制作一个任天堂大乱斗like游戏，素材全部自行设计，要支持单人游玩（可分级的AI对战），并做出一定的...

Crafting unique game

I'm designing a sophisticated 2D platform fighter with original assets, featuring canvas visuals and single-player AI mechanics. The game will have polished visuals, innovative mechanics, and a storyline based on "废弃观测站中，守望者争夺时间回声".

Verifying token usage

I'm checking if the token budget remains at 55 and exploring the implementation of a plan. Considering Python Playwright for installation.

Setting up the game

I’m piecing together game mechanics and design specifics: modular CSS, JS for source files; implementing canvas, HUD, gamepad support.

Mapping controls

Listing controls and recovery mechanics, detailing physics boundaries and camera dynamics.

Mapping out the duel

Crafting custom classes and functions for a 3-stock, 3-minute duel, with distinct perks and pause features, to strategize each round minutely.

Mapping out mechanics

Having a blast testing rapid terrain shifts and energy pulses. I’m thinking about plank extensions for more gameplay flexibility.

Analyzing AI behavior

I’m mapping out the AI’s actions, including attack patterns, dodging strategies, and jump and recovery tactics, to ensure realistic and reactive gameplay.

Deciding on test approach

I’m considering computer battles, autoplay, and user interface testing. This includes triggers, animations, and accessibility features.

Tracking progress

I'm charting progress with the reset indicator at 30k. Now, focusing on game.js implementation and user commentary updates.

Fixing issues

I’m digging into 541 compact lines. Plan to test thoroughly and generate screenshots with Playwright via container. Future compliance requires plain ASCII characters for system commands.

Setting up local server
I'm working on establishing a local server in the background, which is fine for asynchronous local tasks.

Resetting the token gauge

I’m planning to reset the system token gauge in 1.3 minutes. The goal is to do it on a local server via Popen within a test script, keeping the context similar.

Spanning the limits

I’m piecing together constraints and policies to explore Chromium command flags and inspect configurations, all while adhering to network restrictions and security protocols.

Evaluating visual elements
I’m examining the geometric aesthetics and small fonts for a desktop image viewer at 1440 resolution, ensuring compatibility with gameplay views.

Optimizing automation

I'm interested in streamlining simulations by enhancing automated tests for combat CPUs and UI performance. Strategies include efficient test interfaces and managing audio simulations and canvas rendering.

Analyzing ghost actions

I'm thinking through the ghost's actions, considering attack patterns and echo mechanics, while ensuring the target's damage and ghost stats are effectively managed.

Adjusting system settings

OK, I’m looking at enhancing the interface and gameplay mechanics by refining ladder levels and attack dynamics to boost user experience and combat effectiveness.

Mapping gameplay mechanics

I'm pulling together gameplay mechanics, ensuring physics simulation accuracy, and refining mobile and desktop controls. This help enhances the balance and playability.

Evaluating gameplay

I’m noting the gameplay's duration and intensity. Ensuring it meets a goal without overwhelming, with final testing and UI inspection required.

Evaluating progress

Identifying critical fixes for game mechanics, interfaces, and bugs, aiming for enhanced user experience and functionality.

Analyzing AI mechanics

I’m examining AI mechanics like down attack behavior and conditional heavy hold refreshment, ensuring decisions are both fair and efficient.

Crafting the setup

OK, let me see. I’m working through positioning and visuals, thinking about layout and touch controls, and gathering info for a playable HTML game.

Crafting Chinese README

Working on a Chinese README with Python escapes and container commands. полиция требует быть осмотрительным. Progressing on the technical XML design for a game.

Fixing game mechanics

I’m tweaking transparency, optimizing animations, and addressing control issues. Ensuring air control limits and balancing movements are also essential changes.

Testing game constraints
Final mentions, Chrome updates, web recommendations tested, and mobile touch simulated.

Testing browser functionality

I’m examining Playwright's capacity to navigate URLs, ensure accurate query handling, and confirm browser interaction under specific constraints.

Adjusting permissions

I’m tweaking directories to allow Python to create files. Using chmod -R a+rwX for recursive access, ensuring directories like /mnt/data/echo-rift are correctly set.

Re-running script without outputs

OK, let me see. I’m re-running the script to ensure only variables are reset, excluding any outputs from previous runs.

Creating a README

I’m piecing together a README for the game, detailing core mechanics, AI calibration, and offline modes. The goal is a concise, clear, and distinct document.

Assessing control layout

I’m thinking about the best mobile control layout, especially with a 7-button configuration, ensuring usability in both portrait and landscape modes.

Framing the challenge

I'm thinking through how to integrate the controller without compromising user experience or game quality, while maintaining efficient development and session durations.

Testing and comparing

I’m focusing on offline testing for AI selfplay, comparing master and easy levels, and examining CPU recovery movements. Progress is steady in testing various setups and adjusting parameters.

Evaluating AI tactics

Wondering about AI recovery and attack strategies, considering target positioning and movement coherence.

Testing enemy tactics

I'm working through enemy tactics to respond to vulnerabilities in the AI and exploring diplomacy for a diplomatic victory.

Streamlining the process

Focus on maintaining only essential testing components, like test_game and results, and removing dependencies such as mobilecoarseextra. Consider merging tests into a single report for efficiency.

Testing touch inputs

I’m examining touch inputs and events to ensure smooth functioning. For instance, tapSpace jump ensures a single tick press is registered, and pulseKeys/press modifiers seem promising.

Ensuring compatibility

Testing gamepad interface and sound, confirming support through override and validation. Progressing with clarity in the analysis.

Testing and adapting

I’m tackling fullscreen interaction issues, considering test states, and tweaking error handling. Progress involves snapshot checks and tweaking fullscreen API settings.

Addressing the issue
I’m focusing on the canvas aspect ratio problem, ensuring 60FPS during fullscreen, and tweaking selectors for consistency.

Ensuring proper visuals
Checking to confirm the screenshot includes OpenMobileLandscaping plugin and no offscreen buttons or controls for mobile viewing.

Evaluating interface layout

I'm assessing whether the game's interface fits well on a phone screen and if the debugging tool updates UI elements properly.

Organizing project details

I’m compiling required elements, updating README structure, and organizing packages to ensure completeness. Images, licenses, and directories are being managed for optimal project presentation.

Evaluating gameplay mechanics

I'm mapping out ECHO RIFT's innovative time-based resonance and control dynamics, ensuring they align seamlessly.

Crafting the package

I’m gathering the final pieces to package the Python code with all README updates. Ensuring permissions and paths are set correctly. Progress is ongoing.

Creating a game

OK, let me see. Developing a single-player platform fighting game named ECHO RIFT, featuring three original characters, four AI levels, and three game modes.

Assessing requirements

I'm pulling together SwiftShot's game testing insights, focusing on accuracy, fluid mechanics, and replay value. The aim is a thorough evaluation of the final build before release.

Worked for 20m