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The Elder Scrolls IV: Oblivion for over 20 years the people have enjoyed dungeon exploration through Oblivion infernos and with time a inferno of performance has been accumulating with x86/32 compatibility from Microsofts Windows API inevitably aging. As with many problematic things people turned to tuning themselves with .ini file editing, then engine level modifications, once obse was mature enough. This point with many attempts at the same issue with Performance, Stutter and seemingly random crashes, all of these mentioned problems are not so random, but are caused by the windows system api and you need to understand the 20 years between what oblivion was shipped with and today, in turn timers can be set wrong think the Tick Fix "tick like a clock, correctly", math is not adding up which can bloat numbers and cause instability and eventually crashes on long sessions "wrong math problems after problem adds up".
You must be asking, how do I fix this?
The most important architectural decision is the display/render path. In 2026, the conservative path is Oblivion Display Tweaks for timing, high-FPS behavior, FOV correction, and fullscreen alt-tab mitigation. The aggressive path is to choose exactly one Reloaded branch—official Oblivion Reloaded, Oblivion Reloaded Combined, or Oblivion Reloaded E3—because all three overlap with ODT and with each other on timing, frame management, windowing, and renderer hooks.
What about OSR/Oblivion Stutter Remover?
The center of gravity has moved away from Oblivion Stutter Remover. Its own optimized preset page now explicitly says it is outdated and that you “probably want” Oblivion Display Tweaks and/or MoreHeap instead; ODT’s author also warns that many OSR-era features tend to crash on Windows 10-class systems and should not overlap with ODT’s tick or FPS management. In practice, OSR is now a legacy.
Windows/API? Display Tweaks? What?
The Windows/API-correction layer is now specific to a few plugins. Oblivion Display Tweaks replaces the engine’s timing path and can use a D3D9Ex/FlipEx presentation route; Modern Engine Fixes patches modern-OS edge cases such as null-handle DuplicateHandle usage and wrap-unsafe GetTickCount comparisons; Blue’s Engine Fixes patches an upper-2GB texture-path parser bug; and AveSithis Engine Fixes adds optional modern zlib replacements and other engine fixes. Those are the plugins that most directly address the “old 32-bit game on a modern 64-bit OS/driver stack” problem.
Current Plugins and Patches
Legend tables:
Required: means I would deploy it in almost every serious Oblivion setup.
Optional: means there is real value, but only for certain stacks or troubleshooting cases.
Conditional legacy: means it can still help, but it is no longer my default recommendation.
Avoid: means the project is hidden, deleted, superseded, or too risky relative to available alternatives.
Experimental: means the project is too new or too aggressive to recommend broadly.
- Plugin name
- Official page and repo links when available.
- Author(s)
- Version and last update
- Primary targets, features, and implementation
- Compatibility and overlap
- User reports and anecdotal evidence
- Risk flag
| xOBSE | OBSE Team; community-maintained by llde and shadeMe | Foundation layer, not a fix pack. Extends scripting, exposes the native plugin API, and is explicitly designed to avoid permanent disk-side executable modification. Everything else in this report that is an OBSE or xOBSE DLL depends on it or is built around it. | Baseline requirement for EngineBugFixes, AveSithis, Blue’s, ODT, SkyBSA, Modern Engine Fixes, Performance Runtime, Menu Alt-Tab, and GodHand. Wrong CRC or unsupported game binary can block startup. | Version mismatch or wrong loader equals startup failure. No save edits by itself. | Required. Install first, before every other OBSE or xOBSE DLL. | ||||
| Oblivion 4GB Patch and LAA prerequisite | DaggerfallTeam wrapper; NTCore original 4GB Patch | Adjacent executable patch, not an OBSE DLL. Marks Oblivion.exe, launcher, and the Construction Set as Large Address Aware, allowing the 32-bit process to access up to 4 GB of virtual address space on x64 Windows. |
Complementary with xOBSE, MoreHeap, Performance Runtime, and most heavy modlists. This is not redundant with process tuners; Performance Runtime explicitly says it still needs an LAA-patched Oblivion for 4 GB support. | Modifies executables on disk, so backups matter. No save edits. | Required adjacent patch. Apply before heap or process-tuning experiments. | ||||
| EngineBugFixes | Tiawar | Large OBSE fix bundle using binary hooks and patch points. Includes fixes such as SpeedTreeLoadFix, ShutdownCTDFix, GlobalAnimTimerFix for the A-Bomb bug, BloodDecalMemLeakFix, BackgroundCellLoadFix, ActorWithoutProcessCTDFix, InventoryFix, and more. No save or record edits. | Broadly compatible because each fix or patch can be enabled or disabled individually. Modern Engine Fixes explicitly knows how to defer to EngineBugFixes for overlapping sites such as InitRenderer, GlobalAnimTimer, and ActorWithoutProcess. | Only “some manually verified files” on Nexus virus scan, and the full shareable source was not provided; Nexus hosts partial source zips. | Required. This remains the single best “big tent” engine-fix plugin. | ||||
| AveSithis Engine Fixes | llde | Focused OBSE engine-fix DLL. Publicly listed fixes include the XML prefab slash-in-BSA crash, water or lava material bugs, a SetLevel-on-bow crash, and preserving the reflection shader when using MSAA on non-NVIDIA GPUs. Source is public on GitHub. | Complementary to EngineBugFixes and Blue’s. Contemporary setup guides list it alongside the standard engine baseline, and some modlists now require it for correct BSA-backed asset loading behavior. | Touches engine internals, but source is public and scope is narrow. No save edits or record edits. | Required or very near-required in modern heavily-modded stacks. | ||||
| Blue’s Engine Fixes | BlueAmulet | Extremely narrow fix pack. it currently fixes one engine bug that could lead to memory corruption and a crash. The GitHub README describes the bug: Oblivion mishandles an underscore search in a texture path and can fail if the string resides in the upper 2 GB of memory. | Modern Engine Fixes explicitly knows about this exact BSTexturePalette guard site and will accept Blue’s patch as already present. Otherwise it is intentionally tiny and low-overlap. | Very small surface area, which is a plus. No save edits and no record edits. | Required or high-value optional. Its narrow scope makes it easy to justify. | ||||
| Oblivion Display Tweaks | Ersh | Modern display and timing layer. Replaces GetTickCount with a more accurate timing API, dynamically adjusts fMaxTime and iFPSClamp for high-FPS Havok handling, provides a true FOV fix, includes fast exit, borderless window mode, and D3D9Ex or FlipEx for G-Sync or FreeSync in windowed mode and better alt-tab behavior. | This is where most overlap occurs. If you use ODT’s tick or FPS features, the author says to disable the analogous OSR features. It also supersedes much of the borderless or fast-exit value of OneTweak and Fast Exit, and it can overlap with Oblivion Reloaded’s FOV or FPS forcing. | Because it touches display wrapping and timing, it can expose wrapper incompatibilities or startup edge cases. No save edits. | Required in most modern Windows stacks, especially if you are not intentionally staying on a legacy OSR-style configuration. | ||||
| SkyBSA | DavidJCobb | Runtime file-loading correctness, not raw FPS. Forces Oblivion to handle BSAs versus loose files more like Skyrim: loose files always win, later-loaded BSAs can override earlier ones, the old “remember the last BSA that supplied a file” behavior is removed, and the date checks are patched. It also advises users to delete ArchiveInvalidation.txt. | Usually complementary with all engine fix packs, but conceptually it supersedes older ArchiveInvalidation or BSA-redirection assumptions. It changes asset override semantics by design. | Deliberately changes asset precedence, so if a user expected “vanilla Oblivion archive behavior,” this is not neutral. No save edits or record edits. | Required for most serious modded setups, optional only for users intentionally preserving vanilla BSA semantics. | ||||
| Menu Alt-Tab Crash Fix | emoose | Surgical OBSE fix for an alt-tab crash when returning to the game while a menu is open. The author explains that Oblivion tries to look up exterior-cell coordinates while no valid exterior cell exists, and the DLL replaces the lookup with a null-safe version that returns 0,0. |
Generally compatible with other OBSE plugins. It can be redundant if borderless modes already avoid the crash path, and the author says Oblivion Reloaded may make it ineffective or irrelevant. Partial overlap also exists with ODT’s alt-tab improvements. | Tiny patch and low risk. No save edits or record edits. | Optional targeted fix. Add it if menu alt-tab crashes persist after your main stack is stable. | ||||
| Modern Engine Fixes | DaggerfallTeam | Narrow, IDA-backed runtime patch pack for Oblivion 1.2.0.416. Publicly documented fixes include the OSGlobals main-thread handle duplication bug, BSTexturePalette path guard, wrap-safe GetTickCount math for loading and menu transitions, a global scene animation timer guard, renderer startup error preservation, null guards for Actor::GetAttacked and Actor::IsTalking, and a built-in actor animation clock guard. | Explicitly coded to coexist with Blue’s Engine Fixes and EngineBugFixes for overlapping sites. | New project, patch-site overlap, and version-label mismatch across sources. No save edits or record edits. | Optional but promising. Use it after the mature baseline if you want the additional 2026 targeted fixes and are willing to validate your stack. | ||||
| Oblivion Performance Runtime | DaggerfallTeam; GitHub repo published by KinzhaldeDagas | Process-level runtime tuner, not a binary patch pack. It can raise process and thread priority, request a high precision timer, set CPU affinity and a main-thread ideal processor, optionally hard-pin the thread, enable Low Fragmentation Heap, adjust working-set purge behavior, request I/O priority, disable Windows 10 or 11 power throttling when supported, and log LAA, WOW64, and DEP state. The author is explicit that it does not patch Oblivion instructions, saves, or records. | Overlaps with anything else that changes priority, affinity, timer resolution, power throttling, or process I/O policy. It is complementary with the 4GB/LAA patch, and the author plainly says LAA is still required for 4 GB memory support. | Hardware-specific gains; strict pinning can help or hurt depending on CPU topology. No save edits, no record edits, and no executable patching. | Optional modern tuner. Test it only after the core engine-fix stack is already stable. |
Legacy, Conditional and Experimental plugins
The table legend:
- Plugin name
- Official page or repo links
- Author
- Version and last update
- Primary targets, features, and implementation
- Compatibility and overlap
- User reports and anecdotal evidence
- Risk flags
| MoreHeap | shadeMe | External memory tweak DLL that increases the game’s initially allocated memory block. Default generated INI values are 256 MB and can be raised up to 1024 MB. It is not a normal Data\OBSE\Plugins-style DLL; it sits in the game root and must actually be loaded by the process. | Often paired with LAA or 4GB patching. Modern Mod Organizer 2 and Wine setups need explicit force-load or library override steps. It is separate in scope from ODT and EngineBugFixes. The GodHand author also documents a batch-launch workflow intended to help it load. | Author explicitly calls it experimental. Improper install can silently do nothing. No save edits or record edits, but this is not a zero-risk tweak. | Optional legacy. Still relevant, but only if you can verify it is truly loaded and only after LAA is in place. | ||||
| Oblivion Stutter Remover | timeslip | Historically important OBSE plugin that “basically hacks Oblivion.” It includes FPS management, timer and sleep logic, critical-section fairness and suppression, hash table changes, and optional heap replacement with several algorithms. | Major overlap with Oblivion Display Tweaks on tick replacement, FPS handling, and fast exit. The ODT author specifically says not to use ODT’s tick replacement with OSR’s tick replacement at the same time and to disable OSR FPS management if using ODT’s FPS fix. | Heap replacement is the big risk. On modern Windows, community guidance is mixed enough that I would not default to it. | Conditional legacy. Useful for specialists and curated legacy stacks, not my default recommendation for a fresh modern setup. | ||||
| Fast Exit | Scanti | Simple OBSE plugin that hooks quit logic so Oblivion exits instantly. “Fast Exit 2” also saves INI files before quitting, which the original did not. | Largely redundant if you already use ODT or OSR fast-exit equivalents. Not the same thing as EngineBugFixes’ shutdown crash fixes, but functionally less compelling in a modern stack that already has ODT. | Narrow scope and low risk, but low strategic value in modern stacks. | Conditional legacy. Fine, but usually unnecessary if ODT is present. | ||||
| OneTweak | Deleted Nexus page; archived file references a New Vegas port | Deleted historical borderless-window utility that included Double Cursor Fix, Borderless Window, and Disable Window Ghosting. | Its remaining use-case is mostly gone because Oblivion Display Tweaks already provides borderless windowing and related modern display handling, and some guides explicitly removed or discouraged OneTweak for this reason. | Deleted, unsupported, and redundant. | Avoid. There is no strategic reason to deploy this in a new stack. | ||||
| GodHand Engine | 3DTheft | Newer DLL-plus-EXE optimizer. The Nexus page claims CPU prioritization, storage flow changes, runtime code rewriting, script-VM cushioning, FPU protection, and a background monitor EXE. I specifically reviewed and verified SetPriorityClass, a ProcessIoPriorityPolicy call through SetProcessInformation, _clearfp, VirtualProtect-based inline patching, CRITICAL_SECTION logging, hardcoded hooks at 0x440368, 0x4FBF43, and 0x440379, and an admin-required EXE polling loop. |
Significant conceptual overlap with Performance Runtime in process priority and I/O tuning. Unclear overlap risk with any other plugin touching the same script-engine call sites. The author also documents a launch workflow designed to help MoreHeap load. | Requires running a companion EXE as administrator, uses hardcoded inline patches. | Experimental only. Use on a test profile, and do not stack it casually with other process tuners. | ||||
| Windom Earle’s Oblivion Crash Prevention System | Historical author page hidden | Historical crash-prevention plugin that no longer has a living official support path. | Newer setup guides explicitly say not to use it in their modern configurations. | Hidden and unsupported. | Avoid. The author has already answered the question for us. |
[ИЗОБРАЖЕНИЕ ЗДЕСЬ]
На протяжении более 20 лет игроки наслаждались исследованием подземелий в The Elder Scrolls IV: Oblivion, проходя через инфернальные области Обливиона. Со временем начал накапливаться уже другой инферно — инферно производительности, связанный со стареющей совместимостью x86/32-bit и Windows API от Microsoft. Как и со многими проблемными вещами, люди сначала обратились к ручной настройке через редактирование .ini-файлов, затем — к модификациям на уровне движка, когда OBSE стал достаточно зрелым. На этом этапе появилось много попыток решить одни и те же проблемы: производительность, микрофризы и, казалось бы, случайные вылеты. Но все эти проблемы не настолько случайны: они вызваны системным Windows API, и нужно понимать, что прошло 20 лет между тем, с чем Oblivion был выпущен, и сегодняшним днем. В результате таймеры могут работать неправильно — вспомните Tick Fix, "тикать как часы, правильно"; математика может перестать сходиться, что раздувает значения, вызывает нестабильность и со временем приводит к вылетам в долгих игровых сессиях: "ошибка за ошибкой в расчетах постепенно накапливается".
Вы, должно быть, спрашиваете: как это исправить?
Самое важное архитектурное решение — это путь отображения/рендера. В 2026 году консервативный вариант — Oblivion Display Tweaks для тайминга, поведения при высоком FPS, коррекции FOV и смягчения проблем с alt-tab в полноэкранном режиме. Агрессивный вариант — выбрать ровно одну ветку Reloaded: официальный Oblivion Reloaded, Oblivion Reloaded Combined или Oblivion Reloaded E3, потому что все три пересекаются с ODT и друг с другом в тайминге, управлении кадрами, оконном режиме и хуках рендера.
А что насчет OSR/Oblivion Stutter Remover?
Центр тяжести сместился в сторону от Oblivion Stutter Remover. Его собственная страница с оптимизированным пресетом теперь прямо говорит, что он устарел и что вам “скорее всего нужен” Oblivion Display Tweaks и/или MoreHeap вместо него; автор ODT также предупреждает, что многие функции эпохи OSR склонны вызывать вылеты на системах уровня Windows 10 и не должны пересекаться с управлением tick или FPS от ODT. На практике OSR теперь является legacy-решением.
Windows/API? Display Tweaks? Что?
Слой коррекции Windows/API теперь относится к нескольким конкретным плагинам. Oblivion Display Tweaks заменяет путь тайминга движка и может использовать маршрут презентации D3D9Ex/FlipEx; Modern Engine Fixes исправляет edge cases современных ОС, такие как использование null-handle в
DuplicateHandleи wrap-unsafe сравненияGetTickCount; Blue’s Engine Fixes исправляет баг парсера путей текстур в верхних 2 GB; а AveSithis Engine Fixes добавляет опциональные современные замены zlib и другие исправления движка. Именно эти плагины наиболее напрямую решают проблему “старой 32-битной игры на современном 64-битном стеке ОС/драйверов”.Текущие плагины и патчи
Легенда таблиц:
Required: означает, что я бы поставил это почти в любой серьезный сетап Oblivion.
Optional: означает, что польза реальная, но только для определенных стеков или случаев диагностики.
Conditional legacy: означает, что это все еще может помочь, но больше не является моей рекомендацией по умолчанию.
Avoid: означает, что проект скрыт, удален, заменен более новым решением или слишком рискован относительно доступных альтернатив.
Experimental: означает, что проект слишком новый или слишком агрессивный, чтобы рекомендовать его широко.
Oblivion.exe, launcher и Construction Set как Large Address Aware, позволяя 32-битному процессу получать доступ до 4 GB виртуального адресного пространства на x64 Windows.0,0.Legacy, Conditional and Experimental plugins
Легенда таблицы:
SetProcessInformation,_clearfp,VirtualProtect-based inline patching,CRITICAL_SECTIONlogging, hardcoded hooks at 0x440368, 0x4FBF43 и 0x440379, а также admin-required EXE polling loop.[IMMAGINE QUI]
Per oltre 20 anni, i giocatori hanno apprezzato l’esplorazione dei dungeon in The Elder Scrolls IV: Oblivion, attraversando gli inferni di Oblivion. Con il tempo, però, si è accumulato un altro inferno: quello delle prestazioni, legato alla compatibilità x86/32-bit e al progressivo invecchiamento delle API Windows di Microsoft. Come spesso accade con problemi di questo tipo, gli utenti hanno prima iniziato a intervenire manualmente tramite modifiche ai file .ini, poi sono passati a modifiche a livello di motore quando OBSE è diventato abbastanza maturo. A questo punto ci sono stati molti tentativi di risolvere gli stessi problemi: performance, stutter e crash apparentemente casuali. Tuttavia, questi problemi non sono così casuali: sono causati dalle API di sistema di Windows, e bisogna capire che tra il lancio originale di Oblivion e oggi sono passati 20 anni. Di conseguenza, i timer possono essere impostati in modo errato — pensate al Tick Fix, "ticchettare come un orologio, correttamente"; la matematica può non tornare, gonfiando valori, causando instabilità e infine crash nelle sessioni lunghe: "problemi matematici sbagliati che si sommano problema dopo problema".
A questo punto vi starete chiedendo: come si risolve?
La decisione architetturale più importante è il percorso display/render. Nel 2026, la strada conservativa è Oblivion Display Tweaks per timing, comportamento ad alti FPS, correzione del FOV e mitigazione dei problemi di alt-tab in fullscreen. La strada aggressiva è scegliere esattamente un solo ramo Reloaded: Oblivion Reloaded ufficiale, Oblivion Reloaded Combined oppure Oblivion Reloaded E3, perché tutti e tre si sovrappongono a ODT e tra loro su timing, gestione dei frame, modalità finestra e hook del renderer.
E OSR/Oblivion Stutter Remover?
Il baricentro si è spostato lontano da Oblivion Stutter Remover. La sua stessa pagina del preset ottimizzato ora afferma esplicitamente che è obsoleto e che “probabilmente vuoi” Oblivion Display Tweaks e/o MoreHeap al suo posto; anche l’autore di ODT avverte che molte funzioni dell’era OSR tendono a causare crash su sistemi di classe Windows 10 e non dovrebbero sovrapporsi alla gestione tick o FPS di ODT. In pratica, OSR è ormai legacy.
Windows/API? Display Tweaks? Cosa?
Il livello di correzione Windows/API ora è specifico di alcuni plugin. Oblivion Display Tweaks sostituisce il percorso di timing del motore e può usare un percorso di presentazione D3D9Ex/FlipEx; Modern Engine Fixes corregge edge case dei sistemi operativi moderni, come l’uso di null-handle in
DuplicateHandlee confrontiGetTickCountnon sicuri rispetto al wraparound; Blue’s Engine Fixes corregge un bug del parser dei percorsi texture nella fascia superiore dei 2 GB; e AveSithis Engine Fixes aggiunge sostituzioni zlib moderne opzionali e altri fix del motore. Questi sono i plugin che affrontano più direttamente il problema del “vecchio gioco a 32 bit su uno stack moderno di OS/driver a 64 bit”.Plugin e patch attuali
Legenda delle tabelle:
Required: significa che lo installerei in quasi ogni setup serio di Oblivion.
Optional: significa che ha un valore reale, ma solo per determinati stack o casi di troubleshooting.
Conditional legacy: significa che può ancora aiutare, ma non è più la mia raccomandazione predefinita.
Avoid: significa che il progetto è nascosto, eliminato, superato o troppo rischioso rispetto alle alternative disponibili.
Experimental: significa che il progetto è troppo nuovo o troppo aggressivo per essere raccomandato in modo ampio.
Oblivion.exe, launcher e Construction Set come Large Address Aware, permettendo al processo a 32 bit di accedere fino a 4 GB di spazio di indirizzamento virtuale su Windows x64.0,0.Plugin legacy, conditional ed experimental
Legenda della tabella:
SetProcessInformation,_clearfp, inline patching basato suVirtualProtect, loggingCRITICAL_SECTION, hook hardcoded a 0x440368, 0x4FBF43 e 0x440379, e un polling loop EXE che richiede admin.[IMAGEN AQUÍ]
Durante más de 20 años, la gente ha disfrutado de la exploración de mazmorras en The Elder Scrolls IV: Oblivion, atravesando los infiernos de Oblivion. Con el tiempo, sin embargo, se ha ido acumulando otro infierno: un infierno de rendimiento, ligado a la compatibilidad x86/32-bit y al envejecimiento inevitable de la API de Windows de Microsoft. Como ocurre con muchos problemas de este tipo, la gente primero recurrió a ajustes manuales mediante edición de archivos .ini y, después, a modificaciones a nivel de motor cuando OBSE maduró lo suficiente. En este punto hubo muchos intentos de resolver el mismo problema: rendimiento, stutter y crashes aparentemente aleatorios. Pero todos esos problemas mencionados no son tan aleatorios: están causados por la API del sistema de Windows, y hay que entender los 20 años que separan al Oblivion original de la actualidad. Como resultado, los temporizadores pueden configurarse mal —piensa en Tick Fix, "hacer tick como un reloj, correctamente"; las matemáticas pueden dejar de cuadrar, lo que infla valores, causa inestabilidad y finalmente provoca crashes en sesiones largas: "errores matemáticos que se van acumulando problema tras problema".
Seguro que te estás preguntando: ¿cómo arreglo esto?
La decisión arquitectónica más importante es la ruta de display/render. En 2026, la ruta conservadora es Oblivion Display Tweaks para timing, comportamiento a altos FPS, corrección de FOV y mitigación de alt-tab en pantalla completa. La ruta agresiva es elegir exactamente una rama de Reloaded: Oblivion Reloaded oficial, Oblivion Reloaded Combined u Oblivion Reloaded E3, porque las tres se solapan con ODT y entre sí en timing, gestión de frames, windowing y hooks del renderer.
¿Y qué pasa con OSR/Oblivion Stutter Remover?
El centro de gravedad se ha desplazado lejos de Oblivion Stutter Remover. Su propia página de preset optimizado ahora dice explícitamente que está obsoleto y que “probablemente quieres” Oblivion Display Tweaks y/o MoreHeap en su lugar; el autor de ODT también advierte que muchas funciones de la era OSR tienden a causar crashes en sistemas de clase Windows 10 y no deberían solaparse con la gestión de tick o FPS de ODT. En la práctica, OSR ahora es legacy.
¿Windows/API? ¿Display Tweaks? ¿Qué?
La capa de corrección Windows/API ahora está asociada a unos pocos plugins concretos. Oblivion Display Tweaks reemplaza la ruta de timing del motor y puede usar una ruta de presentación D3D9Ex/FlipEx; Modern Engine Fixes parchea edge cases de sistemas operativos modernos, como el uso de null-handle en
DuplicateHandley comparacionesGetTickCountinseguras frente al wraparound; Blue’s Engine Fixes parchea un bug del parser de rutas de textura en la zona superior de los 2 GB; y AveSithis Engine Fixes añade reemplazos modernos opcionales de zlib y otros fixes del motor. Esos son los plugins que abordan de forma más directa el problema de “un juego viejo de 32 bits en un stack moderno de OS/drivers de 64 bits”.Plugins y parches actuales
Leyenda de las tablas:
Required: significa que lo instalaría en casi cualquier setup serio de Oblivion.
Optional: significa que tiene valor real, pero solo para ciertos stacks o casos de troubleshooting.
Conditional legacy: significa que todavía puede ayudar, pero ya no es mi recomendación por defecto.
Avoid: significa que el proyecto está oculto, eliminado, superado o es demasiado arriesgado en relación con las alternativas disponibles.
Experimental: significa que el proyecto es demasiado nuevo o demasiado agresivo para recomendarlo ampliamente.
Oblivion.exe, el launcher y el Construction Set como Large Address Aware, permitiendo que el proceso de 32 bits acceda hasta 4 GB de espacio de direcciones virtuales en Windows x64.0,0.Plugins legacy, conditional y experimental
Leyenda de la tabla:
SetProcessInformation,_clearfp, inline patching basado enVirtualProtect, logging deCRITICAL_SECTION, hooks hardcoded en 0x440368, 0x4FBF43 y 0x440379, y un EXE polling loop que requiere admin.