Quantum ColorBloch

The Bloch Sphere (https://en.wikipedia.org/wiki/Bloch_sphere) is a way of representing information about a quantum system. For those familiar with the idea, I propose a model where the north pole is a binary 1. The south pole is a binary 0. But the equator is a circle of colors and points along the longitude are intensity. States can be represented by color (latitude) and intensity (longitude) and are continuous. But any "measurement" of a state can only result in a binary 0 or 1. Measurement "collapses" the point on the sphere to the north pole if above the equator and 0 if below. So quantum state can be represented as colors. Noise can be represented as colors that mix with states to cause "drift". Mixing colors follows well known rules. Colors can also be compared so quantum noise algorithms (which compare but do not measure) can be implemented. In this way it might be possible to simulate quantum algorithms in a color space.