/*
 * CIN source file 

 /nologo /Zp1 /MD /W3 /GX /D "FFTW_ENABLE_FLOAT" /D "WIN32" /D "_WINDOWS" /D "_MBCS" /D "_USRDLL" /D "NULLLABVIEW_EXPORTS" 
 /YX /FD /c 
 
 kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib
 uuid.lib odbc32.lib odbccp32.lib
 /nologo /dll /machine:I386 /nodefaultlib:"libcmt" 
 /def:"..\..\..\Program Files\National Instruments\LabVIEW 6.1\cintools\lvsbmain.def" 
 */

#include <math.h>
#include <windows.h>

#include "GenMon.h"
#include "Globals.h"
#include "app.h"




unsigned int	g_Status;


CIN MgErr CINLoad( RsrcFile reserved )
{
	APP_load();

	return noErr;
}

CIN MgErr CINRun(							// INPUTS...
					 TONELIST	*pCH1		// Channel 1 tones
					,TONELIST	*pCH2		// Channel 2 tones
					,TONELIST	*pCH3		// Channel 3 tones
					,TONELIST	*pCH4		// Channel 4 tones
					,TONELIST	*pCH5		// Channel 5 tones
					,TONELIST	*pCH6		// Channel 6 tones
					,TONELIST	*pCH7		// Channel 7 tones
					,TONELIST	*pCH8		// Channel 8 tones
											// OUTPUTS...  REMEMBER this code must size the outputs, LabView can't
					,hRTWAVE	waveCH1		// Real time waveform on channel 1
					,hRTWAVE	waveCH2		// Real time waveform on channel 2
					,hRTWAVE	waveCH3		// Real time waveform on channel 3
					,hRTWAVE	waveCH4		// Real time waveform on channel 4
					,hRTWAVE	waveCH5		// Real time waveform on channel 5
					,hRTWAVE	waveCH6		// Real time waveform on channel 6
					,hRTWAVE	waveCH7		// Real time waveform on channel 7
					,hRTWAVE	waveCH8		// Real time waveform on channel 8
)
{
	#ifdef _DEBUG
	DebugBreak();
	#endif

//	Must size the output arrays.
	NumericArrayResize(	fS	,1	,(UHandle*) &waveCH1	,(int32)FFT_SZ	);
	(*waveCH1)-> NumPts  = FFT_SZ;
	NumericArrayResize(	fS	,1	,(UHandle*) &waveCH2	,(int32)FFT_SZ	);
	(*waveCH2)-> NumPts  = FFT_SZ;
	NumericArrayResize(	fS	,1	,(UHandle*) &waveCH3	,(int32)FFT_SZ	);
	(*waveCH3)-> NumPts  = FFT_SZ;
	NumericArrayResize(	fS	,1	,(UHandle*) &waveCH4	,(int32)FFT_SZ	);
	(*waveCH4)-> NumPts  = FFT_SZ;
	NumericArrayResize(	fS	,1	,(UHandle*) &waveCH5	,(int32)FFT_SZ	);
	(*waveCH5)-> NumPts  = FFT_SZ;
	NumericArrayResize(	fS	,1	,(UHandle*) &waveCH6	,(int32)FFT_SZ	);
	(*waveCH6)-> NumPts  = FFT_SZ;
	NumericArrayResize(	fS	,1	,(UHandle*) &waveCH7	,(int32)FFT_SZ	);
	(*waveCH7)-> NumPts  = FFT_SZ;
	NumericArrayResize(	fS	,1	,(UHandle*) &waveCH8	,(int32)FFT_SZ	);
	(*waveCH8)-> NumPts  = FFT_SZ;


//	Transmit the waveforms
	APP_TXonly	( pCH1 ,pCH2 ,pCH3 ,pCH4 ,pCH5 ,pCH6 ,pCH7 ,pCH8 );


//	Measure the channels
	APP_Measure( *waveCH1 ,*waveCH2 ,*waveCH3 ,*waveCH4 ,*waveCH5 ,*waveCH6 ,*waveCH7 ,*waveCH8 );



	return noErr;
}


CIN MgErr CINUnLoad()
{
	APP_close();

	return noErr;
}