double inputHeight = 0;
for (int i = 0; i < logicWidth; i++, inputHeight += 10)
addPin(new Pin(this, "I" + i, 1, 0, inputHeight));
- addPin(new Pin(this, "O", logicWidth, width, logicWidth * heightPerPin / 2));
+ addPin(new Pin(this, "O", logicWidth, width, (logicWidth - 1) * heightPerPin / 2));
inputEnds = new ReadEnd[logicWidth];
}
ColorDefinition c = BitVectorFormatter.formatAsColor(outputEnd);
if (c != null)
gc.setForeground(ColorManager.current().toColor(c));
- gc.drawLine(posX + width / 2, posY + heightPerPin * logicWidth / 2, posX + width, posY + heightPerPin * logicWidth / 2);
+ double outLineY = posY + (logicWidth - 1) * heightPerPin / 2;
+ gc.drawLine(posX + width / 2, outLineY, posX + width, outLineY);
}
@Override
super(model, name);
this.logicWidth = logicWidth;
setSize(width, logicWidth * heightPerPin);
- addPin(new Pin(this, "I", logicWidth, 0, logicWidth * heightPerPin / 2));
+ addPin(new Pin(this, "I", logicWidth, 0, (logicWidth - 1) * heightPerPin / 2));
double outputHeight = 0;
for (int i = 0; i < logicWidth; i++, outputHeight += 10)
addPin(new Pin(this, "O" + i, 1, width, outputHeight));
ColorDefinition c = BitVectorFormatter.formatAsColor(inputEnd);
if (c != null)
gc.setForeground(ColorManager.current().toColor(c));
- gc.drawLine(posX, posY + heightPerPin * logicWidth / 2, posX + width / 2, posY + heightPerPin * logicWidth / 2);
+ double inLineY = posY + (logicWidth - 1) * heightPerPin / 2;
+ gc.drawLine(posX, inLineY, posX + width / 2, inLineY);
gc.setForeground(Preferences.current().getColor("net.mograsim.logic.model.color.foreground"));
gc.drawLine(posX + width / 2, posY, posX + width / 2, posY + heightPerPin * (logicWidth - 1));
double outputHeight = posY;