Often times in the morning, the sun rises to the East while the moon is waxing from above to the South. Clearly, being able to see both, above the horizon, the full face of the moon should be visible, with no crescent shape.

Yet the opposite is true. And there are no computer models that allow for a crescent shape refection off of a sphere.

https://stackoverflow.com/questions/52489417/how-to-create-a-concave-convex-circle-illusion-in-opengl

Though, one can be seen in a concave surface.

Often times in the morning, the sun rises to the East while the moon is waxing from above to the South. Clearly, being able to see both, above the horizon, the full face of the moon should be visible, with no crescent shape.

Yet the opposite is true. And there are no computer models that allow for a crescent shape refection off of a globe.

https://stackoverflow.com/questions/52489417/how-to-create-a-concave-convex-circle-illusion-in-opengl

Though, one can be seen in a concave surface.

Often times in the morning, the sun rises to the East while the moon is waxing from above to the South. Clearly, being able to see both, above the horizon, the full face of the moon should be visible, with no crescent shape.

Yet the opposite is true. And there are no computer models that allow for a crescent shape refection off of a globe.

https://stackoverflow.com/questions/52489417/how-to-create-a-concave-convex-circle-illusion-in-opengl

Often times in the morning, the sun rises to the East while the moon is waxing from above to the South. Clearly, being able to see both, the full face of the moon should be visible, with no crescent shape.

Yet the opposite is true. And there are no computer models that allow for a crescent shape refection off of a globe.

https://stackoverflow.com/questions/52489417/how-to-create-a-concave-convex-circle-illusion-in-opengl