@@ -1,104 +1,104 @@
-
-                   Program "xCOLOR". User's Manual.
-                   --------------------------------
-
-                             A.Kryukov
-
-                   Institute for Nuclear Physics
-                      Moscow State University
-                      119899, Moscow, RUSSIA
-                    E-mail: kryukov@npi.msu.su
-                    Phone/Fax: (095) 939-0397
-
-
-                             Abstract
-
-       Program "xCOLOR" is intended for calculation the colour
-       factor  in  non-abelian  gauge  field  theories.  It is
-       realized Cvitanovich algorithm [1]. In comparision with
-       "COLOR" program [2] it was  made many improvements. The
-       package was  writen by  symbolic mode.  This version is
-       faster then [2] more then 10 times.
-
-
-
-  After load the program by the following command
-
-          load xcolor;
-
-user can be able to use the next additional commands and operators.
-
-Command SUdim.
---------------
-
-Format:  SUdim <any expression>;
-
-Set the order of SU group.
-The default value is 3, i.e. SU(3).
-
-Command SpTT.
--------------
-
-Format:  SpTT <any expression>;
-
-Set the normalization coefficient A: Sp(TiTj) = A*Delta(i,j).
-Default value is 1/2.
-
-Operator QG.
-------------
-
-Format:  QG(inQuark,outQuark,Gluon)
-
-Describe the quark-gluon vertex. Parameters may be any identifiers.
-First and second of then must be in- and out- quarks correspondently.
-Third one is a gluon.
-
-Operator G3.
-------------
-
-Format:  G3(Gluon1,Gluon2,Gluon3)
-
-Describe the three-gluon vertex. Parameters may be any identifiers.
-The order of gluons must be clock.
-
-   In terms of QG and G3 operators you input diagram in "color" space as
-a product of these operators. For example.
-
-            Diagram:                    REDUCE expression:
-
-                e1
-            ---->---
-           /        \
-          |     e2   |
-        v1*..........*v2    <===>   QG(e3,e1,e2)*QG(e1,e3,e2)
-          |          |
-           \    e3  /
-            ----<---
-
-Here:  --->---     quark
-       .......     gluon
-
-More detail see [2].
-
-
-
-
-                      References.
-                      -----------
-
-[1] P.Cvitanovic, Phys. Rev. D14(1976), p.1536.
-[2] A.Kryukov & A.Rodionov, Comp. Phys. Comm., 48(1988), pp.327-334.
-
-   Any remarks send to
-
-                             A.Kryukov
-
-                   Institute for Nuclear Physics
-                      Moscow State University
-                      119899, Moscow, RUSSIA
-                    E-mail: kryukov@npi.msu.su
-                    Phone/Fax: (095) 939-0397
-
-
-   Good luck!
-
+
+                   Program "xCOLOR". User's Manual.
+                   --------------------------------
+
+                             A.Kryukov
+
+                   Institute for Nuclear Physics
+                      Moscow State University
+                      119899, Moscow, RUSSIA
+                    E-mail: kryukov@npi.msu.su
+                    Phone/Fax: (095) 939-0397
+
+
+                             Abstract
+
+       Program "xCOLOR" is intended for calculation the colour
+       factor  in  non-abelian  gauge  field  theories.  It is
+       realized Cvitanovich algorithm [1]. In comparision with
+       "COLOR" program [2] it was  made many improvements. The
+       package was  writen by  symbolic mode.  This version is
+       faster then [2] more then 10 times.
+
+
+
+  After load the program by the following command
+
+          load xcolor;
+
+user can be able to use the next additional commands and operators.
+
+Command SUdim.
+--------------
+
+Format:  SUdim <any expression>;
+
+Set the order of SU group.
+The default value is 3, i.e. SU(3).
+
+Command SpTT.
+-------------
+
+Format:  SpTT <any expression>;
+
+Set the normalization coefficient A: Sp(TiTj) = A*Delta(i,j).
+Default value is 1/2.
+
+Operator QG.
+------------
+
+Format:  QG(inQuark,outQuark,Gluon)
+
+Describe the quark-gluon vertex. Parameters may be any identifiers.
+First and second of then must be in- and out- quarks correspondently.
+Third one is a gluon.
+
+Operator G3.
+------------
+
+Format:  G3(Gluon1,Gluon2,Gluon3)
+
+Describe the three-gluon vertex. Parameters may be any identifiers.
+The order of gluons must be clock.
+
+   In terms of QG and G3 operators you input diagram in "color" space as
+a product of these operators. For example.
+
+            Diagram:                    REDUCE expression:
+
+                e1
+            ---->---
+           /        \
+          |     e2   |
+        v1*..........*v2    <===>   QG(e3,e1,e2)*QG(e1,e3,e2)
+          |          |
+           \    e3  /
+            ----<---
+
+Here:  --->---     quark
+       .......     gluon
+
+More detail see [2].
+
+
+
+
+                      References.
+                      -----------
+
+[1] P.Cvitanovic, Phys. Rev. D14(1976), p.1536.
+[2] A.Kryukov & A.Rodionov, Comp. Phys. Comm., 48(1988), pp.327-334.
+
+   Any remarks send to
+
+                             A.Kryukov
+
+                   Institute for Nuclear Physics
+                      Moscow State University
+                      119899, Moscow, RUSSIA
+                    E-mail: kryukov@npi.msu.su
+                    Phone/Fax: (095) 939-0397
+
+
+   Good luck!
+