private void MakeUniverses(string baseName, int universe, int startCh, int pixelCt, byte pixelOrder, bool reverseOrder)
{
channel newch;
rgbChannel newRGBch;
channelGroupList newGroup;
channelGroupItem newGroupItem;
savedIndex newSI;
int curPixel = 1;
int curUniverse = universe;
int curCh = startCh;
int track = Convert.ToInt16(txtTrack.Text) - 1;
int nextSI = seq.highestSavedIndex + 1;
int nextGI = seq.groupItemCount;
// Add new channels - Pixel Count * 3 (1 each for red, green, blue)
Array.Resize(ref seq.channels, seq.channelCount + pixelCt * 3 + 2);
// Add new RGB Channel groups, Pixel Count
Array.Resize(ref seq.rgbChannels, seq.rgbChannelCount + pixelCt + 2);
Array.Resize(ref seq.trackItems, seq.trackItemCount + pixelCt + 2);
Array.Resize(ref seq.savedIndexes, nextSI + pixelCt * 4 + 2);
Array.Resize(ref seq.channelGroups, seq.groupCount + 3);
Array.Resize(ref seq.channelGroupItems, seq.groupItemCount + pixelCt + 2);
// ** Universe Group **
newGroup = new channelGroupList();
int ch2 = startCh + pixelCt * 3 - 2; // Temp, used only in the name
// Name Format: BaseName001 (U001.001-003)
newGroup.name = baseName + " Pixels001-" + pixelCt.ToString("000") + " (U" + curUniverse.ToString("00") + "." + startCh.ToString("000") + "-" + ch2.ToString("000") + ")";
newGroup.savedIndex = nextSI + pixelCt * 4;
// *!* Double-Check correct saved index for group!
for (int pixelNo = 1; pixelNo <= pixelCt; pixelNo++)
{
curPixel = pixelNo;
if (pixelCt > 170)
{
if ((pixelNo > 150) && (pixelNo < 301))
{
curPixel -= 150;
curUniverse = universe + 1;
curCh = curPixel * 3 - 2;
}
if ((pixelNo > 300) && (pixelNo < 450))
{
curPixel -= 300;
curUniverse = universe + 2;
curCh = curPixel * 3 - 2;
}
if ((pixelNo > 450) && (pixelNo < 600))
{
curPixel -= 450;
curUniverse = universe + 3;
curCh = curPixel * 3 - 2;
}
}
// ** RGB Channel Group **
newRGBch = new rgbChannel();
ch2 = curCh + 2; // Temp, used only in the name
// Name Format: BaseName001 (U001.001-003)
newRGBch.name = baseName + " Pixel" + pixelNo.ToString("000") + " (U" + curUniverse.ToString("00") + "." + curCh.ToString("000") + "-" + ch2.ToString("000") + ")";
// ** RED Channel **
// Create new channel for Red
newch = new channel();
newch.deviceType = deviceType.DMX;
newch.network = curUniverse;
// Name Format: BaseName001 (U001.001) (R)
newch.name = baseName + " Pixel" + pixelNo.ToString("000") + " (U" + curUniverse.ToString("00") + "." + curCh.ToString("000") + ") (R)";
newch.circuit = curCh;
newch.color = 255; // Red
newch.savedIndex = nextSI;
newRGBch.redSavedIndex = newch.savedIndex;
// update Saved Indexes
newSI = new savedIndex();
newSI.objType = tableType.channel;
newSI.objIndex = nextSI;
seq.savedIndexes[nextSI] = newSI;
nextSI++;
// Add new channel to array, and incr count
seq.channels[seq.channelCount] = newch;
seq.channelCount++;
// Incr the DMX channel #
startCh++;
curCh++;
// ** GREEN Channel **
// Create new channel for Green
newch = new channel();
newch.deviceType = deviceType.DMX;
newch.network = curUniverse;
// Name Format: BaseName001 (U001.002) (G)
newch.name = baseName + " Pixel" + pixelNo.ToString("000") + " (U" + curUniverse.ToString("00") + "." + curCh.ToString("000") + ") (G)";
newch.circuit = curCh;
newch.color = 65280; // Green
newch.savedIndex = nextSI;
newRGBch.grnSavedIndex = newch.savedIndex;
// update Saved Indexes
newSI = new savedIndex();
newSI.objType = tableType.channel;
newSI.objIndex = nextSI;
seq.savedIndexes[nextSI] = newSI;
nextSI++;
// Add new channel to array, and incr count
seq.channels[seq.channelCount] = newch;
seq.channelCount++;
seq.highestSavedIndex++;
// Incr the DMX channel #
startCh++;
curCh++;
// ** BLUE Channel **
// Create new channel for Blue
newch = new channel();
newch.deviceType = deviceType.DMX;
newch.network = curUniverse;
newch.name = baseName + " Pixel" + pixelNo.ToString("000") + " (U" + curUniverse.ToString("00") + "." + curCh.ToString("000") + ") (B)";
newch.circuit = curCh;
newch.color = 16711680; // Blue
newch.savedIndex = nextSI;
newRGBch.bluSavedIndex = newch.savedIndex;
// update Saved Indexes
newSI = new savedIndex();
newSI.objType = tableType.channel;
newSI.objIndex = nextSI;
seq.savedIndexes[nextSI] = newSI;
nextSI++;
// Add new channel to array, and incr count
seq.channels[seq.channelCount] = newch;
seq.channelCount++;
seq.highestSavedIndex++;
// Incr the DMX channel #
startCh++;
curCh++;
// ** RGB Channel Group **
// Add new RGB channel to array, and incr count
newRGBch.savedIndex = nextSI;
seq.rgbChannels[seq.rgbChannelCount] = newRGBch;
seq.rgbChannelCount++;
// update Saved Indexes
newSI = new savedIndex();
newSI.objType = tableType.rgbChannel;
newSI.objIndex = nextSI;
seq.savedIndexes[nextSI] = newSI;
nextSI++;
// Add the RGB Channel Group to the Universe Group
seq.channelGroupItems[seq.groupItemCount] = new channelGroupItem();
seq.channelGroupItems[seq.groupItemCount].channelGroupSavedIndex = newRGBch.savedIndex;
seq.channelGroupItems[seq.groupItemCount].channelGroupListIndex = seq.groupCount;
seq.groupItemCount++;
}
seq.channelGroups[seq.groupCount] = newGroup;
seq.groupCount++;
seq.trackItems[seq.trackItemCount] = new trackItem();
seq.trackItems[seq.trackItemCount].savedIndex = newGroup.savedIndex;
seq.trackItems[seq.trackItemCount].trackIndex = track;
seq.trackItemCount++;
seq.tracks[track].trackItemCount++;
seq.highestSavedIndex = nextSI;
}
public int AddSavedIndex(savedIndex si, int position);
