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📁 基于c的电动机保护程序
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DI_Break	.\MOTOType.h	703;"	d
DI_Ctrl	.\MOTOType.h	705;"	d
DI_DO1	.\MOTOType.h	706;"	d
DI_DO2	.\MOTOType.h	707;"	d
DI_DO3	.\MOTOType.h	708;"	d
DI_DO4	.\MOTOType.h	709;"	d
DI_DO_Func	.\DI_DO_Func.c	/^void DI_DO_Func(void)$/;"	f
DI_Locked	.\MOTOType.h	700;"	d
DI_Reset	.\MOTOType.h	704;"	d
DI_Start	.\MOTOType.h	702;"	d
DI_Start_En	.\MOTOType.h	701;"	d
DO1_Setting	.\MOTOType.h	/^	int DO1_Setting, $/;"	m	struct:__anon11
DO2_Setting	.\MOTOType.h	/^		DO2_Setting,$/;"	m	struct:__anon11
DO3_Setting	.\MOTOType.h	/^		DO3_Setting,$/;"	m	struct:__anon11
DO4_Setting	.\MOTOType.h	/^		DO4_Setting,$/;"	m	struct:__anon11
DOUBLE_RAM_BASE	.\MOTOType.h	56;"	d
DOUBLE_RAM_BASE	.\version0816\MOTOType.h	53;"	d
DOUBLE_RAM_BASE	.\顺序定值版本\MOTOType.h	53;"	d
DOUBLE_RAM_INT_IN	.\MOTOType.h	62;"	d
DOUBLE_RAM_INT_IN	.\version0816\MOTOType.h	59;"	d
DOUBLE_RAM_INT_IN	.\顺序定值版本\MOTOType.h	59;"	d
DOUBLE_RAM_INT_OUT	.\MOTOType.h	63;"	d
DOUBLE_RAM_INT_OUT	.\version0816\MOTOType.h	60;"	d
DOUBLE_RAM_INT_OUT	.\顺序定值版本\MOTOType.h	60;"	d
DO_Alarm	.\MOTOType.h	712;"	d
DO_Break	.\MOTOType.h	713;"	d
DO_Locked	.\MOTOType.h	711;"	d
DO_OutPut	.\MOTOType.h	717;"	d
DO_Running	.\MOTOType.h	715;"	d
DO_Start_En	.\MOTOType.h	716;"	d
DO_Start_Stop	.\MOTOType.h	714;"	d
D_HALF_SIZE	.\Fix_DSP.h	19;"	d
D_HALF_SIZE	.\version0816\Fix_DSP.h	19;"	d
DataSection_Initialize	.\version0816\Protect_Process.c	/^void DataSection_Initialize( void )$/;"	f
DataSection_Initialize	.\version0816\Protect_Run.c	/^ void DataSection_Initialize( void )$/;"	f
Data_BackUp	.\ErrRecWave.c	/^Data_BackUp_Struct Data_BackUp[Data_BackUp_GroupNum * Data_BackUp_SampleNum];$/;"	v
Data_BackUp	.\ErrRecWave1.c	/^Data_BackUp_Struct Data_BackUp[Data_BackUp_GroupNum * Data_BackUp_SampleNum];$/;"	v
Data_BackUp	.\version0816\ErrRecWave.c	/^Data_BackUp_Struct Data_BackUp[Data_BackUp_GroupNum * Data_BackUp_SampleNum];$/;"	v
Data_BackUp_Add	.\ErrRecWave.c	/^Data_BackUp_Struct * Data_BackUp_Add;$/;"	v
Data_BackUp_Add	.\ErrRecWave1.c	/^Data_BackUp_Struct * Data_BackUp_Add;$/;"	v
Data_BackUp_Add	.\version0816\ErrRecWave.c	/^Data_BackUp_Struct * Data_BackUp_Add;$/;"	v
Data_BackUp_Group	.\ErrRecWave.c	/^int Data_BackUp_Group ;$/;"	v
Data_BackUp_Group	.\ErrRecWave1.c	/^int Data_BackUp_Group ;$/;"	v
Data_BackUp_Group	.\version0816\ErrRecWave.c	/^int Data_BackUp_Group ;$/;"	v
Data_BackUp_GroupNum	.\ErrRecWave.c	24;"	d	file:
Data_BackUp_GroupNum	.\ErrRecWave1.c	24;"	d	file:
Data_BackUp_GroupNum	.\version0816\ErrRecWave.c	24;"	d	file:
Data_BackUp_Process	.\ErrRecWave.c	/^void Data_BackUp_Process(Data_In  datatemp)$/;"	f
Data_BackUp_Process	.\ErrRecWave1.c	/^void Data_BackUp_Process(Data_In  datatemp)$/;"	f
Data_BackUp_Process	.\version0816\ErrRecWave.c	/^void Data_BackUp_Process(Data_In  datatemp)$/;"	f
Data_BackUp_Sample	.\ErrRecWave.c	/^int Data_BackUp_Sample ;$/;"	v
Data_BackUp_Sample	.\ErrRecWave1.c	/^int Data_BackUp_Sample ;$/;"	v
Data_BackUp_Sample	.\version0816\ErrRecWave.c	/^int Data_BackUp_Sample ;$/;"	v
Data_BackUp_SampleNum	.\ErrRecWave.c	25;"	d	file:
Data_BackUp_SampleNum	.\ErrRecWave1.c	25;"	d	file:
Data_BackUp_SampleNum	.\version0816\ErrRecWave.c	25;"	d	file:
Data_BackUp_Struct	.\ErrRecWave.c	/^}Data_BackUp_Struct;$/;"	t	typeref:struct:__anon1	file:
Data_BackUp_Struct	.\ErrRecWave1.c	/^}Data_BackUp_Struct;$/;"	t	typeref:struct:__anon2	file:
Data_BackUp_Struct	.\version0816\ErrRecWave.c	/^}Data_BackUp_Struct;$/;"	t	typeref:struct:__anon13	file:
Data_In	.\Fix_DSP.h	/^}Data_In;$/;"	t	typeref:struct:_DATA_AD2DSP
ErrRecWave_Initial	.\ErrRecWave.c	/^void ErrRecWave_Initial()$/;"	f
ErrRecWave_Initial	.\ErrRecWave1.c	/^void ErrRecWave_Initial()$/;"	f
ErrRecWave_Initial	.\version0816\ErrRecWave.c	/^void ErrRecWave_Initial()$/;"	f
Errwav_Write2Flash	.\ErrRecWave.c	/^void Errwav_Write2Flash(void)$/;"	f
Errwav_Write2Flash	.\ErrRecWave1.c	/^void Errwav_Write2Flash(void)$/;"	f
Errwav_Write2Flash	.\version0816\ErrRecWave.c	/^void Errwav_Write2Flash(void)$/;"	f
Errwav_Write2Flash_new	.\ErrRecWave1.c	/^void Errwav_Write2Flash_new(void)$/;"	f
Errwav_Write2Flash_new	.\version0816\ErrRecWave.c	/^void Errwav_Write2Flash_new(void)$/;"	f
Errwav_Write2Flash_old	.\ErrRecWave.c	/^void Errwav_Write2Flash_old(void)$/;"	f
Errwav_Write2Flash_old	.\ErrRecWave1.c	/^void Errwav_Write2Flash_old(void)$/;"	f
Errwav_Write2Flash_old	.\version0816\ErrRecWave.c	/^void Errwav_Write2Flash_old(void)$/;"	f
FALSE	.\MOTOType.h	36;"	d
FALSE	.\version0816\MOTOType.h	33;"	d
FALSE	.\顺序定值版本\MOTOType.h	33;"	d
FFT_SIZE	.\Fix_DSP.h	17;"	d
FFT_SIZE	.\version0816\Fix_DSP.h	17;"	d
FIX_DIV	.\Fix_DSP.h	47;"	d
FIX_DIV	.\version0816\Fix_DSP.h	47;"	d
FIX_MUL	.\Fix_DSP.h	46;"	d
FIX_MUL	.\version0816\Fix_DSP.h	46;"	d
FIX_POINT	.\Fix_DSP.h	15;"	d
FIX_POINT	.\version0816\Fix_DSP.h	15;"	d
GPIO_Init	.\MOTOType.c	/^void GPIO_Init()$/;"	f
Grounding	.\MOTOType.h	/^         Grounding,                 \/\/接地$/;"	m	struct:__anon10
Grounding	.\MOTOType.h	677;"	d
Grounding	.\version0816\MOTOType.h	/^         Grounding,                 \/\/接地$/;"	m	struct:__anon20
Grounding	.\version0816\MOTOType.h	617;"	d
Grounding	.\顺序定值版本\MOTOType.h	/^         Grounding,                 \/\/接地$/;"	m	struct:__anon27
Grounding	.\顺序定值版本\MOTOType.h	531;"	d
GroundingTn	.\Protect_Process.c	/^ TJDTimingNode VoltageLowTn,PhaseReversedTn, GroundingTn,PT_BrokenTn,Voltage_OverTn,Current_LowTn,StartTn, noAlarmT;$/;"	v
GroundingTn	.\version0816\Protect_Process.c	/^ TJDTimingNode VoltageLowTn,PhaseReversedTn, GroundingTn, PT_BrokenTn,Voltage_OverTn,Current_LowTn,StartTn;$/;"	v
HALF2BIT	.\Fix_DSP.h	20;"	d
HALF2BIT	.\version0816\Fix_DSP.h	20;"	d
HALF_SIZE	.\Fix_DSP.h	18;"	d
HALF_SIZE	.\version0816\Fix_DSP.h	18;"	d
HeatOver_Ratio	.\MOTOType.h	/^	       HeatOver_Ratio,           \/\/ 热容量$/;"	m	struct:__anon10
HeatOver_Ratio	.\MOTOType.h	729;"	d
I0	.\ErrRecWave.c	/^		I0,$/;"	m	struct:__anon1	file:
I0	.\ErrRecWave1.c	/^		I0,$/;"	m	struct:__anon2	file:
I0	.\Fix_DSP.h	/^			I0,$/;"	m	struct:_DATA_AD2DSP
I0	.\MOTOType.h	/^		I0,                            \/\/零序电流$/;"	m	struct:__anon8
I0	.\MOTOType.h	/^                 I0,                                    \/*同Ia*\/$/;"	m	struct:__anon6
I0	.\version0816\ErrRecWave.c	/^		I0,$/;"	m	struct:__anon13	file:
I0	.\version0816\Fix_DSP.h	/^           I0,$/;"	m	struct:_DATA_AD2DSP
I0	.\version0816\MOTOType.h	/^		I0,             \/\/零序电流$/;"	m	struct:__anon18
I0	.\version0816\MOTOType.h	/^                 I0,                                    \/*同Ia*\/$/;"	m	struct:__anon16
I0	.\顺序定值版本\MOTOType.h	/^		I0,             \/\/零序电流$/;"	m	struct:__anon25
I0	.\顺序定值版本\MOTOType.h	/^                 I0,                                    \/*同Ia*\/$/;"	m	struct:__anon23
I0_Imag	.\MOTOType.h	/^                 I0_Imag,$/;"	m	struct:__anon6
I0_Imag	.\version0816\MOTOType.h	/^                 I0_Imag,$/;"	m	struct:__anon16
I0_Imag	.\顺序定值版本\MOTOType.h	/^                 I0_Imag,$/;"	m	struct:__anon23
I0_Offset	.\Fix_DSP.h	/^	  I0_Offset,$/;"	e	enum:__anon3
I0_Offset	.\version0816\Fix_DSP.h	/^      I0_Offset,$/;"	e	enum:__anon14
I0_Real	.\MOTOType.h	/^                 I0_Real,$/;"	m	struct:__anon6
I0_Real	.\version0816\MOTOType.h	/^                 I0_Real,$/;"	m	struct:__anon16
I0_Real	.\顺序定值版本\MOTOType.h	/^                 I0_Real,$/;"	m	struct:__anon23
I0_Time	.\MOTOType.h	/^		I0_Time,                          \/\/零序时间定值$/;"	m	struct:__anon8
I0_Time	.\version0816\MOTOType.h	/^		I0_Time,         \/\/零序时间定值$/;"	m	struct:__anon18
I0_Time	.\顺序定值版本\MOTOType.h	/^		I0_Time,         \/\/零序时间定值$/;"	m	struct:__anon25
I1	.\MOTOType.h	/^                 I1,                               \/\/     \/*有效值，根据Real ^2+ Imag ^2计算 *\/$/;"	m	struct:__anon6
I1	.\version0816\MOTOType.h	/^                 I1,                               \/\/     \/*有效值，根据Real ^2+ Imag ^2计算 *\/$/;"	m	struct:__anon16
I1	.\顺序定值版本\MOTOType.h	/^                 I1,                               \/\/     \/*有效值，根据Real ^2+ Imag ^2计算 *\/$/;"	m	struct:__anon23
I1_Imag	.\MOTOType.h	/^                 I1_Imag;                               \/*fft的一次谐波,虚部为有效值在Y轴上投影，2者之商可求角度*\/$/;"	m	struct:__anon6
I1_Imag	.\version0816\MOTOType.h	/^                 I1_Imag;                               \/*fft的一次谐波,虚部为有效值在Y轴上投影，2者之商可求角度*\/$/;"	m	struct:__anon16
I1_Imag	.\顺序定值版本\MOTOType.h	/^                 I1_Imag;                               \/*fft的一次谐波,虚部为有效值在Y轴上投影，2者之商可求角度*\/$/;"	m	struct:__anon23
I1_Real	.\MOTOType.h	/^                 I1_Real,                               \/*fft的一次谐波,实部为有效值在X轴上投影，*\/$/;"	m	struct:__anon6
I1_Real	.\version0816\MOTOType.h	/^                 I1_Real,                               \/*fft的一次谐波,实部为有效值在X轴上投影，*\/$/;"	m	struct:__anon16
I1_Real	.\顺序定值版本\MOTOType.h	/^                 I1_Real,                               \/*fft的一次谐波,实部为有效值在X轴上投影，*\/$/;"	m	struct:__anon23
I2	.\MOTOType.h	/^                 I2,                                    \/*SQRT(Re^2+Im^2)*\/$/;"	m	struct:__anon6
I2	.\version0816\MOTOType.h	/^                 I2,                                    \/*SQRT(Re^2+Im^2)*\/$/;"	m	struct:__anon16
I2	.\顺序定值版本\MOTOType.h	/^                 I2,                                    \/*SQRT(Re^2+Im^2)*\/$/;"	m	struct:__anon23
I2_Imag	.\MOTOType.h	/^                 I2_Imag,$/;"	m	struct:__anon6
I2_Imag	.\version0816\MOTOType.h	/^                 I2_Imag,$/;"	m	struct:__anon16
I2_Imag	.\顺序定值版本\MOTOType.h	/^                 I2_Imag,$/;"	m	struct:__anon23
I2_Real	.\MOTOType.h	/^                 I2_Real,                               \/*(Ia+alpha^2*Ib+alpha*Ic)*\/$/;"	m	struct:__anon6
I2_Real	.\version0816\MOTOType.h	/^                 I2_Real,                               \/*(Ia+alpha^2*Ib+alpha*Ic)*\/$/;"	m	struct:__anon16
I2_Real	.\顺序定值版本\MOTOType.h	/^                 I2_Real,                               \/*(Ia+alpha^2*Ib+alpha*Ic)*\/$/;"	m	struct:__anon23
IA	.\ErrRecWave.c	/^		IA,$/;"	m	struct:__anon1	file:
IA	.\ErrRecWave1.c	/^		IA,$/;"	m	struct:__anon2	file:
IA	.\Fix_DSP.h	/^    float	IA, IB, IC,$/;"	m	struct:_DATA_AD2DSP
IA	.\MOTOType.h	/^                 IA,                                    \/*有效值，根据Real ^2+ Imag ^2计算 *\/$/;"	m	struct:__anon6
IA	.\version0816\ErrRecWave.c	/^		IA,$/;"	m	struct:__anon13	file:
IA	.\version0816\Fix_DSP.h	/^           IA, IB, IC,$/;"	m	struct:_DATA_AD2DSP
IA	.\version0816\MOTOType.h	/^                 IA,                                    \/*有效值，根据Real ^2+ Imag ^2计算 *\/$/;"	m	struct:__anon16
IA	.\顺序定值版本\MOTOType.h	/^                 IA,                                    \/*有效值，根据Real ^2+ Imag ^2计算 *\/$/;"	m	struct:__anon23
IA_Imag	.\MOTOType.h	/^                 IA_Imag,                               \/*fft的一次谐波,虚部为有效值在Y轴上投影，2者之商可求角度*\/$/;"	m	struct:__anon6
IA_Imag	.\version0816\MOTOType.h	/^                 IA_Imag,                               \/*fft的一次谐波,虚部为有效值在Y轴上投影，2者之商可求角度*\/$/;"	m	struct:__anon16
IA_Imag	.\顺序定值版本\MOTOType.h	/^                 IA_Imag,                               \/*fft的一次谐波,虚部为有效值在Y轴上投影，2者之商可求角度*\/$/;"	m	struct:__anon23
IA_Offset	.\Fix_DSP.h	/^enum {IA_Offset, IB_Offset, IC_Offset,$/;"	e	enum:__anon3
IA_Offset	.\version0816\Fix_DSP.h	/^      IA_Offset, IB_Offset, IC_Offset,$/;"	e	enum:__anon14
IA_Phase	.\MOTOType.h	/^                 IA_Phase,$/;"	m	struct:__anon6
IA_Phase	.\version0816\MOTOType.h	/^                 IA_Phase,$/;"	m	struct:__anon16
IA_Phase	.\顺序定值版本\MOTOType.h	/^                 IA_Phase,$/;"	m	struct:__anon23
IA_Real	.\MOTOType.h	/^                 IA_Real,                               \/*fft的一次谐波,实部为有效值在X轴上投影，*\/$/;"	m	struct:__anon6
IA_Real	.\version0816\MOTOType.h	/^                 IA_Real,                               \/*fft的一次谐波,实部为有效值在X轴上投影，*\/$/;"	m	struct:__anon16
IA_Real	.\顺序定值版本\MOTOType.h	/^                 IA_Real,                               \/*fft的一次谐波,实部为有效值在X轴上投影，*\/$/;"	m	struct:__anon23
IB	.\ErrRecWave.c	/^		IB,$/;"	m	struct:__anon1	file:
IB	.\ErrRecWave1.c	/^		IB,$/;"	m	struct:__anon2	file:
IB	.\Fix_DSP.h	/^    float	IA, IB, IC,$/;"	m	struct:_DATA_AD2DSP
1234

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