Jinkel

Today is a very special day for Mass Effect fans. We've worked incredibly hard to bring together most of the original Mass Effect trilogy's voice cast to share a very important message with you. We need to #SaveMassEffect.

Godot is free and open source for everyone, and it only survives through community support. To keep it independent and sustainable, we need your help. Please donate, and thank you to everyone who makes Godot possible. fund.godotengine.org/

«Hitler era un socialista de extrema izquierda. Su partido se llamaba los nacionalsocialistas.» — Elon Musk.

But again, even that engine version is over 3 years old. Which is a lot of time; many AAA engines were made in under 3 years. Also, Godot 3000 contributors, and that exceeds the ammount of engine devs of many of those AAA engines that develop along a title within or less than 3 years of time. In contrast, Vite only has a net total of 28 contributors (with 2-3 consistent contributors), and yet is able to achieve better results by working from the Unreal base. And it's not being done from 0, but inherits a lot of things from previous versions. Like Unreal 3 to 4, 4 to 5, etc. Godot keeps having major architectural issues from CPU / GPU related systems that stop it from being industry-grade like Unreal is or other proprietary engines. It's not a good foundation to work from

🔴 ÚLTIMA HORA | Un inmigrante ilegal marroquí agrede con un 'mataleón' a un anciano de 80 años que le acababa de regalar una barra de pan en Ceuta gaceta.es/espana/un-inmigran…

Felicidades a todos los perros, salvo a este, que se caga encima de todos los españoles todos los días y es el mejor amigo de todos los enemigos de España.

#UnrealEngine Vite: Just updated the README in preparation for July Major release. github.com/GapingPixel/Unrea… Updated Toolchain set up, updated changelogs and more technical explanations on precisely why #UE4 is objectively a better Engine for many projects targeting 9th-gen consoles. Quote from README: Physics System: #Chaos is significantly slower than #PhysX in many workloads, largely due to less efficient #SIMD utilization, comparatively poor #multithreading and generally less efficient engineering decisions. Internal stress tests show Chaos performing over 5× slower than PhysX in heavily physics-bound scenarios. This performance difference affects not only rigid-body simulation, but also physics queries, collision calculations and transforms. Resulting in a measurable CPU overhead even in projects that make little or no use of physics simulation. The substantial performance advantage of PhysX also enables significantly more complex and larger-scale cloth simulation and destruction effects within the same CPU budget. Character Movement Component: It has become increasingly expensive in newer versions of the engine. When compared to Unreal Engine 5.6, version 4.27 performs up to 2.2-2.8× faster in movement and collision calculations, even when not accounting for PhysX sweps speed improvement. Skeletal Meshes: Skeletal Meshes became more complex around 5.1/5.4, the base cost of a SKM in 4.27 is far lighter. *SKMs are often the worst #CPU offenders. General increased base costs: for core classes, both Game/Render Logic in both execution cost and memory usage. UActor is 50% bigger, UStaticmesh 101% Render Thread Heaviness: With the deeper integration UE5 Epic's features: #Lumen/#Nanite/VSM/Virtual Textures/TSR/Substrate/Chaos Cloth/Hair, the render systems became larger and more fragmented. Affecting the whole Renderer performance even when not using said features. Volumetric effects, Fog and general visual effects: Large performance regression on the systems/materials that handle Volumetrics, Fog,Sky and many other default engine Shaders; increased shader complexity further beyond the base material cost increases Join the UEVite community on Discord: discord.gg/n9zQrYFhMb #rendering #programming #gamedev #cpp