private void btnProcess_Click(object sender, EventArgs e)
{
switch (lbMethods.SelectedIndex)
{
case (int)Methods.none:
break;
case (int)Methods.Susan:
SusanCornerProperties sp = ControlPanel.Controls[0] as SusanCornerProperties;
processing = new FrmProcessing("Conducting Susan Edge Detection");
processing.Show();
Log("Conducting Susan Edge Detection");
SetStatus("Please wait for edge detection");
Susan s = new Susan(CurrentImage);
s.ImageComplete += s_ImageComplete;
Task t = new Task(() => s.GetCorners(sp.DifferenceThreshold, sp.GeometricalThreshold));
t.Start();
break;
default:
break;
}
}
private void SusanCornerDetection()
{
swSusan.Reset(); // Used for timing functions. (good for testing changes in optimisation)
swSusan.Start();
SusanCornerProperties sp = ControlPanel.Controls[0] as SusanCornerProperties;
processing = new FrmProcessing("Conducting Susan Corner Detection");
processing.Show();
Log("Conducting Susan Corner Detection");
SetStatus("Please wait for corner detection");
Susan s = new Susan(CurrentImage);
s.ImageComplete += s_ImageComplete;
Task st = new Task(() => s.GetCorners(sp.DifferenceThreshold, sp.GeometricalThreshold));
st.Start();
}
private void SusanCornerDetection()
{
swSusan.Reset(); // Used for timing functions. (good for testing changes in optimisation)
swSusan.Start();
if (ModificationPropertiesLog != null)
{
ModificationPropertiesLog("Conducting Susan Corner Detection");
}
Susan s = new Susan(CurrentImage);
s.ImageComplete += s_ImageComplete;
Task st = new Task(() => s.GetCorners(sp.DifferenceThreshold, sp.GeometricalThreshold));
st.Start();
}
private void btnProcess_Click(object sender, EventArgs e)
{
switch (lbMethods.SelectedIndex)
{
case (int)Methods.none:
break;
case (int)Methods.Susan:
ssw = new Stopwatch(); // Used for timing functions. (good for testing changes in optimisation)
SusanCornerProperties sp = ControlPanel.Controls[0] as SusanCornerProperties;
processing = new FrmProcessing("Conducting Susan Corner Detection");
processing.Show();
Log("Conducting Susan Corner Detection");
SetStatus("Please wait for corner detection");
Susan s = new Susan(CurrentImage);
s.ImageComplete += s_ImageComplete;
Task st = new Task(() => s.GetCorners(sp.DifferenceThreshold, sp.GeometricalThreshold));
ssw.Start();
st.Start();
break;
case (int)Methods.Moravec:
smw = new Stopwatch(); // Used for timing functions. (good for testing changes in optimisation)
MoravecCornerProperties mp = ControlPanel.Controls[0] as MoravecCornerProperties;
processing = new FrmProcessing("Conducting Moravec Corner Detection");
processing.Show();
Log("Conducting Moravec Corner Detection");
SetStatus("Please wait for corner detection");
Moravec m = new Moravec(CurrentImage);
m.ImageComplete += m_ImageComplete;
m.LogMessage += m_LogMessage;
Task mt = new Task(() => m.GetCorners(mp.Threshold, mp.Window));
smw.Start();
mt.Start();
break;
default:
break;
}
}
IEnumerator PlayVideo(Susan s)
{
CombatController.instance.SetEnemies(s.startBattle);
GameManager.instance.currEnemy = this.gameObject;
StartCoroutine(GameManager.instance.SetEnemyDialogue(s.preBattleDialogue));
yield return(new WaitUntil(() => GameManager.instance.dialogueOver && !GameManager.instance.dialogueInProgress));
yield return(new WaitForEndOfFrame());
yield return(StartCoroutine(GameManager.instance.PlaySusanVideo()));
yield return(new WaitForEndOfFrame());
GameManager.instance.anim.CrossFade("Fade_Out", 1);
yield return(new WaitForSecondsRealtime(2f));
GameManager.instance.susanVideo.SetActive(false);
StartCoroutine(StartBattle());
}
