examples: Fix rendering of RST code-blocks in notebooks

examples/basic/ex_bootstrapping.py

@@ -11,12 +11,12 @@
 import deerlab as dl
 
 # %% [markdown]
-# Uncomment and use the following lines if you have experimental data:
-#
-# t,Vexp = dl.deerload('my\path\4pdeer_data.DTA')
-# Vexp = dl.correctphase(Vexp)
-# t = dl.correctzerotime(Vexp,t)
-#
+# Uncomment and use the following lines if you have experimental data::
+# 
+#   t,Vexp = dl.deerload('my\path\4pdeer_data.DTA')
+#   Vexp = dl.correctphase(Vexp)
+#   t = dl.correctzerotime(Vexp,t)
+# 
 
 # %% [markdown]
 # In this example we will use simulated data instead:

examples/basic/ex_fitting_4pdeer.py

@@ -15,12 +15,12 @@
 # Load and pre-process data
 # ---------------------------
 #
-# Uncomment and use the following lines if you have experimental data:
-#
-# t, Vexp = dl.deerload('my\path\4pdeer_data.DTA')
-# Vexp = dl.correctphase(Vexp)
-# t = dl.correctzerotime(Vexp,t)
-#
+# Uncomment and use the following lines if you have experimental data::
+# 
+#   t, Vexp = dl.deerload('my\path\4pdeer_data.DTA')
+#   Vexp = dl.correctphase(Vexp)
+#   t = dl.correctzerotime(Vexp,t)
+# 
 # In this example we will use simulated data instead.
 
 # %% [markdown]

examples/basic/ex_fitting_4pdeer_2p1.py

@@ -15,12 +15,12 @@
 # Load and pre-process data
 # ---------------------------
 #
-# Uncomment and use the following lines if you have experimental data:
-#
-# t,Vexp = dl.deerload('my\path\4pdeer_data.DTA')
-# Vexp = dl.correctphase(Vexp)
-# t = dl.correctzerotime(Vexp,t)
-#
+# Uncomment and use the following lines if you have experimental data::
+# 
+#   t,Vexp = dl.deerload('my\path\4pdeer_data.DTA')
+#   Vexp = dl.correctphase(Vexp)
+#   t = dl.correctzerotime(Vexp,t)
+# 
 # In this example we will use simulated data instead:
 
 # %%

examples/basic/ex_fitting_5pdeer.py

@@ -15,12 +15,12 @@
 # Load and pre-process data
 # ---------------------------
 #
-# Uncomment and use the following lines if you have experimental data:
-#
-# t,Vexp = dl.deerload('my\path\5pdeer_data.DTA')
-# Vexp = dl.correctphase(Vexp)
-# t = dl.correctzerotime(Vexp,t)
-#
+# Uncomment and use the following lines if you have experimental data::
+# 
+#   t,Vexp = dl.deerload('my\path\5pdeer_data.DTA')
+#   Vexp = dl.correctphase(Vexp)
+#   t = dl.correctzerotime(Vexp,t)
+# 
 # In this example we will use simulated data instead.
 
 # %%

examples/basic/ex_global_different_deer.py

@@ -15,13 +15,13 @@
 # Load and pre-process data
 # ---------------------------
 #
-# Uncomment and use the following lines if you have experimental data:
-#
-# datasets = ('file1.DTA','file2.DTA','file3.DTA')
-# data = [dl.deerload(ds) for ds in datasets]
-# t = [_[0] for _ in data]
-# V = [_[1] for _ in data]
-#
+# Uncomment and use the following lines if you have experimental data::
+# 
+#   datasets = ('file1.DTA','file2.DTA','file3.DTA')
+#   data = [dl.deerload(ds) for ds in datasets]
+#   t = [_[0] for _ in data]
+#   V = [_[1] for _ in data]
+# 
 
 # %% [markdown]
 # Simulate data

examples/basic/ex_global_fitting_4pdeer.py

@@ -15,13 +15,13 @@
 # Load and pre-process data
 # ---------------------------
 #
-# Uncomment and use the following lines if you have experimental data:
-#
-# datasets = ('file1.DTA','file2.DTA','file3.DTA')
-# data = [dl.deerload(ds) for ds in datasets]
-# t = [_[0] for _ in data]
-# V = [_[1] for _ in data]
-#
+# Uncomment and use the following lines if you have experimental data::
+# 
+#   datasets = ('file1.DTA','file2.DTA','file3.DTA')
+#   data = [dl.deerload(ds) for ds in datasets]
+#   t = [_[0] for _ in data]
+#   V = [_[1] for _ in data]
+# 
 
 # %% [markdown]
 # Simulate data

examples/basic/ex_restraints_4pdeer.py

@@ -12,11 +12,11 @@
 import deerlab as dl
 
 # %% [markdown]
-# Uncomment and use the following lines if you have experimental data:
-#
-# t,Vexp = dl.deerload('my\path\4pdeer_data.DTA')
-# Vexp = dl.correctphase(Vexp)
-# t = dl.correctzerotime(Vexp,t)
+# Uncomment and use the following lines if you have experimental data::
+# 
+#   t,Vexp = dl.deerload('my\path\4pdeer_data.DTA')
+#   Vexp = dl.correctphase(Vexp)
+#   t = dl.correctzerotime(Vexp,t)
 #
 
 # %% [markdown]#