Graphics with adaptive temporal adjustments

A graphics apparatus, comprising:

• a screen space condition detector to detect a screen space condition;
• an object space adjuster communicatively coupled to the screen space condition detector to adjust an object space parameter based on the detected screen space condition;
• and
• a sample adjuster communicatively coupled to the graphics subsystem to adjust a sample parameter of the graphics subsystem based on a determined condition, wherein the determined condition is based on a detected user condition in a first mode, a predicted user condition in a second mode, and a combination of the detected user condition and the predicted user condition in a third mode, wherein the predicted user condition is based on a latency from a time of capture of a real object to a time of rendering for the real object, wherein the sample parameter is a render sample rate and the determined condition is a determined amount of user motion, and wherein the sample adjuster is further to adjust the render sample rate based on the determined amount of user motion.

A method of adjusting graphics, comprising:

• detecting a screen space condition;
• adjusting an object space parameter based on the detected screen space condition;
• adjusting a sample parameter of the graphics subsystem based on a determined condition, wherein the determined condition is based on a detected user condition in a first mode, a predicted user condition in a second mode, and a combination of the detected user condition and the predicted user condition in a third mode, wherein the predicted user condition is based on a latency from a time of capture of a real object to a time of rendering for the real object, wherein the sample parameter is a render sample rate and the determined condition is a determined amount of user motion;
• and
• adjusting the render sample rate based on the determined amount of user motion.

At least one non-transitory computer readable medium, comprising a set of instructions, which when executed by a computing device cause the computing device to:

• detect a screen space condition;
• adjust an object space parameter based on the detected screen space condition;
• adjust a sample parameter of the graphics subsystem based on a determined condition, wherein the determined condition is based on a detected user condition in a first mode, a predicted user condition in a second mode, and a combination of the detected user condition and the predicted user condition in a third mode, wherein the predicted user condition is based on a latency from a time of capture of a real object to a time of rendering for the real object, wherein the sample parameter is a render sample rate and the determined condition is a determined amount of user motion;
• and
• adjust the render sample rate based on the determined amount of user motion.