                                                               -*-*- END -*-*-
 *** Version <cvs>

   - The Report for the trigger section in the CC run summary has been
     updated, and now the IPRs (Individual Pixel Rates) are available.

   - new macros for database interaction: filldotrun.C, filldotrbk.C

   - added new program which can convert colored output which was redirected
     into a file back into colored text (for example to display it with
     more): showlog

   - added new program to display an MStatusArray of plots (stored with
     MStatusDisplay) from a file: showplot

   - Added support for Sequences (MSequence). Sequences are blocks of run
     files containing the same calibration and belonging to the same 
     source

   - Added a new task (MTaskEnv) which can be used in setup files to switch
     between different tasks (for example to choose a signal extractor)

   - Implemented automatic file splitting in MWriteRootFile

   - After image cleaning an island index is assigned to all used pixels.
     The index corresponds to the order of the islands in size.

   - added a cleaning which takes signal height _and_ arrival time into
     account: probability cleaning (for more details see MImgCleanStd)

   - added a cleaning which takes takes the absolute number of photons
     times the area ratio as cleaning level 
     (for more details see MImgCleanStd)

   - Changed calculation of image parameters such, that it can be done
     for all used pixels or the pixels with a defined island index only

   - implemented new image parameters displaying the number of islands,
     saturated hi-gain and lo-gain pixels (MImagePar, MHImagePar)

   - event display in executable changed to support also calibrated files
     (done with MJCalibrateSignal)

   - added program doing the calibration and the signal extraction
     and signal calibration: callisto Most part of the setup is done
     by a resource file: callisto.rc

   - implemented support for pixels with negative IDs (Raw file format
     version 4)

   - implemented an new option in merpp (--auto-time) to get the time
     range for cc and/or caco data from the run header of the raw data

   - New star-program (star and MJStar). Taking calibrated data from
     callisto/MJCalibrateSignal as input. The setup is done through
     a resource file: star.rc

   - Added possibility to setup the eventloop in the mars-executable
     Camera Display by a resource file: mars.rc

   - The the mars-executable Camera Display can now also read
     calibrated data files written by callisto/MJCalibrateSignal

   - Added a new class which can calculate the source position in
     the camera from a pointing model known to be correct and
     the pointing model used for observations (MSrcPosFromModel)

   - added a new version of the class calculating the effective on-time
     MHEffectiveOnTime. It unifies the old classes MHEffOnTime, 
     MHEffOnTimeTime, MHEffOnTimeTheta, MHTimeDiff, MHTimeDiffTime and
     MHTimeDiffTheta.



 *** Version 0.8.5 (2004/08/06)
 
   - new Signal Extractors: MExtractFixedWindowSpline 
     and MExtractAmplitudeSpline

   - implementes interleave in merpp to be able to merpp parts of a file

   - implemented force-functionality to merpp

   - star display to display star catalogs (MAstroCatalog)

   - star display to 'mirror' stars to the camera (MAstroCamera)

   - implemented a new cleaning option which allows cleaning scaled with
     the real ratio of the rms depending on the pixel size, not only the
     square root of the pixelsize (MImgCleanStd, MCameraData)

   - removed obsolete MBlind* classes

   - Signal extractor taking the AB flag into account implemented (this makes
     an odd number of slices for signal extraction possible
     (MExtractSignalABcorr)

   - implemented a class extracting the pedestal from the raw-data (events)
     itself using empty lo-gain (MpedCalcFromLoGain)

   - Added mean values to MPedPhotCam

   - Added Makefile for Darwin (this OS is NOT officially supported!)



 *** Version 0.8.4 (2004/04/19)

   - new fast arrival time extractor using cubic splines: 
     MExtractTimeFastSpline

   - implementes multi-argument support in MDataChain
     ("pow(a, b)")

   - implemented double reference support in MDataChain
     ("MCameraLV.fPowerSupplyA.fVoltagePos5V")

   - added support in MF for expressiond like 
     "MHillas.fWidth<2*<MHillas.fLength"

   - MDataChain is now able to support variables like [0], [1], ...
     which can be used in fit functions as parameters. The interface
     is implemented through the new virtual function 
     MParContainer::SetVariables

   - added new class MArrivalTimeCam/MArrivalTimePix:
     Storage containers to hold the ArrivalTime of the camera/pixel

   - added new classes for the calibration of relative arrival times:
     MCalibrationRelTimePix and MCalibrationRelTimeCam
  
   - added new classes to extract the signal of the blind pixel and the 
     PIN Diode separately: MExtractBlindPixel and MExtractPINDiode

   - added new classes for the bad-pixels treatment (MBadPixels*)
     which are more powerfull than the old ones (MBlindPixel*)
     and will replace them.

   - added filter against cosmics: MFCosmics

   - added new class MArrivalTimeCalc2:
     Calculates the arrival time as the signal weighted mean of the time 
     slices in the maximum window

   - added a new macro call pointspreadfucntion.C that fits with a 2D 
     gaussian the DC spot for an star. It gives you the RMS of
     the PSF and the center of the star, very useful for misspointing 
     studies.

   - added support for multi-telescope camera files. Added classes 
     MStereoCalc and MStereoPar, classes to calculate and store shower
     parameters calculated from the data of two telescopes, for the MC
     studies regarding the MAGIC clone.

   - added MMcCalibrationCalc, MMcCalibrationUpdate, classes to obtain
     MC data calibrated in photons instead of ADC counts.

   - added three macros to show the calibration and analysis chain of 
     MC data. The macro starmc.C does both calibration and analysis, producing
     an output containing Hillas parameters for each event. The macro 
     mccalibrate.C does just the calibration and writes out a file containing
     pixel information in photons instead of FADC data. The macro starmc2.C
     reads in such a file and produces an output with Hillas parameters.

   - added MPedPhotCalc to compute pedestals in units of photons, see
     macro pedphotcalc.C

   - added all class to perform the calibration, see macro calibration.C

   - added class MFFT to perform Fast Fourier Transforms

   - added class MSimulatedAnnealing to perform simulated annealing 
     minimizations

   - added new macro bootcampstandardanalysis.C which holds the skeleton
     of the analysis chain discussed in the december bootcamp. 

   - added support for DAQ raw data file format V2

   - implemented an arbitrary time stamp for the events from raw-data
     files with file version<3. It is calculated from the run number, 
     the date of start and the FADC clock tick from the first module

   - implemented the correct decoding of the event time-stamp
     coming from the DAQ for raw-data files with file-version>2

   - added a new classes storing the pedestals in units of photons: 
     MPedPhotPix, MPedPhotCam

   - added support for DC current files from the camera control

   - added support for start- and stop-time when merpping report files

   - added MReportCC storing the weather data from the CC-REPORT

   - added class to fill trainings and test matrices (MTFillMatrix)

   - added a filter performing a software trigger (MFSoftwareTrigger)

   - Added classes to perform parts of the standard analysis (Jobs):
     + MJPedestals
     + MJCalibration
     + MJExtractSignal
     Note: All of them are preliminary!

   - Added Iterator to iterate over files giving only the run-number

   - Added class (MHSectorVsTime) and example (sectorvstime.C) to plot
     the evolution of a sector vs time



 *** Version 0.8.3 (2003/12/05)

   - adapted Random Forest classes to allow the use with MC
     multi-telescope files which can be produced with the coming
     camera version 0.7.

   - added classes to read and interprete central control report files
     (Directory: mreport, Base-Class: MReport, Reader: MReportFileRead, ...)

   - enhanced merpp (the executable) to support .raw and .rep files.

   - added classes for light calibration (MCalibration* and 
     MHCalibration*) by Markus Gaug. Further work has to be and will
     be done soon.

   - Added a preliminary 'synchronizer' (MReadReports) which will 
     replace MReadMarsFile as soon as it is finished.

   - Added a tutorial macro demonstrating how report files are merpped
     and how they can be read from the root file in the correct order
     of time (readrep.C)

   - Added a generalized histogram (similar to MH3) called MVsTime
     which allows to plot variables (or rules - MDataChain - of
     variables) vs time. For an example have a look at tempvstime.C.

   - Changed the name of the event trees:
       + Events    --> Events
       + PedEvents --> Pedestals
       + CalEvents --> Calibration

  - changed name of MTime in the event trees from MRawEvtTime to MTime

  - added displaying the sector indices to the mars event display

  - Magic Online Analysis (MOnA) implemented in a first version
    (see mona.cc, MOnlineDump and MOnlineDisplay)

  - added classes to calculate event rate
    (preliminary: MEventRateCalc, MEventRate)

  - added new executable 'readdaq' to read *.raw files from the DAQ directly

  - added classes dealing with the telescope pointing position (MPointing*)

  - implemented the 'final' Mars time stamp based on some experiences with
    the new 'Synchonizer'



 *** Version 0.8.2 (2003/11/10)

   - accelerated standard analysis by a factor of 6-8 ...
     + doing precalculations in MGeomCam for the pixel area ratio
     + creating a look up table for the single pixels in MCerPhotEvt

   - added task to calculates weights in case you want to 'change'
     the energy spectrum of a monte carlo file 
     (MMcWeightEnergySpecCalc - Great work from Marcos Lopez Moya)

   - added a new executable star which implements the
     star.C macro as precompiled executable. Currently a flexible
     setup is not possible, but a 'input card' setup will follow.

   - Starting to implement Multi-Telescope-Support based on the 
     upcomming camera version 0.7. The base for a general support
     is implemented and the star-functionality is proven to work.

   - Replaced Event-Display in and Camera-Display in the Mars GUI
     executable by a more convinient display base on MStatusDisplay.

   - fixed the algorithm for the blind pixel treatment (MBlindPixelCalc)



 *** Version 0.8.1 (2003/10/20)
   
   - added signal subtraction for pure on data by means of fitting
     the background in the off region or by performing a combined
     signal/background fit. Provides necessary histograms for
     obtaining energy spectra and a light curve.

   - added classes to perform and study the selection of the 
     2nd Level Trigger on MC data (example in triglvl2.C macro)

   - added pedestal calculation

   - implemented "democratic cleaning" (tail cut value proportional 
     to pixel area) according to Wolfgang's suggestion.

   - added Sigmabar treatment (calculation and basic histogramming)

   - added basic routines to apply padding

   - added first implementation of MARS-based source visibility plotter
     (needs to be linked against slalib, preliminary version)

   - enhanced functionality of data chains: random numbers, conversion
     functions and access to MHMatrix objects
   
   - fixed some bugs in the CT1 Preproc file reader, which gave wrong
     numbers under certain circumstances (runs with 0 events included)

   - fixed a bug in the general filter MF (didn't work on some systems
     at all)
   
   - fixed a bug in chaining files, which caused the analysis to crash or
     ignore files

   - implemented more geometry classes describing the parameters used
     to simulate the PMT camera

   - added new Monte Carlo classes containing the setup of the different
     programs in the MC chain.

   - added a (preliminary) general task to evaluate chi-square of a given
     parameter in an eventloop.

   - first implementation of a container describing the observatory
     location (Long, Lat, etc)
   
   - added Random Forest - method for g/h-separation

   - made compatible with the latest PRO version of root (3.04/02 and 3.05/07)
     (this means, that it is compiling, but not yet fully tested)

   - added a new status display which can show the present status
     of histograms while an eventloop is running (MStatusDisplay,
     an example can be found at status.C)

   - reorganized directories:
     classes describing the image              --> mimage
     classes containing Monte Carlo Histograms --> mhistmc
     classes for Random Forest method          --> mranforest

   - added (event-)weights to fill histograms

   - colors in logging output to screen

   - changes to the Image Parameter declaration:
       + moved fConc, fConc1 from MHillasSrc to MNewImagePar
       + moved fNumUsedPix, fNumCorePix from MHillas to MNewImagePar
       + MHillasExt now derives from MParContainer instead of MHillas
     --> Files written with the old definition are more or less unreadable

   - reading of reflector files

   - display data from reflector files in the camera

   - implemented currents (and display them in the camera)

   - logarithmic scale in camera

   - added class to iterate through directory contents (MDirIter)



 *** Version 0.8 (2002/11/18)

   - added all subdirectories as Include-Paths for ACLIC (s. rootlogon.C)

   - corrected 48(!) wrong entries in the Next Neighbor table of the
     Magic Camera (all in the inner part of the outer ring, mostly 
     missing a single NN)

   - Fixed a bug in the table describing the Next Neighbours of the
     CT1 camera (a pixel 127 doesn't exist and the pixel 126 didn't
     have any neighbour)

   - changed trigrate.C: now it calculates the pure NSB triggers from
     a camera file (generated with no showers), so there is no need
     to introduce them by hand in the BgR array (for more details
     please ask Abelardo)

   - added MHHadronness (and MHadronness) as a general facility to evaluate
     the quality of a gamma-hadron seperation method

   - changed MWriteAsciiFile to accept rules (MDataChain)

   - Calls to MWriteAsciiFile::AddContainer and MWriteAsciiFile::AddRule
     must be replaced by calles to MWriteAsciiFile::AddColumn and
     MWriteAsciiFile::AddColumns. Be carefull, the arguments have slightly
     changed.

   - Implemented generalized event-matrices (one row per event)
     (MHMatrix)

   - implemented the one dimensional composite probabilities
     (MHCompProb, MCompProbCalc, comprob.C)

   - implemented the Multidimensional Distances (Next Neighbours, Kernel)
     (MMultiDimDistCalc, multidimdist.C, multidimdist2.C, MHMatrix)

   - Added a camera display displaying the pixel numbers to the
     event display gui.

   - Added Monte Carlo Informations to event display gui

   - Changed the camera display to display the pixel numbering
   
   - Added three buttons to the camera display to change the palette

   - Added the number of used and core pixels after image cleaning
     to MHillas

   - Changed the algorithm used in MHillas according to TDAS 02-03

   - Changed the Alpha range according to TDAS 02-03 to [-90°,90°]

   - Changed the algorithm used in MHillasSrc according to TDAS 02-03

   - Added fCosDeltaAlpha to MHillasSrc

   - The numbers of photons used to calculate fConc and fConc1 in
     MHillasExt are now scaled with the pixel size, so that one get
     a four times smaller value for the bigger pixels in the outer ring.

   - added new task to smooth the camera contents (MCameraSmooth)

   - added possibility to use interpolated pixel values for blind pixels
     instead of removing it completely from the analysis

   - Implemented the possibility to save the whole eventloop with
     its setup to a file. This information can be read and from
     it you can (re)create a Macro. See MEvtLoop::Read, MEvtLoop::Write
     and MEvtLoop::MakeMacro. If you find something not working, please
     report - this stuff is still in a beta phase.

   - MBlindPixelCalc set all Ceta-Tauri pixels to unused not only for the
     file having crab starfield, but also for all following files - fixed

   - MTaskList::PrintStatistics can now be instructud to print also the
     title, too: use PrintStatistics(0, kTRUE)

   - Changed the image cleaning so that pixels with to many 'used'
     neighbors are left used (to get rid of 'holes' in events)

   - Introduced more output to the camera displays

   - Added an array of histograms (eg one hist per run), MHArray

   - Added a _preliminary_ version of the reader for CT1 PreProc files
     (MCT1ReadPreProc)

   - Fixed the error calculation of MHMCollectionArea and MHMcIntRate
     (thanks to Raquel)

   - added the first energy estimator (MEnergyEstParam, estimate.C,
     estfit.C) using a parametrization

   - Added some new Monte Carlo paremeter containers used to store
     setup information from the MC chain (MMcConfigRunHeader, 
     MMcCorsikaRunHeader, MGeomPMT, MGeomMirror)



 *** Version 0.7 (2002/04/30)
 
   - added a bugfix to MCerPhotCalc. In older camera versions (<=40)
     the pedestal mean value was saved incorrectly. For files from
     this versions we substract 0.5 from the pedestal mean.
     WARNING: This may effect your results, so don't wonder...

   - First implementation of an algorithm using only triggered events
     for the collection area calculation

   - Ascii Output can now also be used for parameter containers which
     doesn't overload MParCointainer::AsciiWrite

   - The Ascii Output is now also capable of writing single data members
     of one container

   - You are now able to change the order of the values written to the
     ascii file

   - You can now specify a conversion factor for each data member written
     to an ascii file. This may be usefull to change the units of the 
     data member (eg. degrees instead of millimeters in case of the 
     hillas parameters)

   - Replaced old MHillas by a new structure which allows you to extend
     the parameters stored in MHillas very easily:
     see MHillas and MHillasExt

   - Added classes to handle source dependancy of image parameters:
     see MHillasSrc

   - Added container (MBinning) to have a standard input for the binning
     in different histograms (eg. the Energy bins should be the same in
     all histograms)

   - Changed Hillas histograms from mm to deg

   - Added the flexible binning to the hillas histograms

   - Added a filter for the alpha parameter (MFAlpha)

   - It is now possible to write single data members of a class object to
     an output stream instead of the whole container only

   - Added a generalized filter for a data member:
     MFDataMember filter("MHillas.fWidth", '<', 0.5);

   - Added a generalized Filter parser for more difficult filter rules
     MF filter("MHillas.fWidth<0.5 && MHillas.fLength>0.5");

   - Added new Monte Carlo histograms:
     MHMcEnergyImpact and MHMcEfficiency

   - Added many new histograms needed for the flux calculation.

   - Added a generalized histograms which can fill and show up to three
     data members in either a one-, two- or three-dimensional histogram, eg:
     MH3 mh3("MHillas.fWidth", "MHillas.fLength");

   - Added:
       * calculation of <Theta> as a function of Theta (MHThetabarTheta)
       * calculation of <Theta> as a function of time (MHThetabarTime)
     they are needed in the flux calculation in 
     order to select for a given bin in Theta (or time) the appropriate 
     effective collection area, which is assumed to be given as a function 
     of Theta and the true energy

   - Added calculation of the migration matrix in the energy 
     (MHMcEnergyMigration):
     the migration matrix describes the migration from the true (E_true)
     to the estimated energy (E_est); it is needed to determine the
     distribution of E_true from the measured distribution of E_est 
     by unfolding

   - changed the color palette in the camera display to DeapSea.



 *** Version 0.6 (2002/01/15)

   - Introduce the option of disable pixels (MBlindPixels and
     MBlindPixelCalc) for the analysis (eg MHillasCalc) to be 
     able to deal with Star Field NSB.

   - Fixed a bug in the pedestals substraction

   - Introduced verbosity levels

   - Introduced a task (MReadMarsFile) which reads the RunHeader tree, too.

   - Fixed several bugs in MFTriggerLvl1 which caused to filter not to
     work correctly (thanks to Abelardo)

   - Introduced correct treatment of the diffuse Night Sky Background 
     and NSB (MMcPedestalNSB)

   - Corrected treatment of the electronic noise (MMcPedestalCopy)

   - Introduced MMcRunHeaders which contains monte carlo run informations

   - Added a 'Print'-Task (MPrint) which calls the Print function
     of a parameter container for each event

   - Removed MHtml (was replaced by THtml of root 3.02) in dohtml.C

   - changes to be more efficient with root 3.02/06

   - root 3.02/06 fixes:
     + the memory leak when reading MRawEvtData
     + loosing more time than necessary to update the progress bar

   - MWriteAsciiFile is now capable of writing more than one container
     in a line. For example: To be able to write Monte Carlo and 
     Hillas values (energy and alpha) in one line.



 *** Version 0.5 (2001/11/06)

   - Added new GUI functionality (Analysis)

   - Added a camera display to be able to display events in the camera
     together with the calculated hillas ellipse

   - Added a 'Clone'-Task (MClone) which can clone a parameter container
     object at any state of the analysis, so that the output are several
     states

   - Fixed a bug in the collection area error calculation 
     (Thanks to Ciro and Abelardo)

   - Fixed a bug which causes merpp to crash in some environments

   - Implemented auto enabling scheme for Branches to speed up reading
     a lot (see MReadTree and MTask)

   - Fixed a bug in the Histogram classes which caused histograms to
     be written to a file by MWriteRootFile without request

   - changed the object I/O from the old stylish root I/O to the new
     'auto evolution scheme' This was done only for classes which are not
     yet used in Monte Carlo files, so that these files are still readable.

   - Added support for a progress bar in MEvtLoop and MReadTree 
     (see the Analysis Window in Mars for an example)

   - Fixed a bug in the package creation which disturbed the conversion
     between a mars version unpacked from a tar file and the repository.

   - Changed the code to writer merpped (converted into root format)
     raw files, to get faster (around 10%)



 *** Version 0.4 (2001/09/20)

    - This release is made to compile on a root version >= 3.00

    - Fixed a bug which causes MReadTree to read the first file only

    - Added a task to compute the trigger rate (MMcTriggerRateCalc)
 
    - Added a task to write a container to an Ascii file (MWriteAsciiFile)

    - Added a task to write several container to a root file (MWriteRootFile)
    
    - Added calculation of the Enegry Threshold (MMcThresholdCalc)
    
    - Added calculation of the collection area (MMcCollectionAreaCalc)
    
    - fixed some bugs in the Hillas calculation
    
    - added filters to be able to control the task execution dependent on
      a parameter (for example: the number of level 1 triggers in a MC-file)



 *** Version 0.3 (2001/04/23)
	
    - Many demo macros added    
  
    - MCT1ReadAscii is now able to handle more than one file (s. ::AddFile)
    
    - Hillas Calculation added
    
    - Standard image cleaning available
    
    - MReadTree is now able to handle more than one file
      (Remark: of the same structure)
    
    - Now we are able to display events in a first version of the
      Camera event display. To do this we must run the macro 
      "macros/readCT1.C" to read data from CT1. 



 *** Version 0.2 (2001/01/24)
 
    - First Implementation of a Gui to read the raw data. Start the
      gui with the command mars. 



 *** Version 0.1 (2000/12/20)
 
    - First official release 0.1
    
    - Changes:
    
       + changed calling style of MRawPixelIterator from do...while to 
         while-loop

