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diff --git a/doc/realbook/000-hello/README.m4 b/doc/realbook/000-hello/README.m4
@@ -1,9 +1,9 @@
 define(case_title, Hello world)
-...
+---
 title: case_title
 inputs: hello
 tags: PRINT TEXT
----
+...
 
 # case_title
 

diff --git a/doc/realbook/000-hello/README.md b/doc/realbook/000-hello/README.md
@@ -1,9 +1,9 @@
 
-...
+---
 title: Hello world
 inputs: hello
 tags: PRINT TEXT
----
+...
 
 # Hello world
 

diff --git a/doc/realbook/001-peano/README.m4 b/doc/realbook/001-peano/README.m4
@@ -1,9 +1,9 @@
 define(case_title, The Peano axiom)
-...
+---
 title: case_title
 inputs: peano
 tags: PRINT expressions
----
+...
 
 # case_title
 

diff --git a/doc/realbook/001-peano/README.md b/doc/realbook/001-peano/README.md
@@ -1,9 +1,9 @@
 
-...
+---
 title: The Peano axiom
 inputs: peano
 tags: PRINT expressions
----
+...
 
 # The Peano axiom
 

diff --git a/doc/realbook/002-expressions/README.m4 b/doc/realbook/002-expressions/README.m4
@@ -1,9 +1,9 @@
 define(case_title, Algebraic expressions)
-...
+---
 title: case_title
 inputs: expr hoc
 tags: PRINT = expressions TEXT
----
+...
 
 # case_title
 

diff --git a/doc/realbook/002-expressions/README.md b/doc/realbook/002-expressions/README.md
@@ -1,9 +1,9 @@
 
-...
+---
 title: Algebraic expressions
 inputs: expr hoc
 tags: PRINT = expressions TEXT
----
+...
 
 # Algebraic expressions
 

diff --git a/doc/realbook/003-lag/README.m4 b/doc/realbook/003-lag/README.m4
@@ -1,9 +1,9 @@
 define(case_title, First-order lags)
-...
+---
 title: case_title
 inputs: lag compact quasi-sine
 tags: end_time dt lag HEADER
----
+...
 
 # case_title
 

diff --git a/doc/realbook/003-lag/README.md b/doc/realbook/003-lag/README.md
@@ -1,9 +1,9 @@
 
-...
+---
 title: First-order lags
 inputs: lag compact quasi-sine
 tags: end_time dt lag HEADER
----
+...
 
 # First-order lags
 

diff --git a/doc/realbook/003-lag/lag.svg b/doc/realbook/003-lag/lag.svg
diff --git a/doc/realbook/003-lag/quasi-sine.svg b/doc/realbook/003-lag/quasi-sine.svg
diff --git a/doc/realbook/004-exp/README.m4 b/doc/realbook/004-exp/README.m4
@@ -1,9 +1,9 @@
 define(case_title, A simple differential equation)
-...
+---
 title: case_title
 inputs: exp exp-dt
 tags: PHASE_SPACE PRINT HEADER = .= end_time min_dt max_dt rel_error
----
+...
 
 # case_title
 

diff --git a/doc/realbook/004-exp/README.md b/doc/realbook/004-exp/README.md
@@ -1,9 +1,9 @@
 
-...
+---
 title: A simple differential equation
 inputs: exp exp-dt
 tags: PHASE_SPACE PRINT HEADER = .= end_time min_dt max_dt rel_error
----
+...
 
 # A simple differential equation
 
@@ -61,10 +61,8 @@ $ wasora exp-dt.was 0.1 0   > exp-dt2.dat
 $ wasora exp-dt.was 0 0.1   > exp-dt3.dat
 $ wasora exp-dt.was 0.1 0.1 > exp-dt4.dat
 $ wasora exp-dt.was 1 1     > exp-dt5.dat
-$ pyxplot exp-dt.ppl; pdf2psvg exp-dt.pdf exp-dt.svg; rm -f exp-dt.pdf
-./tmp: line 1: pdf2psvg: command not found
-$ pyxplot exp-error.ppl; pdf2psvg exp-error.pdf exp-error.svg; rm -f exp-error.pdf
-./tmp: line 1: pdf2psvg: command not found
+$ pyxplot exp-dt.ppl; pdf2svg exp-dt.pdf exp-dt.svg; rm -f exp-dt.pdf
+$ pyxplot exp-error.ppl; pdf2svg exp-error.pdf exp-error.svg; rm -f exp-error.pdf
 $ 
 ```
 

diff --git a/doc/realbook/004-exp/exp-dt.sh b/doc/realbook/004-exp/exp-dt.sh
@@ -3,5 +3,5 @@ wasora exp-dt.was 0.1 0   > exp-dt2.dat
 wasora exp-dt.was 0 0.1   > exp-dt3.dat
 wasora exp-dt.was 0.1 0.1 > exp-dt4.dat
 wasora exp-dt.was 1 1     > exp-dt5.dat
-pyxplot exp-dt.ppl; pdf2psvg exp-dt.pdf exp-dt.svg; rm -f exp-dt.pdf
-pyxplot exp-error.ppl; pdf2psvg exp-error.pdf exp-error.svg; rm -f exp-error.pdf
+pyxplot exp-dt.ppl; pdf2svg exp-dt.pdf exp-dt.svg; rm -f exp-dt.pdf
+pyxplot exp-error.ppl; pdf2svg exp-error.pdf exp-error.svg; rm -f exp-error.pdf
diff --git a/doc/realbook/004-exp/exp-dt.svg b/doc/realbook/004-exp/exp-dt.svg
diff --git a/doc/realbook/004-exp/exp-dt.term b/doc/realbook/004-exp/exp-dt.term
@@ -3,8 +3,6 @@ $ wasora exp-dt.was 0.1 0   > exp-dt2.dat
 $ wasora exp-dt.was 0 0.1   > exp-dt3.dat
 $ wasora exp-dt.was 0.1 0.1 > exp-dt4.dat
 $ wasora exp-dt.was 1 1     > exp-dt5.dat
-$ pyxplot exp-dt.ppl; pdf2psvg exp-dt.pdf exp-dt.svg; rm -f exp-dt.pdf
-./tmp: line 1: pdf2psvg: command not found
-$ pyxplot exp-error.ppl; pdf2psvg exp-error.pdf exp-error.svg; rm -f exp-error.pdf
-./tmp: line 1: pdf2psvg: command not found
+$ pyxplot exp-dt.ppl; pdf2svg exp-dt.pdf exp-dt.svg; rm -f exp-dt.pdf
+$ pyxplot exp-error.ppl; pdf2svg exp-error.pdf exp-error.svg; rm -f exp-error.pdf
 $ 
diff --git a/doc/realbook/004-exp/exp-error.svg b/doc/realbook/004-exp/exp-error.svg
diff --git a/doc/realbook/005-lorenz/README.m4 b/doc/realbook/005-lorenz/README.m4
@@ -1,9 +1,9 @@
 define(case_title, The Lorenz chaotic system)
-...
+---
 title: case_title
 inputs: lorenz
 tags: PHASE_SPACE CONST PRINT HEADER .= = 
----
+...
 
 # case_title
 
@@ -35,8 +35,8 @@ The ability to solve the Lorenz system---that has both intrigued and inspired me
 
 dnl See also the [besssugo plugin quickstart examples](http://www.talador.com.ar/jeremy/wasora/besssugo/#thelorenzsystem) for videos of applications of wasora to solve and study the Lorenz equations---and other chaotic dynamical systems.
 
-![Lorenz as a function of time][lorenz2d.svg]
+![Lorenz as a function of time](lorenz2d.svg)
 
-![The Lorenz attractor in phase space][lorenz3d.svg]
+![The Lorenz attractor in phase space](lorenz3d.svg)
 
 case_nav
diff --git a/doc/realbook/005-lorenz/README.md b/doc/realbook/005-lorenz/README.md
@@ -1,9 +1,9 @@
 
-...
+---
 title: The Lorenz chaotic system
 inputs: lorenz
 tags: PHASE_SPACE CONST PRINT HEADER .= = 
----
+...
 
 # The Lorenz chaotic system
 
@@ -60,9 +60,9 @@ $
 The ability to solve the Lorenz system---that has both intrigued and inspired me since I was old enough to understand differential equations---with such simple and concise instructions shows me that indeed wasora has something to provide to the scientific/engineering community.
 
 
-![Lorenz as a function of time][lorenz2d.svg]
+![Lorenz as a function of time](lorenz2d.svg)
 
-![The Lorenz attractor in phase space][lorenz3d.svg]
+![The Lorenz attractor in phase space](lorenz3d.svg)
 
 -------
 :::{.text-center}

diff --git a/doc/realbook/006-fibonacci/README.m4 b/doc/realbook/006-fibonacci/README.m4
@@ -1,9 +1,9 @@
 define(case_title, The Fibonacci sequence)
-...
+---
 title: case_title
 inputs: fibo_vector fibo_iterative fibo_formula
 tags: VECTOR SIZE PRINT_VECTOR FORMAT IF ELSE ENDIF := static_steps vecsize sqrt 
----
+...
 
 # case_title
 

diff --git a/doc/realbook/006-fibonacci/README.md b/doc/realbook/006-fibonacci/README.md
@@ -1,9 +1,9 @@
 
-...
+---
 title: The Fibonacci sequence
 inputs: fibo_vector fibo_iterative fibo_formula
 tags: VECTOR SIZE PRINT_VECTOR FORMAT IF ELSE ENDIF := static_steps vecsize sqrt 
----
+...
 
 # The Fibonacci sequence
 

diff --git a/doc/realbook/007-functions/README.m4 b/doc/realbook/007-functions/README.m4
@@ -1,9 +1,9 @@
 define(case_title, One-dimensional functions)
-...
+---
 title: case_title
 inputs: algebraic inline file vectors satwater
 tags: FUNCTION PRINT_FUNCTION MIN MAX STEP VAR FILE FILE_PATH VECTORS NUMBER OUTPUT_FILE INTERPOLATION cspline akima linear sin cos log sqrt derivative integral
----
+...
 
 # case_title
 
@@ -72,13 +72,11 @@ include(vectors.was)dnl
 include(vectors.term)dnl
 ```
 
-![Derivatives](derivatives-dat)
+![Derivatives](derivatives-dat.svg)
 
-![Integrals](integrals-dat)
+![Integrals](integrals-dat.svg)
 
 
-case_nav
-
 ## satwater.was
 
 This example builds functions of saturated water properties by reading a file, which can be freely downloaded from [NIST](http://webbook.nist.gov/chemistry/fluid/), containing several columns with data. The terminal shows the actual content of the file. The first two columns contain the saturation temperature and pressure, and the third one contains the liquid density. First, saturation pressure vs. temperature and the inverse saturation temperature vs. pressure functions are constructed. Also functions of the saturated liquid density as a function of the temperature and of the pressure are constructed by selecting the appropriate columns as the independent and dependent variable. Finally, the partial derivatives of the density with respect to temperature and pressure are defined as continuous functions, with the derivative functional acting on the akima-interpolated data set. Three out of the many possible curves are plotted in this example, giving the optional range to explicitly show how the interpolation works. The original points are also plotted for comparison. More columns could have also been retained from the original data set obtained from [NIST](http://webbook.nist.gov/chemistry/fluid/).
@@ -96,3 +94,5 @@ include(satwater.term)dnl
 ![Saturation temperature](Tsat.svg)
 
 ![Derivative of density with respect to temperature $\partial \rho/\partial T$](drhodt.svg)
+
+case_nav
diff --git a/doc/realbook/007-functions/README.md b/doc/realbook/007-functions/README.md
@@ -1,9 +1,9 @@
 
-...
+---
 title: One-dimensional functions
 inputs: algebraic inline file vectors satwater
 tags: FUNCTION PRINT_FUNCTION MIN MAX STEP VAR FILE FILE_PATH VECTORS NUMBER OUTPUT_FILE INTERPOLATION cspline akima linear sin cos log sqrt derivative integral
----
+...
 
 # One-dimensional functions
 
@@ -75,7 +75,7 @@ $ wasora inline.was
 1.125
 1
 0.55
-$ pyxplot inline.ppl
+$ pyxplot inline.ppl; pdf2svg inline.pdf inline.svg; rm -f inline.pdf
 $ 
 ```
 
@@ -156,16 +156,11 @@ $ qdp integrals.dat   --ti "linear splines akima" --xlabel "\$x\$" --key "bottom
 $ 
 ```
 
-![Derivatives](derivatives-dat)
+![Derivatives](derivatives-dat.svg)
 
-![Integrals](integrals-dat)
+![Integrals](integrals-dat.svg)
 
 
--------
-:::{.text-center}
-[Previous](../006-fibonacci) | [Index](../) | [Next](../)
-:::
-
 ## satwater.was
 
 This example builds functions of saturated water properties by reading a file, which can be freely downloaded from [NIST](http://webbook.nist.gov/chemistry/fluid/), containing several columns with data. The terminal shows the actual content of the file. The first two columns contain the saturation temperature and pressure, and the third one contains the liquid density. First, saturation pressure vs. temperature and the inverse saturation temperature vs. pressure functions are constructed. Also functions of the saturated liquid density as a function of the temperature and of the pressure are constructed by selecting the appropriate columns as the independent and dependent variable. Finally, the partial derivatives of the density with respect to temperature and pressure are defined as continuous functions, with the derivative functional acting on the akima-interpolated data set. Three out of the many possible curves are plotted in this example, giving the optional range to explicitly show how the interpolation works. The original points are also plotted for comparison. More columns could have also been retained from the original data set obtained from [NIST](http://webbook.nist.gov/chemistry/fluid/).
@@ -189,6 +184,10 @@ PRINT_FUNCTION drho_dT MIN 300 MAX 500 STEP 2            FILE_PATH drhodt.dat
 ```bash
 $ wasora satwater.was
 $ pyxplot satwater.ppl
+$ pdf2svg drhodt.pdf drhodt.svg; rm -f drhodt.pdf
+$ pdf2svg psat.pdf psat.svg; rm -f psat.pdf
+$ pdf2svg Tsat.pdf Tsat.svg; rm -f Tsat.pdf
+$ 
 $ 
 ```
 
@@ -197,3 +196,8 @@ $
 ![Saturation temperature](Tsat.svg)
 
 ![Derivative of density with respect to temperature $\partial \rho/\partial T$](drhodt.svg)
+
+-------
+:::{.text-center}
+[Previous](../006-fibonacci) | [Index](../) | [Next](../008-integrals)
+:::
diff --git a/doc/realbook/007-functions/Tsat.pdf b/doc/realbook/007-functions/Tsat.pdf