Statics problem. For the tensegrity structure $($in pictures$).(1)$Label the two compression elements $($all four corner strings are the same length. The string in the middle is vertical to cause tension.$)(2)$Draw three free$-$body diagrams. One of the whole structure, and one of each of the individual bodies. Draw the "bodies" $($compression elements$)$in different perpendicular views for $2-$d analysis. $(3)$Conduct equilibrium analysis $($using no values, only arbitrary constants$)$to determine the forces acting on each body. $(4)$ include how you calculated the center of gravity of each of the three bodies.

$***$DIMENSIONS$/$MASS I have two nodes, they are flat boards with a mass of $2$ grams and dimensions $4$x$4\mathrm{.}5$ inches. The two nodes are a top and bottom for the structure. Offcenter on each node is a $2$ gram strut $3$ inches long poking diagonal through towards the center. A $1$ inch cable $\mathrm{.}001$grams connects the two struts in the middle. On all four corners of both nodes are $\mathrm{.}00375$ gram cables $3\mathrm{.}75$ inches long connecting the nodes. The nodes are offset, bottom node is $1$ inch to the left of top node.$***$

PLEASE provide a drawing for the three force body diagrams. make sure to include all: $1.$draw an outlined shape $2.$show all the internal$/$external forces, axial forces, tension forces and couple moments. $3.$label loads and dimensions