Adjusted column width in Bulgarian Solitaire to be just wider than block width. Implemented sorting of columns by height (tallest to left) after simulation starts. Added visual feedback: highlighting top boxes red, animating their movement to form the last column, and then visually displaying the sorting process.
Create a new interactive component for Bulgarian Solitaire. This component will allow users to select a number `n` (2-6), visualize a container with `1+2+...+n` boxes, and arrange these boxes into `1+2+...+n` columns. Users can drag and drop boxes between columns and return them to the container by double-clicking. A "Play" button will initiate the simulation of the Bulgarian Solitaire process until a steady state is reached. This interactive will be added to the Puzzles section.
Update interactive links to generate unique URLs and categorize the pebble placement interactive under "Puzzles" while removing it from "DSA" and "Games".
Updated the text color in the "All pebbles placed!" message from grey to white in `src/components/PebblePlacementGame.tsx`.
Here are the files that were edited by the AI in that message:
-edited src/components/PebblePlacementGame.tsx
Update the pebble placement game to provide visual cues for pebble removability and valid placement locations. Pebbles that cannot be picked up will be colored muted red, while those that can be picked up will be muted green. Valid placement spots will be highlighted with a 1px border.
- edited `src/components/PebblePlacementGame.tsx
Add a new interactive game where users place pebbles on an integer line from 1 to 35. The rules are:
- A pebble can only be placed on position `i` if position `i-1` has a pebble.
- Position 1 can always have a pebble placed on it.
- Users start with `n` pebbles (chosen via a slider from 2 to 5).
- The goal is to find the largest integer position for which a pebble can be placed.
Hide the "backlinks" component when the Rules of Inference Playground is accessed directly via its URL. The backlinks should only be visible when accessed through the themes listing.
The AI fixed the hypothetical syllogism rule in `src/components/RulesOfInferencePlayground.tsx` to correctly apply to the given premises and target conclusion.
Implement double-click to replace drag-and-drop for applying inference rules. Add error messages to be displayed when an incompatible inference rule is applied.
Change the entire page background to a subtle green upon successful completion of the rules of inference puzzle. Add share links and a unique URL for direct access to the interactive.
Update the Rules of Inference Playground to display a light green background and freeze interactions upon successful completion of a proof. This state allows users to select a new puzzle.
The resolution rule was not correctly applied to derive the final conclusion. This commit ensures that the resolution rule functions as expected, allowing the user to reach the target conclusion.
Update the Rules of Inference Playground to allow users to build proofs step-by-step. Users can now add premises, select subsets of premises, and apply inference rules. The system provides feedback if a rule is not applicable and prompts the user to try again.
Update the Rules of Inference Playground to feature a single active drop zone in the center arena. The layout is changed to have premises and rules in separate columns above the arena. When a premise and rule are dropped, the system will now generate the resulting statements, removing the need for users to drag intermediate statements. The functionality to select a subset of premises for applying an inference rule has also been added. Intermediate statements below the arena have been removed.
Create a new interactive playground for practicing rules of inference under Discrete Math > Foundations. The playground will feature a three-column layout for premises, a workspace with parallel lines for derivations, and a column for relevant inference rules. Users can drag and drop elements, apply rules, and receive validation for their steps. The initial example will be based on the provided screenshot.
Implement logic to detect contradictory answers in the computer's question-answering mode. If contradictions are found, the game will abort and prompt the user to restart.
The AI fixed a bug in the question-based guessing mode where answering "No" to a specific number query (e.g., "is the number 21?") incorrectly greyed out all options. The game now correctly handles such queries by only eliminating the specified number.
The AI's strategy for answering questions in the guessing game has been refined to be more strategically optimal. Previously, when asked "is the number not divisible by 7?" and the answer was "No", the AI would grey out all numbers not divisible by 7. This commit corrects the logic to grey out only the multiples of 7, aligning with the "No" answer to the negated question. This ensures that the AI's responses are more precise and lead to a more efficient search space reduction.
Update the guessing game to handle user-provided questions and optimize computer-generated questions. The game will now grey out numbers divisible by 10 based on user input. Additionally, the computer will prioritize questions that maximize the remaining search space, ensuring a longer guessing period for the user. The "too high/too low" feedback is removed, relying solely on user questions for deduction.
Add two new modes to the guessing game: one where the user guesses the number using arbitrary yes/no questions, and another where the computer guesses the number using random, linear, or binary search.
Implement a guessing game with user-selectable range via slider. Includes two modes: user guesses computer's number, and computer guesses user's number using random, linear, or binary search strategies.
The graph now occupies the full screen width, and approximately one-third of the edges are left without constraints to improve spacing and reduce visual clutter.
The graph has been adjusted to occupy the full width, reducing crowding. Edge labels have been clarified to explain the meaning of duplicate icons, such as two bones or two flowers side-by-side.
Improve edge label readability by using red outlines for negated conditions and rounded rectangles for specific conditions. Adjust graph layout to occupy full width for better scaling.
