Artificial Intelligence in Muv-Luv

I feel this post needs some prefacing. The topic of artificial intelligence is well discussed across all media in all possible forms. The subject’s rather dry if you want to get technical with it, rather than just touch the surface with throwaway philosophical concepts. As a topic it’s part mathematics and part economics, as AI requires both strong scientific and engineering to succeed, but these two require running budgets and political decisions to be feasible. There has been a few AI winters, where the interest had become extremely low due to lack of progress. In truth, we have multiple functioning AI in our current era, ranging from dedicated chess computers to whatever Google’s cooking up. The AI science fiction often employs and what most people seem to regard as the end-product of AI is a machine intelligence superior to human, a super intelligence. That might be one world, but I’d rather not have the spellcheck to shit on me every time I type it. AI research is still ongoing, though it would seem that most prominent research is directed at tool AI rather than general intelligence. It is hard to predict when superhuman intelligence will come to existence, but depending in what form it’ll be in, it might be the last invention mankind needs to make for obvious reasons.

This post will concentrate on discussing three different AI in Muv-Luv franchise, all three which are distinctly separate from each other. There are more in the background we’re never told about, but clearly exist. I will also go the unconventional route and disregard some of the depictions in the narrative in favour of larger discussion, and touch on this wherever relevant, e.g. how TSF AI autopilot should be more autodrone-like rather than weak AI autopilot it has. To spoil some of the latter discussion, how AI is treated in the setting is rather generic and follows SF conventions very closely to the point of not really adding anything new to it. At the same time, how AI is presented in BETAverse setting, a term I use for the world that Unlimited, Alternative and most of the spin-off take place in, is rather unconvincing and even unrealistic on closer look, even when you take into account that the main weapon used again the BETA are giant robots piloted by people in high-tech latex suits. I’m no professional in Artificial Intelligence or the like, so consider this post as musings of a fan.

This post also assumed that you are at least familiar with the overall concepts and world of Muv-Luv, as I will not offer any expanding explanations on topics like Moorcock-Lechte Drive. Sources used for this post are the VNs themselves, as well as The Codex, hence Superordinate replacing the nomenclature for Superior.

 

Tactical Surface Fighter learning computer, a rudimentary seed AI?

A problem with fiction and AI is that it has coloured the whole concept. The aforementioned chess computer is perfect example of something that was thought to be incredibly hard to attain, simply because it was thought that beating a chess master required to have some sort of nebulous part of humanity with it. When Deep Blue, the successor of Deep Thought chess-computer, beat the chess master Garry Kasparov in 1997, it was deemed a pinnacle of AI, but relatively soon after Deep Blue was considered only a sophisticated piece of hardware dedicated on one task only. It would seem that once intended AI functions as originally intended, the goalpost moves automatically and previous breakthroughs are merely results of clever programming. Kasparov’s loss at the hands of Deep Blue has been downplayed for years, citing Kasparov having unsightly bad play on his part or generally downplaying the value of chess as a game as a measure of human intelligence, something that had been culturally significant part across the globe for at least few centuries already. The same of course can be attributed to the Chinese game of Go, where Google’s AlphaGo beat Lee Sedol, the 18-time world champion, in 2016. Deep Blue was, and still is, a rather weak artificial intelligence, intended for a single task. We’ve yet to achieve any level of general or super intelligence to compare to. However, it would appear that even weak artificial intelligence bests mankind at our own games.

The AI in TSFs is a sort of learning computer, a tool approached weak AI that’s intended to both assist the pilot as well as take take control whenever necessary. Just like Deep Blue, it is not a general intelligence capable of making aware decisions. It is an input/output AI through and though. Pilots are required to train and drill movements and patters to a memory unit within the Fortified Pilot Suit, which this pilot data can be transfers from TSF to TSF with the pilot. This would lead the AI to react to events and situations as indicated by the data, seemingly allowing the TSF to predict the pilot’s actions based on the thought interface based on the changes in the pilots thought pattern and muscle voltage. However, by default this would lead into each pilot data being usable only for certain TSFs with comparable performance and weapon layouts. and mixing data from e.g. F-4 to Phantom to F-16 Fighting Falcon should produce incompatibilities. This would mean the pilots would have to drill new pilot data in the simulators, or at least refine existing pilot data, for newer generation machines rather than directly jumping into them. The pilot data seems to be gathered relatively fast due to the thought control interface the TSFs utilise for faster man-machine interface. It should also be noted that TSF itself accumulates pilot data, meaning a new pilot needs to override the machine’s existing patterns with his own, or is newly rolled out, the pilot will have hard time piloting the TSF due to the AI expecting different input. This canon system is somewhat backwards, as it would make more sense for TSFs have a standard base AI, to which pilot data is applied to as the pilot enters the TSF. This would prevent pilots being tied down to one TSF for effective operation.

In-universe, a TSF at autopilot will have less reaction time and is weaker at close combat manoeuvres than human pilots. This seems to be a schizophrenic hardware limitation. Considering the pilot data is created to assist the pilots in their actions at any given time, from walking to close-quarter combat, the AI of the TSF is required to react to a threat faster than the human pilot in order to assist. If TSF already has the ability to avoid Laser Class’ shots faster than the pilot, then the narrative is faulty at some point. Let us assume that that the AI in the TSF requires input both from the perceived threat and the pilot in order to act, meaning that the pilot data would make the TSF’s actions smoother during the actions themselves. The pilot data then would serve to smooth out TSF motions, but this is largely countered by the fact that TSF base AI requires positional resets and can not accept overlapping commands to for a chain of actions.

It would not be a stretch to assume that despite being able to assist the pilot in some manner through pilot data, it would seem apparent that the TSF’s computational centre is not fast enough to actually use the the data by itself, hence why its autopilot functions are extremely lacking. Despite being able to perceive threats and assist the pilot, whatever CPU equivalent it has seems to be incapable of reacting and making proper decisions based on the taught data. Considering modern TSFs are OBL (Operation By Light) the input the TSF AI gains is effectively immediate. Thus, the bottleneck of the system has to be the CPU, and this is something XM3 can’t affect, meaning XM3’s most notable element isn’t that it uses Shirogane Takeru’s pilot data as its basis or allows chaining inputs, but that it has been optimised to the point of the CPU having enough time to make a decision based on the situation rather than dedicating the pilot to a manoeuvre. This is also why all XM3 equipped TSFs have revamped computing hardware, running parallel-computing computers in order to allow XM3 to function at all. However, if we assume that the CPU bottleneck was the reason why TSF autopilot had lower response time than pilot, the new parallel-computing hardware should also increase the old OS’ functions to a very large degree, allowing autopilot to use pilot data for far faster action. The main core difference between thus ends up being not just the smoother and more action-reinforcing AI, but the sheer hardware advantage parallel-computing has over the old hardware.

Assuming that with the advent of further hardware innovations other than parallel-computing, it should be relatively straightforward to create a drone-like TSF, where its functions are based on existing pilot data and environmental input. Considering the BETA on Earth are stuck on simple action patterns, even after then Alternative‘s events changed them to a degree, it should not be out of question to have these learning computers to learn directly on the field and choose the most proper output in a given situation. This learning would be extremely fast, as XM3 shares data across all the units, meaning all TSFs would share the end results of both successful and failed manoeuvres. This sort of dynamic learning would easily lead into autopilot TSFs easily matching, and then overcoming both their human and BETA opponents. With hundreds of hours logged into pilot data files, a TSF could in principle adopt the pilots manoeuvres and use that as the core base library, be it against BETA or humans. This might end up making the TSFs relatively predictable at first, but as data accumulates, the seed AI should learn to variate or even faint against human opponents.

The core function of TSF OS is effectively that of a seed AI that is being taught how to move and function as dictated by intention as a weak artificial intelligence tool, which in-universe seemed to have hit a stop-gap caused by computational technology hitting a snag. However, pretty much everything else around it is ready for the step to AI driven TSFs, as input/output technology is clearly miles ahead. Artificial muscles and fiber-optics allow at least near light-speed input from environment to be received, but decisions and sending commands back seems to be the issue. This is not the case with artificial limbs in their current iteration. Suzumiya Haruka had some troubles with her pair of limbs, whereas the 00 Unit full-body prosthetic had no obvious problems acting and moving like a natural human being.

 

Whole Brain Emulation, 00 Unit and super intelligence

Whole Brain Emulation is how the initial 00 Unit is gained its intelligence. The concept is solid; scan a brain from a given moment and use machine to replicate brain’s functions on some level to gain general intelligence. The level the brain must be replicated in order to have it properly function is not known, though in principle it should be enough to replicate the general function of the synapses rather than emulate the brain below cellular level. The advantage of successfully emulating brain functions is that we don’t exactly need to know the deeper functions as long as the brain’s state can be successfully emulated. As long as the emulation is low-level enough, the emulated synapses and other functions should take over by themselves. The hardware doesn’t have a control over them.

Another benefit in this is that the emulated intelligence can be tweaked to function faster, e.g. make the synapses shoot faster. As such, accurate emulation is not the intended end result if the end result is super intelligence, but whole brain emulation can be the first step towards to it. Emulated brains with tweaked functions would be able to think faster and more efficiently than normal brains as well as able to absorb far more information for further use. It is clear that the emulated brain within 00 Unit is not vanilla variety, but has hardware modifications applied. These include a level of ESP and general control over machinery either via ESP or unknown means. Furthermore, 00 Unit’s control and calculation abilities have greatly been boosted over her source brain abilities as per the intended usage as a communicator between the BETA and humanity. As such the Whole Brain Emulation we see in Muv-Luv Alternative and in the assumed future counts as super intelligence. Needless to say, 00 Unit is strong intelligence to TSF’s weak intelligence.

The emulation hardware the 00 Unit has is far superior than what TSFs use for their OS and functions, as if they were similar, it’d mean 00 Unit’s brain emulation would be pathetically slow. This of course is solved by having the solution brought from EXTRAverse, by having fifteen billion semi-conductors working in parallel to create an artificial brain build of material able to super conduct as room temperature called Grey Nine. This artificial brain is effectively a quantum computer in itself, and is able to quantum conduct. Effectively, it is a cross-dimensional quantum computer able to link itself to other worlds where 00 Units exists, effectively creating a pan-dimensional computing network. This is hilariously over the top in terms of processing power and science magic, well within the reach of accurately emulating every and all functions of a brain even at atomic level. The rest of the emulation, in order to cause disassociation with the emulated brain, is the body. 00 Unit is relatively traditional SF cyborg body, emulating all surface functions of a human, from breathing to function of sexual organs. Birth is apparently impossible, but with medical technology being this far, artificial wombs would be in the range of possibility. The egg might need to be donated elsewhere and inserted within the womb either through traditional means or already fertilised. The donor may be some other person, or perhaps the eggs have been harvested and frozen prior brain scanning.

The technology of brain scanning in Muv-Luv is destructive. The principle is that a brain is harvested at some point, probably frozen to some extent and then cut into extremely thin parts slices. These slices are dyed properly to map out each and every cell and their position, which in itself is an incredibly daunting task that required relatively advanced medical and analytical technology to replica in a virtual environment. It is probable that the same hardware that emulates the brain running 00 Unit was also necessary to even begin with the task of analysing the brain and its state. Considering we have the technology that are superior to our own eyes and ears, it would not be impossible to assume that perfect sight and hearing are a package deal here. It would also be completely possible to add strength and speed to the body, but the difference between the emulation’s original body and the artificial one would be more pronounced. Seeing that the emulation is perfect, as in it functions as the driving force rather than as a framework further software is run through, the emulated personality would have a relatively difficult period to accustom to their superhuman body compared if the cybernetic body would be human-like. Further upgrades of course can apply further post-human additions, from multiple arms to completely inhuman body.

Whole Brain Scanning and its successful application in perfect personality replication opens some hard questions. If the personality emulation is perfect, and there is no dissonance between the human and artificial body, can be say that the 00 Unit is simply a machine continuation of the brain donor? After all, the experiences of the donor continue directly where the brain’s functions were stopped. Booting up for the first time might be a similar experience to waking up from a sleep. This can be contrasted to Star Trek‘s teleportation dilemma, which asks if the person who comes out from the porter is the same person who entered it, as Trek‘s technology requires destruction of the original particles in order to record them, and then an assembly of this data at the other end. Effectively, the person needs to die in order to be teleported. Few times in the show’s history old data has been used to reconstruct previous states a ship member had been to reverse some ailments. Additionally, the transporter can remove or add elements from the data. It would not hard to assume that tweaking the data it would be possible to further modify the pattern. Consider also that about every seven years a human has renewed their cell structure, effectively replacing all the old there was. This sort of idea of at what point a ship is a new ship, if all of its parts are replaced one by one in time. At some point, nothing of the old ship exists any more.

In-universe, there are two takes. Kouzuki Yuuko having no connection to the brain donor largely treats the 00 Unit as an intended machine, despite 00 Unit having its own agency and persona. Shirogane Takeru on the other hand takes the approach that as long as the memories and personality are Kagami Sumika’s, the 00 Unit and her are one and the same. The continuation of the personality, the awareness and consciousness, is what defines her as over the fact that she is artificial. It would also seem impossible to replicate Kagami Sumika’s brain pattern to a new body. Despite the fact that her body functions on extraterrestrial G-elements, it should be possible to record her brain pattern off from her body and upload it to a new body. However, the fiction seems to indicate that this is not possible, either due to lack of technology like having multiple hardware builds to house further 00 Units, or that the scanning and pattern upload procedures are simultaneous, effectively hard coding the pattern to the hardware. We can then assume that tampering of the hardware could lead into large damage or total shutdown, or that 00 Unit’s body works similar to some arcade hardware that require constant power to be fed in order to keep the data in memory. We can also assume that the brain emulation is completely dependent on the artificial brain itself, and would require another where to record the pattern to. It might be that in the end there were not enough resources to create another artificial brain at that point in time. All this seems to be driven by the narrative’s need to have drama over that practicality of whole brain emulation.

Considering the momentary existence of the 00 Unit, Japan was the only nation in the world with super intelligence, meaning their edge over other nation in terms of sheer computational power was unmatched. In-fiction, the 00 Unit was capable enough to fool sensory readings of large amount of TSFs all the while controlling the Moorcock-Lechte Drive and its Rutherford Field. If 00 Unit was to used for intelligence gathering from neighbouring nations, or nations with stranglehold on world economics like the US, Japan would have decisive strategical advantage. Instead, 00 Unit was used to spy and map out BETA structures, though for unknown reasons this spy connecting via a BETA Reactor, a Brain Class, was more or less bidirectional.

 

00 Unit waypoint to TSF machine intelligence?

As mentioned, even if normal human mind can’t create general machine intelligence, Whole Brain Emulated AI would easily have access to the necessary power to solve the equations. In Muv-Luv, 00 Unit’s extremely efficient quantum network would be able to create the necessary theories and solution in order to create general machine intelligence. This could be then applied to each sector that relies on AI support, such as TSFs. While I’ve painted a picture that even in-fiction TSF driven by tool super intelligence is not far, similar stories have been told in our real world. Since the 1940’s the advent of AI has been expected to take place within the next two decades, but it has been moved forwards with each win and failure, as the AI goalpost is being moved each time a successful weak AI has been implemented. Such is the case of Deep Blue.

TSF super intelligence would not need to be general AI. Quite the opposite, despite being super intelligence, it could be created to lack agency of its own. The solution to create new 00 Units exists and is being taken advantage of by 2040’s, meaning that general machine intelligence should be a thing to some extent. If we take this into account, it would be possible to downgrade the artificial brains to only emulate standard human brains without the quantum connection and install these as TSF’s on-board computers. This of course means you’d be giving a giant robot access to its own agency, which might end up badly. To take this even further, perhaps with enough materials and scanned brains it would be possible to excise cockpits as such from TSFs altogether and simply have pilots move have their conscious temporarily moved into the TSF shell. This would be a temporary upload, which would then upload itself back to the pilot body when TSF returns to its hangar. Death of a pilot would only mean that an iteration that was uploaded to the TSF would cease to exist, whilst the originator of that thought pattern would still be safe and could be used for further action. With XM3 sharing data across the TSFs, further developments might even be able to return the uploaded pattern back to the pilot’s body before destruction due to the sheer speed fiber optics allow.

This of course raises numerous ethical and existential questions about treatment of humanity and how we define what is to be human or alive. Though who knows, maybe F-47 Ishkur has some sort of on-board AI assisting the pilot.

The described AI TSF exists within the setting, though in somewhat different from and function. In MLA Total Eclipse, there exists a device that has a shape like a rounded coffin, which houses a live esper. When activated, a red aura emanates from inside of it, and engulfs the TSF in a similar aura. This red aura seems to denote malicious presence, as opposed to the blue aura other espers can envelope TSFs with. This aura is called the Nastroyka Effect, and its overall brightness and effect is linked to the esper’s Prafka, an effect which induces esper with a state that increases their ability to pilot. The П3 Plan, fully titled as Polnoye Zatmeniye Plan or Total Eclipse Plan, aimed to create TSFs driven by these esper pods for more efficient operations. By triggering the Prafka on these pods, each TSF equipped with them would have superior operational efficiency over other TSFs. A human pilot was still necessary to be present for command and control over the overall actions.

Because the esper pods would control the TSF via their psychic linkage, they could be counted as AI driven by biological compuers, the espers themselves. However, whether or not we should count living humans appropriated for such task as AI is an open question. However, it could also be possible that these espers were modified to function only in this manner via brainwashing or other memory alteration techniques, and the rest of their humanity was retarded to non-existence. This would mean they would not function in any other form. Considering the Soviet Union doesn’t think espers as nothing else but dolls to be used and discarded when their usefulness end, it would sound apt they’d remove all the “unnecessary” elements from their autopilots. The ethics of this plan are highly dubious, as birthing and raising humans to function as nothing else but biological AI effectively does seem to break numerous human rights.

 

Biological super intelligence

The fact that BETA are artificial beings mean their intelligence is also artificial, engineered by their creators to function in intended ways. Due to their alien origin, assuming anything on how BETA AI works can only be surmised from their actions. All the smaller strains, if not all other strains outside the Heavy Brain Class that sits at the core of Original Hive, seem to function on tool general intelligence. No other strain exhibits creative thinking or change in behaviour patterns despite few decades of warring. They are to serve a role in a larger function, and their behaviour is set up by the Superordinate a.k.a the Heavy Brain Class. Considering BETA tactics had no reason the change after the initial aerial barrages up until the first unknown contact with the 00 Unit via a Reactor a.k.a Brain Class. The reason for this is rather obvious, as BETA on Earth are resource collectors, recycling all materials they need for production. They have AI that has agency. It is assumed these refined materials are send to the BETA creator’s home world.

The fact that only Heavy Brain Class BETA can modify the AI of any other BETA, meaning change their original intended function like using the Laser Class as anti-air weaponry, the lower tier BETA follow very strict AI pattern that does not allow them to veer off course. While on the surface this code seems to be relatively simple and strict, BETA have exhibited large range of actions to achieve their goals, like a Tank Class BETA jumping in the air to land on a tank rather than the usual swarming. This sort of leeway allows the BETA to have dynamic actions on the battlefield in their point of view, while in comparison to human battle doctrines they have essentially no deviation. New BETA can only be designed at the Original Hive or in a Hive where a Heavy Brain Class exists, meaning there is a strict and archaic hierarchy within the BETA command structure. The Super Heavy Laser Class seen towards the end of Muv-Luv Alternative Total Eclipse is the most prominent example of Heavy Brain Class creating new Class to fight an opponent, though Soldier Class strain is most likely Earth-exclusive due to its resemblance to the human form.

Considering all this, the BETA are effectively super intelligence side in the war on Earth against them. The sheer raw computational power and ability to create new BETA strains to counter human tactics is even more significant than just their larger numbers. With enough input, the Superordinate would be capable of producing a single strain that would be end of mankind, with or without relative strategies. Of course, because BETA don’t have a tactic, they aren’t war machines after all, such devices would only be utilised at extreme situations. If the Superordinate would assess mankind a life form, and accept that it was with only one side surviving, it would most likely alter its largely inert behaviour and become an active participant.

Calling BETA biological machines would not be all that incorrect, considering the Superordinate requests Shirogane Takeru to reactivate then torso-shredded Tamase Miki. Machines can be re-activated even after some damage, something BETA seem to consider themselves capable of doing, hence they consider themselves as non-lifeforms. This definition carries to humans, as revealed by a psychic contact during Alternative 3 procedures, and can be assumed to extend to all other lifeforms based on carbon. This naturally means that the BETA aren’t exactly hostile from their point of view, but rather carrying out pre-ordered function to gather materials. They are effectively as much as a machine to their creators as cars and trucks are to us.

Ultimately, the fight between humanity and the BETA is effectively a story of humanity fighting AI. Similar how TSFs have a weak tool AI, so have the smaller strains. Similarly, 00 Unit being the humanoid quantum computer in silicon the Superordinate is a biological quantum computer, which probably explains why it has to sit atop a mushroom shaped reactor. However, for all intents and purposes, the BETA AI is somewhat humanised, for the lack of better word. While it seems alien and first, the fact that the whole functions similar to archaic computers. Even with human made general AI, not to mention super intelligence, there should be little reason to assume that it would function similar to human patterns or restricts itself to hardware routes, especially if it has any capabilities of self-enhancement. It is highly possible that the Heavy Brain Class is able to do this, as it was able to comprehend human speech and mind at staggering speed. Despite this, its innate programming may not have allowed it to expand further, unless necessary input was presented. The probability of a human being able to do this are largely nil.


 

The AI elements in Muv-Luv should be considered as standard SF fare. It is not the main focus or the point of the franchise. Yes, the BETA are effectively AI and cyborgs and what are successors of 00 Unit will appear later in the franchise, if the roadmap indicated by Exogularity Volume 1 is anything to go by. There probably won’t be any sort of fully AI driven TSFs despite the path now being completely open for them, though the BETA AI will probably be touched to some extent depending whether or not the Heartless One is human or BETA agent. While AI is more or less an afterthought, a sidestepped issue in all of the current stories released thus far, the current setup does allow the staff discuss the philosophy and concepts of Artificial Intelligence down the line, especially when the intention is to showcase mankind in a state where it is natural, posthuman and transhuman at the same time.

Escalation of moral maturity from game to game

One aspect that’s been part of boys’ play culture for as long as we can go back in written history with records of children’s play is the moral play between good and evil. One of the modern classics that display an everyday battle between these two extremes would be Cops versus Robbers. As we grow up, the stark contrast between good and evil usually begins to dim to the point where we can accept that good and evil are subjective, at least on philosophical level. The contest between the perceived sides still persist into our adulthood, more often than not shaded to the point of the perceived evil being more justified than the opposing side.

The traditional pen and paper role playing games stem from the myths of antique and the knight plays. I don’t think there’s one child in the world who has no played a role of a knight in some play. The knight I’m referring here is more akin the idea of local protector, hence why black knights are the opposing, equal power. Perhaps an allegory for the fallen angel of sorts on some level. Nevertheless, the early computer RPGs were largely digitised forms of Dungeons & Dragons games these people used to have, with Ultima being an example of such. If you look in late 80’s and 1990’s Japanese fantasy light novels and series branched from them, like Slayers, they’re largely based on the author’s own D&D games. With the D&D crowd, at some point they stopped playing knights outside in the nature, and moved indoors. Of course, Live action role playing, or LARPing has become somewhat popular, and is effectively just people playing like kids with far more serious intent and costlier props.

The aforementioned paragraph may sound rather negative, though it’s more an argument of natural change. Whether or not theatrical plays predated children play acting is unknown, but the two have a linear connection between maturity and playing. Play acting became a profession, something done so good that it could be made money with. The adult life is strongly reflected in children’s plays, as playing is often the best form of education and learning for the future. Kids trading stones and sticks on the playfield essentially prepares for commerce. Pokémon TCG was largely panned by parents in its initial release years, but one thing they learned about it was how it taught children the value of goods and trading. Modern world simply allows certain aspects of immature play to be present more than with previous generations. The concept of something being childish and for children only has seen a silent paradigm shift.

Perhaps the example of this is electronic games. While computer games were seen somewhat more mature compared to console and arcade games in the 1970’s and 80’s, they’ve been accepted as a media for all ages since the late 1990’s, with some grudges here and there. It’s still not all that uncommon to see some parents from previous generations to describe game consoles and computers as toys, which often yields a rather negative response due to associated immature mental image it carries with it. While understandable, toys are means to play. Describing a game machine a toy in this sense isn’t wholly inaccurate, as all it exists for is to play.

However, electronic games and machines they run on prevent any creative forms of plays. They offer a statistic, controlled and extremely limited form of play, which is more akin to adult overseeing a children’s play. This is currently a technological issue, as we’ve yet to see completely dynamic world that allows the player to enact whatever possible they want. One can’t build a hut and live in there for the rest of the character’s natural life in a Final Fantasy game, because the game is not prepared for that. It’s limited to the story the game wants to tell. Playing often requires the player to follow the rules, after all. Not all toys allow all forms of play either, after all. While calling video and computer games as toys might sting your ear, the association with play is completely natural and such naming shouldn’t be deflected from the get go. After all, we have adult’s toys as well, which children shouldn’t have access to before they are mentally and physically mature enough.

The same applies to video games. Grand Theft Auto and Skyrim are both games we constantly see people of all ages playing, despite the age recommendations being there. Being a direct descendant of Cops VS Robbers and knight plays, both game simply take the basic core and expand on it. GTA may have you play as the Robber, but the moral hues you’re given are numerous. The same applies to Skyrim, where the player character is a figurative knight on his route to slay a dragon. The means and toys have just changed from a stick representing the baton or sword to a plastic controller and readily set digital world.

The question how much industrially prepared playing via toys has affected modern world’s play culture as a whole is a topic I’m not ready to touch on. However, some examples how things simply change drastically with a toy would be Barbie. The toy is not a doll for girls who play with it, it’s a Barbie. Singling out a toy like this outside all others has grown to the point of almost all toys have been made their own rather than for overall playing in general. Perhaps the largest reason for this change is the successful franchising, where the association with a toy and a character is made so much stronger. A child is not just buying a transforming robot toy, he’s buying Optimus Prime and all the mental images associated with the character.

While the contest between moral sides in boys’ games has escalated since the 1950’s, similar escalation has been lacing in electronic games. This is due to all the aforementioned; electronic games are just part of it. The age-old discussion about boys’ and girls’ games is valid, and while I’d argue that a well made game does cater to both sexes, the truth is that one has more interest towards certain kinds of games over the other. That is the nature of things. However, nothing exists in a vacuum, and games experience as much mixing of these two play cultures as real life does. The Sims is still the best example of girls’ play culture being completely accepted by both sexes (the game’s essentially playing Home), as is Super Mario. Super Mario just happens to be perceived more immature due to the design choices and lack moral greys over something like Halo, which is perceived a a “big boys game.”

This is a point, as not all games, electronic or not, are for all ages. It is up to the parents to decide whether or not Little Jimmy is ready to handle mature concepts like interrupted penetration, self-mutilation in the name of love, the absurdity of how pointless life is or the sheer sexual tension between a man and a machine. Something truly is for “big boys.” The core play doesn’t change with maturity, but the concepts and themes that frame the act do.

Experience and digital space

Short answer; No. Long answer; It’s a bit more complicated than that. With digital media, the ontology is often concentrated on viewing the relationship between the consumer, the media and the culture of the media. The digital part is significant. While there are now few generations that have grown up in a world that never lacked the digital component, it is still relatively new introduction in historical scale. Nevertheless, it is present everywhere nowadays and digital elements in out life most likely will keep growing as the time goes by.

Timothy Druckery, a theorist of contemporary media, even went so far to argue that it would not be possible to describe or experience the world without technologically digital devices. He argues further that the evolution from mechanical to technological computer  culture has been more than just a series of new techniques and technological advances, that it is more about the evolution between dynamics of culture, interpretation and experience. Much like Druckery’s collegues, he argues that representative works are based on experience, and it would be hard to argue against that.

Video and computer games are based on experiences people have. First computer RPGs had their roots in Dungeons & Dragons campaigns people had, and this applies to origins of Ultima as well.  Miyamoto has stated that The Legend of Zelda his goal with the game was to have the game feel the same way as if you were exploring a city you have never been in before. You can almost see the overworld map as a city layout in this sense, where certain paths are alleys, larger open areas are parks and numerous dead-ends permiate the game. Or maybe that’s just me. Satoshi Tajiri, the name behind the Pokémon franchise, based the game on his own experience with bug catching. Japan has a history with kids having bug catching as a hobby, and the latest big craze was during the 1990’s. When you consider how a kid has to cover creeks, run over rivers and search the forests for new bugs to catch, you begin to see the adventure and the excitement that Tajiri wanted to convey in Pokémon. You also begin to see where modern Pokémon has started to veer off, emphasizing plot over adventure. There was a good article how Yu Suzuki put Virtua Fighter’s developer through martial arts training each morning in order for his men to animate a punch or a kick right.

That is not to say a game can be created without any experience in subject itself. Hideo Kojima has never been a spy or a soldier on a battlefield, but he nevertheless put his experience from Western movies into use in Metal Gear. You can see the change in certain visual in Metal Gear Solid 2  when they got an actual military advisor on the team. For example, Snake no longer pointed his gun upwards and overall how characters began to handle weapons changed. Small, but rather significant change when you consider how much Metal Gear games depend on the whole experienced soldier schtick.

Nevertheless, all the above mentioned games are representative of some sort of experience and allow the player to experience a sort of simulation of it. With any new sort of media there has been the fear of losing something important to humanity, if you will. With digital media the question of the consumer’s identity has become a question through the fears of how any new media might (or rather will) change our way of thinking and the way we live.

Without a doubt we have both real and virtual spaces as well as the identities that go with them. We have a wear a different persona when we are with our parents or friends, and the same applies to the virtual space. Since the 1990’s virtual space has become more and more daily thing to the point of Facebook and other social media becoming almost essential. However, even in these spaces we have a persona on us that is different from others. Much like how when writing this blog I have a persona on you don’t see in other virtual spaces, though it is overlapping harshly with everything nowadays. While there is no physical aspect to virtual spaces (they are digital and non-physical by definition) they nevertheless are real and can carry to the “real” world. However, we can always the space we choose to interact with, though this has led to the birth of extreme comfort zones where one must feel safe all the time rather than challenging oneself and broaden horizons. After all, nobody wants to get stuck in place for all eternity. Unless they get hit by a car and fall into three years of coma.

Whether or not digital media and virtual identities change our selves in physical form is a topic for a different post (it does, but the extent in which way is expansive), but I can’t but mention that experiences the consumers gain from digital media affects us just as any other similar source. After all, electronic games are an active medium instead of passive like movies or music and require the consumer to learn in order to advance. This has led some to argue that games promote violence through teaching violent methods.

Eric Harris and Dylan Klebold are the two names responsible of the Columbine Shooting in 1999, and two years later Linda Sanders, whom lost his husband in the shooting, sued 25 different companies, like Id Software, Apogee Software and Interplay Productions, claiming that the event would not have happened if games with extreme violence like this wouldn’t exist. It was argued that certain games allowed the two assailants to train their shooting skills with precision and affected the two in a negative way. However, as we’ve seen multiple times over, games do not cause kids to go violent, and it would seem to be far more about the individual and their mental health than the media they consume.

However, it must be said that even when games are escapism from real world, they still are a product of real experiences. Playing may be just a game much like any other, but the more real world expands into virtual spaces thematically and ideologically, the less there is separation between the two. Ultimately, playing a game will affect the real world persona of the player, thought he question how much is very much up to the individual consumer. Games have been discussing censorship, violence and current topics for more than thirty years now, and for a medium that is about escapism to a large extent, that does not bode well. How much value we can put on a digital world that does not make use of its non-real capabilities and ties itself to the real?

Perhaps the digital personae we use has become less important as the melding of two worlds continues, and the identity we assume is an amalgamation.

ICD-11 video game addiction is being pushed without proper backing

Without a doubt certain percentage of people who play electronic games overdo their hobby. However, this is only for a small percentage of the overall enthusiasts and hobbyists. Furthermore, it would seem that problematic gaming, that is the consumption of electronic gaming that is detrimental to everyday life, itself grows itself thin in time and dissipates on its own. A longitudinal study showed this with 112 adolescents. I’ve already covered why the proposal for gaming disorder has no basis, but it would appear pushing for its suggestions into ICD-11 has merit to it. Merit that wouldn’t serve science, culture, markets or consumers.

Ferguson wrote that less than 1% of people experience video game addiction. His writing is a good read. Game addiction in itself is a very different nature from e.g. gambling. I’ve actually covered issues with pairing electronic gaming and gambling with each other previously, but to make short story even shorter, video game addiction is far more often a symptom of an underlying problem than the cause in itself. Ferguson’s own study supports this. Hell, there’s even a paper arguing against the very concept of video game addiction.

In a discussion between Ferguson and an administrator at the World Health Organisation acknowledged political pressure from countries, particularly from Asian ones, factoring in the inclusion of video game addiction into ICD-11. If countries are pushing its inclusion, that means scientific basis comes second at best and whatever political stance these nations have come in first. That is extremely dangerous, as adding video game addiction opens doors for other far more intrusive and harmful suggestions to be included under its umbrella. Considering video game addiction is extremely loosely defined and would require far more research than what it has, there’s no guarantee any of the future additions would have better research behind it.

You may be asking yourself what nations would have need or use for this sort of addition to the ICD-11. Some nations have reported more deaths from non-stop gaming than others, and mostly we hear these reports from either China or South Korea. In 2005 a 28-years old man died because his heart failed during a session of Starcraft, BBC reports. It is interesting to note from that article that despite Starcraft being a real-time strategy game, professor Mark Griffith only talks about MMORPGs, a very different genre of game. You have far less interaction with your opponent in Starcraft that you have in e.g. World of Warcraft.

South Korea has seen drastic changes in its electronic game landscape, and one of the more worrisome changes came around 2014, when some members of the government began to regard games as a detrimental pastime. South Korea has discussed to enact game addition bill to limit not only the amount of time people should be allowed to play, but also games themselves. However, when you have legislators directly comparing video games to tobacco and alcohol, there is something amiss. South Korean gaming culture is far different from any other, e.g. you can actually graduate to be an e-Sports player. However, much like any other person who has a career in “sports,” e-Sports players suffer from injuries as well. Seeing how the South Korean culture has almost twisted games and e-Sports into a national pastime, it’s no wonder a lot of young people are willing to give a chance to become a player worth millions of wons.

The thing is, South Korea does have a problem with gaming, but rather as we are lacking in evidence for gaming addiction (we have more researches saying against it as linked above), it is far more probable that the South Korean gaming problem is a symptom from an underlying social and cultural troubles. Putting legislation that equates games with drugs and alcohol won’t cure the problem, it will manifest itself some other way later down the line.

Passing a law based on game addiction is hard when you have nothing to base it on. However, if ICD-11 would recognize video game addiction as a valid illness, there would be no need for debating or researching the issue much further; after all, you can simply point out that it’s in the books. That would be injustice.

One of the gaming limiting laws has already passed. The Shutdown law was passed in 2011 and limits people aged under 16 from playing online games during the night between 00:00 and 06:00. While this would sound decent in principle, it is not the government’s job to do what parents should be doing. Furthermore, this law challenged in few occasions as unconstitutional. However, the law is still in effect, albeit nowadays parents can request the ban being lifted from their child.

China’s following this South Korean example with similar legislation that would ban gaming outright from people aged under 18 between 00:00 and 08:00, and would necessitate computers and smartphones to be fitted software that would track down law breakers. Both South Korea and China require their people to use their real IDs when accessing their gaming accounts. In case of South Korea, this is a necessity with many of their websites in general. However, in 2012 Real Name Rule was struck down and rejected by court. The law requiring the usage of users’ real names was introduced in 2007 to combat cyber-bullying. Again, this is treating the symptom, not the cause. Furthermore, as gaming is a million-dollar business, by accusing game industry creating addictive products, governments could push forwards for harsher taxations and other underhanded shenanigans to gain more from the revenues. This may sound like a foil-hat idea, but seeing how few years back we found game journalism colluding and attacking their consumers and recently CIA spying everyone everywhere, this isn’t far fetched.

Games of any kind, be it sports, card games or anything else, are addictive in their own way. For modern electronic games, it’s a whole mess to open why they could be addictive outside the usual action-reward scheme. This is because electronic games have more dimensions than gambling. After all, games are a tool to give leeway for people from their everyday life in an electronic way that supports social interaction through cultural landscape and aims to both challenge and please the players at the same time. They are not gambling, except Complete Gacha in Japan, as gambling quite literally requires wagering money or something else valuable under uncertain conditions for higher gains. Of course, games are designed to pull the player in and be enjoyable, but that is what every form of entertainment does.

If video game addiction would have something to be tied to, it would be escapism. Escapism is always tied to something else than the tool people escape through, and the question I must ask here; what are people escaping from if they are willing to kill and die because of video games?

ICD-11 proposal for gaming disorder has no basis

World Health Organization has a new proposal in the ICD-11 category, one which would add ‘Gaming disorder’ as a valid disease. The definition for this disease would be the impaired control over daily life in which video games would gain priority despite negative consequences. This is tied to Hazardous gaming, where a pattern of gaming that causes physical or mental harm to the individual or to people around of this individual. Hazardous gaming is essentially just a step towards gaming disorder.

I’m calling bullshit on this proposal as it is now.

You probably clicked the link above and read the short description for gaming disorder. Just from that alone we can surmise few problems the proposal has. First of all, the proposal includes only video games, leaving arcade and PC gaming alone, and hazardous gaming simply refers it as ‘gaming.‘ Granted, the terminology I’m using is more old fashioned in comparison, but using video game as an umbrella term for all electronic gaming is weak at best and shows the authors have little knowledge of the industry’s history. Because of this the proposal ignores the fact that games like pachislot, that is undeniably a video game if we were to use the modern umbrella term, are more dependent on gambling addiction than on the proposed form of gaming disorder.

To add to this, those who are playing video games as a career in some form would be singled out to have this disorder. Psychology as a soft science struggles with things like this, as case studies may not apply to the larger population and vice versa. Furthermore, what is considered harmful in these cases is somewhat open question again. The discussion about what is normal behaviour falls into behavioural psychology a bit too heavily and would be a discussion on its own. I would argue in this case that a person who would have symptoms of gaming disorder may simply be a person who is a hermit and finds solitude in his hobby instead of mingling with people. Whether or not he has a disorder would be questioned. Furthermore, if we were to change the hobby in an individual case like this to something like watching movies, would he then have movie viewing disorder? Such disorder does not exist in the papers and has never been proposed thus far.

There are no long-term studies that would support gaming disorder as proposed. Even short-term studies are hard to come by, and the few examples I had in my mind have eluded for me for the time being. However, the addictive action that electronic games offer is not much any different from other forms of similar activities, but these are not singled out as separate diseases for whatever reason. No other leisure activity like video games, or electronic gaming if you’re an old fart like me, has been singled out like this. While some could argue that gambling falls into this category as a singled out, the psychology of gambling is a bit too much to open here and has proper research basis to back it up.

Furthermore, 26 scholars have written an open letter, rebutting this proposal. You can read the whole thing at Research Gate. Their arguments is that inclusion for gaming disorder, even as a proposal, would have economic effects on the industry. Singling a media out like this would be akin to showcasing the harmful effects of tobacco, the difference here being tobacco’ negative effects had solid evidence behind them. Possible effects of this proposal would be adverse limitations on the industry at large. At worst, possible prohibitions and limitations of what sort of games and what content games could have could be realised. South Korea already employs harsh limitations on games as it is. Last UN’s CEDAW (Committee on the Elimination of Discrimination Against Women) wanted to ban Japanese media that depicted sexual violence against women. Kumiko Yamada, the representative of Japanese wing of Women’s Institute of Contemporary Media Culture, responded to CEDAW’s proposal by stating that their view on the matter was an absolute No. Translated version on Niche Gamer. The reasoning to Japan’s response was that first of all, they are fiction and do not threaten real people. Second reason was that these fields are filled with women, and such ban would do the exact opposite what CEDAW’s aimed at, as disallowing these women to portray fiction whatever they wished would create new venues of sexism towards women. If this proposal about gaming disorder would pass, it would mean limitations and even bans similar to this would come to pass under the guise of population health concerns.

As the open letter states, passing the proposal could lead into a moral panic. Gaming in general is no foreign to these, as the industry’s history is well marked with controversies regarding violent games, and more recently about games with sexual content. This would tie itself to the aforementioned limitations and bans, when in reality no good evidence is backing up.

As such, if the proposal would to pass, it would be met with harsh criticism and high scepticism from both common population and scholars. The open letter goes even further and states that passing gaming disorder would harm WHO’s reputation and medical community in general, would dramatically reduce the utility of such a diagnosis, especially when it is not grounded in proper evidence base. Singling games out from the rest of the media out there would open a Pandora’s box of behavioural disorders, where any and all activities from sports to gardening could be diagnosed as a behavioural disorder, saturating and demeaning the whole field at large.

The question you may have now whether or not I am deluded enough to say that there is no disordered gaming. That answer would be No. There are numerous ways a person may end up playing games more that it is healthy, but in numerous researched I’ve read the core reason is more often than not somewhere else. An action in itself can be just a symptom, and singling our excessive gaming in itself disorder would put a patient in possible danger if the underlying reasons are not solved and properly treated. The proposal’s worst case scenario considering health could be treating a symptom while completely disregarding the cause.

Monthly Three; Boys, girls and electronic games

While many of the fears from the late 1800’s and early-to-mid 1900’s still persist when it comes to electronic games, those who play games and are most enthralled by them has not changed too much since then. Things changed with the advent of Golden Era of games, especially with Pac-Man, a game that attracted both men and women to play. Pac-Man as a character was largely a non-descriptive blob despite the game’s and character’s name.

I’ve talked about Industrial revolution being the main dividing point between arts, crafts and design, but when it comes to games it also created a cultural point with boys’ and girls’ cultures. According to E. Anthony Rotundo (1994), the industrial revolution separated boys from their father’s work environment, leaving them for their mothers’ to take care of. Boys moved outside from there, as motherly care usually emphasised good morals, pampering and kindness. Boys’ games and plays often were almost the opposite of this with physical contact with surprising aggressive attitudes. Going against mother’s command was a way to show that you weren’t a momma’s boy, and building from that onwards is a sort of step towards independent manhood. Regardless of how wild these games were, boys would return home to their mothers. One could say that unlike the Freudian Oedipus complex, boys’ fight against their mothers’ culture.

Rotundo contrasts this against girls’ culture, which is tied to their mothers, which have lived in a sort of symbiosis with each other. While he boys’ “adventure island” had a confrontational setting, girls’ had their own place within the “secret gardens.” While girls tend to favour for more socially interactive game with less or not emphasize on competition and physical contact, the concept of secret garden, a secret place reserved only for them and their fantasies. It should be noted that a lot of books for girls are the opposite of this thinking, where their normal lives are broken by a fantastic individual of sorts and their lives see a change, often at the cost of that secluded place. The differences between classic boys’ and girls’ literature is that boys had the heroes travel far away, while the girls’ literature tended to emphasize on staying home. Through that the stakes were different; for boys the adventures were physical like their games, whereas girls’ adventures were more about the psychology and emotions.

It’s not hard to see why electronic games would end up seen as a boys’ hobby. It is far easier to create a game that’s based on competition and rules rather than a game that requires methodical interaction between characters. A game is easy to program to offer a direct challenge the player needs to achieve, like destroying alien invaders than it is to program to reply to inquiries in a naturalistic and sophisticated way to counter the player’s emotional state.

The question whether or not there is a difference between boys’ and girls’ is cultural at its core. American game developer Purple Moon was known for developing games aimed at girls of age 8-14, and their Secret Paths series could be used as an archetypical example of what is generally seen as a girls’ game.

Secret Path games showcases some traditional symbols and images associated with girls. The cursor in the example above is a heart or a ladybug, there is no physical conflict in itself, and whatever action there is leans on metaphysical than physical. Interestingly, despite Purple Moon’s games tend to be simplified in how things are presented, they still manage to make better use of progressive values than most games we have nowadays.

While Purple Moon’s games were designed to be more about places of relaxation, where girls could pour out their stress and observe things with their hearts, so to speak. Each character has their own secret, and it is up to the player to find the secret paths that are laden with gemstones and other artefacts that give social, emotional and psychological strength. These visuals and pathways are representative of the characters’ plight, and the stories these physical environments contain encourage the player to try things out in their own social life. It’s not hard to see why the founder Brenda Laurel called their games as friendship adventures.

Similarly, Theresa Duncan’s Zero Zero is another example of a game that ties to girls’ culture.

While Secret Paths can be regarded as a continuation to the secret garden idea, Louise Fitzhugh’s 1964 novel Harriet the Spy, is about another sort of play space for girls; the city. Within the book, Harriet observes her city’s, her microworld’s she creates, citizens and their complex interactions and how she changed them as she sees fit. This idea of creating a world and having total control over it is similar to SimCity. The difference between the two is how SimCity is more about playing god and micro-manage everything. To Harriet, creating this world is just the first step, and moves towards spying on the individuals to the point of breaking in real world buildings to understand adult interactions. The same contrast repeats here; there is no physical confrontation like there would be in boys’ novel, all the challenge comes from the human interactions and gaining information on the interactions.

It wouldn’t be too hard to see Harriet the Spy as a stealth game that has no combat. Zero Zero is essentially a computer adventure game version of the novel, where the player goes through the city and similarly seeks people’s’ stories. Despite this innocent sounding setting, Zero Zero and other games from Theresa Duncan do not try to be sleek and pat down the reality. On the contrary, Zero Zero‘s French are bored and tend to insult the player in a stereotypical fashion, as do the flowers. Women with strong make-up smoke freely and tend to flash themselves, promising an event in the Red Lights district.  The Sims has a considerable female fanbase, and in a way can be seen as a modern example of a game that allows the player not only play dollhouse, but also play god and decide the interactions.

Secret Path games and Zero Zero are good examples of two strong sides of traditional girls’ games. Secret Path games are very balanced and encourages the player to feel, so to speak. Zero Zero is an example of a game that shows the misshapen world in a very caricature fashion and encourages the player to seek knowledge and information that is hidden from them. Both are about exploring a physical space, but in the end both are about the players’ inner worlds.

Games like Pac-Man and Nights into Dreams are in neither space as such. Pac-Man‘s design as a character and game had no points to either direction, and as such I personally consider Ms. Pac-Man a needles exercise in hindsight despite it becoming extremely popular. Nights into Dreams on the other hand was designed to be androgynous from the get go, both in gameplay and character designs. It even has a boy and a girl character, Elliot and Claris, who have very different dreams for their life.

As games have evolved, contact between the two cultures have become more frequent. One could argue that open world games that contain as much non-physical social confrontation as they do physical are mixing these cultures. MMORPG’s and other games that offer larger interaction with real life people also supports the idea of supportive interaction between girls while offering brotherly confrontation and rivalry boys’ culture has. This sort of neutral space in gaming requires both sides giving something in, and in real life this can cause some argumentation and fighting between children.

Stereotypical girls’ games tend not to be remembered. Purple Moon folded in 1999 and merged with Mattel, and their games were not without criticism. Their games were called to be called sexist, stereotyping the characters and themes, a thing that can be extended to a lot of other girls’ games, especially Barbie games. The space where these games were set in was another major factor.

Space is a keyword here. The pinball culture if the mid-1900’s was very masculine and based on long-standing tradition of penny arcades. When these games began to appear outside their initially designated areas, e.g. pinballs in restaurants and shopping centres, it was seen as a positive progress as anyone, women included, could now access these machines. As games moved away from spaces that were largely seen as dominated by men like universities’ IT-departments and penny arcades, the view on them changed. Pinball is not associated with violent rebels any more, but as a classic game everybody can play. Similarly, the advent of Japanese games in arcades and the renaissance of electronic gaming after the second Video game Crash introduced further colourful and fantastic creatures to the electronic game culture. Pac-Man, Mario Bros., and their like, despite being competitive, offered visuals that weren’t all about blowing shit up, but also attractive colours and challenges that weren’t just about the abstract.

It should be noted that games like Super Mario Bros., Sonic the Hedgehog and Abe’s Odyssey garnered players from both sexes, and both games shows that in the end, the player character doesn’t really matter as people don’t tend to see themselves in the character. If there is a character creation, sometimes people make themselves, but often it’s an admired, a fantasy version of themselves. They create a fantasy persona, and similarly each player character out there is a fantasy persona that the player doesn’t exactly identify with. After all, the player character is largely unimportant, the game world is what matters.

Perhaps the only truly neutral game between the spaces and cultures is Tetris. Tetris wasn’t just a game that can be described a perfect game and neutral, but a game that was everywhere. It was on home computer where anyone could play it and it was on the Game Boy where everyone could carry it with them. There is no true confrontation in the game, and despite the having a competitive goal in form of scoring, the gameplay is from neither world particularly.

Digital gambling?

It’s a thing you don’t hear much. I was reading a book this morning with family, and I heard something about games, be it digital or traditional (as they put) having an adverse effect on people who play them.  There was no true cohesion in what they were saying, talking about gambling and money games in general via mobile devices and such. Not until they started showcasing Counter Strike and talking about how that affects people too. They were speaking of esports.

It sounds so unnecessary. Electronic gaming seems to be a term these people do no simply use and in the views of those who handle addicted gamblers, digital gaming seems to be largely the same thing as their paper counterpart. What throws a spin to this whole thing is that the professional commentator of digital gaming in the show portrayed video and console games as a whole in the same light as gambling. All of them share the same points of decision-making and addictive qualities, she said. I had to question aloud whether or not this was an intentional narrative made to showcase that Super Mario Bros. is in the same league and Internet poker. In whatever game in general, be it soccer or the like, we go through similar thought patterns and have to discern the best outcome. We gamble and we may win or lose against the odds, there’s nothing special to it in of itself. Gambling addicts are a whole another thing, as are the people who sit days worth in front of the computer playing MMORPGs and start to get rotten feet.

The idea of labeling all electronic games under one banner is largely stupid, especially when digital game is, essentially, just a synonym for a video game. After all, a video game is a visual multimedia source that is combined with set rules and controls the player interact and commands, often to achieve a victory condition. Some form of money may be present, especially in modern mobile phone games, but that alone should not be contrasted to gambling.

The first thing I found about digital gaming as such was from Peluuri, an online site for gambling addicts. Without noticing it, those who consume electronic games in genera have been lumped together with gambling addicts. The reason isn’t hard to guess; news about some child dropping thousands into a mobile game for whatever reason still pop up frequently, and the fact that esports has brought the dimension of gambling into video game circuits.

Except, what the expert in the telly show was talking about the problems digital gaming brings with it, and the aforementioned website confirms her assertions. Problem gaming is defined excessive amount of time and/or money spend on money games, that have a negative effect on the person’s life, like his psychic or physical health, studies or work life, economy and/or human relations. …for those who consume computer games in large quantities, it was noted that they share similar problems with handling their emotions, channeling them properly or escapism via games similar to those who gamble. All this seems to give note that while site speaks mostly about gambling, the people who handle gambling addicts have dropped video game addicts into the same category because the majority of the addicts on either side share the same psychological problems.

Why the hell do people think games are the reason when even these help websites clearly say that’s in the person and not in the game that’s wrong?

Why the hell do they find a need to use digital gaming? What’s the point of using yet another term for something that already had two valid terms? There is now answer, but I’ll amuse myself this a bit. Video and computer games replaced electronic gaming at one point completely, and now that both of those terms have been dragged through the mud for a good couple of decades now, the current generation that doesn’t want to associate their research and intentions with any of have decided to choose a more diplomatic term. We do live in a digital age, after all.

The advent of esports of course seems to have played a rather large part in this. People gamble which team will win, and biased researchers will see whatever they want in the electronic/digital/computer/console game landscape. Is the person who contests in esports comparable to a person who gambles? Perhaps to a person who gambles at a tournament, but I’d make a comparison with a race driver more. Sponsors put money into the machines the competitor then puts all his efforts in. Esports is someone’s career after all, at least to some extent.

In the end, making it a game addiction when people don’t have any other outlet to channel their problems into is deceptive, blaming the thing that’s being used to channel things rather than accuse the person of wrongdoing. It’s the same with same when games are blamed to cause shootings. In the end, the individual person and his problems are always the key to everything. If gambling, video games, booze, driving, masturbation, rock climbing or any other activity worsens their life, why in the hell are their relatives and friends letting him ruin his life like that? Even adults needs help, sometimes forced.

Traditionally, gambling has been treated as its own thing while all other forms of addiction, be it sports or the like, have been their own thing. Mixing computer and console games give them the wrong connotation, and adding digital gaming as a new thing for the old doesn’t help. Not that the common consumer even cares about this, all they want is to have those drunkard failed gamblers off their block, and get those no-good video game nerds outside to breathe some fresh air and mingle with other people.