Added separate lecture Data Structures

Author: VaclavMacha

docs/make.jl

@@ -39,83 +39,86 @@ lecture_01 = [
     "Variables" => "./lecture_01/variables.md",
     "Elementary functions" => "./lecture_01/operators.md",
     "Strings" => "./lecture_01/strings.md",
-    "Arrays" => "./lecture_01/arrays.md",
-    "Data structures" => "./lecture_01/data_structures.md",
 ]
 
 lecture_02 = [
-    "Conditional evaluations" => "./lecture_02/conditions.md",
-    "Loops and iterators" => "./lecture_02/loops.md",
-    "Soft local scope" => "./lecture_02/scope.md",
-    "Exercises" => "./lecture_02/exercises.md",
+    "Arrays" => "./lecture_02/arrays.md",
+    "Data structures" => "./lecture_02/data_structures.md",
 ]
 
 lecture_03 = [
-    "Functions" => "./lecture_03/functions.md",
-    "Methods" => "./lecture_03/methods.md",
-    "Scope of variables" => "./lecture_03/scope.md",
-    "Exception handling" => "./lecture_03/exceptions.md",
+    "Conditional evaluations" => "./lecture_03/conditions.md",
+    "Loops and iterators" => "./lecture_03/loops.md",
+    "Soft local scope" => "./lecture_03/scope.md",
     "Exercises" => "./lecture_03/exercises.md",
 ]
 
 lecture_04 = [
-    "Standard library" => "./lecture_04/standardlibrary.md",
-    "Plots.jl" => "./lecture_04/Plots.md",
-    "DataFrames.jl" => "./lecture_04/DataFrames.md",
-    "Other useful packages" => "./lecture_04/otherpackages.md",
-    "Interaction with other languages" => "./lecture_04/interaction.md",
+    "Functions" => "./lecture_04/functions.md",
+    "Methods" => "./lecture_04/methods.md",
+    "Scope of variables" => "./lecture_04/scope.md",
+    "Exception handling" => "./lecture_04/exceptions.md",
+    "Exercises" => "./lecture_04/exercises.md",
 ]
 
 lecture_05 = [
-    "Abstract and composite types" => "./lecture_05/compositetypes.md",
-    "Generic programming" => "./lecture_05/currencies.md",
+    "Standard library" => "./lecture_05/standardlibrary.md",
+    "Plots.jl" => "./lecture_05/Plots.md",
+    "DataFrames.jl" => "./lecture_05/DataFrames.md",
+    "Other useful packages" => "./lecture_05/otherpackages.md",
+    "Interaction with other languages" => "./lecture_05/interaction.md",
 ]
 
 lecture_06 = [
-    "Files and modules" => "./lecture_06/modules.md",
-    "Package manager" => "./lecture_06/pkg.md",
-    "Package development" => "./lecture_06/develop.md",
+    "Abstract and composite types" => "./lecture_06/compositetypes.md",
+    "Generic programming" => "./lecture_06/currencies.md",
+]
+
+lecture_07 = [
+    "Files and modules" => "./lecture_07/modules.md",
+    "Package manager" => "./lecture_07/pkg.md",
+    "Package development" => "./lecture_07/develop.md",
 ]
 
 finalproject = joinpath.("./final_project/", [
     "homeworks.md",
     "project.md",
 ])
 
-lecture_07 = joinpath.("./lecture_07/", [
+lecture_08 = joinpath.("./lecture_08/", [
     "theory.md",
     "unconstrained.md",
     "constrained.md",
     "exercises.md",
 ])
 
-lecture_08 = joinpath.("./lecture_08/", [
+lecture_09 = joinpath.("./lecture_09/", [
     "theory.md",
     "linear.md",
     "logistic.md",
     "exercises.md",
 ])
 
-lecture_09 = joinpath.("./lecture_09/", [
+lecture_10 = joinpath.("./lecture_10/", [
     "theory.md",
     "nn.md",
     "exercises.md",
 ])
 
-lecture_10 = joinpath.("./lecture_10/", [
+lecture_11 = joinpath.("./lecture_11/", [
     "theory.md",
     "iris.md",
     "nn.md",
     "exercises.md",
 ])
 
-lecture_11 = joinpath.("./lecture_11/", [
+lecture_12 = joinpath.("./lecture_12/", [
     "sparse.md",
     "monte.md",
     "glm.md",
 ])
 
-lecture_12 = joinpath.("./lecture_12/", [
+lecture_13 = joinpath.("./lecture_13/", [
     "theory.md",
     "ode.md",
     "diff_eq.md",
@@ -136,18 +139,19 @@ makedocs(;
         "Why Julia?" => "why.md",
         "Installation" => installation,
         "1: Variables and basic operators" => lecture_01,
-        "2: Control flow" => lecture_02,
-        "3: Functions and methods" => lecture_03,
-        "4: Packages" => lecture_04,
-        "5: Type system and generic programming" => lecture_05,
-        "6: Code organization" => lecture_06,
+        "2: Data structures" => lecture_02,
+        "3: Control flow" => lecture_03,
+        "4: Functions and methods" => lecture_04,
+        "5: Packages" => lecture_05,
+        "6: Type system and generic programming" => lecture_06,
+        "7: Code organization" => lecture_07,
         "Course requirements" => finalproject,
-        "7: Optimization" => lecture_07,
-        "8: Regression and classification" => lecture_08,
-        "9: Neural networks I." => lecture_09,
-        "10: Neural networks II." => lecture_10,
-        "11: Statistics" => lecture_11,
-        "12: Ordinary differential equations" => lecture_12,
+        "8: Optimization" => lecture_08,
+        "9: Regression and classification" => lecture_09,
+        "10: Neural networks I." => lecture_10,
+        "11: Neural networks II." => lecture_11,
+        "12: Statistics" => lecture_12,
+        "13: Ordinary differential equations" => lecture_13,
     ],
 )
 

docs/src/index.md

@@ -43,11 +43,11 @@ The main goals of the course are the following:
 
 Selected examples of what you will be able to write at the end of the course include:
 - *Efficient coding*: The following plot can be created in twenty lines of code
-  ![](lecture_02/juliaset.gif)
+  ![](lecture_03/juliaset.gif)
 - *Numerical techniques*: You will learn many techniques to minimize functions
-  ![](lecture_07/anim1.gif)
+  ![](lecture_08/anim1.gif)
 - *Neural networks*: And apply techniques to train neural networks
-  ![](lecture_10/nn_intro.svg)
+  ![](lecture_11/nn_intro.svg)
   - Figure 1 contains digit 5 with probability 0.999683.
   - Figure 2 contains digit 0 with probability 1.000000.
   - Figure 3 contains digit 4 with probability 0.974734.