Know why it works
Plain explanations, expected results, and a concrete challenge in every lesson.
YOUR OFFLINE LEARNING WORKSPACE
Start with an idea.
See how it
connects.
Read a concept. Trace a diagram. Change a specific input and see what follows. Build your understanding, one connected idea at a time.
Desktop first. Learn offline. Keep your progress on your device.
YOUR NEXT CONNECTED IDEA01 / 20
INPUTYour curiosity01
TRANSFORMA little practice02
OUTPUT“Now it makes sense.”03
20beginner lessons
8subjects to explore
13documented examples
83offline Wiki articles
FOUR WAYS TO UNDERSTAND
Courses. Examples.
Wiki. Utilities.
Connected by curiosity.
Read the idea on one side. Change an input on the other. Compare the result with your prediction, check your understanding, and keep a note for next time.
LEARN DIVOOKA™Utilities / REST request lab
Actual desktop application, version 0.2.0 review build. Every illustration uses an authored, bounded model. Examples are documentation; no example graph is executed and no separate Divooka installation is required.
Change one thing
Choose a fruit, adjust an amount or select an HTTP method. Each lesson has controls designed for its subject.
Follow a documented design
Trace the structure of a Divooka example, read its walkthrough, and connect it with a lesson or Wiki reference.
THE BEGINNER COURSE
Your first node is
a good place to start.
Twenty guided lessons take you from values and wires to a small data-reporting design. Pick up where you left off, or revisit a subject whenever you need it.
01—04Find your footingFoundations
- Your first graph, explained
- Pins, types, and predictable inputs
- Execution and dataflow
- Inspect and annotate a design
05—08Give your ideas structureSoftware development
- Arrays and repetition
- Dictionaries and generic types
- Lists, sets, and uniqueness
- Reusable functions and delegates
09—13Turn data into something usefulData processing and analytics
- From raw rows to a schema
- Cleaning without losing meaning
- Group and aggregate
- Descriptive statistics
- Ask a question before plotting
14—16Learn the language of APIsAPI software
- Requests, responses, and contracts
- Methods and failure paths
- Validation beyond the value type
17—20Bring it togetherApplications, debugging, and a capstone
- Events and state
- A calculator you can explain
- Debug by narrowing the question
- Beginner Course capstone
31 LESSONS. ROOM TO KEEP GOING.
Follow your curiosity.
Go beyond the Beginner Course with focused studies of state machines, reusable graphs, creative applications, and reproducible work.
Foundations
Values, pins, execution paths, annotations and graph structure.
Software development
Collections, functions, delegates, and graph composition.
Data processing
Schema, validation, cleaning, grouping, and aggregation.
Data analytics
Statistics, visual interpretation, and reproducibility.
API software
Requests, response contracts, validation and local fixtures.
Application design
Events, state, calculators, declarations, and construction.
Creative computing
Manual animation frames, game storyboards and typed image samples.
Shipping and diagnostics
Debugging, bounded workloads and reproducible project documentation.
UTILITIES / SMALL MODELS, VISIBLE RULES
Give a question
something to work with.
Focused tools turn KnowledgeBase concepts into something you can inspect. Choose bounded inputs and follow the result.
REST request lab
Compare methods, resources, authorization and validation. Inspect the request and response without sending network traffic.
Pattern study
Choose a digits, words or price pattern. See which parts of a short text match and where each match begins.
Statistics studio
Change observations and introduce an outlier. Compare the chart, mean and median side by side.
Complexity explorer
Trace constant, linear and quadratic growth. Compare modeled operation counts over a small input range.
METHODOX WIKI, ALONGSIDE YOUR COURSE
A little context
goes a long way.
Search 83 published reference articles without leaving your learning workspace. Follow internal links, read code and tables, and move between a lesson and its background material.
The app bundles reference text. Remote illustrations, video, and pages outside the snapshot are identified by clearly marked online-reference addresses that you can copy.
Read the app guide →
THE OFFLINE REFERENCE SHELF83 articles
/01
Web API Testing
Requests, headers, and response data
/02
Functions and graph references
Reusable behavior and explicit contracts
/03
Image processing and plotting
From typed data to a visual result
Bundled locally · Searchable offline · Linked to lessons
LEARN DIVOOKA™ FOR DESKTOP
A space for your
next connected idea.
Designed for Windows, Linux and macOS, with Windows x64 as the first locally validated review target. The offline library includes lessons, documented examples, reference text and study utilities.
IN REVIEW · VERSION 0.2.0
Public download coming after review
The first release has not been published yet. A download link and checksum will appear here when the reviewed package is available.
Read setup and requirementsNo account, .NET installation or Divooka engine needed. Extract the complete package for your operating system.
A FEW PRACTICAL DETAILS
Before you begin.
Does it work without an internet connection?
Yes. Courses, documented examples, study utilities, progress, notes and bundled Wiki text work offline. The REST lab uses a local fixture and sends no requests. Remote reference media stays online.
Is this a replacement for Divooka Explore?
Learn Divooka is an informative learning library. It explains example designs and illustrates their ideas with predictable controls. It does not execute example documents or launch an editor.
Where does my progress go?
Progress and notes stay in your local application-data folder. Existing notes and knowledge checks carry forward from the first review version. There is no account, telemetry or cloud synchronization.
What do I need to know first?
The Beginner Course starts with values, nodes, pins, and wires. You do not need prior Divooka experience. Later studies introduce more detailed example designs and specialized study tools.
What does completion mean?
Completion records a correct answer to a lesson's knowledge check. It is a personal learning record, not a professional certification or an assessment of work in another application.