1 |
/** @file |
/** @file |
2 |
* $Source: /home/cvsmanager/yoda/techmodel/Calib1_Ac1Reader.cpp,v $ |
* $Source: /afs/ba.infn.it/user/pamela/src/CVS/yoda/techmodel/Calib1_Ac1Reader.cpp,v $ |
3 |
* $Id: Calib1_Ac1Reader.cpp,v 2.2 2004/12/20 14:15:13 kusanagi Exp $ |
* $Id: Calib1_Ac1Reader.cpp,v 6.2 2006/05/30 19:10:02 kusanagi Exp $ |
4 |
* $Author: kusanagi $ |
* $Author: kusanagi $ |
5 |
* |
* |
6 |
* Implementation of the Calib1_Ac1Reader class. |
* Implementation of the Calib1_Ac1Reader class. |
36 |
* Get a string with the version info of the algorithm. |
* Get a string with the version info of the algorithm. |
37 |
*/ |
*/ |
38 |
std::string Calib1_Ac1Reader::GetVersionInfo(void) const { |
std::string Calib1_Ac1Reader::GetVersionInfo(void) const { |
39 |
return "$Header: /home/cvsmanager/yoda/techmodel/Calib1_Ac1Reader.cpp,v 2.2 2004/12/20 14:15:13 kusanagi Exp $\n"; |
return "$Header: /afs/ba.infn.it/user/pamela/src/CVS/yoda/techmodel/Calib1_Ac1Reader.cpp,v 6.2 2006/05/30 19:10:02 kusanagi Exp $\n"; |
40 |
} |
} |
41 |
|
|
42 |
/** |
/** |
53 |
* Unpack the Calib1_Ac1Reader event from an input file. |
* Unpack the Calib1_Ac1Reader event from an input file. |
54 |
*/ |
*/ |
55 |
void Calib1_Ac1Reader::RunEvent(int EventNumber, long int dataLength) throw (Exception){ |
void Calib1_Ac1Reader::RunEvent(int EventNumber, long int dataLength) throw (Exception){ |
|
/* |
|
56 |
char *subData = new char[dataLength]; |
char *subData = new char[dataLength]; |
57 |
struct calibstruct *output = {0}; |
memset(subData, 0, dataLength*sizeof(char)); |
58 |
|
struct calibstruct output = {0}; |
59 |
|
|
60 |
InputFile->read(subData, sizeof(unsigned char)*dataLength); |
InputFile->read(subData, sizeof(unsigned char)*dataLength); |
61 |
|
|
62 |
for (int i = 0; i < dataLength; i++){ |
calib1_Ac1->ERROR = ACcalib(dataLength, (unsigned char*)subData, &output); |
63 |
printf("input1 %i %x \n", i, (unsigned char)subData[i]); |
memcpy(calib1_Ac1->header, output.header, sizeof(output.header)); |
64 |
} |
memcpy(calib1_Ac1->status, output.status, sizeof(output.status)); |
65 |
|
memcpy(calib1_Ac1->temp, output.temp, sizeof(output.temp)); |
66 |
calib1_Ac1->ERROR = ACcalib(dataLength, (unsigned char*)subData, output); |
memcpy(calib1_Ac1->DAC1, output.DAC1, sizeof(output.DAC1)); |
67 |
memcpy(calib1_Ac1->header, output->header, sizeof(output->header)); |
memcpy(calib1_Ac1->DAC2, output.DAC2, sizeof(output.DAC2)); |
68 |
memcpy(calib1_Ac1->status, output->status, sizeof(output->status)); |
memcpy(calib1_Ac1->regist, output.regist, sizeof(output.regist)); |
69 |
memcpy(calib1_Ac1->temp, output->temp, sizeof(output->temp)); |
memcpy(calib1_Ac1->time, output.time, sizeof(output.time)); |
70 |
memcpy(calib1_Ac1->DAC1, output->DAC1, sizeof(output->DAC1)); |
calib1_Ac1->n_tr = output.n_tr; |
71 |
memcpy(calib1_Ac1->DAC2, output->DAC2, sizeof(output->DAC2)); |
memcpy(calib1_Ac1->hitmap_tr, output.hitmap_tr, sizeof(output.hitmap_tr)); |
72 |
memcpy(calib1_Ac1->regist, output->regist, sizeof(output->regist)); |
memcpy(calib1_Ac1->curve1, output.curve1, sizeof(output.curve1)); |
73 |
memcpy(calib1_Ac1->time, output->time, sizeof(output->time)); |
memcpy(calib1_Ac1->curve2, output.curve2, sizeof(output.curve2)); |
74 |
calib1_Ac1->n_tr = output->n_tr; |
calib1_Ac1->iCRC = output.iCRC; |
75 |
memcpy(calib1_Ac1->hitmap_tr, output->hitmap_tr, sizeof(output->hitmap_tr)); |
calib1_Ac1->tail = output.tail; |
76 |
memcpy(calib1_Ac1->curve1, output->curve1, sizeof(output->curve1)); |
calib1_Ac1->CRC = output.CRC; |
77 |
memcpy(calib1_Ac1->curve2, output->curve2, sizeof(output->curve2)); |
calib1_Ac1->CRCcheck = output.CRCcheck; |
78 |
calib1_Ac1->iCRC = output->iCRC; |
|
|
calib1_Ac1->tail = output->tail; |
|
|
calib1_Ac1->CRC = output->CRC; |
|
|
*/ |
|
|
//delete [] subData; |
|
79 |
} |
} |
80 |
|
|