Well, the most relevant difference between inkling and human bodies (in kid form) is that an inkling's bones are made from compressed/solidified fluid that can be liquidized at will. One relevant question on the subject is whether the squid folk have enough control over their bodies to liquify only their bones while leaving the "flesh" intact.
If so, they would be able to squirm out of a hold far more easily than we could, unless the grip was around the individual's neck. If not, it would be rather difficult to hold on to an inkling in squid form.
As for squid form combat, the squids are unable to fight in-game because that would have made gameplay too complicated. While squids may not have the size and strength of kids, they would be able to hold on to something large enough (aka not a thin bar in a grate, apparently). This would have little application, but if the enemy was stuch in your own ink, a squid might be able to drag them down to hasten the process.
However, this doesn't happen in-game. Presumably because:
The developers never thought of it, or thought it would add nothing to the game.
It is needlessly dangerous when you can just shoot the enemy with high-velocity "bullets" of ink.
It might be against the rules in the multiplayer modes.
Edit: now that I think about it, there isn't an effective way for an inkling to get out of a hold on their neck without damaging their windpipe.
Also, the game's art style portrays inklings as having extremely thin necks, but that's not really relevant, because it is possible to get a hold on necks of realistic thickness.
Also: we humans have hemoglobin in our blood, which bonds to oxygen gas allows oxygen to be distributed to the rest of the body. Cephalopods have hemocyanin for that purpose.
As it turns out, hemoglobin is completely superior to hemocyanin, and octopi (and presumably squids) actually tire more easily than we do because of their inferior blood protiens. Would that factor in to this? Or have the inklings been shown to be active enough to suggest a more effective "blood" protien than hemocyanin?
I am presuming an inkling's "blood" is composed of ink. Probably little currents of ink left unsolidified in kid form.
Come to think of it, the squid form would need to at least partially solidify to retain it's shape.
The squids are presumably able to move through grates because their skin and tissue near the surface remains liquid, allowing for use of the string theory-esque ink to move through small solid objects. This would leave squids vulnerable to drying out and (more vulnerable to) enemy ink, however. This is why inklings are forced into humanoid form when they swim into enemy ink (don't believe me? Try it.)
On a side note, the solid parts of squid form may not be as solid as the kid form.
Edit: I apologize for the rambling nature of this post. It has no clear topic or structure.
If so, they would be able to squirm out of a hold far more easily than we could, unless the grip was around the individual's neck. If not, it would be rather difficult to hold on to an inkling in squid form.
As for squid form combat, the squids are unable to fight in-game because that would have made gameplay too complicated. While squids may not have the size and strength of kids, they would be able to hold on to something large enough (aka not a thin bar in a grate, apparently). This would have little application, but if the enemy was stuch in your own ink, a squid might be able to drag them down to hasten the process.
However, this doesn't happen in-game. Presumably because:
The developers never thought of it, or thought it would add nothing to the game.
It is needlessly dangerous when you can just shoot the enemy with high-velocity "bullets" of ink.
It might be against the rules in the multiplayer modes.
Edit: now that I think about it, there isn't an effective way for an inkling to get out of a hold on their neck without damaging their windpipe.
Also, the game's art style portrays inklings as having extremely thin necks, but that's not really relevant, because it is possible to get a hold on necks of realistic thickness.
Also: we humans have hemoglobin in our blood, which bonds to oxygen gas allows oxygen to be distributed to the rest of the body. Cephalopods have hemocyanin for that purpose.
As it turns out, hemoglobin is completely superior to hemocyanin, and octopi (and presumably squids) actually tire more easily than we do because of their inferior blood protiens. Would that factor in to this? Or have the inklings been shown to be active enough to suggest a more effective "blood" protien than hemocyanin?
I am presuming an inkling's "blood" is composed of ink. Probably little currents of ink left unsolidified in kid form.
Come to think of it, the squid form would need to at least partially solidify to retain it's shape.
The squids are presumably able to move through grates because their skin and tissue near the surface remains liquid, allowing for use of the string theory-esque ink to move through small solid objects. This would leave squids vulnerable to drying out and (more vulnerable to) enemy ink, however. This is why inklings are forced into humanoid form when they swim into enemy ink (don't believe me? Try it.)
On a side note, the solid parts of squid form may not be as solid as the kid form.
Edit: I apologize for the rambling nature of this post. It has no clear topic or structure.
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