Merging the VirtualMC branch to the main development branch (HEAD)

[u/mrichter/AliRoot.git] / MINICERN / packlib / zebra / fq / fzoapk.F

diff --git a/MINICERN/packlib/zebra/fq/fzoapk.F b/MINICERN/packlib/zebra/fq/fzoapk.F
deleted file mode 100644 (file)
index 045743d..0000000
--- a/MINICERN/packlib/zebra/fq/fzoapk.F
+++ /dev/null
@@ -1,132 +0,0 @@
-*
-* $Id$
-*
-* $Log$
-* Revision 1.2  1996/04/18 16:10:44  mclareni
-* Incorporate changes from J.Zoll for version 3.77
-*
-* Revision 1.1.1.1  1996/03/06 10:47:14  mclareni
-* Zebra
-*
-*
-#include "zebra/pilot.h"
-#if defined(CERNLIB_FZALFA)
-      SUBROUTINE FZOAPK (LBUFCP,LBUFEP)
-
-C-    Unpack the set of words LQ(LBUFC) to LQ(LBUFE-1) at most
-C-    into LQ(LUPKA) to LQ(LUPKE-1) at most;
-C-    service routine to FZOASC.
-
-C-    Return LUPKE the adr of the first word after the unpack vector.
-C-    For each word unpacked recognise the type and store 8 numbers:
-C-
-C-           normal number          repetition N+1 times
-C-         L + 0  type            L + 0  -43 to signal repeat
-C-           + 1  sub-type          + 1  N for N+2 numbers in all
-C-           + 2  bits 26-30
-C-           + 3  bits 21-25
-C-           ...
-C-           + 7  bits  1- 5
-
-#include "zebra/zstate.inc"
-#include "zebra/mqsysh.inc"
-C--------------    End CDE                             --------------
-      DIMENSION    LBUFCP(9), LBUFEP(9)
-
-      EQUIVALENCE (LUPKA,IQUEST(93)), (LUPKE, IQUEST(94))
-
-
-#include "zebra/q_jbyt.inc"
-
-
-      LBUFC = LBUFCP(1)
-      LBUFE = LBUFEP(1)
-      LUPK  = LUPKA
-      LUPKE = LUPKE - 10
-#if defined(CERNLIB_QDEVZE)
-      IF (NQDEVZ.NE.0)  CALL VZERO (LQ(LUPK),LUPKE+8-LUPK)
-#endif
-
-   11 IWORD = LQ(LBUFC)
-      LBUFC = LBUFC + 1
-      JTYPS = 0
-      M31   = JBYT (IWORD,31,2)
-
-C--                Short cut if integer 0->9
-
-      IF (M31.NE.0)                GO TO 14
-      IF (IWORD.GE.10)             GO TO 14
-          JTYPE = 0
-          JTYPS = IWORD + 26
-          LQ(LUPK+7) = IWORD
-          GO TO 38
-   14 CONTINUE
-
-C--                Unpack all bytes
-
-      LQ(LUPK+2) = JBYT (IWORD,26,5)
-      LQ(LUPK+3) = JBYT (IWORD,21,5)
-      LQ(LUPK+4) = JBYT (IWORD,16,5)
-      LQ(LUPK+5) = JBYT (IWORD,11,5)
-      LQ(LUPK+6) = JBYT (IWORD, 6,5)
-      LQ(LUPK+7) = JBYT (IWORD, 1,5)
-
-C--                Type : small +ve integer
-
-      IF (M31.NE.0)                GO TO 21
-      IF (LQ(LUPK+2).NE.0)         GO TO 31
-      JTYPE = 5
-      DO 16  J=3,6
-      IF (LQ(LUPK+J).NE.0)         GO TO 38
-   16 JTYPS = JTYPS + 1
-      GO TO 38
-
-C--                Type : small negative integer
-
-   21 IF (M31.NE.3)                GO TO 31
-      IF (LQ(LUPK+2).NE.31)        GO TO 31
-      JTYPE = 6
-      DO 24  J=3,6
-      IF (LQ(LUPK+J).NE.31)        GO TO 38
-   24 JTYPS = JTYPS + 1
-      GO TO 38
-
-C--                Type : normal words, check short mantissa
-
-   31 JTYPE = M31 + 1
-      DO 36  J=7,4,-1
-      IF (LQ(LUPK+J).NE.0)         GO TO 38
-   36 JTYPS = JTYPS + 1
-
-C--                Store Main type and sub-type, check repeat
-
-   38 LQ(LUPK)   = JTYPE
-      LQ(LUPK+1) = JTYPS
-      LUPK = LUPK + 8
-      IF (LBUFC.EQ.LBUFE)          GO TO 49
-      IF (LQ(LBUFC).EQ.IWORD)      GO TO 61
-   39 IF (LUPK.LT.LUPKE)           GO TO 11
-
-   49 LQ(LUPK) = -1
-      LUPKE = LUPK
-      RETURN
-
-C----              Check set of identical words
-
-   61 NL = LBUFE - LBUFC - 1
-      NC = 0
-      DO 63  J=1,NL
-      IF (LQ(LBUFC+J).NE.IWORD)    GO TO 64
-   63 NC = NC + 1
-
-   64 IF     (NC.LT.2)  THEN
-          IF (JTYPE.EQ.0)          GO TO 39
-        ENDIF
-      LQ(LUPK)   = -43
-      LQ(LUPK+1) = NC
-      LUPKE = LUPK + 2
-      RETURN
-      END
-*      ==================================================
-#include "zebra/qcardl.inc"
-#endif