Text Plan

The overlall plan is to make a code - integral, consistent - pseudocode, modern introduction to numerical optimization.
A) It needs to be matlab/mathematica agnostic (or at least able to come in two versions).
B) It needs to have good visuals. Clearly the visuals come from Mathematica.
C) It should pay some attention to linear algebra but in an avoidable manner.
D) It needs a good set of test problems : standard Low D problems - Mma and matlab; embedded in higher dimensions via copies and quad extensions ETC.
E) It needs to be shorter than Nocedal and Wright.
F) Organizationally it needs to be simple

GraphPlot

OrgGraph={
"Intro"->"Calc Opt",
"Intro"->"Unconstrained",
"Intro"->"Constrained",
"Intro"->"Dif Free",
"Calc Opt"->"Unconstrained",
"Calc Opt"->"Constrained",
"Unconstrained"->"Newt",
"Newt"->"QNewt"
};
LayeredGraphPlot[OrgGraph,Left,
VertexLabeling->True,
DirectedEdges->True]

I