change manual according to src/62632e45

elements.asciidoc

@@ -1652,16 +1652,30 @@ This enables drift spaces and placement of overlapping elements.
 
 END_POSITION_X::
   x position of the next element start in the coordinate system of the
-  preceding element [mm].
+  preceding element [m].
 END_POSITION_Y::
   y position of the next element start in the coordinate system of the
-  preceding element [mm].
+  preceding element [m].
 END_NORMAL_X::
   x component of the normal vector defining the placement of the next
-  element in the coordinate system of the preceding element.
+  element in the coordinate system of the preceding element [m].
 END_NORMAL_Y::
   y component of the normal vector defining the placement of the next
-  element in the coordinate system of the preceding element.
+  element in the coordinate system of the preceding element [m].
+
+[[sec.elements.local-cylindrical-offset]]
+==== Local Cylindrical Offset
+
+The `LOCAL_CYLINDRICAL_OFFSET` enables the user to place an object at an
+arbitrary position in the coordinate system of the preceding element in cylindrical coordinates.
+This enables drift spaces and placement of overlapping elements.
+
+THETA_IN::
+  Angle between the previous element and the displacement vector [rad].
+THETA_OUT::
+  Angle between the displacement vector and the next element [rad].
+LENGTH::
+  Length of the offset [m].
 
 [[sec.elements.source]]
 === Source
@@ -1794,13 +1808,13 @@ AMPLITUDE_MODEL::
   latexmath:[E_0] [MV/m].
 PHASE_MODEL::
   String naming the time dependence model of the cavity phase offset,
-  latexmath:[\phi].
+  latexmath:[\phi] [rad].
 WIDTH::
-  Full width of the cavity [mm].
+  Full width of the cavity [m].
 HEIGHT::
-  Full height of the cavity [mm].
+  Full height of the cavity [m].
 L::
-  Full length of the cavity [mm].
+  Full length of the cavity [m].
 
 The field inside the cavity is given by
 [latexmath]

field-output.asciidoc

@@ -44,21 +44,21 @@ The following attributes are enabled on the `DUMPFIELDS` statement:
 FILE_NAME::
   Name of the file to which field data is dumped. It is an error if the location reference by `FILE_NAME` cannot be opened. Any existing file is overwritten.
 X_START::
-  Start point in the grid in x
+  Start point in the grid in x [m]
 DX::
-  Grid step size in x
+  Grid step size in x [m]
 X_STEPS::
   Number of steps in x. It is an error if `X_STEPS` is non-integer or less than 1.
 Y_START::
-  Start point in the grid in y
+  Start point in the grid in y [m]
 DY::
-  Grid step size in y
+  Grid step size in y [m]
 Y_STEPS::
   Number of steps in y. It is an error if `Y_STEPS` is non-integer or less than 1.
 Z_START::
-  Start point in the grid in z
+  Start point in the grid in z [m]
 DZ::
-  Grid step size in z.
+  Grid step size in z [m]
 Z_STEPS::
   Number of steps in z. It is an error if `Z_STEPS` is non-integer or less than 1.
 
@@ -147,9 +147,9 @@ In Cylindrical mode the format of the field output is:
 5 Br [kGauss]
 6 Bphi [kGauss]
 7 Bz [kGauss]
-8 Er [?]
-9 Ephi [?]
-10 Ez [?]
+8 Er [MV/m]
+9 Ephi [MV/m]
+10 Ez [MV/m]
 0
 <r0> <phi0> <z0> <t0> <Br0> <Bphi0> <Bz0> <Er0> <Ephi0> <Ez0>
 <r1> <phi1> <z1> <t1> <Br1> <Bphi1> <Bz1> <Er1> <Ephi1> <Ez1>
@@ -163,27 +163,27 @@ FILE_NAME::
 COORDINATE_SYSTEM::
   Either 'Cartesian' or 'Cylindrical'. The string is not case sensitive. It is an error if the string is not one of 'cartesian' or 'cylindrical'.
 R_START::
-  Start point in the grid in r
+  Start point in the grid in r [m]
 DR::
-  Grid step size in r
+  Grid step size in r [m]
 R_STEPS::
   Number of steps in r. It is an error if `R_STEPS` is non-integer or less than 1.
 PHI_START::
-  Start point in the grid in phi
+  Start point in the grid in phi [rad]
 DPHI::
-  Grid step size in phi
+  Grid step size in phi [rad]
 PHI_STEPS::
   Number of steps in phi. It is an error if `PHI_STEPS` is non-integer or less than 1.
 Z_START::
-  Start point in the grid in z
+  Start point in the grid in z [m]
 DZ::
-  Grid step size in z.
+  Grid step size in z [m]
 Z_STEPS::
   Number of steps in z. It is an error if `Z_STEPS` is non-integer or less than 1.
 T_START::
-  Start point in the grid in time
+  Start point in the grid in time [ns]
 DT::
-  Grid step size in time.
+  Grid step size in time [ns]
 T_STEPS::
   Number of steps in time. It is an error if `T_STEPS` is non-integer or less than 1.