Mode	Sampling
Importance Sampling	Uniform PB PL
Use jittered sampling
	Resample
B(x)	1.0 sin(x) Steps Increasing sin^2(x) sin^3(x) sin^4(x) sin^5(x) sin^6(x)
L(x)	1.0 sin(x) Steps Increasing sin^2(x) sin^3(x) sin^4(x) sin^5(x) sin^6(x)
V(x)	1.0 sin(x) Steps Increasing sin^2(x) sin^3(x) sin^4(x) sin^5(x) sin^6(x)
Show F
Show B
Show L
Show V
Show PB
Show PL
Show F/PB
Show F/PL
Show F/(PB+PL)
Y-range

This interactive visualization lets you explore the concepts introduced in my Monte Carlo Tutorial

As in the article we have that F(X)=B(x)L(x)V(x).

By setting V(X)=1.0 you can disable the effect of V.

Currently we have N=32 samples.