#scaleform

[edains]

darling, sweetness, love of my life

miranda lawson's armory

bonus w/the red lips:

and the fits:

[nin-jay-go]

bizarros on the brain (totally not bc i saw roselock draw them lol)

anywayz i think that after they "die" they come back and just kinda live and do crimes and shit. also they're mirrors of the ninja now so they're exactly what the ninja aren't ^v^

tong (kai's bizarro) is super nervous and timid, very withdrawn, and doesn't really care about his appearance. finn (zane's bizarro) is chipper and happy and chatty but SO willing to do crimes. pepper (cole's bizarro) is chill and always has his head in the clouds, so he usually gets confused and lost in thought about everything. he also loves to cook and is really good at it. and lazuli/stellar (jay's bizarro) (can't settle on a name for him) is grumpy and serious and barely ever smiles, and HATES jokes and technology.

also since they're the ninjas' mirrors, tong and lazuli's scars are on the other sides :) its how nya found out that the jay that was talking to her was not her jay, the wrong eyebrow was chipped.

in alterline, only jay and lloyd know these guys exist, otherwise they hide out in their shitty apartment and do low-level crimes to keep themselves afloat (since they don't really have a government id).

stellar is kinda the defacto leader because he's the only one willing to get shit done in this friend group. otherwise, they're just worsties living together bc they're the only ones who will get each other <3 lol

[clericofshadows]

NYX SHEPARD and KAIDAN ALENKO MASS EFFECT 1 POST MISSION DIALOGUE

[marcusrobertobaq]

GUI/MENU OBSERVATION and THOUGHTS design

2016 vs 2017 vs 2018

2017 vs 2018

[scaleinhibitors]

Solving Scale Issues: A Comprehensive Guide to Scale Inhibitors

In the vast landscape of industrial processes, water reigns supreme as an indispensable component. It's utilized across various sectors, from manufacturing to power generation, playing a pivotal role in operations. However, where there is water, there's also the persistent challenge of scale buildup. This issue, often lurking beneath the surface, can wreak havoc on equipment, efficiency, and overall productivity. In this comprehensive guide, we will delve into the intriguing world of scale inhibitors—a powerful tool in the battle against scale-related problems.

Understanding the Scale Issue

Scale, in its industrial context, refers to the accumulation of mineral deposits, primarily composed of calcium and magnesium, on various surfaces within systems and equipment. It's a silent intruder that emerges when water with a high mineral content is subjected to heat or evaporation, causing these minerals to precipitate and stubbornly adhere to surfaces. The consequences? Reduced flow rates, diminished heat transfer efficiency, and an uptick in energy consumption.

The implications of scale aren't limited to decreased efficiency; they extend to frequent breakdowns, downtime, and the accumulation of costly repair bills. Scale buildup acts as an insulating layer, creating a thermal barrier that impedes the efficient transfer of heat. This impacts not only the performance of equipment but also inflates operational costs.

The financial ramifications of scale buildup are substantial. It translates into higher energy bills due to the decreased efficiency of heat transfer, an increase in maintenance and repair expenditures, and a shortened equipment lifespan. In some critical industries, such as power generation, scale-related issues can culminate in unplanned shutdowns, resulting in significant financial losses.

How Scale Inhibitors Work

Scale inhibitors are akin to the unsung heroes of industrial processes. They are chemical compounds meticulously engineered to thwart the formation of scale deposits. These inhibitors employ a cunning strategy—they alter the crystal structure of the minerals present in water, rendering them less prone to adhere to surfaces. This preventive action is pivotal in preserving the efficiency and integrity of industrial processes.

Types of Scale Inhibitors

Scale inhibitors exhibit remarkable diversity, each tailored to specific applications and water conditions. Let's explore some common types:

Phosphonate Scale Inhibitors: These are particularly effective against calcium and magnesium scales, rendering them less likely to form deposits.

Polymeric Scale Inhibitors: Versatility is their hallmark, as they can effectively combat scale in a wide array of water conditions.

Threshold Inhibitors: These work their magic at high mineral concentrations, preventing the formation of scale even in challenging environments.

Crystal Growth Inhibitors: These precision inhibitors disrupt the very process of crystal growth, leaving scale with no foothold.

Where Scale Inhibitors are Used

The scope of scale inhibitors extends across numerous industries, including:

Oil and Gas: Crucial for preventing scale formation in pipelines and reservoirs, which can otherwise lead to costly blockages.

Chemical Processing: They play a pivotal role in maintaining the integrity of heat exchangers and reactors, ensuring smooth operations.

Power Generation: The efficiency of boilers and cooling systems is safeguarded by scale inhibitors, crucial for uninterrupted power production.

Food and Beverage: Equipment in food processing plants benefits from scale inhibition, preventing contamination, and maintaining hygiene.

HVAC Systems: Cooling towers and chillers remain efficient, reducing energy consumption and operational costs.

Compatibility and Environmental Impact

The chosen scale inhibitor should not operate in isolation but rather harmonize with other chemicals used in your process. Additionally, prioritizing inhibitors with minimal environmental impact can help ensure your operations are environmentally responsible.

Benefits of Using Scale Inhibitors

Improved Efficiency

One of the primary rewards of employing scale inhibitors is the substantial improvement in efficiency. By preventing scale buildup, equipment can operate at optimal levels, leading to energy savings and heightened productivity.

Extended Equipment Lifespan

Scale inhibitors are akin to the elixir of longevity for equipment. By mitigating the wear and tear associated with scale-related issues, they contribute to fewer replacements and lower maintenance costs, ultimately prolonging equipment life.

Cost Savings

In the long run, using scale inhibitors translates into significant cost savings. Reduced energy consumption, fewer breakdowns, and an extended equipment lifespan all contribute to a healthier bottom line for businesses.

Conclusion

In the intricate web of industrial processes, the battle against scale is ongoing. Scale inhibitors emerge as stalwart allies, offering protection against the formidable enemy that is scale buildup. Armed with an understanding of the problem, knowledge of the inhibitors' mechanisms, and insights into proper application, you can equip yourself to face the challenges of scale head-on. By choosing the right scale inhibitor and embracing best practices, you pave the way for improved efficiency, extended equipment lifespans, and substantial cost savings—an investment in the longevity and prosperity of your operations. Scale may persist, but with scale inhibitors, it no longer holds dominion over your industrial endeavors.

[lijoue]

Hiiii!~ Will you be implementing SimMatically's "No Ads at Launch & Overlay Glitch Fix" into your main menu overrides since it's not directly compatible? <3

Hi, unfortunately I don't know how to remove the launch ads. If someone tells me how Simmaticaly removed the ads in the ScaleForm GFX, I'd be happy to update my base file.

I don't know about the overlay glitch though, I haven't noticed that issue with my menu.

[drasgondigger]

Jogo PS3 n°692 - Rune Factory: Tides of Destiny

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[ringhost-sims]

anyone here that has experience working with scaleform gfx files and how to edit them? i'm trying to use ffdec to edit the new main menu for sims 4 but it's literally impossible to figure what is what lmao

[airakose]

Runtime Reflection and U(C)

There’s a certain beauty about runtime reflection. It’s not a reflection of our faces, so that’s probably part of it, but the dynamics and convenience it enables really stand out in all that gloss. If you can keep it to non-critical systems, where performance isn’t too much of a concern or frequency of use is relatively low, it’s a great tool to have!

Runtime reflection, for those curious, is the ability to get information about your code while it’s running. Variable names, class layouts, function signatures, figuring out which class an object REALLY is, etc... You reflect upon your self~ at run time. Depending on what language you’re coming from, this probably sounds like the norm. Unfortunately, I hail from the lands of low-level pretentiousness where this type of thing is sorely frowned upon for the sake of frowning (plus a bad first attempt), but I digress.

At my day job, I work in Unreal Engine 3. This old iteration of the now-famous game dev suite pushed its own scripting language, UnrealScript (UC), to ease gameplay development and support complex systems with simple keywords, automatic memory cleanup, and language-level features. It’s pretty cool, despite being a total mess and the worst. BUT it does provide one key thing: reflection! AND we can access this runtime reflection FROM C++!!! Which conveniently works hand-in-hand with UC.

So What?~

So... We also work with this thing called Scaleform, which is the abysmal love-child of Adobe and Autodesk that puts Flash in games to use for user interfaces. THAT runs on Adobe’s language, ActionScript (AS). It’s like JavaScript, but somehow worse.

It has so many issues... Like the fact that there’s no project management, so whichever version of a script happens to load first is the one the game uses, even if it’s old. There’s no viable debugger for Scaleform, so you have to rely on old-school output logs to track issues down. Changing anything in Actionscript requires updating an Unreal package, which means it has to be processed for various test cases, doesn’t play well with source control, etc.. Not a fan...

And?.. What does that have to do with Reflection?

It all relates, promise! I despise the whole Scaleform process. ActionScript is workable, but everything around it and how it impacts our process really gets to me..

With C++ reflection of UnrealScript classes, we can subvert ActionScript in favor of UnrealScript and C++! Well, we could do that regardless, but this makes it way more convenient than having to manually setup the code for our scene to associate Flash objects with class members.

See, I made a base class (named FlashNativeWidget) that is associated with a Flash display object on creation. After creation, it uses reflection to check what object member variables it has; if there are any members that have flash object classes, it tries to get them from Flash by matching the variable name to display object sub-elements. ActionScript does this already- variables will auto-attach to objects in Flash that have the same name, so pulling this convenience up to C++ means that’s one less reason to use AS!

The nice thing about this reflection is that anything that inherits from that base class will just work with its logic. Any new member objects that they add will automatically try to associate with display sub elements because it’s reflecting over the most derived class’s members.

Previously, we would have to manually try to set up those associations on create, which lead to people being understandably resistant to the verbose mess needed to have multiple UC/C++ classes in a single Flash object. This resulted in what’re called “super classes”, which are massive chunks of code that, scientifically speaking, do way too damn much... Now, it’s just as easy as AS (maybe slightly easier) to associate with multiple classes, so hopefully we won’t get super classes as much (UC has it’s own headaches that contribute here, another talk).

Is that all? What’s Next?

It’s far from perfect, and far from ready to replace ActionScript. The real issue is that the game is so old that most of our controls / systems are AS-centered, so those will need to be transitioned over time. BUT being able to reflectively bind UC/C++ to Flash is a major win that’ll make the transition that much easier.

My next big plan with Reflection is to allow nested binding, where you can go into sub-elements of sub-elements without the need for an entire other class or manual load code. In previous C++-centric Flash scenarios this was a common occurrence, and provided the bulk of verbosity. Sometimes you just want to skip containers and get their children. I’m thinking about using data-only structures, where variables of struct types with Flash object members are treated as skipped containers and the members get populated. While the struct setup might be weird, it’ll make the access code mirror the scene layout, which can be great for logic!

Maybe after that, auto-bind lists of objects with dynamic arrays? Hmmm... The potential! I’m probably going overboard xD Time will tell

Will post an update on how poorly this goes, eventually~. Please drop any Reflection-to-the-Rescue’esque stories in reblogs / replies in the meantime!

[mi5chief]

Interactive Presentation of the "Electronic University" System.

[idtaloro-blog]

ajudar a encontrar o hack sem comprar Borderlands 2 VR

    Borderlands 2 VR hack tool creator 2K

    rating =4,5 de 5

plataformas =Playstation 4

Descrição =Powered by Wwise © 2006-2018 Audiokinetic Inc. Este produto de software inclui o software Autodesk® Scaleform®, © 2013 Autodesk, Inc. Todos os direitos reservados. Todos os outros direitos autorais ou marcas comerciais são de propriedade de seus respectivos proprietários

data de publicação =14 dez 2018

Hackear fronteira do motor 2 códigos vr. Corte o motor Borderlands 2 grátis. Mecanismo de corte Borderlands 2 vraiment. Corte o motor borderlands 2 jogos de vr.

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Corte o motor borderlands 2 revisão vr. Motor de invasão Borderlands 2.

[marcusrobertobaq]

I think the canon info i most feel like ignoring in this game is Hank's cop career. Why? Cuz the timeline is extremely weird and i'm 100% sure the article dates had a different year originally.

First of all, "a young but talented detective" and it's 2028? Hank was 43. Or they're talking about dude being new in the det shit? It'd still make him not a young guy and actually an already experienced officer if he joined the police in his early 20s (which is very common).

Secondly, no fucking way a 43/44yo mf was the youngest lieutenant in Detroit police. And if he was then the previously younger Lt was 44/45 '-'

Thirdly, placeholder dates in the scaleforms use the year 2011. That'd make him 26, relatively young for a detective and even younger for a Lt. Ofc it's a placeholder, but if it was really originally in the early or mid 10s then we have a Hank max in his early 30s - which makes things impressive the way the game is trynna portray.

Another observation: he skipped the Sgt rank? U need to serve as a Sgt for at least 2yrs to be eligible for Lt, from what i know.

[coolwitchcollectorstuff]

SKYRIM SE   MOD LIST ( PART 3) UPDATED v1.02

Armour 

Nier Automata Armor - CBBE BodySlide (SMP - Physics)

Sovereign's Slayer Armor SE 

Skin-Tight Dragon Wear - SSE CBBE BodySlide 

Daedric Armor and Weapon Improvement

Audio - Music 

Falmer Sounds - the Betrayal Edition -SSE Port

Immersive Dragon Sounds -iDS- SSE Port

Clothing 

ImoMegane Glasses SSE Converted by ZMD78

Crafting

Remove Enchantment Only

Creatures 

 Beasts of Tamriel 5.2.1 Alpha

Skyrim Immersive Creatures Special Edition 

Environmental 

Morgenstern's Mushroom Circles 

Simply Better Torches (SSE)

Volcanic Mushrooms 

TREES ADDON SE

Gameplay Effects and Changes 

Auto Consume Potions SE 

Holidays 

Animated Enchantments Overhaul SE (use only one)

Arcanum - A New Age of Magic

Sword on Back Animation Fix (First Person)

Models and Textures 

A Smile HD by MARI SE 

Astral Aspect - 4K Standing Stones 

Better Pebbles 

better teeth for human races se

Blended Roads 

CC’s HQ Guard Shields SSE - 2K 

CC's HQ Barset - 2K 

CC's HQ Carts - 2K 

Creepy Seeker and Benthiclurker HD

ElSopa HD - Grindstone SE

ElSopa HD - The Smelter SE 

ElSopa HD - Workbench SE

Ennead - Septims 

Farmhouse Floor 4K retexture 

Female Werewolf Extended SSE 

Haladoon's Retexture Project - ALL IN ONE 2k

HD Urns Textures - HD Urns

Imperial Forts HD 

Leather details and other things - All in One

Luxor's Sun Textures 4k

Mora Tapinella 2k 

Rens HD Shrines 

Sea of Ghosts 3D Icefloes

Silverware normal map fix

Simple Sacks SE

Skyrim 3D Furniture

Skyrim 3D High Hrothgar Steps 

Smooth Water Texture

Stockade Wood Revamped Texture 4k

Those Buckets 

Training Dummies Retexture 4k 

True Farmhouse Wood 

Candle Glow

HD Better Instruments 

Gourd HD 

4K Hagraven House

ElSopa HD - Giant Paintings

RUSTIC ARMOR and WEAPONS SE 2K

RUSTIC DRAGON CORPSE - Special Edition

Skyrim 3D Cooking 

Riften Ratway HD 

Auriels Shield Gold and Argent Retexture SE

ElSopa HD Meadbarrel and Spigot

Skyrim 2019 

Skyrim 3D High Hrothgar Steps 

HD Rabbit 

HD Urns Textures

ElSopa HD - Strider And Netches SE - 2K 

Burnt Wood

Ancient Pottery

Skyrim 2019 

User Interface

Colored And Animated Celtic Icons For SkyUI SE

Immersive Quest Menu SSE 

Pastel SkyUI Markers 

Scaleform Translation Plus Plus 

Wider MCM Menu for SkyUI

Bethesda Intro Logo Replaced SE

Skyrim Radar Mod SE 

JS Lockpicking UI SE 

Customizable UI Replacer SE WM

ElSopa - Animated Colored SkyUI Widgets SE

EZ2C Dialogue Menu - configurable 

ReAnimate - Broken Animation Fix

Utilities

Hook Share SSE 

Skyrim Souls RE

[airakose]

Huh o_o

So I was profiling the 3 ways we could set the “enabled” value in Scaleform currently to see what’s more efficient.

This run is using a loop counting to 900,000, and inverts a boolean at each step.

AS Function Loop is an ActionScript function that runs a pure ActionScript loop GFx SetBool Loop is a C++ loop that calls AutoDesk’s GFx SetBool and GetBool TgGFx SetEnabled Loop is a C++ loop that calls my specialized variant just for setting/getting enabled

I’m... actually surprised that my specialization is faster? I expected it to be inefficient because it’s outside of the GFx layer, plus it has at least 2 safety checks that will cause branching?

The difference in times seems consistent regardless of the number of loops- except at lower counts because the times also include creating 1 object before each loop. In that case the AS function is slightly better than my specialization, and GFx SetBool is WAY worse because the GFx CreateObject function is terrible...

(Note, this is running in an optimized build)

[helpsitespeed]

Vray 3 rhino interior lighting

2D,8,32 Bits,2,3d,35,3D Coat,4,3D Studio Max,682,3D Tracking,6,3D-IO,1,3Delight,1,3DO,1,3ds,2,3ds Max,266,3ds max rigging,2,Adam Kormendi,1,Adobe Bridge,1,Adobe Illustrator,7,Adobe Premiere,6,Adrien Lambert,1,After Effects,246,aiStandard,1,Alembic,4,Alex Cheparev,1,Amazon Lumberyard,1,Amid Rajabi,4,Andrew Price,4,Anima,8,Animation,429,ArchiCAD,1,Architecture,141,Archviz Animation,3,Arion,1,Arnold,77,Arnold for C4D,12,Arnold for Cinema 4D,5,Arnold for Maya,43,ARQUI9,4,Art,5,ART Renderer,1,Arvid Schneider,2,Ash Oakenfold,1,Audio,2,Audio Visuals,1,AutoCAD,2,Autodesk,7,Autodesk 123D,1,Autodesk Flame,5,Autodesk Maya,240,Autodesk Mudbox,22,Autodesk Scaleform,1,Autodesk Smoke,9,Autodesk Smoke basic,2,Autodesk Softimage,16,Autodesk University,2,Automotive,41,Avid Media Composer,1,AvizStudio Tools - ATiles,1,Ben Douglas,7,Ben Mauro,2,Bezier Deformer,1,bhGhost,1,Bifrost,11,Bitmap2Material,2,Blackmagic,3,Blender,133,Blender Cycles,7,Blender Hair,1,Blizzard Entertainment,1,Bodypaint,1,Bogdan Lazar,1,Bone Dynamics,1,Boris Continuum Complete,1,Boris FX,2,Bottleship VFX,3,Box3,1,Breakdown,4,Bridge,1,BW Design,4,C4DtoA,1,Camera Mapping,6,camera projection,5,CAMERA TRACKER,1,CARA VR,2,Cartoon,3,CAT,1,CG event,1,Character,166,Christoph Schindelar,2,Christophe Desse,3,Cinema 4D,460,Cinema 4D MoGraph,18,Cineware,2,Clarisse,3,cloth,28,Cloud,3,Coat3D,6,Cobwebs Script,1,Code,2,Collapse,1,Color Finesse,1,Color Grading,8,COLORWAY,2,Compositing,184,Concept,13,Content-Aware Fill,1,Contour Generator,1,Cornucopia3D,1,CORONA,40,Corona for 3ds Max,16,Corona for Cinema 4D,8,Corona Volume Grid,1,Crazybump,1,Creature Design,18,Crowd,24,CRYENGINE,1,Cryptomatte,3,Cubebrush,1,CurseStudio,2,Cycles4D,3,CYCLO Studio,1,Daniel Cahill,1,Daryl Obert,1,Data Operators,1,DaVinci Resolve,1,DDO,2,DDO Painter,5,Deep Compositing,1,DEM Data,1,DEM Earth,1,Denoiser,1,Design,20,destruction,21,Digital Anarchy,1,Digital Domain,1,DMM,1,Download,15,Dynamesh,3,Dynamics,2,Eat3D,6,Eddy for NUKE,2,Editing,1,EEVEE,3,Element 3d,13,emPolygonizer4,1,emReader,1,Entagma,1,Environment,150,Equiloud,1,Escape Studios,1,Evermotion,18,explosion,17,Exterior,2,Farid Ghanbari,2,fayIN,4,FBX,2,Feature,598,FEM,2,fibermesh,2,finalRender,3,Fire,6,Flame Painter,1,FlatIron,1,Flex Modifier,1,Flicker Free,1,FlippedNormals,6,Fluid,26,Fluids,1,FMX,1,Food,1,Forest Pack Pro,22,FoxRenderfarm,1,FragNoiser,1,Framestore,1,FreeForm PRO,2,FreeFrom Pro,1,Freezing effect,1,Friedpixels,1,Frischluft Lenscare,1,Fryrender,2,Fstorm for 3ds Max,1,FStorm Render,3,FumeFX,35,Fusion,19,FX,3,FxChannelHouse,1,Game,57,Gary M Davis,1,Gary M.