Changes between Version 7 and Version 8 of ReleaseNote1.0.5

Timestamp:

Jul 9, 2008, 11:41:36 AM (16 years ago)

Author:

/C=FR/O=CNRS/OU=UMR8607/CN=Guy Le Meur/emailAddress=lemeur@…

Comment:

--

ReleaseNote1.0.5

@@ -13 +13 @@
 to be given by the user in the file acc.dat (in $ACCELERATOR:: data).
 
-In case of '''bmt_precession=0''' ($PARAMETER) the presence or absence of polar_x, polar_y, polar_z do not have any consequence. 
+In case of '''bmt_precession=0''' ($PARAMETER) the presence or absence of polar_x, polar_y, polar_z does not have any consequence. 
 
-When '''bmt_precession=1''' an initial polarization vector is generated for each particle. Let be '''n''' the '''normed''' vector with the same direction as the vector  (polar_x, polar_y, polar_z), with does not need to be normed. Let be R, the norm of this last vector. The initial polarization vector is generated as a normed vector parallel to '''n''' in the same direction as '''n''' with the probability R, in the opposite direction with the probability (1-R). So, if R=1, the whole beam will be polarized in the '''n''' direction. 
+When '''bmt_precession=1''' an initial polarization vector is generated for each particle. Let be '''n''' the '''normed''' vector with the same direction as the vector  (polar_x, polar_y, polar_z), which does not need to be normed. Let be R, the norm of this last vector. The initial polarization vector is generated as a normed vector parallel to '''n''' in the same direction as '''n''' with the probability R, in the opposite direction with the probability (1-R). So, if R=1, the whole beam will be polarized in the '''n''' direction. 
 
 The default value for (polar_x, polar_y, polar_z) is (0,0,1)