PureRandom class definitions and test sample

This is a random sampling algorithm, the effect of feeling like a general.

Class declaration:

#pragma once
#ifndef __PURERANDOM_HEADER__
#define __PURERANDOM_HEADER__

#include "sampler.h"

class PureRandom :public Sampler {
public:
	PureRandom();
	~PureRandom();
	PureRandom(const integer samps);
	PureRandom(const integer samps, const integer sets);
	PureRandom(const PureRandom& pr);
	PureRandom& operator=(const PureRandom& pr);
	virtual Sampler* clone() const;
	virtual void generate_samples();
};
#endif　　

Class implementation:

#include "pch.h"
#include "purerandom.h"

PureRandom::PureRandom() :Sampler() {
	generate_samples();
}

PureRandom::~PureRandom() {}

PureRandom::PureRandom(const integer samps) :Sampler(samps) {
	generate_samples();
}

PureRandom::PureRandom(const integer samps, const integer sets) : Sampler(samps, sets) {
	generate_samples();
}

PureRandom::PureRandom(const PureRandom& pr) : Sampler(pr) {
	generate_samples();
}

PureRandom& PureRandom::operator=(const PureRandom& pr) {
	if (this == &pr)
		return *this;
	Sampler::operator=(pr);
	return *this;
}

Sampler* PureRandom::clone() const {
	return new PureRandom(*this);
}

void PureRandom::generate_samples() {
	for (integer i=0;i<nsets;i++)
		for (integer j = 0; j < nsamples; j++) {
			Point2 sp(random_ldouble(), random_ldouble());
			samples.push_back(sp);
		}
}

　

World class need to modify the build function, before modifying remain effective, will not be repeated

World :: Build void () { 
	vp.set_hres (200 is); 
	vp.set_vres (100); 
	vp.set_sampler (new new PureRandom ()); // herein PureRandom samples after line of code that are modified to each of the test seed sampling algorithm. 
	= new new MultiSphere tracer_ptr (the this); 
	Geometrics * obj = new new Sphere (0, 0.5); 
	obj-> SET_COLOR (the RGBColor (. 1, 0, 0)); 
	add_object (obj); 
	obj = new new Sphere (Point3 (0, - 100.5, 0), 100); 
	obj-> SET_COLOR (the RGBColor (0, 0,. 1)); 
	add_object (obj); 
}　　

Test results and pictures: