty = 50, //h_pwm 占空比 0~100
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.l_pwm_duty = 50, //l_pwm 占空比 0~100
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.out_mode = 0, //每控制周期内输出1次pwm
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.out_once.pwm_out_time = 100, //pwm输出的时间100ms
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PWM_LED_PLATFORM_DATA_END()
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//case 16: LED_L LED_H 2s交替闪烁
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PWM_LED_PLATFORM_DATA_BEGIN(test_pwm_led_pdata16)
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.port0 = IO_PORTA_03, //引脚
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.port1 = -1, //引脚
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.first_logic = 0, //先输出h_pwm
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.alternate_out = 1, //h_pwm和l_pwm每过一个周期交替输出
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.ctl_cycle_num = 0, //无限循环
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.ctl_cycle = 2000, //控制周期 2s
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.pwm_cycle = 50, //pwm周期 50 * 10us
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.h_pwm_duty = 50, //h_pwm 占空比 0~100
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.l_pwm_duty = 50, //l_pwm 占空比 0~100
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.out_mode = 0, //每控制周期内输出1次pwm
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.out_once.pwm_out_time = 100, //pwm输出的时间100ms
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PWM_LED_PLATFORM_DATA_END()
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//case 17: LED_L 呼吸模式
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PWM_LED_PLATFORM_DATA_BEGIN(test_pwm_led_pdata17)
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.port0 = IO_PORTA_03, //引脚
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.port1 = -1, //引脚
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.first_logic = 1, //先输出l_pwm
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.alternate_out = 0, //h_pwm和l_pwm每过一个周期交替输出
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.ctl_cycle_num = 0, //无限循环
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.ctl_cycle = 2700, //控制周期 2.7s
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.pwm_cycle = 50, //pwm周期 50 * 10us
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.h_pwm_duty = 50, //h_pwm 占空比 0~100
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.l_pwm_duty = 50, //l_pwm 占空比 0~100
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.out_mode = 2, //呼吸模式
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.out_breathe.pwm_duty_max_keep_time = 200,//pwm最大占空比至少维持的时间
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.out_breathe.pwm_out_time = 1000, //pwm输出的时间 1s
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PWM_LED_PLATFORM_DATA_END()
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//case 18: LED_H 呼吸模式
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PWM_LED_PLATFORM_DATA_BEGIN(test_pwm_led_pdata18)
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.port0 = IO_PORTA_03, //引脚
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.port1 = -1, //引脚
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.first_logic = 0, //先输出h_pwm
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.alternate_out = 0, //h_pwm和l_pwm每过一个周期交替输出
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.ctl_cycle_num = 0, //无限循环
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.ctl_cycle = 2700, //控制周期 2.7s
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.pwm_cycle = 50, //pwm周期 50 * 10us
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.h_pwm_duty = 50, //h_pwm 占空比 0~100
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.l_pwm_duty = 50, //l_pwm 占空比 0~100
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.out_mode = 2, //呼吸模式
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.out_breathe.pwm_duty_max_keep_time = 200,//pwm最大占空比至少维持的时间
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.out_breathe.pwm_out_time = 1000, //pwm输出的时间
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PWM_LED_PLATFORM_DATA_END()
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//case 19: LED_H LED_L 交替呼吸模式
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PWM_LED_PLATFORM_DATA_BEGIN(test_pwm_led_pdata19)
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.port0 = IO_PORTA_03, //引脚
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.port1 = -1, //引脚
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.first_logic = 0, //先输出h_pwm
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.alternate_out = 1, //h_pwm和l_pwm每过一个周期交替输出
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.ctl_cycle_num = 0, //无限循环
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.ctl_cycle = 2700, //控制周期 2.7s
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.pwm_cycle = 50, //pwm周期 50 * 10us
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.h_pwm_duty = 50, //h_pwm 占空比 0~100
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.l_pwm_duty = 50, //l_pwm 占空比 0~100
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.out_mode = 2, //呼吸模式
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.out_breathe.pwm_duty_max_keep_time = 200,//pwm最大占空比至少维持的时间
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.out_breathe.pwm_out_time = 1000, //pwm输出的时间
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PWM_LED_PLATFORM_DATA_END()
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//case 19: LED_H LED_L 双IO交替呼吸模式
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PWM_LED_PLATFORM_DATA_BEGIN(test_pwm_led_pdata20)
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.port0 = IO_PORTA_02, //引脚
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.port1 = IO_PORTA_04, //引脚
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.first_logic = 1, //先输出l_pwm
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.alternate_out = 1, //h_pwm和l_pwm每过一个周期交替输出
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.ctl_cycle_num = 0, //无限循环
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.ctl_cycle = 2700, //控制周期 2.7s
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.pwm_cycle = 50, //pwm周期 50 * 10us
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.h_pwm_duty = 50, //h_pwm 占空比 0~100
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.l_pwm_duty = 50, //l_pwm 占空比 0~100
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.out_mode = 2, //呼吸模式
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.out_breathe.pwm_duty_max_keep_time = 200,//pwm最大占空比至少维持的时间
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.out_breathe.pwm_out_time = 1000, //pwm输出的时间
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PWM_LED_PLATFORM_DATA_END()
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//case 19: LED_H LED_L 双IO同时呼吸
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PWM_LED_PLATFORM_DATA_BEGIN(test_pwm_led_pdata21)
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.port0 = IO_PORTA_02, //引脚
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.port1 = IO_PORTA_04, //引脚
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.first_logic = 1, //先输出l_pwm
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.alternate_out = 0, //h_pwm和l_pwm每过一个周期交替输出
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.ctl_cycle_num = 0, //无限循环
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.ctl_cycle = 2700, //控制周期 2.7s
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.pwm_cycle = 50, //pwm周期 50 * 10us
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.h_pwm_duty = 50, //h_pwm 占空比 0~100
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.l_pwm_duty = 50, //l_pwm 占空比 0~100
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.out_mode = 2, //呼吸模式
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.out_breathe.pwm_duty_max_keep_time = 200,//pwm最大占空比至少维持的时间
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.out_breathe.pwm_out_time = 1000, //pwm输出的时间
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PWM_LED_PLATFORM_DATA_END()
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//case 16: LED_L LED_H 双IO 2s交替闪烁0.1s
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PWM_LED_PLATFORM_DATA_BEGIN(test_pwm_led_pdata22)
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.port0 = IO_PORTA_02, //引脚
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.port1 = IO_PORTA_04, //引脚
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.first_logic = 0, //先输出h_pwm
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.alternate_out = 1, //h_pwm和l_pwm每过一个周期交替输出
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.ctl_cycle_num = 0, //无限循环
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.ctl_cycle = 2000, //控制周期 2s
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.pwm_cycle = 50, //pwm周期 50 * 10us
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.h_pwm_duty = 50, //h_pwm 占空比 0~100
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||
.l_pwm_duty = 50, //l_pwm 占空比 0~100
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.out_mode = 0, //每控制周期内输出1次pwm
|
||
.out_once.pwm_out_time = 100, //pwm输出的时间100ms
|
||
PWM_LED_PLATFORM_DATA_END()
|
||
|
||
//case 16: LED_L LED_H 双IO 2s同时闪烁0.1s
|
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PWM_LED_PLATFORM_DATA_BEGIN(test_pwm_led_pdata23)
|
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.port0 = IO_PORTA_02, //引脚
|
||
.port1 = IO_PORTA_04, //引脚
|
||
.first_logic = 1, //先输出h_pwm
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.alternate_out = 0, //h_pwm和l_pwm每过一个周期交替输出
|
||
.ctl_cycle_num = 0, //无限循环
|
||
.ctl_cycle = 2000, //控制周期 2s
|
||
.pwm_cycle = 50, //pwm周期 50 * 10us
|
||
.h_pwm_duty = 50, //h_pwm 占空比 0~100
|
||
.l_pwm_duty = 50, //l_pwm 占空比 0~100
|
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.out_mode = 0, //每控制周期内输出1次pwm
|
||
.out_once.pwm_out_time = 100, //pwm输出的时间100ms
|
||
PWM_LED_PLATFORM_DATA_END()
|
||
|
||
|
||
|
||
|
||
void pwm_led_test(void)
|
||
{
|
||
printf("******** pwm led test *************\n");
|
||
|
||
/* pwm_led_hw_init((void *)&test_pwm_led_pdata1_4_10); */
|
||
/* pwm_led_hw_init((void *)&test_pwm_led_pdata2); */
|
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/* pwm_led_hw_init((void *)&test_pwm_led_pdata3); */
|
||
/* pwm_led_hw_init((void *)&test_pwm_led_pdata9); */
|
||
/* pwm_led_hw_init((void *)&test_pwm_led_pdata5); */
|
||
/* pwm_led_hw_init((void *)&test_pwm_led_pdata11); */
|
||
/* pwm_led_hw_init((void *)&test_pwm_led_pdata6); */
|
||
/* pwm_led_hw_init((void *)&test_pwm_led_pdata12); */
|
||
/* pwm_led_hw_init((void *)&test_pwm_led_pdata7); */
|
||
/* pwm_led_hw_init((void *)&test_pwm_led_pdata13); */
|
||
/* pwm_led_hw_init((void *)&test_pwm_led_pdata8); */
|
||
/* pwm_led_hw_init((void *)&test_pwm_led_pdata14); */
|
||
/* pwm_led_hw_init((void *)&test_pwm_led_pdata15); */
|
||
/* pwm_led_hw_init((void *)&test_pwm_led_pdata16); */
|
||
/* pwm_led_hw_init((void *)&test_pwm_led_pdata17); */
|
||
/* pwm_led_hw_init((void *)&test_pwm_led_pdata18); */
|
||
/* pwm_led_hw_init((void *)&test_pwm_led_pdata19); */
|
||
pwm_led_hw_init((void *)&test_pwm_led_pdata20);
|
||
/* pwm_led_hw_init((void *)&test_pwm_led_pdata21); */
|
||
/* pwm_led_hw_init((void *)&test_pwm_led_pdata22); */
|
||
/* pwm_led_hw_init((void *)&test_pwm_led_pdata23); */
|
||
|
||
|
||
#if 0
|
||
extern void wdt_clear();
|
||
while (1) {
|
||
wdt_clear();
|
||
}
|
||
#endif
|
||
}
|
||
|
||
|