private void CreateGroups()
{
ChannelGroup grp = null;
string nm = "";
Array.Resize(ref rowGroups, 14);
Array.Resize(ref colGroups, 8);
seq = new Sequence4(lastFile);
treeTrack = seq.CreateTrack("Tree Pixels [U7.001-U8-388");
masterRowGroup = seq.CreateChannelGroup("Tree Pixels by Row");
masterColGroup = seq.CreateChannelGroup("Tree Pixels by Column");
treeTrack.AddItem(masterRowGroup);
treeTrack.AddItem(masterColGroup);
for (int r = 0; r < 14; r++)
{
nm = "Tree Pixels Row " + (r + 1).ToString();
grp = seq.CreateChannelGroup(nm);
rowGroups[r] = grp;
masterRowGroup.AddItem(grp);
}
for (int c = 0; c < 8; c++)
{
nm = "Tree Pixels Column " + (c + 1).ToString();
nm += " {" + DirName(c + 1) + "}";
string f = FaceName(c + 1);
if (f.Length > 0)
{
nm += "{" + f + "}";
}
grp = seq.CreateChannelGroup(nm);
colGroups[c] = grp;
masterColGroup.AddItem(grp);
}
}
} // end btnMake_Click()
private void BuildShip()
{
/////////////////////////////////////////////////////////////
//
// Batch 3 IS THE AIRSHIP PROJECTOR
// DONE AS MATRIX ~~ x Columns by Y Rows
// Grouped by Column and by Row
pixelNum = 0;
airCols = Int16.Parse(txtAirCols.Text);
airRows = Int16.Parse(txtAirRows.Text);
int totalrgbChs = airRows * airCols;
int totalChans = totalrgbChs * 3;
universeNum = (int)numUnivAirship.Value;
int airCol = 1;
string baseName = txtAirName.Text;
reversed = false;
//Array.Resize(ref chanMatrix[], sections, pixelsPerSect);
chanMatrix = new RGBchannel[airCols, airRows];
//colGroups = new ChannelGroup[airCols];
//rowGroups = new ChannelGroup[airRows];
sectionName = baseName + " [U" + universeNum.ToString();
sectionName += ".001-U" + (universeNum).ToString() + ".";
sectionName += (64 * 3).ToString() + "]";
int tknum = int.Parse(txtTrack.Text);
Track trak = seq.CreateTrack(sectionName);
sectionName = baseName + " by Column [U" + universeNum.ToString();
sectionName += ".001-U" + (universeNum).ToString() + ".";
sectionName += (64 * 3).ToString() + "]";
ChannelGroup grpCols = seq.CreateChannelGroup(sectionName);
trak.AddItem(grpCols);
sectionName = baseName + " by Row [U" + universeNum.ToString();
sectionName += ".001-U" + (universeNum).ToString() + ".";
sectionName += (64 * 3).ToString() + "]";
ChannelGroup grpRows = seq.CreateChannelGroup(sectionName);
trak.AddItem(grpRows);
sectionName = baseName;
sectionNum = 1;
pixelNum = 1;
chanNum = 1;
batchStart = Int16.Parse(txtFenceStartCh.Text);
batchEnd = Int16.Parse(txtFenceSections.Text);
chIncr = 1;
if (optRGB3.Checked) chOrder = 1;
if (optGRB3.Checked) chOrder = 2;
// Sections
for (int c = 0; c < airCols; c++)
{
//TODO: Reverse Order
// Use just forward order for now
ChannelGroup theGroup = AddAirColumn(c);
grpCols.AddItem(theGroup);
}
// Create the second major group
// Another copy of the matrix, but pivoted
// Grouped by Row instead of by Column
for (int r = 0; r < airRows; r++)
{
string grName = sectionName + " Row " + (r).ToString("0");
ChannelGroup theGroup = seq.CreateChannelGroup(grName);
for (int c = 0; c < airCols; c++)
{
theGroup.AddItem(chanMatrix[c, r]);
}
grpRows.AddItem(theGroup);
}
} // end btnMake_Click()
private void BuildTreeOld()
{
/////////////////////////////////////////////////////////////
//
// Batch 2 IS THE BIG CENTER PIXEL TREE
// DONE AS MATRIX ~~ Initially with 12 rows with 28 pixels each
// For a total of 340 pixels (2 full universes)
// Each row has 8 sections with initially 3 or 4 pixels on each row.
// Once the tree is built and tested, pixels will get moved to the row
// and section they actually end up in
pixelNum = 1;
rows = int.Parse(txtTreeRows.Text);
pixelsPerRow = int.Parse(txtTreeCols.Text);
int totalrgbChs = rows * pixelsPerRow;
int totalChans = totalrgbChs * 3;
universeNum = (int)numTreeUniverse.Value;
int sectNum = 1;
string baseName = txtTreeBaseName.Text;
reversed = optTreeReverse.Checked;
chanMatrix = new RGBchannel[rows, pixelsPerRow];
sectionGroups = new ChannelGroup[rows];
pixelGroups = new ChannelGroup[pixelsPerRow];
sectionName = baseName + "s [U" + universeNum.ToString();
sectionName += ".001-U" + (universeNum + 1).ToString() + ".";
sectionName += (MAX_CH_PER_UNIV).ToString() + "]";
int tknum = int.Parse(txtTrack.Text);
Track trak = seq.CreateTrack(sectionName);
sectionName = baseName + "s by Row [U" + universeNum.ToString();
sectionName += ".001-U" + (universeNum + 1).ToString() + ".";
sectionName += (MAX_CH_PER_UNIV).ToString() + "]";
ChannelGroup grpRows = seq.CreateChannelGroup(sectionName);
trak.AddItem(grpRows);
sectionName = baseName + "s by Section [U" + universeNum.ToString();
sectionName += ".001-U" + (universeNum + 1).ToString() + ".";
sectionName += (MAX_CH_PER_UNIV).ToString() + "]";
ChannelGroup grpCols = seq.CreateChannelGroup(sectionName);
trak.AddItem(grpCols);
int direction = 1; // forward, set to -1 for reverse
sectionName = baseName;
sectionNum = 1;
pixelNum = 1;
if (optTreeReverse.Checked)
{
universeNum++;
int n1 = totalrgbChs - 160;
int n2 = n1 * 3 - 2;
chanNum = n2;
batchStart = Int16.Parse(txtFenceStartCh.Text);
batchEnd = Int16.Parse(txtFenceStartCh.Text);
chIncr = -1;
}
else
{
chanNum = 1;
batchStart = Int16.Parse(txtFenceStartCh.Text);
batchEnd = Int16.Parse(txtFenceSections.Text);
chIncr = 1;
}
if (optTreeRGB.Checked) chOrder = 1;
if (optTreeGRB.Checked) chOrder = 2;
for (int r = 0; r < rows; r++)
{
//TODO: Reverse Order
// Use just forward order for now
//ChannelGroup theGroup = AddRow(r);
//grpRows.AddItem(theGroup);
}
for (int pxl = 0; pxl < pixelsPerRow; pxl++)
{
string grName = sectionName + "s Section " + pxl.ToString("00");
ChannelGroup theGroup = seq.CreateChannelGroup(grName);
for (int row = 0; row < rows; row++)
{
theGroup.AddItem(chanMatrix[row, pxl]);
}
grpCols.AddItem(theGroup);
}
} // end btnMake_Click()
private void BuildFence()
{
/////////////////////////////////////////////////////////////
//
// Batch 1 IS THE PERIMETER FENCE
// DONE AS MATRIX ~~ x Sections by Y rgbChs-per-section
// Grouped by Section, and
// Grouped by rgbCh # (per section)
pixelNum = 1;
sections = Int16.Parse(txtFenceSections.Text);
pixelsPerSect = Int16.Parse(txtFenseSectionSize.Text);
int totalrgbChs = sections * pixelsPerSect;
int totalChans = totalrgbChs * 3;
universeNum = (int)numFenceUniverse.Value;
int sectNum = 1;
string baseName = txtFenceBaseName.Text;
reversed = optFenceReverse.Checked;
//Array.Resize(ref chanMatrix[], sections, pixelsPerSect);
chanMatrix = new RGBchannel[sections, pixelsPerSect];
sectionGroups = new ChannelGroup[sections];
pixelGroups = new ChannelGroup[pixelsPerSect];
sectionName = baseName + "s [U" + universeNum.ToString();
sectionName += ".001-U" + (universeNum + 1).ToString() + ".";
sectionName += (166 * 3).ToString() + "]";
int tknum = int.Parse(txtTrack.Text);
Track trak = seq.CreateTrack(sectionName);
sectionName = baseName + "s by Section [U" + universeNum.ToString();
sectionName += ".001-U" + (universeNum + 1).ToString() + ".";
sectionName += (166 * 3).ToString() + "]";
ChannelGroup grpSects = seq.CreateChannelGroup(sectionName);
trak.AddItem(grpSects);
sectionName = baseName + "s by rgbCh # [U" + universeNum.ToString();
sectionName += ".001-U" + (universeNum + 1).ToString() + ".";
sectionName += (166 * 3).ToString() + "]";
ChannelGroup grpPixels = seq.CreateChannelGroup(sectionName);
trak.AddItem(grpPixels);
sectionName = baseName;
sectionNum = 1;
pixelNum = 1;
if (optFenceReverse.Checked)
{
universeNum++;
int n1 = totalrgbChs - MAX_PIX_PER_UNIV;
int n2 = n1 * 3 - 2;
chanNum = n2;
batchStart = Int16.Parse(txtFenceStartCh.Text);
batchEnd = Int16.Parse(txtFenceStartCh.Text);
chIncr = -1;
}
else
{
chanNum = 1;
batchStart = Int16.Parse(txtFenceStartCh.Text);
batchEnd = Int16.Parse(txtFenceSections.Text);
chIncr = 1;
}
if (optFenceRGB.Checked) chOrder = 1;
if (optFenceGRB.Checked) chOrder = 2;
// Sections
for (int sect = 0; sect < sections; sect++)
{
//TODO: Reverse Order
// Use just forward order for now
ChannelGroup theGroup = AddSection(sect);
grpSects.AddItem(theGroup);
}
// Create the second major group
// Another copy of the matrix, but pivoted
// Grouped by rgbCh # instead of by sectioon #
for (int pxl = 0; pxl < pixelsPerSect; pxl++)
{
string grName = sectionName + "s #" + (pxl+1).ToString("00") + "s";
ChannelGroup theGroup = seq.CreateChannelGroup(grName);
for (int s=0; s< sections; s++)
{
theGroup.AddItem(chanMatrix[s, pxl]);
}
grpPixels.AddItem(theGroup);
}
} // end btnMake_Click()
