Chrysalis - Renderer Test Coverage

Line	Decision	Call	Exec	Source
1				#include "CartesianRendererData.h"
2
3				#include <cmath>
4
5				using namespace Chrysalis;
6
7			✗	void CartesianRendererData::buildGrid(const Area& area, const float gridSize) {
8		0/5 ✗ Call 0 not invoked. ✗ Call 1 not invoked. ✗ Call 2 not invoked. ✗ Call 5 not invoked. ✗ Call 6 not invoked.	✗	const float xFrom = std::floor(area.x() / gridSize) * gridSize;
9		0/4 ✗ Call 0 not invoked. ✗ Call 1 not invoked. ✗ Call 4 not invoked. ✗ Call 5 not invoked.	✗	const float xRange = std::ceil(area.width() / gridSize + 1) * gridSize;
10
11		0/5 ✗ Call 0 not invoked. ✗ Call 1 not invoked. ✗ Call 2 not invoked. ✗ Call 5 not invoked. ✗ Call 6 not invoked.	✗	const float yFrom = std::floor(area.y() / gridSize) * gridSize;
12		0/4 ✗ Call 0 not invoked. ✗ Call 1 not invoked. ✗ Call 4 not invoked. ✗ Call 5 not invoked.	✗	const float yRange = std::ceil(area.height() / gridSize + 1) * gridSize;
13
14		0/4 ✗ Call 0 not invoked. ✗ Call 1 not invoked. ✗ Call 2 not invoked. ✗ Call 3 not invoked.	✗	data_.clear();
15				// x axis
16		0/8 ✗ Call 0 not invoked. ✗ Call 1 not invoked. ✗ Call 2 not invoked. ✗ Call 3 not invoked. ✗ Call 4 not invoked. ✗ Call 5 not invoked. ✗ Call 8 not invoked. ✗ Call 9 not invoked.	✗	data_.emplace_back(0.f, yFrom);
17		0/12 ✗ Call 0 not invoked. ✗ Call 1 not invoked. ✗ Call 2 not invoked. ✗ Call 3 not invoked. ✗ Call 4 not invoked. ✗ Call 5 not invoked. ✗ Call 6 not invoked. ✗ Call 7 not invoked. ✗ Call 10 not invoked. ✗ Call 11 not invoked. ✗ Call 12 not invoked. ✗ Call 13 not invoked.	✗	data_.emplace_back(0.f, yFrom + yRange);
18				// y axis
19		0/8 ✗ Call 0 not invoked. ✗ Call 1 not invoked. ✗ Call 2 not invoked. ✗ Call 3 not invoked. ✗ Call 4 not invoked. ✗ Call 5 not invoked. ✗ Call 8 not invoked. ✗ Call 9 not invoked.	✗	data_.emplace_back(xFrom, 0.f);
20		0/12 ✗ Call 0 not invoked. ✗ Call 1 not invoked. ✗ Call 2 not invoked. ✗ Call 3 not invoked. ✗ Call 4 not invoked. ✗ Call 5 not invoked. ✗ Call 6 not invoked. ✗ Call 7 not invoked. ✗ Call 10 not invoked. ✗ Call 11 not invoked. ✗ Call 12 not invoked. ✗ Call 13 not invoked.	✗	data_.emplace_back(xFrom + xRange, 0.f);
21
22				// x-lines
23			✗	float shift = 0.f;
24	0/2 ✗ Decision 'true' not taken. ✗ Decision 'false' not taken.		✗	while (shift <= xRange) {
25		0/8 ✗ Call 0 not invoked. ✗ Call 1 not invoked. ✗ Call 2 not invoked. ✗ Call 3 not invoked. ✗ Call 4 not invoked. ✗ Call 5 not invoked. ✗ Call 8 not invoked. ✗ Call 9 not invoked.	✗	data_.emplace_back(xFrom + shift, yFrom);
26		0/12 ✗ Call 0 not invoked. ✗ Call 1 not invoked. ✗ Call 2 not invoked. ✗ Call 3 not invoked. ✗ Call 4 not invoked. ✗ Call 5 not invoked. ✗ Call 6 not invoked. ✗ Call 7 not invoked. ✗ Call 10 not invoked. ✗ Call 11 not invoked. ✗ Call 12 not invoked. ✗ Call 13 not invoked.	✗	data_.emplace_back(xFrom + shift, yFrom + yRange);
27			✗	shift += gridSize;
28				}
29
30				// y-lines
31			✗	shift = 0.f;
32	0/2 ✗ Decision 'true' not taken. ✗ Decision 'false' not taken.		✗	while (shift <= yRange) {
33		0/8 ✗ Call 0 not invoked. ✗ Call 1 not invoked. ✗ Call 2 not invoked. ✗ Call 3 not invoked. ✗ Call 4 not invoked. ✗ Call 5 not invoked. ✗ Call 8 not invoked. ✗ Call 9 not invoked.	✗	data_.emplace_back(xFrom, yFrom + shift);
34		0/12 ✗ Call 0 not invoked. ✗ Call 1 not invoked. ✗ Call 2 not invoked. ✗ Call 3 not invoked. ✗ Call 4 not invoked. ✗ Call 5 not invoked. ✗ Call 6 not invoked. ✗ Call 7 not invoked. ✗ Call 10 not invoked. ✗ Call 11 not invoked. ✗ Call 12 not invoked. ✗ Call 13 not invoked.	✗	data_.emplace_back(xFrom + xRange, yFrom + shift);
35			✗	shift += gridSize;
36				}
37
38		0/10 ✗ Call 0 not invoked. ✗ Call 1 not invoked. ✗ Call 2 not invoked. ✗ Call 3 not invoked. ✗ Call 4 not invoked. ✗ Call 5 not invoked. ✗ Call 6 not invoked. ✗ Call 7 not invoked. ✗ Call 8 not invoked. ✗ Call 9 not invoked.	✗	updateVBO();
39			✗	}
40
41			✗	size_t CartesianRendererData::size() {
42		0/4 ✗ Call 0 not invoked. ✗ Call 1 not invoked. ✗ Call 2 not invoked. ✗ Call 3 not invoked.	✗	return data_.size();
43				}
44
45			✗	std::vector<Vertex2f> CartesianRendererData::vbo() {
46		0/4 ✗ Call 0 not invoked. ✗ Call 1 not invoked. ✗ Call 2 not invoked. ✗ Call 3 not invoked.	✗	return data_;
47				}
48