public SeamCarver(EnergyFuncType energyFuncType, bool hd, bool forwardEnergy, bool parallelization)
{
EnergyFuncType = energyFuncType;
Hd = hd;
ForwardEnergy = forwardEnergy;
Parallelization = parallelization;
}
public SeamCarver(EnergyFuncType energyFuncType, bool hd, bool forwardEnergy, bool parallelization)
{
EnergyFuncType = energyFuncType;
Hd = hd;
ForwardEnergy = forwardEnergy;
Parallelization = parallelization;
}
public SeamCarverStandart(EnergyFuncType energyFuncType, bool hd, bool forwardEnergy, bool parallelization,
double neighbourCountRatio, int blockSize)
: base(energyFuncType, hd, forwardEnergy, parallelization)
{
NeighbourCountRatio = neighbourCountRatio;
BlockSize = blockSize;
}
private void btnProcess_Click(object sender, EventArgs e)
{
pbInput.Image = InputBitmap;
EnergyFuncType energyFuncType = (EnergyFuncType)cmbEnergyFuncType.SelectedIndex;
Bitmap resultBitmap = null;
SeamCarvingMethod seamCarvingMethod = (SeamCarvingMethod)cmbSeamCarvingMethod.SelectedIndex;
double widthRatio = double.Parse(tbWidthRatio.Text);
double heightRatio = double.Parse(tbHeightRatio.Text);
int newWidth = (int)Math.Round(widthRatio * InputBitmap.Width);
int newHeight = (int)Math.Round(heightRatio * InputBitmap.Height);
var stopwatch = new Stopwatch();
switch (seamCarvingMethod)
{
case SeamCarvingMethod.CAIR:
Thread.Sleep(100);
stopwatch.Start();
SeamCarverCair cairCarver = new SeamCarverCair(energyFuncType, cbHd.Checked, cbForwardEnergy.Checked, cbParallel.Checked, tbCairAppPath.Text);
resultBitmap = cairCarver.Generate(InputBitmap, newWidth, newHeight);
stopwatch.Stop();
break;
default:
case SeamCarvingMethod.Standart:
stopwatch.Start();
SeamCarverStandart standrtCarver = new SeamCarverStandart(energyFuncType, cbHd.Checked, cbForwardEnergy.Checked, cbParallel.Checked,
double.Parse(tbNeighbourCountRatio.Text), int.Parse(tbBlockSize.Text));
resultBitmap = standrtCarver.Generate(InputBitmap, newWidth, newHeight);
stopwatch.Stop();
break;
case SeamCarvingMethod.GPU:
stopwatch.Start();
SeamCarverGPU gpuCarver = new SeamCarverGPU(energyFuncType, cbHd.Checked, cbForwardEnergy.Checked, cbParallel.Checked,
int.Parse(tbBlockSize.Text));
resultBitmap = gpuCarver.Generate(InputBitmap, newWidth, newHeight);
stopwatch.Stop();
break;
}
tbCalculationTime.Text = stopwatch.Elapsed.ToString();
pbOutput.Image = resultBitmap;
}
public SeamCarverGPU(EnergyFuncType energyFuncType, bool hd, bool forwardEnergy, bool parallelization, int blockSize)
: base(energyFuncType, hd, forwardEnergy, parallelization, 0, blockSize)
{
}
public SeamCarverGPU(EnergyFuncType energyFuncType, bool hd, bool forwardEnergy, bool parallelization, int blockSize)
: base(energyFuncType, hd, forwardEnergy, parallelization, 0, blockSize)
{
}
public SeamCarverCair(EnergyFuncType energyFuncType, bool hd, bool forwardEnergy, bool parallelization,
string cairAppFileName)
: base(energyFuncType, hd, forwardEnergy, parallelization)
{
CairAppFileName = cairAppFileName;
}
public SeamCarverCair(EnergyFuncType energyFuncType, bool hd, bool forwardEnergy, bool parallelization,
string cairAppFileName)
: base(energyFuncType, hd, forwardEnergy, parallelization)
{
CairAppFileName = cairAppFileName;
}
