//The conditions to calculate data
private CL.tagDataCond tagDataCondition()
{
CL.tagDataCond cond_d = default(CL.tagDataCond);
cond_d.lower_enable = 1;
cond_d.lower_item = 1;
cond_d.lower_threshold = 3;
cond_d.resolution = 0;
return(cond_d);
}
private Boolean getAllData()
{
int ret = 0;
// Get image data
log("Start getting image data . . . ", 1);
CL.tagDataCond cond_d = tagDataCondition();
CL.tagGetDataParam paramArea = tagGetParam();
hash.Clear();
ranges.Clear();
for (int j = CL.VALTYPE_X; j <= CL.VALTYPE_PURITY; j++)
{
if (j == CL.VALTYPE_TCP_JIS || j == CL.VALTYPE_DUV_JIS)
{
continue;
}
float[] pData = new float[CL.MAXDATAROW * CL.MAXDATACOL];
//Set the conditions to calculate data
cond_d.valueType = (short)j;
ret = CL.CA2DSDK_SetDataCondition(ref cond_d);
if ((ret < 0))
{
log("Set data condition for " + j.ToString(), ret);
return(false);
}
//Get the data for the specified area
ret = CL.CA2DSDK_GetAreaData(ref paramArea, pData);
if ((ret < 0))
{
log("Get area data for " + j.ToString(), ret);
return(false);
}
// Remove and flag over and under error pixels
for (int z = 0; z < CL.MAXDATACOL * CL.MAXDATAROW; z++)
{
pData[z] = pixelUO(pData[z], j);
}
hash.Add(j, pData);
}
log("Get image data completed", 1);
return(true);
}