Michael D.Mattesi\7 This drawing by Barrett captures the vigor of the pose.The cumulative energy of the back sweeps up into the musculature of the upper body and disperses to the arms and head.It's like shooting fireworks,as the thumbnail shows
8 /Force The model hasa pull from his hands up through his back and down into his feet.The focal point of force here or the apex of the directional curve,is the lower back.If the model were to let go.this is the direction he would fall in
Michael D.Mattesi\9 these drawings in the order they are numbered 1.we have the begining of the lef side of the modes upper with h ssive than my weak depiction of o the left side o pose is ab out the
10 /Force 1.Investigating a pose to gain understanding 2.Searching for how far a force travels and its true motivation. 3. "I am not discouraged,because every wrong at tempt discarded is another step forward." Thomas Edison 3.Applied force Besides the line giving us a linear direction or path of force,it also tells us how much force is being applied upon it.This is extremely important because the force applied upon the line will be a previous directional force.That previous directional force dictates how strong the applied force is. obviously be at h a curve. ale to dnive youc asterton yo oud car thr a straigntaway Taster fedouff.alewingyoutogpin9pedLerslokatthisinme DieCTiENAL The drawing above presents us with a line that starts with much speed (by its straightness)and then slows through the curve.We also see that the line shows us a mass that is bottom heavy because of where the apex of the curve is located on the line.The attitude or direction of the mass is pushing in the direction of the grey arrow on the right,which represents applied force.Now,if we look at both of the arrows,we get a sense of purpose from the line that takes the mass down and to the left and then directs us to the right
Michael D.Mattesi\11 In talking about the ret che n the far amount of forc to it bec vature is In onimation term on it from directional force is also slower than the first force. Curved lines are more forceful than straights since they clearly show us directional and applied forces