public void exportReels(BallyReelSet set, String sheetName, Excel.Workbook targetBook)
{
int tableIndex = parseInteger(sheetName);
String tableName = "";
tableName = "Paytable" + tableIndex.ToString();
// copy the match sheet template to a new worksheet
copyMatchSheet(tableName, targetBook);
// copy the pay sheet template to a new worksheet
copyPaySheet(tableName, targetBook);
Globals.Program.Application.ScreenUpdating = false;
tableIndex++;
Excel.Worksheet newSheet = createSheet(tableName, targetBook);
set.SendToWorksheet(newSheet, "A1");
// copy the reel data to the corresponding match and pay sheets
//updateMatchLinks(newSheet, targetBook, tableName);
//updatePayLinks(newSheet, targetBook, tableName);
// get this baby out from under foot - move it to the end of the workbook
moveSheetToEnd(newSheet, targetBook);
// let the user see that we're working
Globals.Program.Application.ScreenUpdating = true;
}
public BallyReelGame()
{
m_baseReelset = new BallyReelSet();
m_freeReelset = new BallyReelSet();
m_baseModReelset = new BallyReelSet();
m_freeModReelset = new BallyReelSet();
m_currentSet = null;
m_parseState = new ParserState();
m_util = new Utils();
m_setIndex = 7;
m_reelWidth = m_baseReelset.Count;
m_isValid = false;
m_hasModifierReels = false;
m_hasFreeReels = false;
m_hasFreeModReels = false;
}
public BallyReelGame()
{
m_baseReelset = new BallyReelSet();
m_freeReelset = new BallyReelSet();
m_baseModReelset = new BallyReelSet();
m_freeModReelset = new BallyReelSet();
m_currentSet = null;
m_parseState = new ParserState();
m_util = new Utils();
m_setIndex = 7;
m_reelWidth = m_baseReelset.Count;
m_isValid = false;
m_hasModifierReels = false;
m_hasFreeReels = false;
m_hasFreeModReels = false;
}
public void updateMatchLinks(BallyReelSet set, Excel.Worksheet sheet, Excel.Workbook target, String name)
{
// Notes:
// Reel columns start at Q8
// This also needs to update all links to point to the new target worksheet.
String matchSheetName = trimName(name) + " Match";
Excel.Worksheet matchSheet = null;
int index = getSheetIndex("Game Info", target);
Excel.Worksheet info = target.Worksheets[index];
String link = "='" + matchSheetName + "'!$G$4";
String nameCell = "B" + set.ToString();
String linkCell = "C" + set.ToString();
info.Range[nameCell].Value = matchSheetName;
info.Range[linkCell].Value = link;
// find the parsed reel worksheet
int sheetIndex = getSheetIndex(matchSheetName, target);
if (sheetIndex > 0)
{
matchSheet = target.Worksheets[getSheetIndex(matchSheetName, target)];
// copy the parsed reels to the match sheet
copyRange(sheet, matchSheet, "A1", "A300", "Q8");
copyRange(sheet, matchSheet, "B1", "B300", "R8");
copyRange(sheet, matchSheet, "C1", "C300", "S8");
copyRange(sheet, matchSheet, "D1", "D300", "T8");
copyRange(sheet, matchSheet, "E1", "E300", "U8");
}
else
{
return;
}
}
public void updateMatchLinks(BallyReelSet set, Excel.Worksheet sheet, Excel.Workbook target, String name)
{
// Notes:
// Reel columns start at Q8
// This also needs to update all links to point to the new target worksheet.
String matchSheetName = trimName(name) + " Match";
Excel.Worksheet matchSheet = null;
int index = getSheetIndex("Game Info", target);
Excel.Worksheet info = target.Worksheets[index];
String link = "='" + matchSheetName + "'!$G$4";
String nameCell = "B" + set.ToString();
String linkCell = "C" + set.ToString();
info.Range[nameCell].Value = matchSheetName;
info.Range[linkCell].Value = link;
// find the parsed reel worksheet
int sheetIndex = getSheetIndex(matchSheetName, target);
if (sheetIndex > 0)
{
matchSheet = target.Worksheets[getSheetIndex(matchSheetName, target)];
// copy the parsed reels to the match sheet
copyRange(sheet, matchSheet, "A1", "A300", "Q8");
copyRange(sheet, matchSheet, "B1", "B300", "R8");
copyRange(sheet, matchSheet, "C1", "C300", "S8");
copyRange(sheet, matchSheet, "D1", "D300", "T8");
copyRange(sheet, matchSheet, "E1", "E300", "U8");
}
else
return;
}
public void exportReels(BallyReelSet set, String sheetName, Excel.Workbook targetBook)
{
int tableIndex = parseInteger(sheetName);
String tableName = "";
tableName = "Paytable" + tableIndex.ToString();
// copy the match sheet template to a new worksheet
copyMatchSheet(tableName, targetBook);
// copy the pay sheet template to a new worksheet
copyPaySheet(tableName, targetBook);
Globals.Program.Application.ScreenUpdating = false;
tableIndex++;
Excel.Worksheet newSheet = createSheet(tableName, targetBook);
set.SendToWorksheet(newSheet, "A1");
// copy the reel data to the corresponding match and pay sheets
//updateMatchLinks(newSheet, targetBook, tableName);
//updatePayLinks(newSheet, targetBook, tableName);
// get this baby out from under foot - move it to the end of the workbook
moveSheetToEnd(newSheet, targetBook);
// let the user see that we're working
Globals.Program.Application.ScreenUpdating = true;
}
protected List <BallyReelSet> getSubSets(BallyReelSet set)
{
if (set.Count < 1)
{
return(null);
}
List <BallyReelSet> inSet = new List <BallyReelSet>();
List <BallyReelSet> subset = new List <BallyReelSet>();
BallyReelSet temp;
int stride = 0;
List <int> setStartIndices;
switch (set.Type)
{
case ReelType.NONE:
break;
case ReelType.BASEREEL:
stride = 1;
inSet.Add(set);
break;
case ReelType.FREEREEL:
// need to find out if we have one, two or possibly more freegame sets and divide them up correctly.
// this only works for two sets - it won't even work if there is only one set.
// the same needs to be addressed for freegame modifier reels.
temp = new BallyReelSet();
m_freeReelset.SetCount = m_freeReelset.Count / m_baseReelset.Count;
setStartIndices = new List <int>();
for (int c = 0; c < m_freeReelset.SetCount; c++)
{
setStartIndices.Add(c * (m_freeReelset.Count / m_freeReelset.SetCount));
}
for (int i = 0; i < setStartIndices.Count; i++)
{
temp = new BallyReelSet();
for (int j = setStartIndices[i]; j < (setStartIndices[i] + (m_freeReelset.Count / m_freeReelset.SetCount)); j++)
{
temp.AddReel(set.Reels[j]);
}
inSet.Add(temp);
}
stride = temp.Count / m_reelWidth;
break;
case ReelType.BASEMODREEL:
stride = set.Count / m_reelWidth;
inSet.Add(set);
break;
case ReelType.FREEMODREEL:
temp = new BallyReelSet();
m_freeModReelset.SetCount = m_freeModReelset.Count / m_freeReelset.SetCount;
setStartIndices = new List <int>();
for (int c = 0; c < m_freeReelset.SetCount; c++)
{
setStartIndices.Add(c * (m_freeModReelset.Count / m_freeReelset.SetCount));
}
for (int i = 0; i < setStartIndices.Count; i++)
{
temp = new BallyReelSet();
for (int j = setStartIndices[i]; j < (setStartIndices[i] + (m_freeModReelset.Count / m_freeReelset.SetCount)); j++)
{
temp.AddReel(set.Reels[j]);
}
inSet.Add(temp);
}
stride = temp.Count / m_reelWidth;
break;
}
int sets = inSet.Count;
set.SetCount = sets;
int subIndex = 1;
foreach (BallyReelSet group in inSet)
{
sets = group.Count / m_reelWidth;
int count = 0;
do
{
temp = new BallyReelSet();
temp.Name = set.Name + (count + 1).ToString() + "_" + subIndex.ToString() + "_";
subIndex++;
for (int index = count; index < group.Count; index += sets)
{
temp.AddReel(group.Reels[index]);
}
subset.Add(temp);
count++;
} while (count < sets);
}
return(subset);
}
protected List<BallyReelSet> getSubSets(BallyReelSet set)
{
if (set.Count < 1)
return null;
List<BallyReelSet> inSet = new List<BallyReelSet>();
List<BallyReelSet> subset = new List<BallyReelSet>();
BallyReelSet temp;
int stride = 0;
List<int> setStartIndices;
switch(set.Type)
{
case ReelType.NONE:
break;
case ReelType.BASEREEL:
stride = 1;
inSet.Add(set);
break;
case ReelType.FREEREEL:
// need to find out if we have one, two or possibly more freegame sets and divide them up correctly.
// this only works for two sets - it won't even work if there is only one set.
// the same needs to be addressed for freegame modifier reels.
temp = new BallyReelSet();
m_freeReelset.SetCount = m_freeReelset.Count / m_baseReelset.Count;
setStartIndices = new List<int>();
for (int c = 0; c < m_freeReelset.SetCount; c++)
{
setStartIndices.Add(c * (m_freeReelset.Count / m_freeReelset.SetCount));
}
for (int i = 0; i < setStartIndices.Count; i++)
{
temp = new BallyReelSet();
for (int j = setStartIndices[i]; j < (setStartIndices[i] + (m_freeReelset.Count / m_freeReelset.SetCount)); j++)
{
temp.AddReel(set.Reels[j]);
}
inSet.Add(temp);
}
stride = temp.Count / m_reelWidth;
break;
case ReelType.BASEMODREEL:
stride = set.Count / m_reelWidth;
inSet.Add(set);
break;
case ReelType.FREEMODREEL:
temp = new BallyReelSet();
m_freeModReelset.SetCount = m_freeModReelset.Count / m_freeReelset.SetCount;
setStartIndices = new List<int>();
for (int c = 0; c < m_freeReelset.SetCount; c++)
{
setStartIndices.Add(c * (m_freeModReelset.Count / m_freeReelset.SetCount));
}
for (int i = 0; i < setStartIndices.Count; i++)
{
temp = new BallyReelSet();
for (int j = setStartIndices[i]; j < (setStartIndices[i] + (m_freeModReelset.Count / m_freeReelset.SetCount)); j++)
{
temp.AddReel(set.Reels[j]);
}
inSet.Add(temp);
}
stride = temp.Count / m_reelWidth;
break;
}
int sets = inSet.Count;
set.SetCount = sets;
int subIndex = 1;
foreach (BallyReelSet group in inSet)
{
sets = group.Count / m_reelWidth;
int count = 0;
do
{
temp = new BallyReelSet();
temp.Name = set.Name + (count + 1).ToString() + "_" + subIndex.ToString() + "_";
subIndex++;
for (int index = count; index < group.Count; index += sets)
{
temp.AddReel(group.Reels[index]);
}
subset.Add(temp);
count++;
} while (count < sets);
}
return subset;
}