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#include "Picking.h"
#include "Test.h"
using namespace pymol::test;
TEST_CASE("getTotalBits", "[Picking]")
{
PickColorConverter pickconv;
REQUIRE(pickconv.getTotalBits() == 12);
const int bits1[] = {1, 2, 3, 4};
pickconv.setRgbaBits(bits1);
REQUIRE(pickconv.getTotalBits() == 10);
const int bits2[] = {2, 3, 4, 5};
pickconv.setRgbaBits(bits2);
REQUIRE(pickconv.getTotalBits() == 14);
// check pick-though bit with 32bit
const int bits3[] = {8, 8, 8, 8};
pickconv.setRgbaBits(bits3);
REQUIRE(pickconv.getTotalBits() == 31);
}
TEST_CASE("validateCheckBits", "[Picking]")
{
PickColorConverter pickconv;
const int bits1[] = {2, 3, 4, 5};
pickconv.setRgbaBits(bits1, 2);
REQUIRE(pickconv.getTotalBits() == 8);
const int bits2[] = {8, 8, 8, 4};
pickconv.setRgbaBits(bits2, 3);
REQUIRE(pickconv.getTotalBits() == 17);
unsigned char color2[4] = {0xfc, 0x04, 0x0c, 0x2f};
REQUIRE(pickconv.validateCheckBits(color2));
color2[1] |= 0x02;
REQUIRE(!pickconv.validateCheckBits(color2));
}
TEST_CASE("indexFromColor", "[Picking]")
{
PickColorConverter pickconv;
unsigned index1 = 0x816u; // 12-bit: hightest bit, lowest bit, middle bits
unsigned char color1[4];
pickconv.colorFromIndex(color1, index1);
unsigned index2 = pickconv.indexFromColor(color1);
REQUIRE(index1 == index2);
index1 = 12345; // 14-bit
const int bits[] = {2, 3, 4, 5};
pickconv.setRgbaBits(bits);
unsigned char color2[4];
pickconv.colorFromIndex(color2, index1);
index2 = pickconv.indexFromColor(color2);
REQUIRE(index1 == index2);
// with different bit depth, colors should be different
REQUIRE((color1[0] != color2[0] || color1[1] != color2[1] ||
color1[2] != color2[2] || color1[3] != color2[3]));
}
TEST_CASE("rounding", "[Picking]")
{
PickColorConverter pickconv;
unsigned index1 = 1234; // 12-bit
unsigned char color1[4];
pickconv.colorFromIndex(color1, index1);
// withing rounding tolerance
color1[0] += 1;
color1[1] -= 1;
color1[2] += 2;
unsigned index2 = pickconv.indexFromColor(color1);
REQUIRE(index1 == index2);
// beyond rounding tolernace
color1[0] += 1 << 4;
unsigned index3 = pickconv.indexFromColor(color1);
REQUIRE(index1 != index3);
}
TEST_CASE("pickmgr", "[Picking]")
{
PickColorManager pickmgr;
PickContext ctx{};
unsigned char color[4];
REQUIRE(pickmgr.count() == 0);
pickmgr.colorNext(color, &ctx, 123, 0);
REQUIRE(pickmgr.count() == 1);
pickmgr.colorNext(color, &ctx, 123, 0); // repeated
REQUIRE(pickmgr.count() == 1);
pickmgr.colorNext(color, &ctx, 124, 0);
pickmgr.colorNext(color, &ctx, 124, 5);
REQUIRE(pickmgr.count() == 3);
pickmgr.colorNext(color, &ctx, 0, cPickableNoPick); // no count increment
REQUIRE(pickmgr.count() == 3);
pickmgr.m_valid = true;
REQUIRE(pickmgr.getIdentifier(0) == nullptr);
REQUIRE(pickmgr.getIdentifier(1)->src.index == 123);
REQUIRE(pickmgr.getIdentifier(2)->src.index == 124);
REQUIRE(pickmgr.getIdentifier(3)->src.bond == 5);
REQUIRE(pickmgr.getIdentifier(4) == nullptr);
pickmgr.resetCount();
REQUIRE(!pickmgr.m_valid);
REQUIRE(pickmgr.count() == 0);
REQUIRE(pickmgr.getIdentifier(1) != nullptr); // still available
pickmgr.m_valid = true;
pickmgr.invalidate();
REQUIRE(!pickmgr.m_valid);
REQUIRE(pickmgr.getIdentifier(1) == nullptr);
}
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