ikrima

Animation Subsystem

AnimInstance is the runtime animation class that maintains runtime data & plays shit
	- This is the parent class of the animation blueprint
	- Get Bone Transforms from a specific time t:
		○ Sequence->GetAnimationPose(Output.Pose, Output.Curve, FAnimExtractContext(CurrentTime, Sequence->bEnableRootMotion));
		
	
UAnimationAsset is the classes that contain the actual data and also calculates bones & curves
	- UAnimSequence

ikrima

	public BBR(TargetInfo Target)
	{
        //Config
        //BuildConfiguration.RelativeEnginePath = /* ...*/;

        //Debug
        //---BuildConfiguration.bOmitPCDebugInfoInDevelopment  = true  /* d=false */;
        //BuildConfiguration.bSupportEditAndContinue           = false /* d=false */;
        //BuildConfiguration.bDisableDebugInfoForGeneratedCode = true  /* d=true  */;
        //BuildConfiguration.bAllowLTCG                        = false /* d=false */;

syoyo

//
// C++ implementaion of "A simple method to construct isotropic quasirandom blue
// noise point sequences"
//
// http://extremelearning.com.au/a-simple-method-to-construct-isotropic-quasirandom-blue-noise-point-sequences/
//

// Assume 0 <= x
static double myfmod(double x) { return x - std::floor(x); }

h3r2tic

A quick breakdown of lighting in the restir-meets-surfel branch of my renderer, where I revive some olde surfel experiments, and generously sprinkle ReSTIR on top.

General remarks

Please note that this is all based on work-in-progress experimental software, and represents a single snapshot in development history. Things will certainly change 😛

Due to how I'm capturing this, there's frame-to-frame variability, e.g. different rays being shot, TAA shimmering slightly. Some of the images come from a dedicated visualization pass, and are anti-aliased, and some show internal buffers which are not anti-aliased.

Final images