void NetShrVarInterface::updateParamCNVImpl(int param_index, CNVData data, CNVDataType type, unsigned int nDims, bool do_asyn_param_callbacks)
{
if (nDims == 0)
{
typename CNV2C<cnvType>::ctype val;
int status = CNVGetScalarDataValue (data, type, &val);
ERROR_CHECK("CNVGetScalarDataValue", status);
updateParamValue(param_index, val, do_asyn_param_callbacks);
CNV2C<cnvType>::free(val);
}
else
{
typename CNV2C<cnvType>::ctype* val;
size_t dimensions[10];
int status = CNVGetArrayDataDimensions(data, nDims, dimensions);
ERROR_CHECK("CNVGetArrayDataDimensions", status);
size_t nElements = 1;
for(unsigned i=0; i<nDims; ++i)
{
nElements *= dimensions[i];
}
val = new typename CNV2C<cnvType>::ctype[nElements];
status = CNVGetArrayDataValue(data, type, val, nElements);
ERROR_CHECK("CNVGetArrayDataValue", status);
updateParamArrayValue(param_index, val, nElements);
delete[] val;
}
}
void get_intensity(void)
{
static CNVReader reader;
CNVCreateReader ("\\\\dell780lab-4\\ERG\\Pulse_intensity", NULL, NULL, 10000, 0, &reader);
CNVRead (reader, 10000, &data);
CNVGetArrayDataValue (data, CNVDouble, &tobelog, 3);
printf("%f\t%f\t%f\t%d\n",tobelog[0],tobelog[1],tobelog[2],i-1);
fprintf ( IO_intensity, "%f\t%f\t%f\t%d\n", tobelog[0],tobelog[1],tobelog[2],i-1); //i-1 bc the values are taken before the trigg for oscillo acquisition
}
