File content as of revision 0:8ad47e2b6f00:

#include "Global.h"

#include "stdint.h"

//******************************I2C*************************************************
#define I2C0

#define I2C_IDLE              1
#define I2C_BUSY              0

#define I2CONSET_I2EN       0x0000040  /* I2C Control Set Register */
#define I2CONSET_AA         0x0000004
#define I2CONSET_SI         0x0000008
#define I2CONSET_STO        0x0000010
#define I2CONSET_STA        0x0000020

#define I2CONCLR_AAC        0x0000004  /* I2C Control clear Register */
#define I2CONCLR_SIC        0x0000008
#define I2CONCLR_STAC       0x0000020
#define I2CONCLR_I2ENC      0x0000040

#define I2SCLH_SCLH			0x00000080  /* I2C SCL Duty Cycle High Reg */
#define I2SCLL_SCLL			0x00000080  /* I2C SCL Duty Cycle Low Reg */

#define I2C_WRITELENGTH		0x00000006	/*Buffer length*/
#define A_ADDRESS			0x0000005E	/*address of slave potentiometer (table 6-2 of pot's manual)*/
#define B_ADDRESS			0x0000005C	/*address of slave potentiometer (table 6-2 of pot's manual)*/
#define WRITE_CMD			0x00000000	/*address of wiper0 register in memory map*/

//********************************SPI************************************************
#define HALFWORDS_FOR_ADCs		3

#define WRITE_DAC0			0x00000030	//write data to DAC 0
#define WRITE_DAC1			0x00000031	//write data to DAC 1

#define	DAC					(1<<23)		//DAC identifer
#define ADC					(1<<16)		//ADC identifer

#define SetCS(a)			LPC_GPIO0->FIOSET = a	//set CS signal for ADC or DAC
#define ResetCS(a)			LPC_GPIO0->FIOCLR = a	//reset CS signal for ADC or DAC
#define SetDAC(a)			LPC_GPIO0->FIOSET = a	//set CS signal for ADC or DAC
#define ResetDAC(a)			LPC_GPIO0->FIOCLR = a	//reset CS signal for ADC or DAC



#define SSPCR1_SSE		 0x00000002

#define TX_SSP_EMPT		 0x00000001
#define RX_SSP_notEMPT	 0x00000004
#define TX_SSP_notFULL	 0x00000002
#define RX_SSP_FULL		 0x00000008
#define SSP_BUSY		 0x00000010

#define ADC_ERR_MSK		 0x00000001
#define DAC_ERR_MSK		 0x00000002

#define TIMEOUT		1000

typedef union {
    int ArrayOut[31];
    struct {
        int	WP_reg;        	//e. PLC output voltage
        int WP_sin;				  //r. ������ ������ ��� - ����� 250 ��
        int	WP_pll;         //r. ����� XOR �� ������� ���
        int HF_reg;			  	//e. HFO output voltage

        int HF_dif;

        int WP_Phase_Det_Array[8]; //e. arrays for "worms" output //r. ������� ��� ������ "���������"
        int WP_sin_Array[8];
        int	WP_scope1, WP_scope2; 	//e. temporary variables for Rate3 monitoring //r. ��������� ���������� ��� ���������� � Rate3

        uint32_t F_ras;          //e. really output frequency, divided by 16  (for transmission)
        uint32_t L_Vibro;		//e. period of oscillation of the dither drive //r. ������ ��������� ������������
        uint32_t T_Vibro;		//e. pulse width of the dither drive //r. ������������ �������� ������������
        uint32_t T_VB_pll;       //e. PD output of the frequency regulator of the dither drive  //r. ����� �� ���������� ������� ������������

        int PS_dif;
        int BINS_dif;
        int Cnt_Dif;
        int Cnt_Pls;
        int Cnt_Mns;
        int Tmp_Out[6];

        __int64 SF_dif;

    } Str;
} OUTPUT;


typedef union {
    int ArrayIn[3];
    struct {
        int Tmp_in[2];
        int HF_out;
        int WP_sel;
    } StrIn;
} INPUT;



extern INPUT Input;
extern OUTPUT Output;

void DAC_ADC_Exchange_Init(void);
void DAC_ADC_Exchange(void);
void ADC_Input(void);

void clc_HFO(void);

int  clc_WP_sin(void);
void clc_PLC(void);
void init_PLC(void);

void clc_Pulses(void);
void SOI_Init(void);

void VibroDither_SwitchOn(void);
void VibroDither_SwitchOff(void);
void VibroDither_Set(void);
void DACInit(void);
void DAC_Output(int);
void  clc_ThermoSensors(void);

void Out_G_photo(unsigned, unsigned);
void G_Photo_Init( void );
void G_Photo_Exchange(void);

//endof file