P16

　　/*ADCC Setup API Functions*/

　　69. result = adi_adcc_OpenDevice(ADCC_DEVICE_NUM, ADCCMemory, &hADCC);

　　70. result = adi_adcc_OpenTimer(hADCC, ADI_ADCC_TIMER0, ADCCTmr0Memory, &hADCCTimer0);

　　71. result = adi_adcc_OpenTimer(hADCC, ADI_ADCC_TIMER1, ADCCTmr1Memory, &hADCCTimer1); /* ADCC Device handle, Timer to open, Timer memory, Pointer to the timer handle */

　　72. result = adi_adcc_RegisterTmrCallback (hADCCTimer0, AdccTmr0Callback, hADCCTimer0);

　　73. result = adi_adcc_RegisterTmrCallback (hADCCTimer1, AdccTmr1Callback, hADCCTimer1);/*Register callback functions*/

　　74. result = adi_adcc_EnableDMAMode(hADCC,true);

　　75. result = adi_adcc_ConfigADCCClock(hADCC, ADI_ADCC_ADCIF0, false,1u, 8u);

　　76. result = adi_adcc_ConfigADCCClock(hADCC, ADI_ADCC_ADCIF1, false,1u, 8u ); /*For each ADC interface: ADCC handle, ADC Interface number, falling edge, ACLK Clock divide, NCK*/

　　77. result = adi_adcc_ConfigChipSelect(hADCC, ADI_ADCC_ADCIF0, false, 1u, 0u, 9);

　　78. result = adi_adcc_ConfigChipSelect(hADCC, ADI_ADCC_ADCIF1, false, 1u, 0u, 9);/*For each interface: ADCC handle, ADC interface, active low, TCSCK, TCKCS, TCSCS*/

　　79. result = adi_adcc_ConfigTimer(hADCCTimer0, ADI_ADCC_TRIG0, true, false);

　　80. result = adi_adcc_ConfigTimer(hADCCTimer1, ADI_ADCC_TRIG0, true, false); /*For each timer: Timer handle, Timer trigger source, falling edge trigger, No trigger output */

　　81. result = adi_adcc_ConfigEvent(hADCC, &EventCFG[0], NO_OF_EVENTS); /*ADCC handle, Pointer to the event configuration table, Number of events in the table */

　　82. result = adi_adcc_SetEventMask(hADCC, EVENT_MASK); /* Handle to the device, Enable all events */

　　83. adi_adcc_EnableDualBitDataIF(hADCC, true); /*Dual bit interface allows highest throughput*/

　　84. memset((void *)SampleBuffer0, 0, NUM_SAMPLES0 * sizeof(short));

　　85. memset((void *) SampleBuffer1, 0, NUM_SAMPLES1 * sizeof(short));

　　86. result = adi_adcc_SubmitBuffer(hADCCTimer0, SampleBuffer0, FRAME_INC0, FRAMES_IN_BUFFER);

　　87. result = adi_adcc_SubmitBuffer(hADCCTimer1, SampleBuffer1, FRAME_INC1, FRAMES_IN_BUFFER);

　　/*For each timer: timer handle, Pointer to the buffer, Frame increment, Number of frames that fits into the given buffer */

　　88. result = adi_adcc_EnableTimer(hADCCTimer0, true);

　　89. result = adi_adcc_EnableTimer(hADCCTimer1, true);

　　90. result = adi_adcc_EnableDevice(hADCC, true);

　　/*Enable everything*/

　　91. }

　　/*******Function to Configure TRU****************/

　　92. void SetupTRU(void){

　　93. ADI_TRU_RESULT result;

　　94. result = adi_tru_Open (TRU_DEV_NUM, &TruDevMemory[0], ADI_TRU_REQ_MEMORY, &hTru); /* Setup TRU for ADCC. Slave is ADCC0 trig 1 and master is PWM0 SYNC pulse*/

　　95. result = adi_tru_TriggerRoute (hTru, TRGS_ADCC0_TRIG0, TRGM_PWM0_SYNC); /*TRU device, slave, master*/

　　96. result = adi_tru_Enable (hTru, true); /*Enable TRU*/

　　97. }

　　/***********ADCC Timer Callbacks*****************/

　　98. static void AdccTmr0Callback(void *pCBParam, uint32_t Event, void *pArg){

　　99. switch(Event){

　　100. case ADI_ADCC_EVENT_FRAME_PROCESSED:

　　101. Es_adc= SampleBuffer0[ES_ADC];

　　102. Ec_adc = SampleBuffer0[EC_ADC];

　　103. Vdc_adc = SampleBuffer0[VDC_ADC];

　　104. Ths_adc = SampleBuffer0[THS_ADC];