PROM Files Checking

24-April-2002

A) EM PROM
==========

  1) verify all 1,280 files EMseeppA.BIN are identical
        with  s = N, P
             ee = 01:20
             pp = 01:32

     using command file
     check_EM.bat >Check_EM.log

  2) hexdump and examine EMN0101A.HEX

B) HD PROM
==========

  1) verify all 1,280 files HDseeppA.BIN are identical
        with  s = N, P
             ee = 01:20
             pp = 01:32

     using command file
     check_HD.bat >Check_HD.log

  2) hexdump and examine HDN0101A.HEX


C) PX and PY PROM
=================

 1) verify symmetry around eta=0

    a) verify all PXNeeppA.BIN and PXPeeppA.BIN are identical
        with ee = 01:20
             pp = 01:32

     -> this means we now only need to check the negative etas

 2) verify eta uniformity within eta ranges [1:12],
     [13:16 & 19:20], and [17:18]

    a) verify all PXN01ppA.BIN to all PXNeeppA.BIN are identical
        with ee = 01:12
             pp = 01:32

    b) verify all PXN13ppA.BIN to all PXNeeppA.BIN are identical
          with ee = 13:16 and 19, 20
               pp = 01:32

    c) verify all PXN17ppA.BIN to all PXN18ppA.BIN are identical
          with pp = 01:32

     -> this means we now only need to check the eta 1, 13, 17

  3) verify symmetry around X axis

    a) verify all PXN01ppA.BIN to all PXN01qqA.BIN are identical
    b) verify all PXN13ppA.BIN to all PXN13qqA.BIN are identical
    c) verify all PXN17ppA.BIN to all PXN17qqA.BIN are identical
        with pp = 01:16
             qq = 33 - pp

     -> this means we now only need to check the eta 1, 13, 17
        and only phi 1:16

  4) verify symmetry around Y axis

    a) verify all PXN01ppA.BIN to all PXN01qqA.BIN are identical
    b) verify all PXN13ppA.BIN to all PXN13qqA.BIN are identical
    c) verify all PXN17ppA.BIN to all PXN17qqA.BIN are identical
        with pp = 01:08
             qq = 17 - pp

     -> this means we now only need to check the eta 1, 13, 17
        and only phi 1:8

  5) repeat same steps 1-4 for PY proms

      using command files
      check_PX.bat >Check_PX.log
      check_PY.bat >Check_PY.log

      verify that there are as many "CMP" in the bat file as
      in the log file so that we didn't mis-spell a file name.

      verify that there is no occurence of the word 'difference'
      in the log file.


  6) verify PX vs PY symmetry around X=Y plane

     using command file
     check_PXvsPY.bat >Check_PXvsPY.log

    a) verify all PXN01ppA.BIN to all PYN01qqA.BIN are identical
    b) verify all PXN13ppA.BIN to all PYN13qqA.BIN are identical
    c) verify all PXN17ppA.BIN to all PYN17qqA.BIN are identical
        with pp = 01:08
             qq = 9 - pp

     -> this means we now only need to check the PX Proms
        for eta 1, 13, 17 and only phi 1:8

  7) create hexdump of these 24 files

    HexDump_PROMs.bat

  8) verify upper half (offset 0x400) of hexdump
      for all PX PROMs are identical
     (i.e. large tile and diagnostics pages)

     using command file
     check_HexDump_upper.bat >Check_HexDump_Upper.log

    a) verify all PXN01ppA.BIN to all PYN0101A.BIN are identical
    b) verify all PXN13ppA.BIN to all PYN0101A.BIN are identical
        with pp = 01:08

    c) verify all PXN17ppA.BIN to all PYN1701A.BIN are identical
        with pp = 01:08

  9) compare relative Pt cuts of [1:12], [13:16], [17:18]

     using command file
     check_HexDump.bat >Check_HexDump.log

    a) compare all PXN01ppA.HEX to all PYN13ppA.HEX
        with pp = 01:08

    and verify the difference are only around the Low energy cut of
    pages 2 and 3, i.e. starting at offset 0x200

    Moreover, verify that the '08' values are in the same place
    for all the phi values. To help replace the '08' with '##'
    in the logfile.

    PXN0108 and PXN1308 are identical because cos(phi) forces
    Px to '08' even for values of Pt outside of the 2 GeV Pt cut.

    ** comparing (1) HexDump\PXN0101A.HEX and (2) HexDump\PXN1301A.HEX

    1.33>200: 00 00 01 01 02 02 03 03 04 04 05 ## ## ## ## ##
    1.34>210: ## ## ## ## ## ## 0B ## 0C 0C 0D 0D 0E 0E 0F 0F
    2.33>200: 00 00 01 01 02 02 03 ## 04 ## ## ## ## ## ## ##
    2.34>210: ## ## ## ## ## ## ## ## 0C ## 0D ## 0E 0E 0F 0F

     -> this means we now only need to check the PX Proms
        for eta 1, 17 and only phi 1:8

    b) compare all PXN13ppA.HEX to all PYN17ppA.HEX
        with pp = 01:08

    and verify (visually) that page 0 are identical,

    verify that pages 1,2,3 of PYN17ppA are all constant '08'

 10) examine hexdump of PX Proms for eta 1, 17 and phi 1:8

    a) examine each PXN01ppA.HEX hexdump file
        with pp = 01:08

    Page 0 and Page 1 should all look like this

      0: 00 00 01 01 02 02 03 03 04 04 05 05 06 06 07 08
     10: 08 08 09 08 0A 0A 0B 0B 0C 0C 0D 0D 0E 0E 0F 0F

    i.e. No Pt cut for page 0
         and 1.0 GeV for Page 1

    All phi values must have '08' in the same locations
    but different values outside of the cut region.
    This is true for phi 1:5, but phi 6:8 have more
    '08' values around the origin because cos(phi)
    scales Px down to '08' outside the 1 GeV Pt cut.

    Page 2 and Page 3 should all look like this

    200: 00 00 01 01 02 02 03 03 04 04 05 08 08 08 08 08
    210: 08 08 08 08 08 08 0B 08 0C 0C 0D 0D 0E 0E 0F 0F

    i.e. Pt cut of 1.5 GeV for for page 2
         and 2.0 GeV for Page 3

    Here Phi 8 is the only exception where the '08' extend
    further out.

    Page 4 and Page 5 should all look like this

    400: 00 00 01 01 02 02 03 03 04 04 05 05 06 06 07 08
    410: 08 08 09 08 0A 0A 0B 0B 0C 0C 0D 0D 0E 0E 0F 0F

    i.e. No Pt cut for page 4
         and 1.0 GeV for Page 5

    No exception here because this is Large Tile Et and
    there is no cos(phi) involved.


    b) examine each PXN17ppA.HEX hexdump file
        with pp = 01:08

       Page 0 looks like PXN01ppA

       Page 1, 2, 3, 4, 5, 7 are all constant '08'