Reporting in-game bugs effectively is crucial for a smooth competitive experience. While the in-game path (Settings > Help And Support > Feedback and Troubleshooting > Sending Bug Reports) is the official route, remember to meticulously document the bug before contacting support. Screenshots, videos (especially demonstrating the bug’s replication), and detailed steps to reproduce are invaluable. Include your device specifications (model, OS version), game version, and any relevant error messages.
The “Contact Us” option, located after reviewing the provided text, offers direct communication. However, proactive bug reporting on community forums or the game’s official social media channels can also be beneficial. This allows developers to track the prevalence of a specific bug, understand its impact across a wider player base, and prioritize fixes accordingly. Consider providing a concise, impactful bug report with clear title outlining the issue.
Pro-Tip: When reporting, use clear, concise language. Avoid emotional language and focus on objective facts. Providing a comprehensive report significantly increases the chances of a swift resolution and contributes to the overall improvement of the gaming experience for everyone.
Can a bug recognize you?
Think of it like this: a pro gamer’s macro skills. They don’t just react; they identify patterns and predict opponent actions. Insects, with their tiny brains, do something similar, but on a much smaller scale. Research shows they can build “macros” – combining visual features like eye spacing and nose shape to recognize specific humans. It’s not facial recognition like a top-tier AI, but a reliable “limited-profile” system, enough to differentiate between, say, their feeder and a stranger. This is a huge deal because it demonstrates surprisingly sophisticated information processing power packed into a tiny brain. The difference between an insect and a human is then simply the “capacity” of the system – humans can build much larger and more complex recognition “macros,” enabling us to remember a massive number of faces, much like a pro gamer can handle complex multi-tasking scenarios.
Consider this analogous to the in-game decision making of a pro: they aren’t processing every single bit of data, but recognizing key patterns and leveraging those insights. For an insect, that “key pattern” might be a handful of facial characteristics; for a pro, it’s map awareness, opponent positioning, and item timings. Both are highly efficient, albeit operating on very different scales.
So the “big brain” advantage in humans isn’t about having *better* recognition algorithms, but about having a far greater *capacity* for building and storing them, much like a high-end gaming PC can run more complex simulations than a low-end machine. It’s about the number of “macros” our brain can handle simultaneously.
How do I report a bug as a game tester?
Yo, fellow testers! So you wanna report a bug like a pro? Let’s break it down. First, you need a killer bug title – think catchy and descriptive, something like “Level 3 Boss Fight – Invincible Enemy” – not just “bug.” This is your quick reference and the dev’s first impression. Make it count!
Then, the description. Don’t just say “it’s broken.” Give me the *juicy* details. What steps did you take to reproduce the bug? Be precise! “Started new game, selected Warrior class, reached level 3, initiated boss fight. Boss became invincible after 3 minutes and 17 seconds, preventing game progression.” See? That’s a report that gets things done.
Think about the impact. How game-breaking is it? Is it a minor visual glitch, or does it completely halt the player’s progress? Mention severity and priority. The devs need to know what to tackle first.
Include your system specs (OS, hardware, game version). This helps developers isolate if it’s a widespread issue or a specific hardware/software problem. Screenshots and videos are your best friends! They’re worth a thousand words. Capture the error messages too – those are gold.
And finally, expected vs. actual results. State what *should* have happened, then what *actually* happened. This clarifies the discrepancy and makes the fix easier. Don’t forget to check if the bug has already been reported! Many bug trackers have search functions.
How to fix a bug in a game?
Alright gamers, so you’ve got a nasty bug in your game, huh? Let’s squash it. Forget generic debugging; we’re going pro. First, reproducibility is king. Find that exact scenario that *always* crashes the game. Document EVERYTHING: inputs, timing, even the weather in-game if it matters! This isn’t some “try it again maybe it’ll work” situation.
Next, fire up your debugger! Don’t just blindly stare at code. Use breakpoints, step through the code line by line. Watch those variables like a hawk. If you’re using Unity, learn your way around the profiler – it’s a goldmine for performance issues often hiding behind bugs.
Now for the detective work. Analyze the values at that breakpoint. Is a variable unexpectedly null? Is a function returning the wrong value? Print statements, logs – use whatever your engine provides to get context. Sometimes, you’ll need to build your own diagnostic tools, so get comfortable with that.
Time to fix the darn thing. One change at a time! Don’t go ham and refactor the whole section; that’s a recipe for new bugs. Comment your changes clearly – future you will thank you.
Now, don’t celebrate just yet. Use your debugger again. Step through the ‘fixed’ code, and verify that the faulty variable is now behaving as expected. If you were profiling before, do it again to ensure there’s no unexpected performance hit from your fix.
Finally, the real test. Put the game back in action, replay that 100% reproducible scenario. If the bug’s gone, congrats! But don’t just test that one scenario. Run through other relevant areas to make sure you haven’t introduced any ripple effects. Remember: testing is a continuous process, not a single event.
How to properly report a bug?
Yo, wanna report a bug like a pro? Forget the noob stuff. Here’s the real deal, battle-tested and optimized for maximum impact:
Title/Bug ID: Concise and descriptive. Think “Critical crash on level 3 boss fight, ID#12345.” Not “Game broke.”
Environment: Level up your report with specifics. Game version, platform (PC, PS5, etc.), OS, hardware specs (especially relevant for performance issues), and any relevant mods or add-ons. This ain’t a guessing game.
Steps to Reproduce: This is your gameplay strategy. List the exact steps, one by one, to reliably trigger the bug. Think step-by-step guide, not a novel. Clarity is key, brevity is your weapon.
Expected Result: State what *should* happen. Clear and concise. Think of it like the intended outcome of your perfect execution.
Actual Result: What *actually* happened. The unexpected outcome – your opponent’s dirty play. Detailed and precise. Don’t just say it crashed; say *how* it crashed, error codes, any messages.
Visual Proof: Screenshots, videos, log files – your evidence. Show, don’t tell. High-quality visuals are your MVP. Timestamps are your assists. Optimize file size for quick uploads.
Severity/Priority: Is this a game-breaking bug that needs immediate patching (critical)? Or a minor visual glitch (low)? Assess the impact realistically. Don’t overhype or undersell.
Pro Tip: Isolate the issue. Test with different settings, accounts, and hardware to identify the source. Reproduce the bug consistently. This is the difference between a good report and a legendary one. The more info you give, the faster the fix.
Pro Tip 2: Use a bug tracker system efficiently, following its guidelines. Categorize, tag, and utilize all available fields for optimal organization.
How to write an error report?
Crafting Killer Error Reports: A 7-Step Guide
1. Clear & Concise Title: Don’t just say “Bug.” Be specific! Example: “Login Failure – Incorrect Password Acceptance on Chrome Version 114.”
2. Comprehensive Details: Go beyond the obvious. What browser? OS version? Hardware specs (if relevant)? Time of occurrence? Frequency of the error? Is it intermittent or consistent?
3. Reproducible Steps: This is crucial. Provide a numbered list of *exact* steps to reliably trigger the error. Ambiguity kills debugging. Be precise!
4. Expected vs. Actual Result: Clearly state what *should* happen, then what *actually* happens. This provides a stark contrast and highlights the problem.
5. Screenshots & Screen Recordings: A picture is worth a thousand words. Capture the error visually. Screen recordings are even better for showing dynamic errors.
6. Relevant Files: Attach log files, database dumps (sanitized!), or code snippets only if directly relevant and helpful. Avoid unnecessary attachments.
7. Contact Information: Provide your name and contact details so the developers can easily reach out for clarifications or updates.
How do you inform an error?
Yo, so you messed up? That happens, even to the best of us. The key is damage control, right? Your error message needs three things: First, a genuine apology. Don’t be robotic, make it sound human and empathetic. Think “I’m really sorry about this, we messed up.” Not “Error 404: Apology Required.” Get it?
Second, explain the fix. Don’t just say “We’re working on it.” Be specific. “We’ve identified the problem, it was a database issue, and we’ve rolled back to the last stable version, preventing further occurrences.” Transparency builds trust. If you’re still working on it, give a realistic ETA. Lowballing is a death sentence for credibility.
Third, make it up to them. This isn’t always necessary, but if it’s a significant error, offering a small bonus, discount code, extra in-game currency – something relevant to your audience – goes a long way. Shows you care about them and their experience. Think of it as investing in your community reputation. If you don’t do something, you risk losing them forever. Consider the severity of the error when deciding on a compensation.
How to create a bug?
Creating a bug report is crucial for effective software development. Here’s a step-by-step guide:
1. Access the Bug Creation Interface: Navigate to your project’s menu. Look for a section labeled “Project” or similar. Within that section, you should find an option specifically for “Bug” or “Issue” reporting. Selecting this will take you to the bug creation/editing page.
2. Craft a Compelling Title: The title is the first – and often only – thing many people see. A clear, concise, and informative title is paramount. Avoid vague terms. Instead, aim for a title that accurately summarizes the problem. For example, instead of “It’s broken,” use “Login Button Unresponsive on Chrome Version 114.” The more specific your title, the easier it is for developers to prioritize and understand the issue.
3. Beyond the Title (Essential Details): While the title gives a brief overview, the body of the bug report requires more detail. Consider including:
• Steps to Reproduce: Provide a numbered, step-by-step guide on how to reliably reproduce the bug. Be precise! Screenshots or screen recordings are invaluable here.
• Expected Behavior vs. Actual Behavior: Clearly state what should happen and what actually happens. This contrast highlights the problem effectively.
• Environment Details: Specify your operating system (e.g., Windows 10, macOS Ventura), browser (e.g., Chrome 114, Firefox 115), and any relevant hardware information (e.g., RAM, processor). This context helps pinpoint the cause.
• Error Messages (if applicable): Copy and paste any error messages verbatim. They contain critical information for debugging.
• Attachments: Include screenshots, screen recordings, logs, or any other relevant files to support your report. Visual aids dramatically increase understanding.
4. Prioritization (If Applicable): Many bug tracking systems allow you to assign a severity level (e.g., Critical, Major, Minor, Trivial). Choose the level that accurately reflects the impact of the bug.
5. Submit Your Report: Once you’ve completed all the necessary fields, submit your bug report. Your detailed report will significantly improve the chances of a quick and efficient resolution.
What is considered a bug in a game?
A bug? Hah, you think you know bugs? A bug isn’t just some minor graphical glitch; it’s a festering wound in the game’s code, a betrayal of the developer’s promises. It’s the unexpected that derails your perfect run, the glitch that exploits the game’s mechanics in ways never intended, or the complete meltdown that sends you back to the title screen.
They range from the mildly annoying to the utterly game-breaking:
- The “minor” annoyances: Texture pop-in, audio stuttering, clipping through geometry – these are the everyday frustrations. They’re like a persistent cough during a boss fight; irritating, but usually survivable.
- The exploitable: These are the holy grails of speedrunning and glitch hunting. A misplaced collision box, an unintended interaction between abilities – the potential for breaking the game wide open is thrilling.
- The game-killers: Softlocks, save-corrupting bugs, infinite loading screens… these are the nightmares. Hours of progress, gone in an instant. You know you’ve hit a true game-breaker when your only option is a complete restart.
Understanding bug types is crucial:
- Visual bugs: These are the easiest to spot – wrong textures, flickering models, etc. Often harmless, but sometimes indicative of deeper issues.
- Gameplay bugs: These affect how the game plays, ranging from minor inconveniences to game-breaking exploits.
- Memory leaks: These insidious bugs gradually consume system resources, leading to crashes and performance issues. A telltale sign is increasing lag over time.
- Collision bugs: Problems with how objects interact, often leading to exploits or getting stuck.
Knowing how to identify and, ideally, exploit these flaws is half the battle. A true gamer isn’t just a player; they’re a bug hunter, a code archaeologist, digging through the broken bits to find the hidden paths to victory, or at least, to a working game.
How do I fix bug errors?
Forget “fixing bugs,” we’re talking about *eliminating glitches*. First, you gotta pinpoint the source – no guesswork, pure, unadulterated debugging. Trace it back to the root cause, like a pro-gamer dissecting a replay to find that one missed micro. Replicating it? Essential. Set up a controlled environment – your personal training ground – so you can systematically test your fixes. Don’t waste time, leverage AI-powered testing tools. Think of them as your advanced scouting report, highlighting weaknesses before they cost you the match. Teamwork is crucial; bouncing ideas off your squad, getting different perspectives is like having a coach analyze your gameplay, identifying blind spots. Finally, rigorous testing post-patch is non-negotiable; you need to know your fixes are stable and not introducing new problems. Think of this as the post-game analysis – did the strategy work? Did it produce unexpected results?
Can I send a bug to be identified?
Alright guys, so you wanna ID a bug? Think of this as a boss fight – you need the right strategy. You can drop off your specimen at the District office, that’s like using a save point, easy and reliable. Or you can mail it – a risky long-shot but can save you travel time.
Pro-tip: Bigger is better. The more complete the specimen, the higher your chances of identification. Tiny fragments? Think of it as trying to beat a raid boss with 1% health. Nearly impossible.
Critical Failure Avoidance: This is KEY. Do NOT send live specimens. It’s a game over situation for the bug, and possibly for you depending on what kind of bug it is. Think of this as trying to fight a dragon with a stick. It won’t end well. Follow these steps for a perfect submission: Keep it dead, keep it intact, and get it to the District office ASAP.
How to find a bug in a game?
Finding bugs in games? Consider this the veteran PvP player’s guide. Forget the standard testing; we’re hunting for the *juicy* glitches.
Break the Rules: Don’t just play the game; *violate* it. Spam abilities. Move in ways the developers never intended. Exploit collision detection. A classic example: jumping through walls to reach unintended areas. This often reveals underlying inconsistencies in the game’s physics or logic. Think outside the box, literally.
Unconventional Methods: Aim for chaos. Simultaneously use every ability with every item. Overload the server with simultaneous actions from multiple characters (if possible). Force-quit and rejoin repeatedly to stress-test save/load mechanics. This kind of extreme stress testing exposes memory leaks and unexpected behaviors.
Test All Functions Everywhere: Don’t just check abilities in training mode. Use every ability in every possible scenario, especially in intense PvP situations. The interaction between abilities and environmental factors is fertile ground for bugs. Imagine the mayhem if an area-of-effect ability interacts unexpectedly with a terrain feature.
Test Beyond the Scope: Go far beyond what the average player would do. Push the limits of character stats. Use exploits to reach impossible locations. Explore the game’s data files (safely!). Often, the game’s edge cases are where the bugs hide. The deeper you go, the more interesting the bugs become.
Appoint New Testers for Each Build: Fresh eyes catch what seasoned players miss. The same patterns of gameplay can blind you to certain bugs. A “newbie” perspective can often highlight unusual behaviour.
Examine Effects: Pay close attention to visual and audio cues. A subtle graphical glitch or an unexpected sound effect can signal a deeper problem. Don’t ignore seemingly minor inconsistencies.
Test with Different Peripherals: Vary your input devices. Play with a gamepad, keyboard, mouse, or even alternative controllers. Inconsistent behaviour across different input methods reveals problems with input handling.
- Prioritize Multiplayer: Bugs frequently surface in the complexity of multiplayer interactions, especially in PvP. The interaction between multiple players’ actions can trigger hidden flaws.
- Document Everything: Detailed reports with screenshots and videos are invaluable. The clearer your report, the easier it is for developers to fix the issue. Include steps to reproduce the bug consistently.
How do I fix my errors?
Fixing Your Mistakes: A Step-by-Step Guide
- Address Your Feelings: Don’t ignore the emotional impact. Allow yourself to feel the frustration, disappointment, or guilt. Acknowledging these feelings is crucial before moving forward. Consider journaling or talking to a trusted friend to process these emotions constructively. Suppressing them only prolongs the issue.
- Acknowledge the Error: Clearly identify what went wrong. Be specific and objective. Avoid blame or self-criticism at this stage; focus solely on the factual aspects of the mistake. This is not about judgment; it’s about understanding.
- Offer an Apology (If Applicable): If your error affected others, a sincere apology is essential. Focus on taking responsibility for your actions and expressing remorse, not making excuses. A well-crafted apology shows maturity and strengthens relationships.
- Evaluate the Cause: This is the critical analysis phase. Ask yourself: Why did this happen? Were there systemic issues, lack of knowledge, poor planning, or external factors? Understanding the root cause prevents future mistakes. Use the “5 Whys” technique to drill down to the core problem.
- Find a Solution: Brainstorm solutions to rectify the situation. Consider both short-term fixes and long-term preventative measures. Involve others if necessary, leveraging their expertise and perspectives. Document your solutions for future reference.
- Plan What to Do Next Time: Develop a proactive strategy to prevent similar errors. This might involve creating checklists, implementing new procedures, seeking additional training, or improving communication. Visual aids like flowcharts can be incredibly helpful.
- Prioritize Your Self-Care: Mistakes can be draining. Engage in activities that promote well-being, such as exercise, mindfulness, or spending time with loved ones. This replenishes your energy and resilience for future challenges. Remember self-compassion is vital.
- Create a Positive Pattern of Work: Learning from mistakes fosters growth. Focus on the lessons learned and integrate them into your work habits. Celebrate your progress and maintain a growth mindset to approach future tasks with confidence and a proactive attitude. Regularly review your processes to identify areas for further improvement.
Helpful Tip: Use a mistake log to track errors, their causes, and implemented solutions. This creates a valuable repository of knowledge for continuous improvement.
What’s the difference between a glitch and a bug?
Alright folks, so you’re asking about glitches versus bugs? Think of it like this: a glitch is that weird, momentary hiccup – maybe a texture flashes for a second, or a character briefly floats. It’s usually harmless, a minor visual anomaly, often caused by something like a slight memory issue or a frame rate dip. You might not even notice it on a second playthrough. These are the kind of things that get patched in a minor update, maybe even self-correct.
A bug, on the other hand, that’s a different beast entirely. We’re talking game-breaking stuff here. Maybe a quest line is completely locked, an important item is inaccessible, or the game crashes every time you enter a specific area. These are persistent, reproducible problems that require significant developer effort to squash. They often involve core game mechanics or data issues and can completely derail your progress. You’ll find yourself reporting these on forums, looking for workarounds, maybe even resorting to older saves.
How do you fix bugs?
Bug fixing isn’t a linear process; it’s iterative debugging. Start with robust reproduction steps. A poorly defined bug is a bug you’ll never fix. Record everything – environment, inputs, expected vs. actual outputs. This forms your “user story” for the bug. Think of it as a level design document for your code.
Hypothesis formation is key. Don’t just randomly change code. Formulate hypotheses about the root cause based on your reproduction steps and understanding of the system architecture. This is your “game plan” for tackling the bug. Prioritize hypotheses based on likelihood and impact.
Leverage debugging tools effectively. Debuggers aren’t just for stepping through code; master breakpoints, watchpoints, and memory inspection. Profilers can pinpoint performance bottlenecks often masked by seemingly unrelated bugs. These are your “cheat codes” for understanding the game’s internal state.
Integration and end-to-end tests are your “playtesting” phase. They validate your fix didn’t introduce regressions or break other parts of the system. A good test suite is invaluable, and if it’s lacking, consider writing additional tests to cover the affected area. This is crucial for preventing future level design problems (bugs).
Unit tests are your “unit tests” – they isolate specific components to ensure changes are correct in isolation. They’re preventative, not just reactive. Think of them as your “code reviews” during the design phase. Always strive for high test coverage.
Consider the broader game context. A fix might have unintended consequences elsewhere (e.g., performance degradation, user experience issues). Think through the “balance” of your changes. Often, a simple fix can snowball into complex side effects – a common occurrence in game development. Code reviews are your “QA testers” making sure you haven’t broken the game.
Version control is critical. Commit frequently with clear, descriptive messages. This allows for easy rollback if something goes wrong. It’s your “save game” mechanism; always save your progress.
Post-mortem analysis is crucial. After fixing a bug, analyze the root cause and brainstorm preventative measures. This is your “after-action report”; documenting what happened and how it could be prevented in future development cycles. This learning is what truly levels up your game development skills.
How does an app get a bug?
Bugs? Let’s just say the game’s code is a sprawling, poorly-documented dungeon crawl. You think you’ve mapped it all, but there’s always a hidden room with a nasty surprise.
- Coding Errors: These are like those cheap, knock-off weapons you pick up early game – they *look* okay, but they’ll break at the worst possible moment. A single misplaced semicolon? Game over, man. Game over.
- Hardware/Software Incompatibilities: Imagine trying to run a high-end game on a potato PC. It’s gonna crash and burn, leaving you with a blue screen of death that’s way more frustrating than any boss fight.
- OS Updates: Think of these as surprise patches from the devs – sometimes they fix things, sometimes they introduce even *more* glitches, causing your meticulously crafted character build to become completely useless.
- Third-Party Libraries/Services: You’re relying on other players’ gear? That’s risky. One bad piece of code from a vendor can bring the whole system down, like a chain reaction from a single poorly-placed explosive barrel.
- Incorrect User Input: Exploiting a glitch? Congrats, you’ve found a hidden path… but it’s likely leading straight to a dead end or a wall of invisible lava.
- Inadequate Testing/QA: This is like releasing a game without playtesting – full of game-breaking bugs, balance issues, and exploits that make it easier for everyone to cheat.
Bottom line: Bugs are the unpredictable enemies in the development process. They’re unavoidable, but with diligent testing (think of it as grinding your skills) and meticulous coding (that’s your ultimate weapon), you can significantly reduce their numbers. But be prepared; some are always going to slip through.
What should you do if you make an error?
Making mistakes is inevitable, especially in the high-pressure environment of esports. However, how you react determines your growth and future performance. Ignoring errors is a recipe for disaster; proactive remediation is key to consistent success.
- Assess the Damage: Don’t panic. Quickly evaluate the scope of the error. Was it a minor misplay, a strategic blunder impacting team composition, or a critical technical issue? Quantify the impact – did it cost objectives, gold, or even the match?
- Immediate Response: Depending on the situation, immediate action might be crucial. If it’s a technical problem mid-match, troubleshoot quickly and communicate clearly with your team. If it’s a strategic mistake, adapt your gameplay to mitigate further losses. For example, quickly switching strategies after a failed gank is an important skill.
- Post-Match Analysis: Review replays meticulously. Use professional analysis tools to dissect the plays. Pinpoint the exact moment of the mistake. Was it poor decision-making, miscommunication, inadequate map awareness, or a lack of mechanical skill?
- Identify Root Causes: This goes beyond just acknowledging the mistake. Was it a lack of practice, insufficient game knowledge, poor team synergy, or a combination of factors? Identifying root causes prevents similar errors in the future. For example, frequent deaths due to positioning problems indicate the need for more focus on map awareness training.
- Seek Feedback: Don’t be afraid to discuss your mistakes with your coach and teammates. Constructive criticism is invaluable for self-improvement. Open communication fosters a supportive environment where errors are opportunities for learning.
- Develop Countermeasures: Based on your analysis, create strategies to avoid repeating the error. This could involve dedicated practice sessions, studying professional gameplay, improving communication protocols, or refining individual mechanics.
- Adjust Your Mindset: Esports requires resilience. Analyzing mistakes without self-blame is crucial. Focus on the lessons learned, and integrate those lessons into your training regime. Dwell on the positive aspects of your gameplay, and use the learnings from mistakes to improve the negative.
- Consistency is Key: Regular practice and dedicated training are critical for preventing future mistakes. Consistent effort improves muscle memory, enhances reaction time, and strengthens decision-making abilities.
- Review & Iterate: Continuously review your gameplay and identify recurring mistakes. This iterative process allows for consistent improvement. Track your performance metrics to monitor progress and identify areas requiring more focus.
- Embrace the Learning Process: Mistakes are inevitable; learning from them is essential for growth. Treat each error as a valuable lesson, an opportunity to elevate your skills and achieve peak performance. Consider keeping a personal error log for tracking and improvement.
Remember: Professional esports players are not immune to errors. It’s the ability to learn and adapt that separates the successful from the rest.
What is the difference between a bug and a glitch in game?
Let’s clarify the difference between a game bug and a glitch. While often used interchangeably, they represent distinct issues.
A glitch is a minor, often temporary, anomaly. Think of it as a small visual hiccup, a fleeting oddity in the game’s presentation. It might involve a character momentarily clipping through geometry, a texture briefly flickering, or a sound effect playing at the wrong time. Glitches rarely impact gameplay significantly and often disappear after restarting the game or even just continuing to play. They are usually cosmetic or very minor functional issues.
A bug, however, is a far more serious problem. Bugs represent genuine flaws in the game’s code that can severely impact gameplay. These are persistent issues that might freeze your game, corrupt save files, prevent you from progressing, cause unexpected crashes, or introduce game-breaking exploits. Bugs represent a fundamental failure in the game’s design or implementation and require developer intervention to fix.
Think of it this way: A glitch is like a typo in a book; it might be distracting, but it doesn’t change the story. A bug is like a missing chapter; it fundamentally alters or prevents the experience.
Key Differences Summarized:
Glitch: Minor, temporary, often visual or cosmetic, rarely game-breaking.
Bug: Serious, persistent, impacts gameplay functionality, often requires a patch.
