/*******************************************************************************
* Function Name: WaveDAC8_1_StartEx
********************************************************************************
*
* Summary:
* The StartEx function sets pointers and sizes for both waveforms
* and then starts the component.
*
* Parameters:
* uint8 * wavePtr1: Pointer to the waveform 1 array.
* uint16 sampleSize1: The amount of samples in the waveform 1.
* uint8 * wavePtr2: Pointer to the waveform 2 array.
* uint16 sampleSize2: The amount of samples in the waveform 2.
*
* Return:
* None
*
* Reentrant:
* No
*
*******************************************************************************/
void WaveDAC8_1_StartEx(const uint8 * wavePtr1, uint16 sampleSize1, const uint8 * wavePtr2, uint16 sampleSize2)
{
WaveDAC8_1_Wave1Setup(wavePtr1, sampleSize1);
WaveDAC8_1_Wave2Setup(wavePtr2, sampleSize2);
WaveDAC8_1_Start();
}
int main()
{
CyGlobalIntEnable; /* Enable global interrupts. */
/* Place your initialization/startup code here (e.g. MyInst_Start()) */
WaveDAC8_1_Start();
for(;;)
{
/* Place your application code here. */
if (Button_Pin_Read() == 0)
{
Control_Reg_1_Write(0);
}
else
{
Control_Reg_1_Write(1);
}
}
}
int main()
{
Counter_1_Start();
Counter_2_Start();
QuadDec1_Start();
QuadDec2_Start();
QuadDec3_Start();
LCD_Char1_Start();
LCD_Char1_DisplayOn();
LCD_Char1_Enable();
LCD_Char1_PrintString("B.E.A.R. Con. v2.0");
CyDelay(2000);
PWM_Start();
WaveDAC8_1_Start();
WaveDAC8_2_Start();
//double baseFreq=500;
setFrequency0(500.0+offsetFreq); QuadDec1_SetCounter(500.0*10);
setFrequency1(500.0+offsetFreq); QuadDec2_SetCounter(500.0*10);
//setFrequency3(1.0);
int16 quadCount1=0;
int16 oldQCount1=0;
int16 quadCount2=0;
int16 oldQCount2=0;
int16 quadCount3=0;
int16 oldQCount3=0;
QuadDec3_SetCounter(43);
updateDisplay();
for (;;)
{
quadCount1=QuadDec1_GetCounter();
if (quadCount1!=oldQCount1)
{
if (CoarsePIN_Read()==0) //rapid tune pressed
{
int theDifference=quadCount1-oldQCount1;
if (theDifference<0) quadCount1=quadCount1-10;
else quadCount1=quadCount1+10;
QuadDec1_SetCounter(quadCount1);
}
double newFreq=(((double)(quadCount1))/10);
setFrequency0(newFreq+offsetFreq);
oldQCount1=quadCount1;
leftFreq=newFreq;
updateDisplay();
updateLED();
}
quadCount2=QuadDec2_GetCounter();
if (quadCount2!=oldQCount2)
{
if (CoarsePIN_Read()==0) //rapid tune pressed
{
int theDifference=quadCount2-oldQCount2;
if (theDifference<0) quadCount2=quadCount2-10;
else quadCount2=quadCount2+10;
QuadDec2_SetCounter(quadCount2);
}
double newFreq=(((double)(quadCount2))/10);
setFrequency1(newFreq+offsetFreq);
oldQCount2=quadCount2;
rightFreq=newFreq;
updateDisplay();
updateLED();
}
quadCount3=QuadDec3_GetCounter();
if (quadCount3!=oldQCount3)
{
double newFreq=(((double)(quadCount3))/10);
offsetFreq=newFreq;
oldQCount3=quadCount3;
newFreq= (((double)(oldQCount1))/10);
setFrequency0(newFreq+offsetFreq);
newFreq= (((double)(oldQCount2))/10);
setFrequency1(newFreq+offsetFreq);
updateDisplay();
updateLED();
}
}
}
