public EditSplit()
{
InitializeComponent();
int tx = pictureBox.Width;
int ty = pictureBox.Height;
bitmapZoom = new DirectBitmap(pictureZoom.Width >> 3, pictureZoom.Height >> 3);
bmpLock = new DirectBitmap(tx, ty);
pictureBox.Image = bmpLock.Bitmap;
bitmapCpc = new BitmapCpc(taillex << 1, tailley << 1, mode); // ###
retard.Minimum = BitmapCpc.retardMin;
retard.Maximum = BitmapCpc.retardMin + 32;
for (int i = 0; i < 16; i++)
{
// Générer les contrôles de "couleurs"
colors[i] = new Label();
colors[i].BorderStyle = BorderStyle.FixedSingle;
colors[i].Location = new Point(4 + i * 48, 20);
colors[i].Size = new Size(40, 32);
colors[i].Tag = i;
colors[i].Click += ClickColor;
groupPal.Controls.Add(colors[i]);
}
Reset();
DisplayLigne(true);
}
static public void CreeAsm(StreamWriter wr, BitmapCpc bmp)
{
WriteDebFile(wr, 32 + BitmapCpc.retardMin);
int nbLigneVide = 0;
int tpsImage = 3;
int reste = 0;
int oldc2 = 0, oldc3 = 0, oldc4 = 0, oldc5 = 0, oldc6 = 0, oldPen = 0;
for (int y = 0; y < 272; y++)
{
LigneSplit lSpl = bmp.splitEcran.LignesSplit[y];
if (lSpl.ListeSplit[0].enable)
{
int retPrec = 0;
if (nbLigneVide > 0 || reste > 0)
{
retPrec = (reste << 3) + (nbLigneVide * 512);
nbLigneVide = 0;
}
int retard = lSpl.retard - BitmapCpc.retardMin;
GenereRetard(wr, retard + retPrec);
int retSameCol = 0;
wr.WriteLine("; ---- Ligne " + y.ToString() + " ----");
if (reste < 0 && lSpl.numPen == oldPen)
{
GenereRetard(wr, (6 + reste) << 3);
}
else
{
wr.WriteLine(" LD C,"+ lSpl.numPen.ToString() + " ; (2 NOPs)");
wr.WriteLine(" OUT (C),C ; (4 NOPs)");
oldPen = lSpl.numPen;
}
int c1 = CpcVGA[lSpl.ListeSplit[0].couleur];
wr.WriteLine(" LD C,#"+ c1.ToString("X2") + " ; (2 NOPs)");
int c2 = CpcVGA[lSpl.ListeSplit[1].couleur];
int c3 = CpcVGA[lSpl.ListeSplit[2].couleur];
if (c2 != oldc2 || c3 != oldc3)
{
wr.WriteLine(" LD DE,#"+ c2.ToString("X2") + c3.ToString("X2") + " ; (3 NOPs)");
}
else
{
retSameCol += 24;
}
int c4 = CpcVGA[lSpl.ListeSplit[3].couleur];
int c5 = CpcVGA[lSpl.ListeSplit[4].couleur];
if (c4 != oldc4 || c5 != oldc5)
{
wr.WriteLine(" LD HL,#"+ c4.ToString("X2") + c5.ToString("X2") + " ; (3 NOPs)");
}
else
{
retSameCol += 24;
}
int c6 = CpcVGA[lSpl.ListeSplit[5].couleur];
if (c6 != oldc6)
{
wr.WriteLine(" LD A,#"+ c6.ToString("X2") + " ; (2 NOPs)");
}
else
{
retSameCol += 16;
}
if (retSameCol > 0)
{
GenereRetard(wr, retSameCol);
}
wr.WriteLine(" OUT (C),C ; (4 NOPs)");
int tpsLine = (retard >> 3) + 20;
int lg = lSpl.ListeSplit[0].longueur - 32;
tpsLine += lg >> 3;
if (lSpl.ListeSplit[1].enable)
{
if (lg > 0)
{
GenereRetard(wr, lg);
lg = 0;
}
wr.WriteLine(" OUT (C),D ; (4 NOPs)");
tpsLine += 4;
if (lSpl.ListeSplit[2].enable)
{
int lgs = lSpl.ListeSplit[1].longueur - 32;
GenereRetard(wr, lgs);
wr.WriteLine(" OUT (C),E ; (4 NOPs)");
tpsLine += 4 + (lgs >> 3);
if (lSpl.ListeSplit[3].enable)
{
lgs = lSpl.ListeSplit[2].longueur - 32;
GenereRetard(wr, lgs);
wr.WriteLine(" OUT (C),H ; (4 NOPs)");
tpsLine += 4 + (lgs >> 3);
if (lSpl.ListeSplit[4].enable)
{
lgs = lSpl.ListeSplit[3].longueur - 32;
GenereRetard(wr, lgs);
wr.WriteLine(" OUT (C),L ; (4 NOPs)");
tpsLine += 4 + (lgs >> 3);
if (lSpl.ListeSplit[5].enable)
{
lgs = lSpl.ListeSplit[4].longueur - 32;
GenereRetard(wr, lgs);
wr.WriteLine(" OUT (C),A ; (4 NOPs)");
tpsLine += 4 + (lgs >> 3);
}
}
}
}
}
oldc2 = c2;
oldc3 = c3;
oldc4 = c4;
oldc5 = c5;
oldc6 = c6;
reste = 64 - tpsLine + (lg >> 3);
}
else
{
nbLigneVide++;
wr.WriteLine("; ---- Ligne " + y.ToString() + " (vide) ----");
}
tpsImage += 64;
}
if (nbLigneVide > 0 || reste > 0)
{
tpsImage -= ((nbLigneVide * 64) + reste);
}
GenereRetard(wr, (17439 - tpsImage) << 3);
WriteEndFile(wr, bmp.Palette);
}
