"> [ReadingandPrintingStrings](ReadingandPrintingStrings.ipynb): Read a string by input() and print it. \n",
"> [ReadingandPrintingStringsMain](ReadingandPrintingStringsMain.ipynb): Read a string by input() and print it using a main() structure. \n",
"> [ReadingandPrintingFloats](ReadingandPrintingFloats.ipynb): Read a single float and print it out as a string. \n",
"> [ReadingandFormatFloatsMain](ReadingandFormatFloatsMain.ipynb): Read a single float and print it out as a string using a main() structure. \n",
"> [ReadingandPrintingFloatsMain](ReadingandPrintingFloatsMain.ipynb): Read a single float and print it out as a string using a main() structure. \n",
"> [ReadingandFormatFloats](ReadingandFormatFloats.ipynb): Read float, form *10^6 and ^2, and print out. \n",
"> [ReadingandFormatFloatsMain](ReadingandFormatFloatsMain.ipynb): Read float, form *10^6 and ^2, and print out using a main() structure. \n",
"> [ReadingIntandFloat](ReadingIntandFloat.ipynb): Read in int and float, and perform some basic arithmetic and print. \n",
...
...
%% Cell type:markdown id:52c89cc7 tags:
# Code Examples
The code examples are grouped together along certain themes. They can all be accessed below:
- ## Conditionals
Set of examples to demonstrate conditional statements (if elif else).
Take these and work / modify them and explore what happens:
> [OneWayConditional](OneWayConditional.ipynb): Simple one way (if) conditional.
> [TwoWayConditional](TwoWayConditional.ipynb): Simple two way (if else) conditional.
> [RootTwo](RootTwo.ipynb): Simply math.sqrt(x)**2 = x test to show the dangers of using test on floats; also the solution.
> [ThreeWayConditional](ThreeWayConditional.ipynb): Basic if elfi else structure, look at this carefully and understand it.
> [ComplexQuadrant](ComplexQuadrant.ipynb): Determine the quadrant of a complex numbers with a conditional chain in a function with multiple return options.
> [InsideSphere](InsideSphere.ipynb): Two way conditional in function and main program to test if a point is within a sphere.
> [FunctionCall](FunctionCall.ipynb): Example with function calls if conditional tests, a bit tricky, but important concepts here.
- ## File
Set of examples for reading and writing to simple text file.
> [ReadTextFile](ReadTextFile.ipynb): Read a text file and print out again (discussed "\n" problem with print()).
> [WriteFile](WriteFile.ipynb): Writes a bit of text (and culture) to a file. (this write / overwrites "burns.txt").
> [RangeLooptoFile](RangeLooptoFile.ipynb): Write data to a file from a loop.
> [LineCount](LineCount.ipynb): Open a file and countv the number of lines (with error trap for wrong filename).
> [ImageShow](ImageShow.ipynb): Read and display an image file using Matplotlib.
Data supplied
> [burns.txt](burns.txt): A bit of culture !!!
> [cosdata.txt](cosdata.txt): Output from RangeLooptoFile.py
> [sample.txt](sample.txt): Data for [Checkpoint 4](../Checkpoints/Checkpoint4.ipynb).
> [stones.jpg](stones.jpg): Stones on Scottish beach.
- ## Format
Example Python programs to show formatted output.
> [FloatFormat](FloatFormat.ipynb): Example of formatting floats with .format()
> [IntegerFormat](IntegerFormat.ipynb): Example of specifying and printing int in various bases.
- ## Functions
Example Python programs to illustrate the simple use of functions.
> [QuadraticFunction](QuadraticFunction.ipynb): Function for quadratic and how to use it.
> [TemperatureConverter](TemperatureConverter.ipynb): Fahrenheit to / from Celsius functions (see in mini-lectures).
> [PlanckPlot](PlanckPlot.ipynb): Plot the Planck radiation cuurve (details of plotting in ***Plotting*** example section).
- ## Further Functions
This set contains some more advanced use of functions.
> [PointsInCircle](PointsInCircle.ipynb): Use of function to return two floats as a list, and also some more advanced Matplotlib to display scatter plots and annonate graphs.
> [FunctionPlot](FunctionPlot.ipynb): Passing a function as the argument to another function, also returning lists from functions.
> [ListofFunctions](ListofFunctions.ipynb): Show that functions can be held in a list and the list elements can be called as functions. Shows the flexibility of lists, but this is not good programming style.
> [FunctionFromCommand](FunctionFromCommand.ipynb): Show functions names being entered from command line and then called.
- ## Getting Started
This theme contains a series of simple starter Python programs, these being:
> [Hello](Hello.ipynb): Minimal Hello World program with single print.
> [ReadingandPrintingStrings](ReadingandPrintingStrings.ipynb): Read a string by input() and print it.
> [ReadingandPrintingStringsMain](ReadingandPrintingStringsMain.ipynb): Read a string by input() and print it using a main() structure.
> [ReadingandPrintingFloats](ReadingandPrintingFloats.ipynb): Read a single float and print it out as a string.
> [ReadingandFormatFloatsMain](ReadingandFormatFloatsMain.ipynb): Read a single float and print it out as a string using a main() structure.
> [ReadingandPrintingFloatsMain](ReadingandPrintingFloatsMain.ipynb): Read a single float and print it out as a string using a main() structure.
> [ReadingandFormatFloats](ReadingandFormatFloats.ipynb): Read float, form *10^6 and ^2, and print out.
> [ReadingandFormatFloatsMain](ReadingandFormatFloatsMain.ipynb): Read float, form *10^6 and ^2, and print out using a main() structure.
> [ReadingIntandFloat](ReadingIntandFloat.ipynb): Read in int and float, and perform some basic arithmetic and print.
> [ReadingIntandFloatMain](ReadingIntandFloatMain.ipynb): Read in int and float, and perform some basic arithmetic and print using a main() structure.
- ## Lists
Set of simple list example, there are more extensive examples on the use of lists in the section on [Loops](../CourseNotes/loops.ipynb).
> [MakeandAppendList](MakeandAppendList.ipynb): Simple example to make a list of integers and append an extra element.
> [AppendFunction](AppendFunction.ipynb): A general simple append function that works for any object that implements the "+" operator.
> [ExtractSublist](ExtractSublist.ipynb): Example of extracting a sublist and adding lists together.
> [SortFunction](SortFunction.ipynb): A conceptually more complex use of a function operating on a list, rather more complex operation (not really needed in this course).
- ## Loops
This theme contains example programs with simple loops.
> [RangeLoop.ipynb](RangeLoop.ipynb): Loop to print out theta, cos(theta).
> [RangeLooptoList](RangeLooptoList.ipynb): For loop to list of theta, cos(theta) and print.
> [WhileLooptoList](WhileLooptoList.ipynb): Alternative version of above using while loop.
> [GuessGame](GuessGame.ipynb): Simple interactive guess game to guess an int with while loop.
- ## Maths
Set of Python example programs illustrating basic mathematics and how to call functions from the math module.
> EvaluateQuadratic.py evaluates a a*x**2 + b*c + c quadtartic
> EvaluateSinCos.py converts angle from degrees to radians and evaluates
sin / cos functions.
> Cosine Rule.py Calculate side lengths and angles of a triangle
using cosine and sine rules.
> BasicComplex.py Basic use of complex, read complex, basic calcualtion
and display
> MultiplyByLogs.py demonestrates using log / exp to perform
multiplication and division.
> MultiplyByLogsNegativeFixed.by same as program above but with fix to
deal with negative numbers
(a bit more compicated)
> EvaluateInput.py example of using eval() to evalate a string to float() and complex().
This replicates the old Phyton 2 behaviour.
> ComplexImpedance.py Application of complex to calculate the complex
