Glad to help... there's a obvious need for some clarity on these issues. So, the paper you reference was likely referring to the "neutral" or "anti-squat" line, another valuable line to plot on your drawing. The neutral or anti-squat line runs from the rear tire contact point through a point defined by the CG height and the front axle centerline. cars with ICs below this line (<100% Anti-squat) tend not to separate the chassis, and the opposite is true for ICs above this line. Remember, the amount of torque applied to the tires/starting line ratio and the magnitude of your polar moment of inertia have a huge impact on the quality of your launch as well. Making this drawing as you are, is the necessary start. Shocks will give you some fine-tuning ability to control the launch behavior, but the foundation for understanding launch behavior is the chassis scaling you're doing.
Bob (Plumbbob on TNfbody.com)
P.S: CG determination using camshaft height IS an approximation, and is fine for tuning your car. Percentage of rise/Anti-squat values and launch behaviors really can't be transferred or expected to be functional on another car, unless that car is IDENTICAL. (extremely unlikely) Chassis tuning and scaling relative to camshaft height CGs is fine for single platforms. Chassis shops will want to use the empirical CG height determination method to transfer tuning combinations from car to car. Brush up on your trig!