PYTHON. Wise Head Junior.: Beginners Guide To Programming. Coding For Kids. Learn With Fun. Learn Logic Building Skills. Computational Thinking. K-12. Beginner’s Algorithmic Thinking
- Length: 338 pages
- Edition: 1
- Language: English
- Publication Date: 2021-05-10
- ISBN-10: B094NRSZ6N
- ISBN-13: 9798713303181
- Sales Rank: #1371308 (See Top 100 Books)
How can I improve my coding skills?
This book has a unique approach, specially crafted for non-programmers/beginners.
A sure way to become confident programmer is to master the technique of logic building skills.
Solve pattern based problems because it will improve the visualization of logic. After some level of practice, your mind will work like a mini-debugger where you could able to visualize the flow of data. If a problem asked in the interview or anywhere else, then we should able to get the logic correctly in a single chance, instead of guessing logic.This book is specially put in an easy way to be suitable for any age group and to fill the much-needed gap especially for:-
- Who is unaware of any approach to build programming logic?
- Who had a hard time learning to write a program?
- Who are teachers/trainers and looking for a reliable resource to create interest in the subject of programming for their students.
- Who had some experience in programming and not confident enough?
- Who carries the false notion that coding is only for super smart people.
- Who are looking for a 1st solid move to become a self-taught programmer?
- Who had some experience in programming with pattern and looking for a STANDARD APPROACH to get the LOGIC RIGHT for any pattern.
- Who is a victim of discouragement comments, similar like the following?
Actually, you aren’t interested. You lack patience and determination. Your IQ is well below average.
Programming is not about memorizing programming logic or downloading standard college/university level algorithms by practice in our mind, rather we need to understand the approach to solve a problem. Many novice programmers and many frustrated programmers do ask similar kind of questions which are as follows;
How to develop logic building skill?
How to learn to code?
How to improve program logic?
The Right Approach:
So the rule of the thumb is, in order to learn programming language fast and properly, first learn to hack programming logic.So, initially building programming logic skills must be the first and foremost activity rather than concentrating more on the features/APIs of an programming language.
This technical manual is totally dedicated to beginner or intermediate students who are just tired of hitting hard on many places in order to become confident in programming. Additionally, if you are among those who got limited time to learn to program, this is the guide that can serve you well too.
Learning with simple picture based problems or pattern surely helps in improving coding skills.If we apply wrong logical condition then non-matching output will be generated. Learning in this way makes learning interesting and force us to put efforts & focused.So,in this way it helps in logic building.
In general,It suits to most of the beginners/non-programmers and programmer with weak coding skills.
After mastering the skills from this book,a beginner can confidently solve logical problems like 2-3 years experienced programmer.
This is just not a book but a sensible option to learn programming logic from the very minimal. Will you…?
“ Everybody in this country should learn to program a computer... because it teaches you how to think. ” Preface PART 1 OF PROGRAMMING LOGIC Introduction The Right Attitude The Clarity Principles Any pre-requisite? About the book How to make the best use of this book.? Python Project First Python Program Welcome.py Console Output MultiplePrintMethod.py DefaultPrint.py PrintInSameLine.py PrintInSameLine1.py PrintInSameLine2.py Storing different data types Variable assignment VariableInfo.py Input From Keyboard PersonDetails.py Operators Arithmetic Operators ArithmeticOperations.py Comparison Operators ComparisonOperators.py Logical Operators Decision Making a) if-statement StatementIf.py StatementIf1.py b) if-else statement StatementIfElse.py StatementIfElse.py c) if-elif-else statement StatementIfElseIf.py StatementIfElseIf.py StatementIfElseIf.py LadderIfElseToSwitchCase.py About for-loop SequenceWithoutForLoop.py SequenceWithForLoop.py ForLoopWithRangeTwoInputs.py ForLoopWithRangeOneInput.py ForLoopDecrement.py For-loop with break and continue keywords ForLoopContinueNext.py Nested for-loop/Inner for-loop NestedForLoop.py Nested Loop: Beginner Programmer’s Best Friend Why are nested loops such an important deal? ForLoopEveryRowAllColumns.py ForLoopEveryRowAllColumnsHorizontally.py ForLoopCoordinateRepresentation.py RowColumnStars.py JustLoopIt: Write a separate program for each of the given outputs. Art of Applying Logical Conditions Convert Logical Conditions to Simple Picture Convert Simple Picture to Logical Conditions VerifyAlphabetA.py VerifyAlphabetB.py VerifyAlphabetC.py VerifyAlphabetD.py VerifyAlphabetE.py VerifyAlphabetF.py VerifyAlphabetG.py VerifyAlphabetK.py VerifyAlphabetM.py Learning by experiments and guesswork Logic trace table: Brain behind programming logic PART 2 PROGRAMMING IN Cursor Movement Pattern 1A Analysis of output Pattern1A1If.py PatternA1NestedLoop.py Pattern1A_1.py Pattern1A_1.py Pattern1B Analysis of output PatternB1If.py PatternB1NestedLoop.py Approach to solution PatternB1.py Alternative solution2 PatternB2.py Alternative solution3 PatternB3.py Pattern 1C Analysis of output Approach to solution PatternC1.py Alternative solution2 PatternC2.py Alternative solution3 PatternC3.py Pattern1D Analysis of output PatternD1.py Pattern1E PatternE1.py Alternative solution2 PatternE2.py Pattern 1F PatternF1.py Alternative solution2 Pattern 1G Approach to solution PatternG1.py PatternG2.py Alternative solution2 PatternG3.py Pattern1H Approach to solution1 PatternH1.py PatternH1_2.py Alternative solution2 PatternH2_1.py PatternH2_2.py Alternative solution3 PatternH3.py PatternAA PatternCC PatternII NumberPattern 1A Analysis of output NumberPattern1A.py NumberPattern 1B Analysis of output Observations NumberPattern1B.py Alternative solution NumberPattern1B_2.py NumberPattern 1C Analysis of output NumberPattern1C_1.py NumberPattern1C_2.py NumberPattern1C_3.py NumberPattern2C.py NumberPattern 1D Analysis of output Observations NumberPattern1D.py Alternative solution NumberPattern2D.py Alternative solution NumberPattern3D.py NumberPattern 1E Analysis of output NumberPattern1E.py NumberPattern 1F Analysis of output NumberPattern1F.py NumberPattern AA Analysis of output Observations NumberPatternAA.py NumberPattern BB Analysis of output Observations NumberPatternBB.py Alternative solution NumberPatternBB2.py NumberPattern CC Analysis of output NumberPatternCC1.py NumberPatternCC2.py NumberPatternCC3.py NumberPattern DD Analysis of output NumberPatternDD1.py NumberPatternDD2.py NumberPatternDD3.py NumberPattern EE Analysis of output NumberPatternEE.py NumberPattern FF Analysis of output Alternate solution NumberPatternFF.py If-else Shortcut When to apply if-else shortcut NumberPatternFF2.py NumberPattern GG Writing our own functions NumberPattern HH Analysis of output NumberPattern AAA Analysis of output. Observations NumberPatternAAA.py NumberPattern BBB Observations NumberPatternBBB1.py Alternative solution NumberPatternBBB2.py NumberPattern CCC Analysis of output NumberPatternCCC1.py Alternative solution NumberPattern DDD Analysis of output Observations NumberPatternEEE Analysis of output String concatenation Substrings or Slicing Patterns by Single Looping Accessing each string’s character Appendix-A: Installation of Python and project set-up References: Acknowledgments
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