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Not only can you draw a basic skeletal outline (which is quite good by the way
Also, the way the forearms and wings are positioned are really quite unique. Wouldn't the placement of the forearms then suggest that they weren't very dextrous due to the musculature for the wing, or is it due to the entirely seperate scapula suggest that the forearm was dextrous on its own accord (as though the shoulder socket could enable the entire arm to pivot straight forward towards the head without any bend outwards...
The lack of carpels is intentional because I am still trying to figure out how to fold the palm back better, which I think I figured out this morning ( a combination of teradactyl-type joint, but still flexibility for the wing thumbs via some carpels.... or something.
Our arms didn't have that much... forward... motion. *tries to explain* They were like the limbs of a cat. Not too much mobility towards out, or even all that much forward. Our wings had a human-range of motion so we used them more than our actual arms, unless it required actual grasping or carrying. The muscles for the arms connected to those tapering ribs, I think. *shrugs* I'm trying to figure it out as well. *grins* I just know that our arms weren't too flexible (ie, like a human's arms) and were possitioned waaaay behind the wings.
Our arms didn't have that much... forward... motion. *tries to explain* They were like the limbs of a cat. Not too much mobility towards out, or even all that much forward. Our wings had a human-range of motion so we used them more than our actual arms, unless it required actual grasping or carrying. The muscles for the arms connected to those tapering ribs, I think. *shrugs* I'm trying to figure it out as well. *grins* I just know that our arms weren't too flexible (ie, like a human's arms) and were possitioned waaaay behind the wings.
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