Or you can use f32to16 to pack two halfs into an uint. Like this:

float2 toBeQuantised(333.333, 666.666);
uint half1 = f32to16(toBeQuantised.x);
uint half2 = f32to16(toBeQuantised.y);
uint twoHalfs = half1 | (half2 << 16);

But this doesn't make that much sense or use, in addition to what Kauna said :-)

Or you can use f32to16 to pack two halfs into a uint. Like this:

float2 toBeQuantised(333.333, 666.666);
uint half1 = f32to16(toBeQuantised.x);
uint half2 = f32to16(toBeQuantised.y);
uint twoHalfs = half1 | (half2 << 16);

But this doesn't make that much sense or use, in addition to what Kauna said :-)

Or you can use f32to16 to pack two halfs into a uint. Like this:
[source lang="cpp"]float2 toBeQuantised(333.333, 666.666);uint half1 = f32to16(toBeQuantised.x);uint half2 = f32to16(toBeQuantised.y);uint twoHalfs = half1 | (half2 << 16);[/source]
But this doesn't make that much sense or use, in addition to what Kauna said :-)