private void saveFile()
{
Debug.Assert(m_filePath != string.Empty);
ParticleDefiniton pd = new ParticleDefiniton();
pd.Editor = new EditorSettings();
pd.Editor.BackgroundColour = colourToInt(m_sfmlControl.BackgroundColour);
pd.Editor.EmitterPosition = new Point((int)m_defaultPos.X, (int)m_defaultPos.Y);
pd.Editor.EnableMovement = enableMovementToolStripMenuItem.Checked;
pd.BlendMode = m_particleSystem.blendMode.ToString();
pd.Colour = colourToInt(m_particleSystem.colour);
pd.Delay = (float)numericUpDownStartDelay.Value;
pd.Duration = (float)numericUpDownDuration.Value;
pd.EmitRate = (float)numericUpDownEmitRate.Value;
pd.InitialVelocity = new Point((int)m_particleSystem.initialVelocity.X, (int)m_particleSystem.initialVelocity.Y);
pd.Lifetime = m_particleSystem.particleLifetime;
pd.ParticleSize = new Size((int)numericUpDownSizeX.Value, (int)numericUpDownSizeY.Value);
pd.RandomInitialPositions = new List <Point>();
if (m_particleSystem.randomInitialPositions != null)
{
foreach (var v in m_particleSystem.randomInitialPositions)
{
pd.RandomInitialPositions.Add(new Point((int)v.X, (int)v.Y));
}
}
pd.RandomInitialVelocities = new List <Point>();
if (m_particleSystem.randomInitialVelocities != null)
{
foreach (var v in m_particleSystem.randomInitialVelocities)
{
pd.RandomInitialVelocities.Add(new Point((int)v.X, (int)v.Y));
}
}
pd.Affectors = new List <AffectorDefinition>();
foreach (var a in m_particleSystem.Affectors)
{
AffectorDefinition ad = new AffectorDefinition();
ad.Type = a.type().ToString();
ad.Data = new List <float>();
switch (a.type())
{
case AffectorType.Colour:
ColourAffector ca = (ColourAffector)a;
ad.Data.Add(colourToInt(ca.StartColour));
ad.Data.Add(colourToInt(ca.EndColour));
ad.Data.Add(ca.Duration);
break;
case AffectorType.Force:
var force = ((ForceAffector)a).Force;
ad.Data.Add(force.X);
ad.Data.Add(force.Y);
break;
case AffectorType.Rotation:
ad.Data.Add(((RotationAffector)a).Rotation);
break;
case AffectorType.Scale:
var scale = ((ScaleAffector)a).Scale;
ad.Data.Add(scale.X);
ad.Data.Add(scale.Y);
break;
case AffectorType.Velocity:
var vscale = ((VelocityAffector)a).Scale;
ad.Data.Add(vscale.X);
ad.Data.Add(vscale.Y);
break;
}
pd.Affectors.Add(ad);
}
pd.ReleaseCount = (byte)numericUpDownReleaseCount.Value;
pd.Texture = textBoxTexturePath.Text;
try
{
JsonSerializer srlz = new JsonSerializer();
srlz.NullValueHandling = NullValueHandling.Ignore;
srlz.Formatting = Formatting.Indented;
using (StreamWriter sw = new StreamWriter(m_filePath))
using (JsonWriter jw = new JsonTextWriter(sw))
{
srlz.Serialize(jw, pd);
}
}
catch (Exception ex)
{
MessageBox.Show(ex.Message, "Output failed");
}
}
private void saveFile()
{
Debug.Assert(m_filePath != string.Empty);
ParticleDefiniton pd = new ParticleDefiniton();
pd.Editor = new EditorSettings();
pd.Editor.BackgroundColour = colourToInt(m_sfmlControl.BackgroundColour);
pd.Editor.EmitterPosition = new Point((int)m_defaultPos.X, (int)m_defaultPos.Y);
pd.Editor.EnableMovement = enableMovementToolStripMenuItem.Checked;
pd.BlendMode = m_particleSystem.blendMode.ToString();
pd.Colour = colourToInt(m_particleSystem.colour);
pd.Delay = (float)numericUpDownStartDelay.Value;
pd.Duration = (float)numericUpDownDuration.Value;
pd.EmitRate = (float)numericUpDownEmitRate.Value;
pd.InitialVelocity = new Point((int)m_particleSystem.initialVelocity.X, (int)m_particleSystem.initialVelocity.Y);
pd.Lifetime = m_particleSystem.particleLifetime;
pd.ParticleSize = new Size((int)numericUpDownSizeX.Value, (int)numericUpDownSizeY.Value);
pd.RandomInitialPositions = new List<Point>();
if (m_particleSystem.randomInitialPositions != null)
{
foreach (var v in m_particleSystem.randomInitialPositions)
{
pd.RandomInitialPositions.Add(new Point((int)v.X, (int)v.Y));
}
}
pd.RandomInitialVelocities = new List<Point>();
if (m_particleSystem.randomInitialVelocities != null)
{
foreach (var v in m_particleSystem.randomInitialVelocities)
{
pd.RandomInitialVelocities.Add(new Point((int)v.X, (int)v.Y));
}
}
pd.Affectors = new List<AffectorDefinition>();
foreach(var a in m_particleSystem.Affectors)
{
AffectorDefinition ad = new AffectorDefinition();
ad.Type = a.type().ToString();
ad.Data = new List<float>();
switch (a.type())
{
case AffectorType.Colour:
ColourAffector ca = (ColourAffector)a;
ad.Data.Add(colourToInt(ca.StartColour));
ad.Data.Add(colourToInt(ca.EndColour));
ad.Data.Add(ca.Duration);
break;
case AffectorType.Force:
var force = ((ForceAffector)a).Force;
ad.Data.Add(force.X);
ad.Data.Add(force.Y);
break;
case AffectorType.Rotation:
ad.Data.Add(((RotationAffector)a).Rotation);
break;
case AffectorType.Scale:
var scale = ((ScaleAffector)a).Scale;
ad.Data.Add(scale.X);
ad.Data.Add(scale.Y);
break;
case AffectorType.Velocity:
var vscale = ((VelocityAffector)a).Scale;
ad.Data.Add(vscale.X);
ad.Data.Add(vscale.Y);
break;
}
pd.Affectors.Add(ad);
}
pd.ReleaseCount = (byte)numericUpDownReleaseCount.Value;
pd.Texture = textBoxTexturePath.Text;
try
{
JsonSerializer srlz = new JsonSerializer();
srlz.NullValueHandling = NullValueHandling.Ignore;
srlz.Formatting = Formatting.Indented;
using (StreamWriter sw = new StreamWriter(m_filePath))
using (JsonWriter jw = new JsonTextWriter(sw))
{
srlz.Serialize(jw, pd);
}
}
catch(Exception ex)
{
MessageBox.Show(ex.Message, "Output failed");
}
}