public async Task Update(Cube3DModel cube3D)
{
var mappedEntity = ObjectMapper.Mapper.Map <Cube3D>(cube3D) ?? throw new ApplicationException($"Entity could not be mapped.");
await _cube3DRepository.Update(mappedEntity);
_logger.LogInformation($"Entity successfully updated - {serviceName}");
}
private async Task ValidateIfExist(Cube3DModel Cube3DModel)
{
var cube3D = await _cube3DRepository.GetById(Cube3DModel.Id);
if (cube3D != null)
{
throw new ApplicationException($"The cube 3D with Id = { Cube3DModel.Id } already exists");
}
}
public async Task PostCubes3DIntersectionShouldOverlap()
{
// Arrange
var cubes3DIntersectionApiController = CreateCubes3DIntersectionApiController();
var firstCube3D = new Cube3DModel
{
PointCoordinates = PointModelFactory.Create(2, 2, 2)
};
var secondCube3D = new Cube3DModel
{
PointCoordinates = PointModelFactory.Create(3, 2, 2)
};
var edgesLength = 2;
var cube3DIntersectionRequest = new Cube3DIntersectionModel
{
FirstCube3D = firstCube3D,
SecondCube3D = secondCube3D,
EdgesLength = edgesLength
};
var cube3DIntersectionExpectedResponse = new Cube3DIntersectionModel
{
FirstCube3D = firstCube3D,
SecondCube3D = secondCube3D,
EdgesLength = edgesLength,
Collision = true,
IntersectionVolume = 4
};
_mockCube3DIntersectionService
.Setup(ci => ci.Create(cube3DIntersectionRequest))
.ReturnsAsync(cube3DIntersectionExpectedResponse);
// Act
var createdResponse = await cubes3DIntersectionApiController.PostCubes3DIntersection(
cube3DIntersectionRequest);
Assert.NotNull(createdResponse);
var result = createdResponse.Result as ObjectResult;
Assert.Equal(result?.StatusCode, (int)HttpStatusCode.Created);
var actualResult = result?.Value as Cube3DIntersectionModel;
Assert.IsType <Cube3DIntersectionModel>(actualResult);
Assert.True(actualResult.Collision == cube3DIntersectionExpectedResponse.Collision);
Assert.True(actualResult.IntersectionVolume.Equals(cube3DIntersectionExpectedResponse.IntersectionVolume));
_mockCube3DIntersectionService.VerifyAll();
}
public async Task <Cube3DModel> Create(Cube3DModel Cube3DModel)
{
await ValidateIfExist(Cube3DModel);
var entity = ObjectMapper.Mapper.Map <Cube3D>(Cube3DModel)
?? throw new Exception($"Entity {nameof(Cube3DModel)} could not be mapped.");
var newEntity = await _cube3DRepository.Create(entity);
_logger.LogInformation($"Entity successfully added - { serviceName }");
var newMappedEntity = ObjectMapper.Mapper.Map <Cube3DModel>(newEntity);
return(newMappedEntity);
}
private void MakeCube3DIntersectionRequest(
out Cubes3DIntersectionApiController cubes3DIntersectionApiController,
out Cube3DModel firstCube3D,
out Cube3DModel secondCube3D,
out int edgesLength,
out Cube3DIntersectionModel cube3DIntersectionRequest)
{
cubes3DIntersectionApiController = CreateCubes3DIntersectionApiController();
firstCube3D = new Cube3DModel
{
PointCoordinates = PointModelFactory.Create(2, 2, 2)
};
secondCube3D = new Cube3DModel
{
PointCoordinates = PointModelFactory.Create(4, 2, 2)
};
edgesLength = 2;
cube3DIntersectionRequest = new Cube3DIntersectionModel
{
FirstCube3D = firstCube3D,
SecondCube3D = secondCube3D,
EdgesLength = edgesLength
};
}
private async Task <Cube3DModel> UpdateCubeDto(Cube3DModel cube3DModel, double edgesLength)
{
var CubePointDto = cube3DModel?.PointCoordinates;
CubePointDto.Cube3DId = cube3DModel.Id;
await _point3DService.Update(CubePointDto);
var edgeWithDto = await CreateEdgeDto(CubePointDto.X0, edgesLength, CubePointDto.Cube3DId);
var edgeHeightDto = await CreateEdgeDto(CubePointDto.Y0, edgesLength, CubePointDto.Cube3DId);
var edgeDepthDto = await CreateEdgeDto(CubePointDto.Z0, edgesLength, CubePointDto.Cube3DId);
cube3DModel.Edges = new List <EdgeModel>()
{
edgeWithDto,
edgeHeightDto,
edgeDepthDto
};
await _cube3DService.Update(cube3DModel);
return(cube3DModel);
}
public static double IntersectionVolume(this Cube3DModel firstCube, Cube3DModel secondCube) => firstCube.Edges.ElementAt(0).Overlap(secondCube.Edges.ElementAt(0)) * firstCube.Edges.ElementAt(1).Overlap(secondCube.Edges.ElementAt(1)) * firstCube.Edges.ElementAt(2).Overlap(secondCube.Edges.ElementAt(2));
public static bool Collision(this Cube3DModel firstCube, Cube3DModel secondCube) => firstCube.Edges.ElementAt(0).Collision(secondCube.Edges.ElementAt(0)) || firstCube.Edges.ElementAt(1).Collision(secondCube.Edges.ElementAt(1)) || firstCube.Edges.ElementAt(2).Collision(secondCube.Edges.ElementAt(2));
