private void UserPixelOperation(Formula f)
{
//op 0 is from variable
var from = GetFrom(f.Operations[0]);
//op1 is the subsub operation
var op = f.Operations[1];
//op2 is the amount
//op3 is R/G/B/ALL
var vartype = f.Operations[3];
//op4 is the dest
PixelOperation(from, float.Parse(f.Operations[2]), op, vartype, f.Operations[4]);
}
private void VarPixelOperation(Formula f)
{
//op 0 is from variable
var from = GetFrom(f.Operations[0]);
//op1 is the subsub operation
var op = f.Operations[1];
//op2 is the amount
var from2 = GetFrom(f.Operations[2]);
//op3 is R/G/B/ALL
var vartype = f.Operations[3];
//op4 is the dest
PixelOperation(from, from2.R,from2.G,from2.B, op, vartype, f.Operations[4]);
}
private void PresetNHoperation(Formula f)
{
//op 0 is the diameter
var diam = int.Parse(f.Operations[0]);
//op 1 is the subsub op (eg mean)
var mean = false;
var median = false;
if (f.Operations[1].Equals(MeanAverage))
mean = true;
else if (f.Operations[1].Equals(MedianAverage))
median = true;
//op 2 is from
var fromS = f.Operations[2];
//op 3 is the var type/r/g/b/all
var vartype = f.Operations[3];
//op 4 is the dest
var toS = f.Operations[4];
if (mean)
PerformMeanAverage(diam, fromS, vartype, toS);
if (median)
PerformMedianAverage(diam, fromS, vartype, toS);
}
private void SwapOperation(Formula f)
{
//param 0 is from loc
var from = GetFrom(f.Operations[0]);
//param 1 is from var
var op = f.Operations[1];
var tot = 0;
if (op.Equals(Calculations.RedOP))
tot += from.R;
else if (op.Equals(Calculations.GreenOP))
tot += from.G;
else if (op.Equals(Calculations.BlueOP))
tot += from.B;
else if (op.Equals(Calculations.AllOP))
tot += from.R + from.G + from.B;
//param 2 is to loc
//param 3 is to var
var op2 = f.Operations[3];
var to = GetFrom(f.Operations[2]);
if (op2.Equals(Calculations.RedOP))
to = Color.FromArgb(tot, to.G, to.B);
else if (op2.Equals(Calculations.GreenOP))
to = Color.FromArgb(to.R,tot,to.B);
else if (op2.Equals(Calculations.BlueOP))
to = Color.FromArgb(to.R, to.G,tot);
else if (op2.Equals(Calculations.AllOP))
to = Color.FromArgb(tot,tot,tot);
SetTo(f.Operations[2], to);
}
private void MoveOperation(Formula f)
{
//param 0 is FROM
//param 1 is TO
var from = GetFrom(f.Operations[0]);
SetTo(f.Operations[1], from);
}
private int passOperation(Formula f)
{
return int.Parse(f.Operations[0]);
}
private void IfPosCondition(Formula f)
{
//op 0 = position type 1
//op 1 = position type 2
var loc = 0;
var locstr = f.Operations[0];
var locstr2 = f.Operations[1];
if (locstr.Equals(XPOS)&&locstr2.Equals(PosPixels))
loc = x;
else if (locstr.Equals(YPOS)&&locstr2.Equals(PosPixels))
loc = y;
else if (locstr.Equals(XPOS)&&locstr2.Equals(PosPercent))
loc = (int)(((float)x / (float)I.maxw) * 100.0);
else if (locstr.Equals(YPOS)&&locstr2.Equals(PosPercent))
loc = (int)(((float)y / (float)I.maxh) * 100.0);
//op 2 = comparison type
//op 3 = value
var am = int.Parse(f.Operations[3]);
ifstack.Add(DoIfComparison(loc, f.Operations[2], am));
}
private void IfCondition(Formula f)
{
//op 0 is variable
var from = GetFrom(f.Operations[0]);
//op 1 is R/G/B/ALL
//op 2 is the operation
//op 3 is the value
var am = int.Parse(f.Operations[3]);
ifstack.Add(DoIfColComparison(from, f.Operations[1], f.Operations[2], am));
}
private void CustNHoperation(Formula f)
{
//apply matrix [12321] [?] from [ALL] from [cOUT] to [cOUT]
//op 0 is the matrix
//var custform = storedCustomFormulas[f.ID];
//op 1 is the from loc
//op 2 is the var type
//op 3 is the to loc
PerformCustomMatrixOP(f.ID, f.Operations[2], f.Operations[1], f.Operations[3]);
}
public static List<Formula> Deserialise(String filename)
{
var FS = new FileStream(filename, FileMode.Open);
var SR = new StreamReader(FS);
var s = SR.ReadToEnd();
SR.Close();
FS.Close();
var chs = new string[2];
chs[0] = "\r\n";
chs[1] = "\n";
var st = s.Split(chs, StringSplitOptions.None);
var ops = st.ToList();
//the input operation count
var count = 0;
var infunc = false;
Formula f = null;
var listf = new List<Formula>();
var count2 = 0;
while (count < ops.Count)
{
//FSTART = new formula
if (ops[count].Equals("FSTART"))
{
infunc = true;
count2 = 0;
}
else if (ops[count].Equals("FEND"))
{
infunc = false;
listf.Add(f);
}
else if (infunc)
{
if (count2 == 1)
{
f = new Formula(ops[count], ops[count + 1]);
}
else if (count2 > 2)
f.Operations.Add(ops[count]);
}
count++;
count2++;
}
return listf;
}
public static Formula addline(ref PanelReplacement formulapanel, string type, string subtype)
{
var newPanel = new PanelReplacement();
newPanel.BackColor = Color.FromArgb(200, 200, 200);
newPanel.Size = new Size(formulapanel.Width, 25);
//add move arrows
addMoveArrows(ref newPanel);
//operation
if (type.Equals(Calculations.Moveoperation))
{
if (subtype.Equals(Calculations.Moveop))
addMoveLine(ref newPanel);
else if (subtype.Equals(Calculations.Swapop))
addSwapLine(ref newPanel);
}
else if (type.Equals(Calculations.Operation))
{
if (subtype.Equals(Calculations.UserInputPixelOperation))
AddUserPixelOperationline(ref newPanel);
else if (subtype.Equals(Calculations.VarInputPixelOperation))
AddVarPixelOperationline(ref newPanel);
else if (subtype.Equals(Calculations.PresetNeighbourhoodOperations))
AddPresetNHOperation(ref newPanel);
else if (subtype.Equals(Calculations.CustomNeighbourhoodOperations))
AddCustomNHOperation(ref newPanel);
}
else if (type.Equals(Calculations.Conditionoperation))
{
if (subtype.Equals(Calculations.Ifcolcondition))
addIfConditionLine(ref newPanel);
else if (subtype.Equals(Calculations.Endifcondition))
addEndIfConditionLine(ref newPanel);
else if (subtype.Equals(Calculations.Ifposcondition))
addIfPosConditionLine(ref newPanel);
}
else if (type.Equals(Calculations.Passoperation))
{
addPassLine(ref newPanel);
}
else if (type.Equals(Calculations.Commentop))
{
addCommentLine(ref newPanel);
}
//add remove button
addclosebutton(ref newPanel);
var C = formulapanel.AddControl(newPanel, false);
var f = new Formula();
f.type = type;
f.subtype = subtype;
f.ID = C.Name;
//reset width here
var last = newPanel.Controls[newPanel.Controls.Count - 1];
newPanel.Size = new Size(last.Location.X + last.Width + 1, 25);
return f;
}
