#include <SpdHalfStave.h>
Public Member Functions | |
| SpdHalfStave (unsigned chNumb, VMEAccess *VME) | |
| constructor of the class | |
| ~SpdHalfStave (void) | |
| void | setChipSelected (UInt32 value) |
| sets te internal ChipSelected | |
| UInt32 | getChipSelected () |
| gets the internal chip selected | |
| double | getTempBus () |
| method to read the bus temperature | |
| double | getTempMCM () |
| method to read the MCM temperature | |
| UInt8 | getChActStatus () |
| getter for the activation status of this channel | |
| void | setChActStatus (UInt8 actStatus) |
| setter for the activation status of this channel | |
| unsigned | getChannelNumber () |
| UInt32 | LoadHSPixelAllDAC (UInt8 *DACVect=NULL) |
| Sets all pixel dacs (10*44) in the hardware, if it is NULL will set the default values. | |
| UInt32 | LoadHSPixelDAC (UInt32 ChipSel, UInt8 DACn, UInt8 DACValue) |
| Sets only one dac in the hardware. | |
| UInt32 | LoadHSPixelDAC (UInt32 ChipSel, UInt8 DACn, UInt8 *DACValue, bool all=false) |
| UInt32 | ReadHSPixelDAC (UInt8 DACn, UInt32 *DACOutVect) |
| Reads the pixel dacs for one channel. | |
| UInt32 | LoadHSPixelMatrix (UInt32 ChipSel, UInt32 *matrix, bool RptFirstMatrix, bool Tp) |
| Sets the pixel matrix in one pixel chip. | |
| UInt32 | LoadHSPixelMatrixDefault (bool Tp=false) |
| will load the matrix stored in the defaul settings class | |
| UInt32 | setAnalogPilotDAC (unsigned dacNumber, UInt8 dacValue) |
| UInt32 | LoadHSApiDAC (UInt8 *DACVect=NULL) |
| UInt32 | ReadHSApiDAC (UInt8 *DACVect) |
| reads the analop pilot settings from the hardware | |
| UInt32 | ReadHSApiADC (UInt32 *ADCVect) |
| reads the API adcs | |
| UInt32 | LoadHSDpiConfReg (UInt32 *DPIVect=NULL) |
| sets the digital pilot settings, if the input array is NUUL it will set the default values | |
| UInt32 | ReadHSDpiConfReg (UInt32 *DpiVector) |
| reads the digital pilot settings | |
| UInt32 | LoadHSDpiInternalReg (UInt32 *RegOutVect, UInt32 *DPIVect=NULL) |
| sets the digital pilot internal settings | |
| UInt32 | LoadHSApiDACCompare (UInt8 *DACVect=NULL) |
| writes the analog pilot values, reads back and comprares | |
| UInt32 | LoadHSDpiConfRegCompare (UInt32 *DPIVect=NULL) |
| writes the digital pilot settings, reads back and compares | |
| void | refreshTemperatures () |
| function to refresh the temperatures of one hs | |
| void | writeDiffToDB (int id, int db_ver) |
| void | getDiffCount (unsigned &mcmDiff, unsigned &dacDiff, unsigned &noisyDiff) |
| UInt32 | jtagReset () |
| int | configureDefault (bool jtagReset=true, bool digitalPilot=true, bool analogPilot=true, bool pixdacs=true) |
| void | resetJtagController () |
Private Member Functions | |
| void | writeDiffValueToDB (int id, int spd_ver, unsigned chip, std::string config_type, std::string data_default, std::string data_actual) |
| writes one difference value into the database | |
Private Attributes | |
| bool | isConfigured |
| member varaiable that keeps track if the detector is configured or not | |
| spdLogger * | logger |
| unsigned | chNumber |
| Member to store the channel number. | |
| double | tempBus |
| data member connected to the DIM service for the BUS temperature | |
| double | tempMcm |
| data member connected to the DIM service for the MCM temperature | |
| DimService * | serviceTempBus |
| DIM service for the BUS temperature. | |
| DimService * | serviceTempMcm |
| DIM service for the MCM temperature. | |
| VMEAccess * | VME |
| VME access for the configuration,. | |
| UInt32 | chipSelect |
| data member for the chip selected might be useful for compatibility with the old code | |
| UInt8 | activationStatus |
| internal method to keep track of the activation status for this channel; | |
class to manage a halstave this class will try to implement a better aproach: it will not just have data members for the configuration but also access the vme bus to configure the halfstave
| SpdHalfStave::SpdHalfStave | ( | unsigned | chNumb, | |
| VMEAccess * | VME | |||
| ) |
constructor of the class
| SpdHalfStave::~SpdHalfStave | ( | void | ) |
| void SpdHalfStave::writeDiffValueToDB | ( | int | id, | |
| int | spd_ver, | |||
| unsigned | chip, | |||
| std::string | config_type, | |||
| std::string | data_default, | |||
| std::string | data_actual | |||
| ) | [private] |
writes one difference value into the database
| void SpdHalfStave::setChipSelected | ( | UInt32 | value | ) | [inline] |
sets te internal ChipSelected
| UInt32 SpdHalfStave::getChipSelected | ( | ) | [inline] |
gets the internal chip selected
| double SpdHalfStave::getTempBus | ( | ) | [inline] |
method to read the bus temperature
| double SpdHalfStave::getTempMCM | ( | ) | [inline] |
method to read the MCM temperature
| UInt8 SpdHalfStave::getChActStatus | ( | ) | [inline] |
getter for the activation status of this channel
| void SpdHalfStave::setChActStatus | ( | UInt8 | actStatus | ) | [inline] |
setter for the activation status of this channel
| unsigned SpdHalfStave::getChannelNumber | ( | ) | [inline] |
Sets all pixel dacs (10*44) in the hardware, if it is NULL will set the default values.
| dac | vector 440 bytes |
Sets only one dac in the hardware.
It will return the decoded read dac value from the jtag command in the DACOutVect if this is different from NULL
| chip | selected: 10 bit defining which chips to change, dac number: identifying the dac, DACValue: the DACValues to set, DACOutVect: the array containing the read values this needs to be a 10 UInt8 array |
| UInt32 SpdHalfStave::LoadHSPixelDAC | ( | UInt32 | ChipSel, | |
| UInt8 | DACn, | |||
| UInt8 * | DACValue, | |||
| bool | all = false | |||
| ) |
Reads the pixel dacs for one channel.
returns in DACOutVect the pixel 10 dacs values for one dac number
| DACn | - dac number to read (0..43) | |
| DACOutVect,array | were the 10 dac values will be written |
| UInt32 SpdHalfStave::LoadHSPixelMatrix | ( | UInt32 | ChipSel, | |
| UInt32 * | matrix, | |||
| bool | RptFirstMatrix, | |||
| bool | Tp | |||
| ) |
Sets the pixel matrix in one pixel chip.
| chip | selected: 10 bit defining which chips to change, dac number: integer identifying the dac, matrix: the matrix to be set 256*32 bits (jtag format) RptFirstMatrix: boolean telling if we want to repeat the first matrix to all chips |
| UInt32 SpdHalfStave::LoadHSPixelMatrixDefault | ( | bool | Tp = false |
) |
will load the matrix stored in the defaul settings class
sets the analog pilot setting to the hardware
| analog | pilot dac vector, if null it will set the values from the default class 0: Dac Ref High 1: Dac ref mid 2: Gtl Ref A 3: gtl ref D 4: test high 5: test low |
reads the analop pilot settings from the hardware
sets the digital pilot settings, if the input array is NUUL it will set the default values
sets the digital pilot internal settings
writes the analog pilot values, reads back and comprares
writes the digital pilot settings, reads back and compares
| void SpdHalfStave::refreshTemperatures | ( | ) |
function to refresh the temperatures of one hs
| void SpdHalfStave::writeDiffToDB | ( | int | id, | |
| int | db_ver | |||
| ) |
function to write the differences to the database temporary table will loop through all internal containers comparing the defaul and actual values and writing them in the database
| id | : id of these differences | |
| spd_ver | : global version database the default data belongs to |
| void SpdHalfStave::getDiffCount | ( | unsigned & | mcmDiff, | |
| unsigned & | dacDiff, | |||
| unsigned & | noisyDiff | |||
| ) |
function to get the number of differences between default and actual containers will loop through all internal containers comparing the defaul and actual values and counting the number of differente settings in mcm values, dac values and noisy pixel values
| mcmDiff,: | argument by reference it will be incremented inside the funcion to contain the number of mcm differences | |
| dacDiff,: | argument by reference it will be incremented inside the funcion to contain the number of pixel dac differences | |
| noisyDiff,: | argument by reference it will be incremented inside the funcion to contain the number of noisy pixels differences |
| UInt32 SpdHalfStave::jtagReset | ( | ) |
Performs a jtag reset in the halfstave
| int SpdHalfStave::configureDefault | ( | bool | jtagReset = true, |
|
| bool | digitalPilot = true, |
|||
| bool | analogPilot = true, |
|||
| bool | pixdacs = true | |||
| ) |
| void SpdHalfStave::resetJtagController | ( | ) |
Resets the JTAG controller of one channel
bool SpdHalfStave::isConfigured [private] |
member varaiable that keeps track if the detector is configured or not
this variable is set to true in the method configureDefault
spdLogger* SpdHalfStave::logger [private] |
unsigned SpdHalfStave::chNumber [private] |
Member to store the channel number.
double SpdHalfStave::tempBus [private] |
data member connected to the DIM service for the BUS temperature
this one is updated automatically when the method read temperatre is called
double SpdHalfStave::tempMcm [private] |
data member connected to the DIM service for the MCM temperature
this one is updated automatically when the method read temperatre is called
DimService* SpdHalfStave::serviceTempBus [private] |
DIM service for the BUS temperature.
DimService* SpdHalfStave::serviceTempMcm [private] |
DIM service for the MCM temperature.
VMEAccess* SpdHalfStave::VME [private] |
VME access for the configuration,.
UInt32 SpdHalfStave::chipSelect [private] |
data member for the chip selected might be useful for compatibility with the old code
UInt8 SpdHalfStave::activationStatus [private] |
internal method to keep track of the activation status for this channel;
for this moment iths is not used, it implemented all over the code by an uggly class called ChToAddrDecoder
1.5.4