introduction.asciidoc

@@ -68,14 +68,14 @@ The following example is exemplifying this fact:
 |Gauss 3D | latexmath:[10^8] | latexmath:[1024^3] | Integrated | 10
 |===
 
-Figure <<walldrift>> shows the parallel efficiency time as a function of
-used cores for a test example with parameters given in Table <<pex1>>. The
+Figure <<walldrift,1>> shows the parallel efficiency time as a function of
+used cores for a test example with parameters given in Table <<pex1,1>>. The
 data were obtained on a Cray XT5 at the Swiss Center for Scientific
 Computing.
 
 [#walldrift]
-.Parallel efficiency and particles pushed per latexmath:[\micro s] as a function of cores
-image:figures/drift2c1.png[caption="",scaledwidth=75.0%]
+.Figure 1 : Parallel efficiency and particles pushed per latexmath:[\mu s] as a function of cores
+image:figures/drift2c1.png[scaledwidth=75.0%]
 
 [[quality-management]]
 Quality Management
@@ -100,8 +100,8 @@ Misprints and obscurity are almost inevitable in a document of this
 size. Comments and _active contributions_ from readers are therefore
 most welcome. They may be sent to `andreas.adelmann@psi.ch`.
 
-.Comparison of energy and emittance in latexmath:[x] between `Impact-t` and `Opal-t`
 [#guncomp1]
+.Figure 2 : Comparison of energy and emittance in latexmath:[x] between `Impact-t` and `Opal-t`
 image:figures/Gun/GunCompEn.png[scaledwidth=45.0%]
 image:figures/Gun/GunCompEx.png[scaledwidth=45.0%]
 
@@ -120,7 +120,7 @@ to a file with extension .stat. The frequency with which this data is
 written can be controlled with the `OPTION` statement
 see Section <<option>> with the flag `STATDUMPFREQ`.
 
-.H5root enables a variety of data analysis and post processing task on `Opal` data
+.Figure 3 : H5root enables a variety of data analysis and post processing task on `Opal` data
 image:figures/H5rootPicture1.png[width=300]
 image:figures/H5rootPicture2.png[width=300]
 image:figures/H5rootPicture3.png[width=300]