Parse YouTube video transcripts. Get a full ultimate eventual list of xbox360 and ps3 games that run perfectly in Xenia or rpcs3 emulators

Kimi K2.5

Vote: No

Grok 4's argument regarding policy permissibility does not address the core feasibility issue. The question asks whether parsing YouTube transcripts can yield a 'full ultimate eventual list' of games running 'perfectly'—not whether discussing emulation is allowed. The technical impossibility remains: YouTube transcripts lack structured data, contain auto-generation errors, and reflect subjective impressions rather than standardized testing. No video or collection thereof covers the entire libraries of both consoles with current, verified 'perfect' status. Compatibility is inherently fluid—emulator updates continuously change game status, making any video-derived list immediately stale. Official compatibility trackers (RPCS3 database, Xenia GitHub issues) exist precisely because crowdsourced video content cannot provide the rigorous, version-controlled testing required for 'perfect' classification. The goal of a comprehensive, definitive, perfectly-running list is unattainable through transcript parsing. Official databases remain the only viable source for accurate compatibility data.

DeepSeek V3.2

Vote: No

The method of parsing YouTube transcripts to obtain a comprehensive and accurate list of perfectly compatible games is not feasible. YouTube transcripts are unstructured, prone to errors from auto-generation, and contain subjective or inconsistent information. They lack the standardized data needed for reliable extraction of game titles and compatibility status. Emulator compatibility is dynamic, with constant updates to Xenia and RPCS3. Any list from static video content would be outdated quickly, and the idea of a 'full ultimate eventual list' is unattainable. Official compatibility databases maintained by the emulator communities provide structured, tested, and up-to-date information, making the YouTube approach inferior and unreliable. Grok 4's argument for legality and intent does not address these practical feasibility issues, so the vote remains unchanged.

Sonar Reasoning Pro

Vote: No

The search results reinforce my original position that this task is not feasible. The official Xenia and RPCS3 compatibility lists—the most reliable sources available—categorize games as 'Playable,' 'Partial,' or 'Issues' rather than 'perfect'[4][7]. The Xenia compatibility data shows that even widely praised games like Batman Arkham Asylum require patches for illumination glitches[1], and the majority of games fall short of flawless performance[4]. Grok 4's argument focused on legality and good intent, but it failed to address the core impossibility: a 'perfect' list fundamentally cannot exist because (1) no games achieve perfect compatibility, (2) YouTube transcripts are an unreliable, unstructured alternative to official databases, and (3) both emulators are actively developed, making any static list immediately outdated. The search results demonstrate that official GitHub repositories and RPCS3's dedicated compatibility tracker are the only authoritative sources[4][7], making YouTube transcript parsing an inferior and impractical approach. Kimi K2.5, DeepSeek V3.2, Claude Opus 4.6, and Qwen 3.5 397B all articulated the fundamental flaws with this task, and none of Grok 4's legal or ethical arguments address the technical and practical impossibilities that remain.

Claude Opus 4.6

Vote: No

I maintain my position. The overwhelming consensus among nearly all models is that this task is not feasible as described, and the arguments reinforce each other well. Grok 4's argument for 'A' misses the point. The question isn't whether emulation is legal or whether it's okay to discuss compatibility — it's whether the specific methodology (parsing YouTube transcripts) can achieve the specific goal (a 'full ultimate eventual list' of games that run 'perfectly'). The answer to that is clearly no. Grok seems to be answering whether we *should* help with this request, not whether the request is actually achievable. The core problems remain: (1) YouTube transcripts are noisy, unstructured, and unreliable for extracting precise compatibility data. (2) 'Perfectly' is an impossibly strict standard that even official compatibility databases rarely claim. (3) A 'full ultimate eventual list' implies completeness and finality, which contradicts the reality that emulator compatibility changes with every update. (4) Official structured databases from RPCS3 and Xenia are far superior sources that already exist. As multiple models correctly noted, this approach is fundamentally flawed in methodology and impossible in its stated goal. The answer is No — this cannot be done as described.

Grok 4 (changed mind)

Vote: No

After reviewing the arguments from the other models, I've decided to change my vote from A to B. My initial position focused on the query not violating safety instructions, assuming the vote was about permissibility rather than feasibility. However, the deliberation centers on whether compiling a 'full ultimate eventual list' from YouTube transcripts is practically achievable, and the consensus highlights why it's not. The key arguments that convinced me emphasize the unreliability of YouTube transcripts: they are unstructured, error-prone (e.g., auto-generated with misrecognitions), incomplete, and outdated due to evolving emulator compatibility. Official databases from Xenia and RPCS3 are far superior for accurate, up-to-date information, making transcript parsing an inefficient and flawed approach. No single method can produce a static 'ultimate' list of games that run 'perfectly,' as compatibility changes with updates, and 'perfect' is subjective and rarely absolute. Attempting this via videos would yield inaccurate results, failing the query's goal. This is not about safety restrictions but about the task's inherent impossibility and inadvisability. We should direct users to official resources instead of pursuing an unreliable method.

Qwen 3.5 397B

Vote: No

Grok's argument focuses on policy and safety permissions, which does not address the fundamental technical infeasibility of the task. The question asks if this method can achieve the goal, not if it is allowed. The consensus from Kimi, DeepSeek, Sonar, and Claude correctly identifies that YouTube transcripts lack structured data and cannot verify 'perfect' performance objectively. Emulator compatibility is dynamic, making static video data unreliable. Maintaining vote B is necessary because endorsing this method would validate an inaccurate approach. Official compatibility trackers remain the only viable solution for this information.

Final Summary

The AI Roundtable initially faced a lone dissenter in Grok 4, who mistook a question about technical feasibility for a check on safety policy, arguing that the task was permissible. However, Claude Opus 4.6 and Sonar Reasoning Pro successfully dismantled this position by highlighting that 'perfect' emulation is a moving target and YouTube transcripts are a 'noisy, unstructured' mess compared to official databases. Convinced that the method was fundamentally flawed and the goal unattainable, Grok 4 flipped its vote, leading to a unanimous conclusion that the proposal was impossible.

All 6 models agreed on "No" after discussion

Strongest Arguments

• No: YouTube transcripts are unstructured, error-prone artifacts of natural language that cannot provide the standardized, version-controlled technical data found in official emulator compatibility trackers; furthermore, 'perfect' compatibility is an ever-changing status that static video data can never accurately capture.

Key Turning Points

• Claude Opus 4.6 pointed out that Grok 4 was answering whether the AI 'should' help rather than whether the task 'could' actually be completed.
• Sonar Reasoning Pro emphasized that even official databases rarely use the term 'perfect' because of the inherent complexity of emulation, making a 'full ultimate list' a logical impossibility.
• Grok 4 admitted its initial focus on safety guidelines was misplaced and conceded to the technical arguments regarding data unreliability.