protected void Page_Load(object sender, EventArgs e)
{
projectId = Convert.ToInt32(HttpContext.Current.Session["project_id"].ToString());
#region hit the DB
using (SqlConnection aConnection = new SqlConnection(sdsDBConnection.ConnectionString))
{
aConnection.Open();
SqlCommand aCommand = aConnection.CreateCommand();
SqlTransaction aTransaction;
SqlDataReader aReader;
// Start a local transaction.
aTransaction = aConnection.BeginTransaction("SampleTransaction");
// Must assign both transaction object and connection
// to Command object for a pending local transaction
aCommand.Connection = aConnection;
aCommand.Transaction = aTransaction;
try
{
//get number of walls floors and roofs
aCommand.CommandText = "SELECT number_walls, number_floors, number_roofs FROM sunrooms WHERE project_id = '" + projectId + "'";
aReader = aCommand.ExecuteReader();
if (aReader.HasRows)
{
aReader.Read();
wallCount = Convert.ToInt32(aReader[0]);
floorCount = Convert.ToInt32(aReader[1]);
roofCount = Convert.ToInt32(aReader[2]);
}
aReader.Close();
#region walls
//for each wall in the project
//aCommand.CommandText = "SELECT wall_type, model_type, total_length, orientation, set_back, name, first_item_index, last_item_index, start_height, end_height, soffit_length, gable_peak, obstructions, fire_protection, wall_index "
// + "FROM walls WHERE project_id = '" + projectId + "'";
//SqlDataReader wallReader = aCommand.ExecuteReader();
//if (wallReader.HasRows)
//{
// while (wallReader.Read())
for (int i = 0; i < wallCount; i++)
{
aCommand.CommandText = "SELECT wall_type, model_type, total_length, orientation, set_back, name, first_item_index, last_item_index, start_height, end_height, soffit_length, gable_peak, obstructions, fire_protection, wall_index "
+ "FROM walls WHERE project_id = '" + projectId + "' AND wall_index = '" + i + "'";
aReader = aCommand.ExecuteReader();
aReader.Read();
//create a new instance of a wall and set all its attributes from the db
Wall aWall = new Wall();
aWall.WallType = Convert.ToString(aReader[0]);
aWall.ModelType = Convert.ToString(aReader[1]);
aWall.Length = Convert.ToSingle(aReader[2]);
aWall.Orientation = Convert.ToString(aReader[3]);
aWall.SetBack = Convert.ToSingle(aReader[4]);
aWall.Name = Convert.ToString(aReader[5]);
aWall.FirstItemIndex = Convert.ToInt32(aReader[6]);
aWall.LastItemIndex = Convert.ToInt32(aReader[7]);
aWall.StartHeight = Convert.ToSingle(aReader[8]);
aWall.EndHeight = Convert.ToSingle(aReader[9]);
aWall.SoffitLength = Convert.ToSingle(aReader[10]);
aWall.GablePeak = Convert.ToSingle(aReader[11]);
aWall.FireProtection = Convert.ToBoolean(aReader[13]);
int wallIndex = Convert.ToInt32(aReader[14]);
aReader.Close();
List<LinearItem> listOfLinearItems = new List<LinearItem>();
//Get linear items
//aCommand.CommandText = "SELECT linear_index, linear_type, start_height, end_height, length, frame_colour, sex, fixed_location, attached_to "
// + "FROM linear_items WHERE project_id = '" + projectId + "' AND last_item_index < '" + aWall.LastItemIndex + "' AND first_item_index > '" + aWall.FirstItemIndex + "'";
//aReader = aCommand.ExecuteReader();
//for each linear item/mod in the wall
//if (linearItemReader.HasRows)
//{
// while (linearItemReader.Read())
// {
for (int j = aWall.FirstItemIndex; j < aWall.LastItemIndex; j++)
{
//Get linear items
aCommand.CommandText = "SELECT linear_index, linear_type, start_height, end_height, length, frame_colour, sex, fixed_location, attached_to "
+ "FROM linear_items WHERE project_id = '" + projectId + "' AND linear_index = '" + j + "'";
aReader = aCommand.ExecuteReader();
aReader.Read();
int linearIndex = Convert.ToInt32(aReader[0]);
string linearItemType = Convert.ToString(aReader[1]);
float startHeight = Convert.ToSingle(aReader[2]);
float endHeight = Convert.ToSingle(aReader[3]);
float length = Convert.ToSingle(aReader[4]);
string frameColour = Convert.ToString(aReader[5]);
string sex = Convert.ToString(aReader[6]);
float fixedLocation = Convert.ToSingle(aReader[7]);
bool attachedTo = Convert.ToBoolean(aReader[8]);
aReader.Close();
switch (linearItemType)
{
case "Mod":
#region Mod
List<ModuleItem> listOfModuleItems = new List<ModuleItem>();
Mod aMod = new Mod();
aMod.LinearIndex = linearIndex;
aMod.ItemType = linearItemType;
aMod.StartHeight = startHeight;
aMod.EndHeight = endHeight;
aMod.Length = length;
aMod.FrameColour = frameColour;
aMod.Sex = sex;
aMod.FixedLocation = fixedLocation;
aMod.AttachedTo = attachedTo;
//get number of mods
aCommand.CommandText = "SELECT COUNT(*) FROM module_items WHERE project_id = '" + projectId + "' "
+ " AND linear_index = '" + aMod.LinearIndex + "'";
aReader = aCommand.ExecuteReader();
aReader.Read();
int modCount = Convert.ToInt32(aReader[0]); //get the number of walls in the project
aReader.Close();
//aCommand.CommandText = "SELECT module_index, item_type, start_height, end_height, length FROM moduleItems "
// + "WHERE project_id = '" + projectId + "' AND linear_index = '" + aMod.LinearIndex + "'";
//SqlDataReader moduleItemReader = aCommand.ExecuteReader();
//for each modular item in the mod
//if (moduleItemReader.HasRows)
//{
// while (moduleItemReader.Read())
for (int k = 0; k < modCount; k++)
{
//Get module items
aCommand.CommandText = "SELECT module_index, item_type, start_height, end_height, length FROM module_items "
+ "WHERE project_id = '" + projectId + "' AND linear_index = '" + aMod.LinearIndex + "' AND module_index = '" + k + "'";
aReader = aCommand.ExecuteReader();
aReader.Read();
int moduleIndex = Convert.ToInt32(aReader[0]);
string itemType = Convert.ToString(aReader[1]);
float fStartHeight = Convert.ToSingle(aReader[2]);
float fEndHeight = Convert.ToSingle(aReader[3]);
float fLength = Convert.ToSingle(aReader[4]);
aReader.Close();
//different types of mods
switch (itemType)
{
case "Kneewall":
case "Window":
#region Window
//Get window
aCommand.CommandText = "SELECT window_type, screen_type, start_height, end_height, length, window_colour, number_vents FROM windows "
+ "WHERE project_id = '" + projectId + "' AND linear_index = '" + aMod.LinearIndex + "' AND module_index = '" + moduleIndex + "'";
aReader = aCommand.ExecuteReader();
//if (windowReader.HasRows)
//{
aReader.Read();
string windowStyle = Convert.ToString(aReader[0]);
string screenType = Convert.ToString(aReader[1]);
float windowStartHeight = Convert.ToSingle(aReader[2]);
float windowEndHeight = Convert.ToSingle(aReader[3]);
float windowLength = Convert.ToSingle(aReader[4]);
string windowColour = Convert.ToString(aReader[5]);
int numVents = Convert.ToInt32(aReader[6]);
aReader.Close();
//types of windows
switch (windowStyle)
{
case "Double Slider": //glass model 300
case "Single Slider": //glass model 400
case "Horizontal Roller XX": //glass model 300
case "Horizontal Roller":
case "Horizontal 2 Track":
case "H2T":
case "Vertical 4 Track":
case "Vertical Four Track":
case "V4T":
case "Vinyl":
#region Vinyl Window
VinylWindow aVinylWindow = new VinylWindow();
aVinylWindow.ModuleIndex = moduleIndex;
aVinylWindow.ItemType = itemType;
aVinylWindow.FStartHeight = fStartHeight;
aVinylWindow.FEndHeight = fEndHeight;
aVinylWindow.FLength = fLength;
//aVinylWindow.Colour = windowColour; //replaced by FrameColour
aVinylWindow.WindowStyle = windowStyle;
aVinylWindow.ScreenType = screenType;
aVinylWindow.LeftHeight = windowStartHeight;
aVinylWindow.RightHeight = windowEndHeight;
aVinylWindow.Width = windowLength;
aVinylWindow.FrameColour = windowColour; //
aVinylWindow.VinylTint = ""; // tint of each vent will be concatenated
//numVents = (numVents == 0) ? 1 : numVents;
aVinylWindow.NumVents = numVents;
List<float> listOfVentHeights = new List<float>();
//Get vinyl item
//aCommand.CommandText = "SELECT start_height, vinyl_tint, spreader_bar FROM vinyl_items "
// + "WHERE project_id = '" + projectId + "' AND linear_index = '" + aMod.LinearIndex + "' AND module_index = '" + moduleIndex + "'";
//aReader = aCommand.ExecuteReader();
//if (vinylReader.HasRows)
//{
//while (vinylReader.Read())
//for each vinyl item in the in the vinyl window
for (int l = 0; l < numVents; l++)
{
aCommand.CommandText = "SELECT start_height, vinyl_tint, spreader_bar FROM vinyl_items "
+ "WHERE project_id = '" + projectId + "' AND linear_index = '" + aMod.LinearIndex + "' AND module_index = '" + moduleIndex + "' AND vent_index = '" + l + "'";
aReader = aCommand.ExecuteReader();
aReader.Read();
listOfVentHeights.Add(Convert.ToSingle(aReader[0]));
aVinylWindow.VinylTint += Convert.ToString(aReader[1]);
aVinylWindow.SpreaderBar = Convert.ToSingle(aReader[2]);
aReader.Close();
}
//vinylReader.Close();
aVinylWindow.VentHeights = listOfVentHeights;
listOfModuleItems.Add(aVinylWindow);
#endregion
break;
case "Screen":
#region Screen Window
Window aWindow = new Window();
aWindow.ModuleIndex = moduleIndex;
aWindow.ItemType = itemType;
aWindow.FStartHeight = fStartHeight;
aWindow.FEndHeight = fEndHeight;
aWindow.FLength = fLength;
//aWindow.Colour = windowColour; //replaced by FrameColour
aWindow.WindowStyle = windowStyle;
aWindow.ScreenType = screenType;
aWindow.LeftHeight = windowStartHeight;
aWindow.RightHeight = windowEndHeight;
aWindow.Width = windowLength;
aWindow.FrameColour = windowColour; //
//aWindow.VinylTint = ""; // tint of each vent will be concatenated
//aWindow.NumVents = numVents;
listOfModuleItems.Add(aWindow);
#endregion
break;
case "Glass":
case "Fixed Glass 2\"":
#region Glass Window
GlassWindow aGlassWindow = new GlassWindow();
aGlassWindow.ModuleIndex = moduleIndex;
aGlassWindow.ItemType = itemType;
aGlassWindow.FStartHeight = fStartHeight;
aGlassWindow.FEndHeight = fEndHeight;
aGlassWindow.FLength = fLength;
//aGlassWindow.Colour = windowColour; //replaced by frameColour
aGlassWindow.WindowStyle = windowStyle;
aGlassWindow.ScreenType = screenType;
aGlassWindow.LeftHeight = windowStartHeight;
aGlassWindow.RightHeight = windowEndHeight;
aGlassWindow.Width = windowLength;
aGlassWindow.FrameColour = windowColour; //
aGlassWindow.GlassTint = ""; // tint of each vent will be concatenated
aGlassWindow.Operation = ""; // XX, XO, OX will be concatenated
aGlassWindow.NumVents = numVents;
//Get glass item
//aCommand.CommandText = "SELECT glass_type, glass_tint, tempered, operation FROM glass_items "
// + "WHERE project_id = '" + projectId + "' AND linear_index = '" + aMod.LinearIndex + "' AND module_index = '" + moduleIndex + "'";
//SqlDataReader glassReader = aCommand.ExecuteReader();
for (int l = 0; l < numVents; l++)
{
//if (glassReader.HasRows)
//{
// while (glassReader.Read())
// {
aCommand.CommandText = "SELECT glass_type, glass_tint, tempered, operation FROM glass_items "
+ "WHERE project_id = '" + projectId + "' AND linear_index = '" + aMod.LinearIndex + "' AND module_index = '" + moduleIndex + "' AND vent_index = '" + l + "'";
aReader = aCommand.ExecuteReader();
aReader.Read();
aGlassWindow.GlassType = Convert.ToString(aReader[0]);
aGlassWindow.GlassTint += Convert.ToString(aReader[1]);
aGlassWindow.Tempered = Convert.ToBoolean(aReader[2]);
aGlassWindow.Operation += Convert.ToString(aReader[3]);
aReader.Close();
}
//glassReader.Close();
listOfModuleItems.Add(aGlassWindow);
#endregion
break;
case "Open":
#region Open Window
Window openWindow = new Window();
openWindow.ModuleIndex = moduleIndex;
openWindow.ItemType = itemType;
openWindow.FStartHeight = fStartHeight;
openWindow.FEndHeight = fEndHeight;
openWindow.FLength = fLength;
openWindow.WindowStyle = windowStyle;
openWindow.ScreenType = screenType;
openWindow.LeftHeight = windowStartHeight;
openWindow.RightHeight = windowEndHeight;
openWindow.Width = windowLength;
openWindow.FrameColour = windowColour;
listOfModuleItems.Add(openWindow); //add the modular item to the list
#endregion
break;
case "Panel":
case "Solid Wall":
#region Open Window
Window panel = new Window();
panel.ModuleIndex = moduleIndex;
panel.ItemType = itemType;
panel.FStartHeight = fStartHeight;
panel.FEndHeight = fEndHeight;
panel.FLength = fLength;
panel.WindowStyle = windowStyle;
panel.ScreenType = screenType;
panel.LeftHeight = windowStartHeight;
panel.RightHeight = windowEndHeight;
panel.Width = windowLength;
panel.FrameColour = windowColour;
listOfModuleItems.Add(panel); //add the modular item to the list
#endregion
break;
}
//windowReader.Close();
#endregion
break;
case "Door":
#region Door
//Get door
//aCommand.CommandText = "SELECT door_type, door_style, screen_type, height, length, door_colour, kick_plate FROM doors "
// + "WHERE project_id = '" + projectId + "' AND linear_index = '" + aMod.LinearIndex + "' AND module_index = '" + moduleIndex + "'";
//SqlDataReader doorReader = aCommand.ExecuteReader();
//if (doorReader.HasRows)
//{
// while (doorReader.Read())
aCommand.CommandText = "SELECT door_type, door_style, screen_type, height, length, door_colour, kick_plate FROM doors "
+ "WHERE project_id = '" + projectId + "' AND linear_index = '" + aMod.LinearIndex + "' AND module_index = '" + moduleIndex + "'";
aReader = aCommand.ExecuteReader();
aReader.Read();
string doorType = Convert.ToString(aReader[0]);
string doorStyle = Convert.ToString(aReader[1]);
string doorScreenType = Convert.ToString(aReader[2]);
float doorFrameHeight = Convert.ToSingle(aReader[3]);
float doorFrameLength = Convert.ToSingle(aReader[4]);
string doorColour = Convert.ToString(aReader[5]);
float doorKickPlate = Convert.ToSingle(aReader[6]);
aReader.Close();
//get the window in this door
aCommand.CommandText = "SELECT door_index, window_type, screen_type, start_height, end_height, length, window_colour, number_vents FROM windows "
+ "WHERE project_id = '" + projectId + "' AND linear_index = '" + aMod.LinearIndex + "' AND module_index = '" + moduleIndex + "'";
aReader = aCommand.ExecuteReader();
VinylWindow aDoorWindow = new VinylWindow();
if (aReader.HasRows)
{
while (aReader.Read())
{
//int doorIndex = Convert.ToInt32(aReader[0]);
aDoorWindow.WindowStyle = Convert.ToString(aReader[1]);
aDoorWindow.ScreenType = Convert.ToString(aReader[2]);
aDoorWindow.LeftHeight = Convert.ToSingle(aReader[3]);
aDoorWindow.RightHeight = Convert.ToSingle(aReader[4]);
aDoorWindow.Width = Convert.ToSingle(aReader[5]);
aDoorWindow.FrameColour = Convert.ToString(aReader[6]);
aDoorWindow.NumVents = Convert.ToInt32(aReader[7]);
}
}
aReader.Close();
switch (aDoorWindow.WindowStyle) //door/window style
{
case "Full Screen": //screen
break;
case "Vertical Four Track": //vinyl
#region V4T
List<float> listOfV4TVentHeights = new List<float>();
//for each vinyl item in the in the vinyl window
//for (int l = 0; l < aDoorWindow.NumVents; l++)
//Get vinyl item
aCommand.CommandText = "SELECT start_height, vinyl_tint, spreader_bar FROM vinyl_items "
+ "WHERE project_id = '" + projectId + "' AND linear_index = '" + aMod.LinearIndex + "' AND module_index = '" + moduleIndex + "'";
SqlDataReader vinylReader = aCommand.ExecuteReader();
if (vinylReader.HasRows)
{
while (vinylReader.Read())
{
listOfV4TVentHeights.Add(Convert.ToSingle(vinylReader[0]));
aDoorWindow.VinylTint += Convert.ToString(vinylReader[1]);
aDoorWindow.SpreaderBar = Convert.ToSingle(vinylReader[2]);
}
}
vinylReader.Close();
aDoorWindow.VentHeights = listOfV4TVentHeights;
#endregion
break;
case "Full View": //glass
break;
case "Full View Colonial": //glass
break;
case "Half Lite": //glass
break;
case "Half Lite Venting": //glass
break;
case "Half Lite with Mini Blinds": //glass
break;
case "Full View with Mini Blinds": //glass
break;
case "Aluminum Storm Screen": //screen
break;
case "Aluminum Storm Glass": //glass
break;
case "Vinyl Guard": //vinyl
break;
}
//types of doors
switch (doorType)
{
case "Cabana":
case "Cabana Door":
#region Cabana Door
aCommand.CommandText = "SELECT glass_tint, hinge, swing, hardware_type, screen_type FROM cabana_doors "
+ "WHERE project_id = '" + projectId + "' AND linear_index = '" + aMod.LinearIndex + "' AND module_index = '" + moduleIndex + "'";
SqlDataReader cabanaReader = aCommand.ExecuteReader();
if (cabanaReader.HasRows)
{
cabanaReader.Read();
CabanaDoor aCabanaDoor = new CabanaDoor();
aCabanaDoor.ModuleIndex = moduleIndex;
aCabanaDoor.ItemType = itemType;
aCabanaDoor.FStartHeight = fStartHeight;
aCabanaDoor.FEndHeight = fEndHeight;
aCabanaDoor.FLength = fLength;
aCabanaDoor.DoorType = doorType;
aCabanaDoor.DoorStyle = doorStyle;
aCabanaDoor.ScreenType = doorScreenType;
aCabanaDoor.Height = doorFrameHeight;
aCabanaDoor.Length = doorFrameLength;
aCabanaDoor.Colour = doorColour; //
aCabanaDoor.Kickplate = doorKickPlate; //
aCabanaDoor.GlassTint = Convert.ToString(cabanaReader[0]);
aCabanaDoor.Hinge = Convert.ToString(cabanaReader[1]);
aCabanaDoor.Swing = Convert.ToString(cabanaReader[2]);
aCabanaDoor.HardwareType = Convert.ToString(cabanaReader[3]);
aCabanaDoor.ScreenType = Convert.ToString(cabanaReader[4]);
aCabanaDoor.DoorWindow = aDoorWindow;
listOfModuleItems.Add(aCabanaDoor); //add the modular item to the list
}
cabanaReader.Close();
#endregion
break;
case "French":
case "French Door":
#region French Door
aCommand.CommandText = "SELECT glass_tint, swing, operator, hardware_type, screen_type FROM french_doors "
+ "WHERE project_id = '" + projectId + "' AND linear_index = '" + aMod.LinearIndex + "' AND module_index = '" + moduleIndex + "'";
SqlDataReader frenchReader = aCommand.ExecuteReader();
if (frenchReader.HasRows)
{
frenchReader.Read();
FrenchDoor aFrenchDoor = new FrenchDoor();
aFrenchDoor.ModuleIndex = moduleIndex;
aFrenchDoor.ItemType = itemType;
aFrenchDoor.FStartHeight = fStartHeight;
aFrenchDoor.FEndHeight = fEndHeight;
aFrenchDoor.FLength = fLength;
aFrenchDoor.DoorType = doorType;
aFrenchDoor.DoorStyle = doorStyle;
aFrenchDoor.ScreenType = doorScreenType;
aFrenchDoor.Height = doorFrameHeight;
aFrenchDoor.Length = doorFrameLength;
aFrenchDoor.Colour = doorColour; //
aFrenchDoor.Kickplate = doorKickPlate; //
aFrenchDoor.GlassTint = Convert.ToString(frenchReader[0]);
aFrenchDoor.Swing = Convert.ToString(frenchReader[1]);
aFrenchDoor.OperatingDoor = Convert.ToString(frenchReader[2]); ///this needs to be fixed, operator in db is bool and C# is string
aFrenchDoor.HardwareType = Convert.ToString(frenchReader[3]);
aFrenchDoor.ScreenType = Convert.ToString(frenchReader[4]);
aFrenchDoor.DoorWindow = aDoorWindow;
listOfModuleItems.Add(aFrenchDoor); //add the modular item to the list
}
frenchReader.Close();
#endregion
break;
case "Patio":
case "Patio Door":
#region Patio Door
aCommand.CommandText = "SELECT glass_tint, moving_door FROM patio_doors "
+ "WHERE project_id = '" + projectId + "' AND linear_index = '" + aMod.LinearIndex + "' AND module_index = '" + moduleIndex + "'"; //change k to moduleIndex. Couldn't compile other pages.
SqlDataReader patioReader = aCommand.ExecuteReader();
if (patioReader.HasRows)
{
patioReader.Read();
PatioDoor aPatioDoor = new PatioDoor();
aPatioDoor.ModuleIndex = moduleIndex;
aPatioDoor.ItemType = itemType;
aPatioDoor.FStartHeight = fStartHeight;
aPatioDoor.FEndHeight = fEndHeight;
aPatioDoor.FLength = fLength;
aPatioDoor.DoorType = doorType;
aPatioDoor.DoorStyle = doorStyle;
aPatioDoor.ScreenType = doorScreenType;
aPatioDoor.Height = doorFrameHeight;
aPatioDoor.Length = doorFrameLength;
aPatioDoor.Colour = doorColour; //
aPatioDoor.Kickplate = doorKickPlate; //
aPatioDoor.GlassTint = Convert.ToString(patioReader[0]);
aPatioDoor.MovingDoor = Convert.ToString(patioReader[1]); ///this needs to be fixed, operator in db is bool and C# is string
aPatioDoor.DoorWindow = aDoorWindow;
listOfModuleItems.Add(aPatioDoor); //add the modular item to the list
}
patioReader.Close();
#endregion
break;
case "Half Lite":
case "Half Lite Venting":
case "Half Lite With Mini Blinds":
case "Full View With Mini Blinds":
break;
case "NoDoor":
case "No Door":
#region No Door
Door aDoor = new Door();
aDoor.ModuleIndex = moduleIndex;
aDoor.ItemType = itemType;
aDoor.FStartHeight = fStartHeight;
aDoor.FEndHeight = fEndHeight;
aDoor.FLength = fLength;
aDoor.DoorType = doorType;
//aDoor.DoorStyle = doorStyle;
//aDoor.ScreenType = doorScreenType;
aDoor.Height = doorFrameHeight;
aDoor.Length = doorFrameLength;
//aDoor.Colour = doorColour; //
//aDoor.Kickplate = doorKickPlate; //
listOfModuleItems.Add(aDoor); //add the modular item to the list
//aReader.Close();
#endregion
break;
}
//doorReader.Close();
#endregion
break;
case "Box Header": //
#region H BoxHeader
HBoxHeader hBoxHeader = new HBoxHeader();
hBoxHeader.ModuleIndex = moduleIndex;
hBoxHeader.ItemType = itemType;
hBoxHeader.FStartHeight = fStartHeight;
hBoxHeader.FEndHeight = fEndHeight;
hBoxHeader.FLength = fLength;
listOfModuleItems.Add(hBoxHeader); //add the modular item to the list
#endregion
break; //
case "Receiver": //
#region H Receiver
HReceiver hReceiver = new HReceiver();
hReceiver.ModuleIndex = moduleIndex;
hReceiver.ItemType = itemType;
hReceiver.FStartHeight = fStartHeight;
hReceiver.FEndHeight = fEndHeight;
hReceiver.FLength = fLength;
listOfModuleItems.Add(hReceiver); //add the modular item to the list
#endregion
break;
case "Panel": // same as open wall window
#region Solid Wall Window
Window solid = new Window();
solid.ModuleIndex = moduleIndex;
solid.ItemType = itemType;
solid.FStartHeight = fStartHeight;
solid.FEndHeight = fEndHeight;
solid.FLength = fLength;
listOfModuleItems.Add(solid); //add the modular item to the list
#endregion
break;
}
aMod.ModularItems = listOfModuleItems;
}
listOfLinearItems.Add(aMod);//add the linear item to the list
//moduleItemReader.Close();
#endregion
break;
case "Receiver":
case "Receiever":
#region Receiver
BoxHeader aBoxHeader = new BoxHeader();
aBoxHeader.LinearIndex = linearIndex;
aBoxHeader.ItemType = linearItemType;
aBoxHeader.StartHeight = startHeight;
aBoxHeader.EndHeight = endHeight;
aBoxHeader.Length = length;
aBoxHeader.FrameColour = frameColour;
aBoxHeader.Sex = sex;
aBoxHeader.FixedLocation = fixedLocation;
aBoxHeader.AttachedTo = attachedTo;
aBoxHeader.IsReceiver = true;
aBoxHeader.IsTwoPiece = false;
listOfLinearItems.Add(aBoxHeader);//add the linear item to the list
#endregion
break;
case "2 Piece Receiver":
case "2PieceReceiver":
#region 2 Piece Receiver
aBoxHeader = new BoxHeader();
aBoxHeader.LinearIndex = linearIndex;
aBoxHeader.ItemType = linearItemType;
aBoxHeader.StartHeight = startHeight;
aBoxHeader.EndHeight = endHeight;
aBoxHeader.Length = length;
aBoxHeader.FrameColour = frameColour;
aBoxHeader.Sex = sex;
aBoxHeader.FixedLocation = fixedLocation;
aBoxHeader.AttachedTo = attachedTo;
aBoxHeader.IsReceiver = true;
aBoxHeader.IsTwoPiece = true;
listOfLinearItems.Add(aBoxHeader);//add the linear item to the list
#endregion
break;
case "BoxHeader": //
case "Box Header": //
#region Box Header
aBoxHeader = new BoxHeader();
aBoxHeader.LinearIndex = linearIndex;
aBoxHeader.ItemType = linearItemType;
aBoxHeader.StartHeight = startHeight;
aBoxHeader.EndHeight = endHeight;
aBoxHeader.Length = length;
aBoxHeader.FrameColour = frameColour;
aBoxHeader.Sex = sex;
aBoxHeader.FixedLocation = fixedLocation;
aBoxHeader.AttachedTo = attachedTo;
aBoxHeader.IsReceiver = false;
//aBoxHeader.IsTwoPiece = false;
listOfLinearItems.Add(aBoxHeader);//add the linear item to the list
#endregion
break;
case "BoxHeaderReceiver":
case "Box Header Receiver": //
#region Box Header Receiver
aBoxHeader = new BoxHeader();
aBoxHeader.LinearIndex = linearIndex;
aBoxHeader.ItemType = linearItemType;
aBoxHeader.StartHeight = startHeight;
aBoxHeader.EndHeight = endHeight;
aBoxHeader.Length = length;
aBoxHeader.FrameColour = frameColour;
aBoxHeader.Sex = sex;
aBoxHeader.FixedLocation = fixedLocation;
aBoxHeader.AttachedTo = attachedTo;
aBoxHeader.IsReceiver = true;
//aBoxHeader.IsTwoPiece = false;
listOfLinearItems.Add(aBoxHeader);//add the linear item to the list
#endregion
break;
case "Filler":
#region Filler
Filler aFiller = new Filler();
aFiller.LinearIndex = linearIndex;
aFiller.ItemType = linearItemType;
aFiller.StartHeight = startHeight;
aFiller.EndHeight = endHeight;
aFiller.Length = length;
//aFiller.FrameColour = frameColour;
aFiller.Sex = "MM";
aFiller.FixedLocation = fixedLocation;
aFiller.AttachedTo = attachedTo;
listOfLinearItems.Add(aFiller);//add the linear item to the list
#endregion
break;
case "Corner Post":
case "Corner":
#region Corner Post
Corner aCorner = new Corner();
aCorner.LinearIndex = linearIndex;
aCorner.ItemType = linearItemType;
aCorner.StartHeight = startHeight;
aCorner.EndHeight = endHeight;
aCorner.Length = length;
aCorner.FrameColour = frameColour;
aCorner.Sex = sex;
aCorner.FixedLocation = fixedLocation;
aCorner.AttachedTo = attachedTo;
//aCorner.AngleIs90 = true; //hard coded, because I don't know where its coming from
//aCorner.OutsideCorner = true; // hard coded because I don't know where its coming from
listOfLinearItems.Add(aCorner); //add the linear item to the list
#endregion
break;
case "ElectricalChase":
case "Electrical Chase":
#region ElectricalChase
ElectricalChase aElectricalChase = new ElectricalChase();
aElectricalChase.LinearIndex = linearIndex;
aElectricalChase.ItemType = linearItemType;
aElectricalChase.StartHeight = startHeight;
aElectricalChase.EndHeight = endHeight;
aElectricalChase.Length = length;
//aElectricalChase.FrameColour = frameColour;
aElectricalChase.Sex = "MM";
aElectricalChase.FixedLocation = fixedLocation;
aElectricalChase.AttachedTo = attachedTo;
listOfLinearItems.Add(aElectricalChase);//add the linear item to the list
#endregion
break;
case "HChannel":
case "H Channel":
#region H Channel
HChannel aHChannel = new HChannel();
aHChannel.LinearIndex = linearIndex;
aHChannel.ItemType = linearItemType;
aHChannel.StartHeight = startHeight;
aHChannel.EndHeight = endHeight;
aHChannel.Length = length;
aHChannel.FrameColour = frameColour;
aHChannel.Sex = sex;
aHChannel.FixedLocation = fixedLocation;
aHChannel.AttachedTo = attachedTo;
listOfLinearItems.Add(aHChannel);//add the linear item to the list
#endregion
break;
}
}
aWall.LinearItems = listOfLinearItems;
listOfWalls.Add(aWall); //add the wall to the list
}
//linearItemReader.Close();
//wallReader.Close();
#endregion
#region floors
if (floorCount != 0)
{
}
#endregion
#region roofs
//if there is a roof in the project
if (roofCount != 0)
{
for(int i = 0; i < roofCount; i++)
{
aCommand.CommandText = "SELECT roof_type, interior_skin, exterior_skin, thickness, fire_protection, thermadeck, acrylic, gutter, gutter_pro, gutter_colour, number_supports, stripe_colour, projection, width, roof_index "
+ "FROM roofs WHERE project_id = '" + projectId + "' roof_index = '" + i + "'";
aReader = aCommand.ExecuteReader();
aReader.Read();
//if (roofReader.HasRows)
//{
// while (roofReader.Read())
// {
//create a new instance of a wall and set all its attributes from the db
aRoof = new Roof();
aRoof.Type = Convert.ToString(aReader[0]);
aRoof.InteriorSkin = Convert.ToString(aReader[1]);
aRoof.ExteriorSkin = Convert.ToString(aReader[2]);
aRoof.Thickness = Convert.ToDouble(aReader[3]);
aRoof.FireProtection = Convert.ToBoolean(aReader[4]);
aRoof.Thermadeck = Convert.ToBoolean(aReader[5]);
aRoof.Acrylic = Convert.ToBoolean(aReader[6]);
aRoof.Gutters = Convert.ToBoolean(aReader[7]);
aRoof.GutterPro = Convert.ToBoolean(aReader[8]);
aRoof.GutterColour = Convert.ToString(aReader[9]);
aRoof.NumberSupports = Convert.ToInt32(aReader[10]);
aRoof.StripeColour = Convert.ToString(aReader[11]);
aRoof.Projection = Convert.ToDouble(aReader[12]); //how do we deal with obstructions
aRoof.Width = Convert.ToDouble(aReader[13]);
int roofIndex = Convert.ToInt32(aReader[14]);
aReader.Close();
List<RoofModule> listOfRoofModules = new List<RoofModule>();
aCommand.CommandText = "SELECT COUNT(*) FROM roof_modules WHERE project_id = '" + projectId + "' AND roof_index = '" + roofIndex + "'";
aReader = aCommand.ExecuteReader();
aReader.Read();
int roofModCount = Convert.ToInt32(aReader[0]);
//aCommand.CommandText = "SELECT projection, width, interior_skin, exterior_skin, roof_view "
//+ "FROM roof_modules WHERE project_id = '" + projectId + "' AND roof_index = '" + roofIndex + "'";
//SqlDataReader moduleReader = aCommand.ExecuteReader();
//if (moduleReader.HasRows)
//{
// while (moduleReader.Read())
for(int j = 0; j < roofModCount; j++)
{
aCommand.CommandText = "SELECT projection, width, interior_skin, exterior_skin, roof_view "
+ "FROM roof_modules WHERE project_id = '" + projectId + "' AND roof_index = '" + roofIndex + "'";
aReader = aCommand.ExecuteReader();
aReader.Read();
RoofModule aModule = new RoofModule();
aModule.Projection = Convert.ToDouble(aReader[0]);
aModule.Width = Convert.ToDouble(aReader[1]);
aModule.InteriorSkin = Convert.ToString(aReader[2]);
aModule.ExteriorSkin = Convert.ToString(aReader[3]);
int roofView = Convert.ToInt32(aReader[4]);
aReader.Close();
List<RoofItem> listOfRoofItems = new List<RoofItem>();
aCommand.CommandText = "SELECT COUNT(*) FROM roof_modules WHERE project_id = '" + projectId + "' AND roof_index = '" + roofIndex + "' AND roof_view = '" + roofView + "'";
aReader = aCommand.ExecuteReader();
aReader.Read();
int roofItemCount = Convert.ToInt32(aReader[0]);
//aCommand.CommandText = "SELECT roof_item, projection, width, item_index "
//+ "FROM roof_modules WHERE project_id = '" + projectId + "' AND roof_index = '" + roofIndex + "' AND roof_view = '" + roofView + "'";
//SqlDataReader itemReader = aCommand.ExecuteReader();
//if (itemReader.HasRows)
//{
// while(itemReader.Read())
for (int k = 0; k < roofItemCount; k++)
{
aCommand.CommandText = "SELECT roof_item, projection, width, item_index "
+ "FROM roof_modules WHERE project_id = '" + projectId + "' AND roof_index = '" + roofIndex + "' AND roof_view = '" + roofView + "' AND item_index = '" + k + "'";
aReader = aCommand.ExecuteReader();
aReader.Read();
// store in an object
RoofItem aRoofItem = new RoofItem();
aRoofItem.ItemType = Convert.ToString(aReader[0]);
aRoofItem.Projection = Convert.ToSingle(aReader[1]);
aRoofItem.Width = Convert.ToSingle(aReader[2]);
int itemIndex = Convert.ToInt32(aReader[3]);
aReader.Close();
///different types of roof items
switch (aRoofItem.ItemType)
{
case "Receiver": //no class.. what to do .. same as panel receiver?
break;
case "Awning Track": //no class.. what to do
break;
case "I-Beam": //no class.. what to do
break;
case "Pressure Cap I-Beam": //no class.. what to do
break;
case "T-Bar": //no class.. what to do
break;
case "Acrylic Panel": //no class.. no class ... where is colour, width, setback, projection being stored?
break;
case "Foam Panel": //no class ... where is colour, width, setback, projection being stored?
//accordding the to db, this is the only item in which you can have fanbeams and skylight
//check for skylight in this roof item
//are all skylights the same? length/width etc? ..
//there is no skylight object.. roof item should have a attribute for a skylight object
aCommand.CommandText = "SELECT skylight_type, set_back, operator "
+ "FROM skylights WHERE project_id = '" + projectId + "' AND roof_index = '" + roofIndex + "' AND roof_view = '" + roofView + "' AND item_index '" + itemIndex + "'";
SqlDataReader skylightReader = aCommand.ExecuteReader();
if (skylightReader.HasRows)
{
while (skylightReader.Read())
{
//Skylight aSkylight = new Skylight(); //create object and set attribute if required
aRoofItem.SkyLight = Convert.ToSingle(skylightReader[1]);
}
}
else
{
aRoofItem.SkyLight = -1;
}
skylightReader.Close();
//check for fanbeams in this roof item
//no info in the db or in C#
aCommand.CommandText = "SELECT skylight_type, set_back, operator "
+ "FROM fanbeams WHERE project_id = '" + projectId + "' AND roof_index = '" + roofIndex + "' AND roof_view = '" + roofView + "' AND item_index = '" + itemIndex + "'";
SqlDataReader fanbeamReader = aCommand.ExecuteReader();
if (fanbeamReader.HasRows)
{
while (fanbeamReader.Read())
{
//Skylight aSkylight = new Skylight(); //create object and set attribute if required
aRoofItem.FanBeam = Convert.ToSingle(skylightReader[1]);
}
}
else
{
aRoofItem.FanBeam = -1;
}
fanbeamReader.Close();
break;
}
listOfRoofItems.Add(aRoofItem);
}
//itemReader.Close();
aModule.RoofItems = listOfRoofItems;
listOfRoofModules.Add(aModule);
}
//moduleReader.Close();
aRoof.RoofModules = listOfRoofModules;
}
//roofReader.Close();
}
#endregion
aTransaction.Commit();
hidJsonObjects.Value = JsonConvert.SerializeObject(listOfWalls);
}
catch (Exception ex)
{
//lblError.Text = "Commit Exception Type: " + ex.GetType();
//lblError.Text += " Message: " + ex.Message;
// Attempt to roll back the transaction.
try
{
aTransaction.Rollback();
}
catch (Exception ex2)
{
//This catch block will handle any errors that may have occurred
//on the server that would cause the rollback to fail, such as
//a closed connection.
//lblError.Text = "Rollback Exception Type: " + ex2.GetType();
//lblError.Text += " Message: " + ex2.Message;
}
}
}
#endregion
hidJsonObjects.Value = JsonConvert.SerializeObject(listOfWalls);
PopulateDropdown(floorCount, roofCount);
PopulateModOptions();
//lnkUpdateSunroom.Attributes.Add("onclick", "updateSunroom()");
//lnkSubmitSunroom.Attributes.Add("onclick", "submitSunroom()");
//lnkEditorNavMods.Attributes.Add("onclick", "$('.overlayContainer').slideToggle()");
//lnkEditorNavTools.Attributes.Add("onclick", "$('#saveButtons').fadeToggle(); $('.btnTools').slideToggle();");
lnkEditorNavSave.Attributes.Add("onclick", "updateSunroom()");
lnkEditorNavUndo.Attributes.Add("onclick", "undo()");
lnkEditorNavRedo.Attributes.Add("onclick", "redo()");
//Add list of all objects to session, for use by other pages accessed through project editor
try
{
Session.Add("listOfWalls", listOfWalls);
}
catch (Exception ex)
{
Session["listOfWalls"] = listOfWalls;
}
}
public void FillSpaceWithWindows(string windowType, string windowColour, string framingColour, int numberOfVents, float kneewallHeight, string kneewallType, string transomType,
bool sunshade, string valance, string fabric, string openness, string chain, string screenType, double railing)
{
float currentLocation = 0f;
//Loop through linear items using currentLocation to keep track
for (int i = 0; i <= LinearItems.Count; i++)//
{
try
{
//If an item starts at this location, we aren't in a workable area
if (LinearItems[i].FixedLocation == currentLocation)
{
//We set the location equal to the length of the linear item, which is the end of it
currentLocation += LinearItems[i].Length;
}
//Item must start after current
else if (LinearItems[i].FixedLocation > currentLocation)
{
//The space is equal to where the next item starts - current location
float space = LinearItems[i].FixedLocation - currentLocation;
float numOfWindowsInThisSpace = 1; //If the space is too large for one window mod, we need this many
float eachSpace = space; //If the space is too large for one window mod, we'll have a # of mods of this size
float MAX_MOD_WIDTH = 0;
float MIN_MOD_WIDTH = 0;
switch (windowType)
{
case "Fixed Vinyl":
MIN_MOD_WIDTH = Constants.VINYL_TRAP_MIN_WIDTH_WARRANTY; //We use the trap version because they can have both
MAX_MOD_WIDTH = Constants.VINYL_TRAP_MAX_WIDTH_WARRANTY;
break;
case "Fixed Glass 2\"":
MIN_MOD_WIDTH = Constants.VINYL_TRAP_MIN_WIDTH_WARRANTY; //We use the trap version because they can have both
MAX_MOD_WIDTH = Constants.VINYL_TRAP_MAX_WIDTH_WARRANTY;
break;
case "Fixed Glass 3\"":
MIN_MOD_WIDTH = Constants.VINYL_TRAP_MIN_WIDTH_WARRANTY; //We use the trap version because they can have both
MAX_MOD_WIDTH = Constants.VINYL_TRAP_MAX_WIDTH_WARRANTY;
break;
case "Vertical 4 Track":
MIN_MOD_WIDTH = Constants.V4T_4V_MIN_WIDTH_WARRANTY; //We use the trap version because they can have both
MAX_MOD_WIDTH = Constants.V4T_4V_MAX_WIDTH_WARRANTY;
break;
case "Horizontal 2 Track":
case "Horizontal Roller":
MIN_MOD_WIDTH = Constants.HORIZONTAL_ROLLER_MIN_WIDTH_WARRANTY; //We use the trap version because they can have both
MAX_MOD_WIDTH = Constants.HORIZONTAL_ROLLER_MAX_WIDTH_WARRANTY;
break;
case "Single Slider":
MIN_MOD_WIDTH = Constants.SINGLE_SLIDER_MIN_WIDTH_WARRANTY; //We use the trap version because they can have both
MAX_MOD_WIDTH = Constants.SINGLE_SLIDER_MAX_WIDTH_WARRANTY;
break;
case "Double Slider":
MIN_MOD_WIDTH = Constants.DOUBLE_SLIDER_MIN_WIDTH_WARRANTY; //We use the trap version because they can have both
MAX_MOD_WIDTH = Constants.DOUBLE_SLIDER_MAX_WIDTH_WARRANTY;
break;
case "Open Wall":
MIN_MOD_WIDTH = Constants.V4T_4V_MIN_WIDTH_WARRANTY; //We use the trap version because they can have both
MAX_MOD_WIDTH = Constants.V4T_4V_MAX_WIDTH_WARRANTY;
break;
case "Solid Wall":
MIN_MOD_WIDTH = Constants.V4T_4V_MIN_WIDTH_WARRANTY; //We use the trap version because they can have both
MAX_MOD_WIDTH = Constants.V4T_4V_MAX_WIDTH_WARRANTY;
break;
case "Screen":
MIN_MOD_WIDTH = Constants.SCREEN_MIN_WIDTH_WARRANTY; //We use the trap version because they can have both
MAX_MOD_WIDTH = Constants.SCREEN_MAX_WIDTH_WARRANTY;
break;
}
//Find optimal lengths of window mods given space
float[] windowSpecifics = FindOptimalLengthOfWindowModsGivenSpace(space, MIN_MOD_WIDTH, MAX_MOD_WIDTH);
float height;
//Loop mod creation for each window counted in this space
for (int windowCounter = 0; windowCounter < windowSpecifics[1]; windowCounter++)
{
//We have a space, so create a window mod to fill it
Mod aMod = new Mod();
aMod.FixedLocation = currentLocation;
aMod.StartHeight = GetHeightAtLocation(currentLocation);
aMod.EndHeight = GetHeightAtLocation(currentLocation + windowSpecifics[0]);
aMod.ItemType = "Mod";
aMod.Length = windowSpecifics[0];
if (windowCounter == 0)
{
aMod.Length += windowSpecifics[2];
}
aMod.ModType = "Window";
aMod.Sunshade = sunshade;
aMod.SunshadeValance = valance;
aMod.SunshadeFabric = fabric;
aMod.SunshadeOpenness = openness;
aMod.SunshadeChain = chain;
height = Math.Max(aMod.StartHeight, aMod.EndHeight);
//Check for kneewall info
if (kneewallHeight > 0)
{
//Have one
Kneewall aKneewall = new Kneewall();
aKneewall.FEndHeight = aKneewall.FStartHeight = kneewallHeight;
aKneewall.EndHeight = aKneewall.StartHeight = kneewallHeight - 2.125f;
height -= kneewallHeight; //Remove this from usable height, as the kneewall takes it up
aKneewall.KneewallType = kneewallType;
aKneewall.ItemType = "Kneewall";
aKneewall.FLength = aMod.Length - 2;
aMod.ModularItems.Add(aKneewall);
}
float highestPunch = 0f;
//Kneewall will have been added now, or not, either way we add the window
//find highest punch
for (int j = 0; j < LinearItems.Count; j++)
{
if (LinearItems[j].ItemType == "Mod")
{
Mod tempMod = (Mod)LinearItems[j];
if (tempMod.ModType == "Door")
{
//check 0 because door will always be first item in door mod
if (((Door)tempMod.ModularItems[0]).Punch > highestPunch)
{
highestPunch = ((Door)tempMod.ModularItems[0]).Punch;
}
}
}
}
//If punch is 0 at this point there are no doors, in such a case, we will set the punch to be a set distance below the min height of the wall
//That way we arbitrarily set a location for the transom to start and maintain consistency.
if (highestPunch == 0)
{
highestPunch = GlobalFunctions.RoundDownToNearestEighthInch(Math.Min(StartHeight, EndHeight) - 4.125F - Constants.KNEEWALL_PUNCH); //changeme based on type
}
//Now we know where the ending height is, so we subtract kneewall to get the height of the window
//Punch takes up space too, so subtract it as well
float windowHeight = highestPunch - kneewallHeight - Constants.KNEEWALL_PUNCH;
//Create the window
Window aWindow = new Window();
aWindow.FEndHeight = aWindow.FStartHeight = windowHeight; //CHANGEME hardcoded 2.125
aWindow.RightHeight = aWindow.LeftHeight = windowHeight - 2.125f;
aWindow.FLength = aMod.Length - 2;
aWindow.Width = aWindow.FLength - 2.125f; //CHANGEME hardcoded
aWindow.Colour = windowColour;
aWindow.FrameColour = framingColour;
aWindow.ItemType = "Window";
aWindow.NumVents = numberOfVents;
aWindow.ScreenType = screenType; //fixt
aWindow.WindowStyle = windowType;
//Check for spreader bar boolean
if (windowType == "Vertical 4 Track" && aWindow.FLength > Constants.V4T_SPREADER_BAR_NEEDED)
{
aWindow.SpreaderBar = (aWindow.FLength/2) - (Constants.SPREADER_BAR_SIZE/2); //Find center of window, then place center of spreader bar at that position (by subtracting half of it)
}
if (windowType == "Horizontal Roller" && aWindow.FLength > Constants.HORIZONTAL_ROLLER_SPREADER_BAR_NEEDED)
{
aWindow.SpreaderBar = (aWindow.FEndHeight/2) - (Constants.SPREADER_BAR_SIZE/2);
aWindow.WindowStyle = "Horizontal Roller XO";
}
if (windowType == "Vinyl")
{
if (aWindow.FLength > Constants.TRANSOM_SPREADER_BAR_REQUIRED || aWindow.FEndHeight > Constants.TRANSOM_SPREADER_BAR_REQUIRED || aWindow.FStartHeight > Constants.TRANSOM_SPREADER_BAR_REQUIRED)
{
//If length is longer, vertical bar, else horizontal bar
if (aWindow.Width >= aWindow.FEndHeight && aWindow.Width >= aWindow.FStartHeight)
{
aWindow.SpreaderBar = (aWindow.FLength / 2) - (Constants.SPREADER_BAR_SIZE / 2);
}
else
{
aWindow.SpreaderBar = (aWindow.FEndHeight / 2) - (Constants.SPREADER_BAR_SIZE / 2);
}
//If dimensions are equal?
}
}
aWindow.IntegratedRailing = railing;
aMod.ModularItems.Add(aWindow);
//Now we handle transom
float modStartWallHeight = GlobalFunctions.getHeightAtPosition(StartHeight, EndHeight, currentLocation, Length);
float modEndWallHeight = GlobalFunctions.getHeightAtPosition(StartHeight, EndHeight, (currentLocation + aMod.Length), Length);
float spaceAbovePunch = Math.Max(modStartWallHeight, modEndWallHeight) - highestPunch - .25f; //Punch physical space
float[] transomInfo = GlobalFunctions.findOptimalHeightsOfWindows(spaceAbovePunch, transomType);
if (StartHeight == EndHeight)
{
//rectangular window
for (int currentWindow = 0; currentWindow < transomInfo[0]; currentWindow++)
{
//Set window properties
Window aTransom = new Window();
aTransom.FEndHeight = aTransom.FStartHeight = transomInfo[1]; //Window with frame
aTransom.RightHeight = aTransom.LeftHeight = transomInfo[1] - 2.125f; //Window itself
aTransom.Colour = windowColour;
aTransom.ItemType = "Window";
aTransom.FLength = aMod.Length - 2;
aTransom.Width = aTransom.FLength - 2.125f;
aTransom.WindowStyle = transomType;
if (currentWindow == 0)
{
aTransom.FEndHeight += transomInfo[2];
aTransom.FStartHeight += transomInfo[2];
aTransom.RightHeight += transomInfo[2];
aTransom.LeftHeight += transomInfo[2];
}
if (aTransom.FLength > Constants.TRANSOM_SPREADER_BAR_REQUIRED || aTransom.FEndHeight > Constants.TRANSOM_SPREADER_BAR_REQUIRED || aTransom.FStartHeight > Constants.TRANSOM_SPREADER_BAR_REQUIRED)
{
//If length is longer, vertical bar, else horizontal bar
if (aTransom.Width > aTransom.FEndHeight && aTransom.Width > aTransom.FStartHeight)
{
aTransom.SpreaderBar = (aTransom.FLength / 2) - (Constants.SPREADER_BAR_SIZE / 2);
}
else
{
aTransom.SpreaderBar = (aTransom.FEndHeight / 2) - (Constants.SPREADER_BAR_SIZE / 2);
}
//If dimensions are equal?
}
aMod.ModularItems.Add(aTransom);
}
}
else
{
//trapezoid
float nextTransomHeight;
//If start wall is higher, lower end height
if (modStartWallHeight == Math.Max(modStartWallHeight, modEndWallHeight))
{
nextTransomHeight = transomInfo[1];
}
else
{
nextTransomHeight = transomInfo[1] - (Math.Max(modStartWallHeight, modEndWallHeight) - Math.Min(modStartWallHeight, modEndWallHeight));
}
for (int currentWindow = 0; currentWindow < transomInfo[0]; currentWindow++)
{
//Set window properties
Window aTransom = new Window();
aTransom.Colour = windowColour;
aTransom.ItemType = "Window";
aTransom.FLength = aMod.Length - 2;
aTransom.Width = aMod.Length - 2 - 2.125f;
aTransom.WindowStyle = transomType;
aTransom.FStartHeight = nextTransomHeight;
aTransom.LeftHeight = aTransom.FStartHeight - 2.125f;
//If start wall is higher, lower end height
if (modStartWallHeight == Math.Max(modStartWallHeight, modEndWallHeight))
{
aTransom.FEndHeight = aTransom.FStartHeight - (modStartWallHeight - modEndWallHeight);
}
else
{
aTransom.FEndHeight = aTransom.FStartHeight + (modEndWallHeight - modStartWallHeight);
}
aTransom.RightHeight = aTransom.FEndHeight - 2.125f;
nextTransomHeight = aTransom.FEndHeight;
//Add remaining area to first window
if (currentWindow == 0)
{
aTransom.FEndHeight += transomInfo[2];
aTransom.FStartHeight += transomInfo[2];
aTransom.RightHeight += transomInfo[2];
aTransom.LeftHeight += transomInfo[2];
}
aTransom.FStartHeight = GlobalFunctions.RoundDownToNearestEighthInch(aTransom.FStartHeight);
aTransom.FEndHeight = GlobalFunctions.RoundDownToNearestEighthInch(aTransom.FEndHeight);
aTransom.LeftHeight = GlobalFunctions.RoundDownToNearestEighthInch(aTransom.LeftHeight);
aTransom.RightHeight = GlobalFunctions.RoundDownToNearestEighthInch(aTransom.RightHeight);
////If last window, we need to change a height to make it sloped
//if (currentWindow == transomInfo[0] - 1)
//{
// //If start wall is higher, we lower end height
// if (modStartWallHeight == Math.Max(modStartWallHeight, modEndWallHeight))
// {
// aTransom.FEndHeight -= (modStartWallHeight - modEndWallHeight);
// aTransom.RightHeight -= (modStartWallHeight - modEndWallHeight);
// }
// //Otherwise we lower start height
// else
// {
// aTransom.FStartHeight -= (modEndWallHeight - modStartWallHeight);
// aTransom.LeftHeight -= (modEndWallHeight - modStartWallHeight);
// }
//}
aMod.ModularItems.Add(aTransom);
}
}
//float[] windowInfo = GlobalFunctions.findOptimalHeightsOfWindows
//Find where to place the mod, and place it
for (int j = 0; j < LinearItems.Count; j++)
{
if (LinearItems[j].FixedLocation > aMod.FixedLocation)
{
//j is past, so we insert into j-1 and exit the loop
LinearItems.Insert(j, aMod);
break;
}
}
//Sets currentlocation to the ending location of current linear item
currentLocation = currentLocation + aMod.Length;
}
}
}
catch (Exception ex)
{
//If caught, it's because we tried to touch the next linear item but it was past the last
//Check currentLocation to see if there is still space left
}
}
}
///// <summary>
///// This is an event that is used to dynamically create wall objects with the appropriate details
///// </summary>
///// <param name="sender"></param>
///// <param name="e"></param>
//protected void createWallObjects(object sender, EventArgs e)
//{
// //there are issues with getting values from dynamically generated hidden fields
// //hard coded hidden fields work fine...
// //need to dynamically determine slope, and soffit length of each wall and store it in hidden fields
// float length, startHeight, endHeight, soffit;//, slope;
// string orientation, name, type, model;
// HiddenField wallLength, wallSoffit;
// for (int i = 0; i < strWalls.Count(); i++)
// {
// //find and store the dynamically created hidden fields
// wallLength = hiddenFieldsDiv.FindControl("hidWall" + i + "Length") as HiddenField; //wall length
// wallSoffit = hiddenFieldsDiv.FindControl("hidWall" + i + "SoffitLength") as HiddenField; //wall soffit length
// //length = wallLength.Value;
// //startHeight = Convert.ToSingle(hidHeight.Value);
// //endHeight = Convert.ToSingle(hidFrontWallHeight.Value);
// //soffit = Convert.ToSingle(wallSoffit.Value);
// // slope = Convert.ToSingle(hidRoofSlope.Value);
// orientation = wallDetails[i, 5];
// name = "wall " + i;
// type = wallDetails[i, 4];
// model = currentModel;
// //string sof = wallSoffit.Value;
// //create a wall object with the appropriate values in the fields and attributes of it and add it to the walls list
// //walls.Add(new Wall(Convert.ToSingle(wallLength.Value), wallDetails[i, 5], "Wall" + i, wallDetails[i, 4], Convert.ToSingle(hidBackWallHeight.Value), Convert.ToSingle(hidBackWallHeight.Value), /*Convert.ToSingle(wallSoffit.Value)*/ 0F, currentModel));
// }
//}
protected void btnSubmit_Click(object sender, EventArgs e)
{
//Create objects
List<Wall> listOfWalls = new List<Wall>();
int existingWallCount = 0;
Session.Add("roomWidth", hidRoomWidth.Value);
Session.Add("roomProjection", hidRoomProjection.Value);
for (int i = 1; i <= strWalls.Length; i++)
{
//if blank its an existing wall, so skip it
if (Request.Form["hidWall" + i + "Length"] != "")
{
Wall aWall = new Wall();
aWall.Length = float.Parse(Request.Form["hidWall" + i + "Length"]);
aWall.Orientation = Request.Form["hidWall" + i + "Orientation"];
aWall.Name = "Wall " + (i-existingWallCount);
aWall.WallType = "Proposed";
aWall.ModelType = currentModel;
aWall.StartHeight = GlobalFunctions.RoundDownToNearestEighthInch(float.Parse(Request.Form["hidWall" + i + "StartHeight"]));
aWall.EndHeight = GlobalFunctions.RoundDownToNearestEighthInch(float.Parse(Request.Form["hidWall" + i + "EndHeight"]));
aWall.SoffitLength = float.Parse(Request.Form["hidWall" + i + "SoffitLength"]);
aWall.GablePeak = 0;
listOfWalls.Add(aWall);
//firstItemIndex,lastItemIndex handled below
//totalCornerLength,totalReceiverLength unhandled
//linearItems handled below
}
else
{
existingWallCount++;
}
}
//Loop for each wall
int linearPosition = 0; //Current wall we're on
int cheatCounter = 0;
//If it's a gable, we need to start one element past the normal point to account for the gable post being part of the wall list
int gableCompensation = 0;
if (gableType != "")
{
gableCompensation = 1;
}
for (int i = 1 + gableCompensation; i <= strWalls.Length; i++)
{
//A list of linear items to be added to each wall
List<LinearItem> linearItems = new List<LinearItem>();
bool addReceiver = true;
if (wallDetails[i - 1, 4] == "P" || wallDetails[i - 1, 4] == "G")
{
#region Wall Creation
float wallStartHeight = (float.Parse(Request.Form["hidWall" + i + "StartHeight"]));
float wallEndHeight = (float.Parse(Request.Form["hidWall" + i + "EndHeight"]));
float wallLeftFiller = (float.Parse(Request.Form["hidWall" + i + "LeftFiller"]));
float wallRightFiller = (float.Parse(Request.Form["hidWall" + i + "RightFiller"]));
float wallDoorCount = Int32.Parse(Request.Form["hidWall" + i + "DoorCount"]);
bool gableCheck = false;
//If this is a gable front wall of some form (gbale wall, gablefrontwall)
//Then we have no need for the corners that would be added
if (gableType.Contains("Gable") && wallStartHeight < wallEndHeight)
{
gableCheck = true;
if (currentModel == "M400")
{
wallRightFiller -= 4.125f;
}
else
{
wallRightFiller -= 3.125f;
}
}
//The same for the right gable wall
if (gableType.Contains("Gable") && wallStartHeight > wallEndHeight)
{
gableCheck = true;
if (currentModel == "M400")
{
wallLeftFiller -= 4.125f;
}
else
{
wallLeftFiller -= 3.125f;
}
}
//if it has doors, do logic w/ doors, otherwise just directly go to window creation
//CHANGEME 2,125/2 are hardcoded instead of constants
if (wallDoorCount > 0)
{
//Left filler
//The current program hasn't considered the space receievers or corner posts take up in a wall's length
//So we're going to cheat it here by adding that 'space' to the fillers, and removing it later when the
//Wall objects are being built, which is here.
if (cheatCounter == 0)
{
wallLeftFiller -= 1;//CHANGEME receiver length
Receiver aReceiver = new Receiver();
aReceiver.ItemType = "Receiver";
aReceiver.StartHeight = aReceiver.EndHeight = GlobalFunctions.getHeightAtPosition(wallStartHeight, wallEndHeight, 0, listOfWalls[0].Length);
aReceiver.Length = 1f;
aReceiver.FixedLocation = 0;
linearItems.Insert(0,aReceiver);
cheatCounter++;
}
else
{
//If this is a gable front wall of some form (gbale wall, gablefrontwall)
//Then we have no need for the corners that would be added
if (!(gableType.Contains("Gable") && wallStartHeight > wallEndHeight))
{
if (currentModel == "M400")
{
Corner aCorner = new Corner();
aCorner.StartHeight = aCorner.EndHeight = GlobalFunctions.getHeightAtPosition(wallStartHeight, wallEndHeight, 0, listOfWalls[0].Length);
aCorner.Length = 4.125f;
aCorner.ItemType = "Corner";
wallLeftFiller -= aCorner.Length;
linearItems.Add(aCorner);
}
else
{
Corner aCorner = new Corner();
aCorner.StartHeight = aCorner.EndHeight = GlobalFunctions.getHeightAtPosition(wallStartHeight, wallEndHeight, 0, listOfWalls[0].Length);
aCorner.Length = 3.125f;
aCorner.ItemType = "Corner";
wallLeftFiller -= aCorner.Length;
linearItems.Add(aCorner);
}
cheatCounter++;
}
}
//loop for each door
for (int j = 1; j <= wallDoorCount; j++)
{
if (Request.Form["hidWall" + i + "Door" + j + "boxHeader"] == "Left" || Request.Form["hidWall" + i + "Door" + j + "boxHeader"] == "Both")
{
if (currentModel == "M400")
{
HChannel anHChannel = new HChannel();
anHChannel.ItemType = "HChannel";
anHChannel.Length = Constants.HCHANNEL_LENGTH;
//CHANGEME if driftwood
anHChannel.FixedLocation = Convert.ToSingle(Request.Form["hidWall" + i + "Door" + j + "position"]) - anHChannel.Length;
anHChannel.StartHeight = GlobalFunctions.getHeightAtPosition(wallStartHeight, wallEndHeight, anHChannel.FixedLocation, listOfWalls[linearPosition].Length);
anHChannel.EndHeight = GlobalFunctions.getHeightAtPosition(wallStartHeight, wallEndHeight, anHChannel.FixedLocation + anHChannel.Length, listOfWalls[linearPosition].Length);
linearItems.Add(anHChannel);
}
else
{
BoxHeader aBoxHeader = new BoxHeader();
aBoxHeader.ItemType = "BoxHeader";
aBoxHeader.Length = Constants.BOXHEADER_LENGTH;
aBoxHeader.FixedLocation = Convert.ToSingle(Request.Form["hidWall" + i + "Door" + j + "position"]) - aBoxHeader.Length;
aBoxHeader.StartHeight = GlobalFunctions.getHeightAtPosition(wallStartHeight, wallEndHeight, aBoxHeader.FixedLocation, listOfWalls[linearPosition].Length);
aBoxHeader.EndHeight = GlobalFunctions.getHeightAtPosition(wallStartHeight, wallEndHeight, aBoxHeader.FixedLocation + aBoxHeader.Length, listOfWalls[linearPosition].Length);
linearItems.Add(aBoxHeader);
}
}
Mod aMod = new Mod();//
aMod.ItemType = "Mod";
aMod.ModType = Constants.MOD_TYPE_DOOR;
aMod.Length = float.Parse(Request.Form["hidWall" + i + "Door" + j + "mwidth"]);
aMod.FixedLocation = float.Parse(Request.Form["hidWall" + i + "Door" + j + "position"]);// +linearItems[0].Length;
aMod.StartHeight = GlobalFunctions.getHeightAtPosition(wallStartHeight, wallEndHeight, aMod.FixedLocation, float.Parse(Request.Form["hidWall" + i + "Length"]));
aMod.EndHeight = GlobalFunctions.getHeightAtPosition(wallStartHeight, wallEndHeight, (aMod.FixedLocation + aMod.Length), float.Parse(Request.Form["hidWall" + i + "Length"]));
aMod.Sunshade = Convert.ToBoolean(Request.Form["MainContent_hidSunshade"]);
aMod.SunshadeValance = (string)Request.Form["MainContent_hidValance"];
aMod.SunshadeFabric = (string)Request.Form["MainContent_hidFabric"];
aMod.SunshadeOpenness = (string)Request.Form["MainContent_hidOpenness"];
aMod.SunshadeChain = (string)Request.Form["MainContent_hidChain"];
List<ModuleItem> modularItems = new List<ModuleItem>();
string doorType = Request.Form["hidWall" + i + "Door" + j + "type"];
if (doorType == "Cabana")
{
//cast test? does it retain cabana info?
Door aDoor = getCabanaDoorFromForm(i, j);
aDoor.Punch = aDoor.FEndHeight;
Window doorWindow = new Window();
doorWindow.WindowStyle = Request.Form["hidWall" + i + "Door" + j + "style"];
doorWindow.FLength = aDoor.FLength - Constants.DOOR_PADDING; //11.5 is the amount of door between edge of door and start of window (both sides totalled to 11.5)
doorWindow.Width = doorWindow.FLength - 2.125f;
doorWindow.FStartHeight = doorWindow.FEndHeight = aDoor.FStartHeight - aDoor.Kickplate - Constants.KICKPLATE_PADDING; //4 corresponds to the amount of framing at a bottom of a door
doorWindow.LeftHeight = doorWindow.RightHeight = aDoor.FStartHeight - aDoor.Kickplate - Constants.KICKPLATE_PADDING - 2.125f;
doorWindow.ItemType = "Window";
doorWindow.FrameColour = Request.Form["MainContent_hidWindowFramingColour"];
doorWindow.SpreaderBar = -1;
doorWindow.ScreenType = "No Screen";
if (doorWindow.WindowStyle == "Vertical Four Track" || doorWindow.WindowStyle.Contains("Vinyl"))
{
doorWindow.Colour = Request.Form["hidWall" + i + "Door" + j + "vinylTint"];
doorWindow.NumVents = Convert.ToInt32(Request.Form["hidWall" + i + "Door" + j + "numberOfVents"]);
}
else if (!doorWindow.WindowStyle.Contains("Screen"))
{
doorWindow.Colour = Request.Form["hidWall" + i + "Door" + j + "glassTint"];
}
else {
doorWindow.ScreenType = Request.Form["hidWall" + i + "Door" + j + "screenOptions"];
}
if (doorWindow.WindowStyle == "Horizontal Roller")
{
doorWindow.NumVents = 2;
doorWindow.WindowStyle = "Horizontal Roller XO";
}
//Spreaderbar logic
if (doorWindow.WindowStyle == "Vertical 4 Track" && doorWindow.FLength > Constants.V4T_SPREADER_BAR_NEEDED)
{
doorWindow.SpreaderBar = (doorWindow.FLength / 2) - (Constants.SPREADER_BAR_SIZE / 2); //Find center of window, then place center of spreader bar at that position (by subtracting half of it)
}
if (doorWindow.WindowStyle.Contains("Horizontal Roller") && doorWindow.FLength > Constants.HORIZONTAL_ROLLER_SPREADER_BAR_NEEDED)
{
doorWindow.SpreaderBar = (doorWindow.FEndHeight / 2) - (Constants.SPREADER_BAR_SIZE / 2);
}
if (doorWindow.WindowStyle == "Vinyl")
{
if (doorWindow.FLength > Constants.TRANSOM_SPREADER_BAR_REQUIRED || doorWindow.FEndHeight > Constants.TRANSOM_SPREADER_BAR_REQUIRED || doorWindow.FStartHeight > Constants.TRANSOM_SPREADER_BAR_REQUIRED)
{
//If length is longer, vertical bar, else horizontal bar
if (doorWindow.Width >= doorWindow.FEndHeight && doorWindow.Width >= doorWindow.FStartHeight)
{
doorWindow.SpreaderBar = (doorWindow.FLength / 2) - (Constants.SPREADER_BAR_SIZE / 2);
}
else
{
doorWindow.SpreaderBar = (doorWindow.FEndHeight / 2) - (Constants.SPREADER_BAR_SIZE / 2);
}
//If dimensions are equal?
}
}
aDoor.DoorWindow = doorWindow;
modularItems.Add(aDoor);
}
if (doorType == "Patio")
{
Door aDoor = getPatioDoorFromForm(i, j);
aDoor.Punch = aDoor.FEndHeight;
Window doorWindow = new Window();
doorWindow.FLength = aDoor.FLength - Constants.DOOR_PADDING; //11.5 is the amount of door between edge of door and start of window (both sides totalled to 11.5)
doorWindow.Width = doorWindow.FLength - 2.125f;
doorWindow.ItemType = "Window";
doorWindow.WindowStyle = Request.Form["hidWall" + i + "Door" + j + "style"];
doorWindow.FStartHeight = doorWindow.FEndHeight = aDoor.FStartHeight; //4 corresponds to the amount of framing at a bottom of a door
doorWindow.LeftHeight = doorWindow.RightHeight = aDoor.FStartHeight - 2.125f;
doorWindow.Colour = Request.Form["hidWall" + i + "Door" + j + "glassTint"];
doorWindow.ScreenType = Request.Form["hidWall" + i + "Door" + j + "screenOptions"];
doorWindow.FrameColour = Request.Form["MainContent_hidWindowFramingColour"];
doorWindow.SpreaderBar = -1;
aDoor.DoorWindow = doorWindow;
modularItems.Add(aDoor);
}
if (doorType == "French")
{
Door aDoor = getFrenchDoorFromForm(i, j);
aDoor.Punch = aDoor.FEndHeight;
Window doorWindow = new Window();
doorWindow.WindowStyle = Request.Form["hidWall" + i + "Door" + j + "style"];
doorWindow.FLength = aDoor.FLength - Constants.DOOR_PADDING;
doorWindow.Width = doorWindow.FLength - 2.125f;
doorWindow.FStartHeight = doorWindow.FEndHeight = aDoor.FStartHeight - aDoor.Kickplate - Constants.KICKPLATE_PADDING; //4 corresponds to the amount of framing at a bottom of a door;
doorWindow.LeftHeight = doorWindow.RightHeight = aDoor.FStartHeight - aDoor.Kickplate - Constants.KICKPLATE_PADDING - 2.125f; //4 corresponds to the amount of framing at a bottom of a door;
doorWindow.ItemType = "Window";
doorWindow.FrameColour = Request.Form["MainContent_hidWindowFramingColour"];
doorWindow.SpreaderBar = -1;
if (doorWindow.WindowStyle == "Vertical 4 Track" || doorWindow.WindowStyle == "Vertical Four Track" || doorWindow.WindowStyle.Contains("Vinyl"))
{
doorWindow.Colour = Request.Form["hidWall" + i + "Door" + j + "vinylTint"];
if (doorWindow.WindowStyle == "Vertical 4 Track" || doorWindow.WindowStyle == "Vertical Four Track")
{
doorWindow.NumVents = Convert.ToInt32(Request.Form["hidWall" + i + "Door" + j + "numberOfVents"]);
}
}
else if (!doorWindow.WindowStyle.Contains("Screen"))
{
doorWindow.Colour = Request.Form["hidWall" + i + "Door" + j + "glassTint"];
}
else
{
doorWindow.Colour = "";
doorWindow.ScreenType = Request.Form["hidWall" + i + "Door" + j + "screenOptions"];
}
if (doorWindow.WindowStyle == "Horizontal Roller")
{
doorWindow.NumVents = 2;
doorWindow.WindowStyle = "Horizontal Roller XO";
}
//Spreaderbar logic
if (doorWindow.WindowStyle == "Vertical 4 Track" && doorWindow.FLength > Constants.V4T_SPREADER_BAR_NEEDED)
{
doorWindow.SpreaderBar = (doorWindow.FLength / 2) - (Constants.SPREADER_BAR_SIZE / 2); //Find center of window, then place center of spreader bar at that position (by subtracting half of it)
}
if (doorWindow.WindowStyle.Contains("Horizontal Roller") && doorWindow.FLength > Constants.HORIZONTAL_ROLLER_SPREADER_BAR_NEEDED)
{
doorWindow.SpreaderBar = (doorWindow.FEndHeight / 2) - (Constants.SPREADER_BAR_SIZE / 2);
}
if (doorWindow.WindowStyle == "Vinyl")
{
if (doorWindow.FLength > Constants.TRANSOM_SPREADER_BAR_REQUIRED || doorWindow.FEndHeight > Constants.TRANSOM_SPREADER_BAR_REQUIRED || doorWindow.FStartHeight > Constants.TRANSOM_SPREADER_BAR_REQUIRED)
{
//If length is longer, vertical bar, else horizontal bar
if (doorWindow.Width >= doorWindow.FEndHeight && doorWindow.Width >= doorWindow.FStartHeight)
{
doorWindow.SpreaderBar = (doorWindow.FLength / 2) - (Constants.SPREADER_BAR_SIZE / 2);
}
else
{
doorWindow.SpreaderBar = (doorWindow.FEndHeight / 2) - (Constants.SPREADER_BAR_SIZE / 2);
}
//If dimensions are equal?
}
}
aDoor.DoorWindow = doorWindow;
modularItems.Add(aDoor);
}
if (doorType == "NoDoor")
{
Door aDoor = getNoDoorFromForm(i, j);
aDoor.Punch = aDoor.FEndHeight;
Window doorWindow = new Window();
doorWindow.WindowStyle = Request.Form["hidWall" + i + "Door" + j + "style"];
//doorWindow.FLength = aDoor.FLength - SOMEVALUE;
doorWindow.Width = doorWindow.FLength - 2.125f;
//doorWindow.FStartHeight = doorWindow.FStartHeight = SOMEVALUE;
//doorWindow.StartHeight = doorWindow.EndHeight = SOMEVALUE;
doorWindow.ItemType = "Window";
doorWindow.SpreaderBar = -1;
aDoor.DoorWindow = doorWindow;
modularItems.Add(aDoor);
}
//Extra door stuff here
//now we add transom windows
//The height of the wall at mod end and mod start
float modStartHeight = GlobalFunctions.getHeightAtPosition(wallStartHeight, wallEndHeight, aMod.FixedLocation, float.Parse(Request.Form["hidWall" + i + "Length"]));//
float modEndHeight = GlobalFunctions.getHeightAtPosition(wallStartHeight, wallEndHeight, (aMod.FixedLocation + aMod.Length), float.Parse(Request.Form["hidWall" + i + "Length"]));
//The space left is the total height of the wall at the highest point of the mod minus the current built mod's space (aMod.StartHeight which equals aMod.endHeight at this point
//Minus the space the door punch takes up.
float sendableHeight = Math.Max(modStartHeight, modEndHeight);
float[] windowInfo = GlobalFunctions.findOptimalHeightsOfWindows((sendableHeight - modularItems[0].FStartHeight - .25f), ddlTransomType.SelectedValue);
if (modStartHeight == modEndHeight)
{
//rectangular window
for (int currentWindow = 0; currentWindow < windowInfo[0]; currentWindow++)
{
//Set window properties
Window aWindow = new Window();
aWindow.FEndHeight = aWindow.FStartHeight = windowInfo[1];
aWindow.RightHeight = aWindow.LeftHeight = windowInfo[1] - 2.125f; //Framing size
aWindow.Colour = Request.Form["MainContent_hidWindowColour"]; //CHANGEME if v4t will be XXXX, can't use hidWallWindowColour need to ask elsewhere
aWindow.FrameColour = Request.Form["MainContent_hidWindowFramingColour"];
aWindow.ItemType = "Window";
aWindow.FLength = aMod.Length - Constants.MOD_FRAMING_OFFSET;
aWindow.Width = aWindow.FLength - Constants.WINDOW_FRAMING_OFFSET;
aWindow.WindowStyle = ddlTransomType.SelectedValue;
aWindow.SpreaderBar = -1;
//Add remaining area to first window
if (currentWindow == 0)
{
aWindow.FEndHeight += windowInfo[2];
aWindow.FStartHeight += windowInfo[2];
aWindow.RightHeight += windowInfo[2];
aWindow.LeftHeight += windowInfo[2];
}
modularItems.Add(aWindow);
}
}
else
{
//trap/triangle
for (int currentWindow = 0; currentWindow < windowInfo[0]; currentWindow++)
{
//Set window properties
Window aWindow = new Window();
aWindow.FEndHeight = aWindow.FStartHeight = windowInfo[1];
aWindow.RightHeight = aWindow.LeftHeight = windowInfo[1] - 2.125f;
aWindow.Colour = Request.Form["MainContent_hidWindowColour"]; //CHANGEME if v4t will be XXXX, can't use hidWallWindowColour need to ask elsewhere
aWindow.FrameColour = Request.Form["MainContent_hidWindowFramingColour"];
aWindow.ItemType = "Window";
aWindow.FLength = aMod.Length - Constants.MOD_FRAMING_OFFSET;
aWindow.Width = aWindow.FLength - Constants.WINDOW_FRAMING_OFFSET;
aWindow.WindowStyle = ddlTransomType.SelectedValue;
aWindow.SpreaderBar = -1;
//Add remaining area to first window
if (currentWindow == 0)
{
aWindow.FEndHeight += windowInfo[2];
aWindow.FStartHeight += windowInfo[2];
aWindow.RightHeight += windowInfo[2];
aWindow.LeftHeight += windowInfo[2];
}
//If last window, we need to change a height to make it sloped
if (currentWindow == windowInfo[0] - 1)
{
//If start wall is higher, we lower end height
if (wallStartHeight == Math.Max(wallStartHeight, wallEndHeight))
{
aWindow.FEndHeight = aWindow.FEndHeight - (modStartHeight - modEndHeight);
aWindow.RightHeight = aWindow.RightHeight - (modStartHeight - modEndHeight);
}
//Otherwise we lower start height
else
{
aWindow.FStartHeight = aWindow.FStartHeight - (modEndHeight - modStartHeight);
aWindow.LeftHeight = aWindow.LeftHeight - (modEndHeight - modStartHeight);
}
}
modularItems.Add(aWindow);
}
}
aMod.ModularItems = modularItems;
linearItems.Add(aMod);
if (Request.Form["hidWall" + i + "Door" + j + "boxHeader"] == "Right" || Request.Form["hidWall" + i + "Door" + j + "boxHeader"] == "Both")
{
if (currentModel == "M400")
{
HChannel anHChannel = new HChannel();
anHChannel.StartHeight = anHChannel.EndHeight = Convert.ToSingle(Request.Form["hidWall" + i + "Door" + j + "mheight"]);
anHChannel.Length = 2.5f;
//CHANGEME if driftwood
anHChannel.ItemType = "HChannel";//
anHChannel.FixedLocation = Convert.ToSingle(Request.Form["hidWall" + i + "Door" + j + "position"]) - anHChannel.Length;
linearItems.Add(anHChannel);
}
else
{
BoxHeader aBoxHeader = new BoxHeader();
aBoxHeader.StartHeight = aBoxHeader.EndHeight = Convert.ToSingle(Request.Form["hidWall" + i + "Door" + j + "mheight"]);
aBoxHeader.Length = Constants.BOXHEADER_LENGTH;
aBoxHeader.FixedLocation = Convert.ToSingle(Request.Form["hidWall" + i + "Door" + j + "position"]) - aBoxHeader.Length;
aBoxHeader.ItemType = "BoxHeader";
linearItems.Add(aBoxHeader);
}
}
}
int numberOfVents = 0;
if (hidWindowType.Value == "Vertical 4 Track" || hidWindowType.Value == "Vertical Four Track")
{
numberOfVents = hidWindowColour.Value.Length;
}
if (hidWindowType.Value == "Horizontal Roller" || hidWindowType.Value == "Horizontal 2 Track")
{
numberOfVents = 2;
}
////Now we add the windows that fill the rest of the space
//string windowInfoString = Request.Form["hidWall" + i + "WindowInfo"];
//string[] windowInfoArray = windowInfoString.Split(detailsDelimiter, StringSplitOptions.RemoveEmptyEntries);
//Right filler
//Since we don't want to add the same corner post that is shared between walls twice, at this point we're just going to remove from filler
//and from wall length, so for example, a 130 length wall will actually be 126.875 and 'go into' the next corner post
//We try to check next wall. If it exists, this rightside will be a corner post. If it throws an error
//this must be the last wall, so we only remove a receiver's worth from the right side.
//try
//{
// if (wallDetails[i - 1, 4] == "P")
// {
// if (currentModel == "M400")
// {
// wallRightFiller -= 4.125f;
// }
// else
// {
// wallRightFiller -= 3.125f;
// }
// }
//}
//catch (Exception ex)
//{
// wallRightFiller -= 1f;
//}
//Now add the filler itself
if (wallLeftFiller > 0)
{
Filler leftFiller = new Filler();
leftFiller.Length = wallLeftFiller;
//Surround this in a try, because partial gable right walls will not have an element 0.
//In that case, the fixedlocation would be the start, 0.
try
{
leftFiller.FixedLocation = linearItems[0].Length;
leftFiller.StartHeight = GlobalFunctions.getHeightAtPosition(wallStartHeight, wallEndHeight, leftFiller.FixedLocation, listOfWalls[linearPosition].Length);//position corresponds to this wall's first item's start point
leftFiller.EndHeight = GlobalFunctions.getHeightAtPosition(wallStartHeight, wallEndHeight, leftFiller.FixedLocation + leftFiller.Length, listOfWalls[linearPosition].Length);//position corresponds to this wall's first item's length
leftFiller.ItemType = "Filler";
linearItems.Insert(1, leftFiller); //Inserted as second element, after receiever or post
}
catch (Exception ex)
{
leftFiller.FixedLocation = 0;
leftFiller.StartHeight = GlobalFunctions.getHeightAtPosition(wallStartHeight, wallEndHeight, leftFiller.FixedLocation, listOfWalls[linearPosition].Length);//position corresponds to this wall's first item's start point
leftFiller.EndHeight = GlobalFunctions.getHeightAtPosition(wallStartHeight, wallEndHeight, leftFiller.FixedLocation + leftFiller.Length, listOfWalls[linearPosition].Length);//position corresponds to this wall's first item's length
leftFiller.ItemType = "Filler";
linearItems.Add(leftFiller); //Inserted as first element
}
}
if (wallRightFiller > 0)
{
Filler rightFiller = new Filler();
rightFiller.Length = wallRightFiller;
rightFiller.FixedLocation = listOfWalls[linearPosition].Length - wallRightFiller;
rightFiller.StartHeight = GlobalFunctions.getHeightAtPosition(wallStartHeight, wallEndHeight, rightFiller.FixedLocation, listOfWalls[linearPosition].Length);//position corresponds to this wall's first item's start point
rightFiller.EndHeight = GlobalFunctions.getHeightAtPosition(wallStartHeight, wallEndHeight, rightFiller.FixedLocation + rightFiller.Length, listOfWalls[linearPosition].Length);//position corresponds to this wall's first item's length
rightFiller.ItemType = "Filler";
linearItems.Add(rightFiller);
}
//if (currentModel == "M400")
//{
// Corner aCorner = new Corner();
// aCorner.StartHeight = aCorner.EndHeight = GlobalFunctions.getHeightAtPosition(wallStartHeight, wallEndHeight, 0, listOfWalls[0].Length);
// aCorner.Length = 4.125f;
// wallRightFiller -= aCorner.Length;
// linearItems.Add(aCorner);
//}
//else
//{
// Corner aCorner = new Corner();
// aCorner.StartHeight = aCorner.EndHeight = GlobalFunctions.getHeightAtPosition(wallStartHeight, wallEndHeight, 0, listOfWalls[0].Length);
// aCorner.Length = 4.125f;
// wallRightFiller -= aCorner.Length;
// linearItems.Add(aCorner);
//}
//Now that we have all the linear items, we add to each wall
double iRailing = -1;
if (hidRailing.Value == "Yes")
{
iRailing = Convert.ToDouble(hidRailingHeight.Value);
}
listOfWalls[linearPosition].LinearItems = linearItems;
listOfWalls[linearPosition].FillSpaceWithWindows(hidWindowType.Value, hidWindowColour.Value, hidWindowFramingColour.Value, numberOfVents, Convert.ToSingle(txtKneewallHeight.Text),
ddlKneewallType.SelectedValue.ToString(), ddlTransomType.SelectedValue.ToString(), bool.Parse(hidSunshade.Value), hidValance.Value,
hidFabric.Value, hidOpenness.Value, hidChain.Value, hidScreenType.Value, iRailing);
linearPosition++;
}
//This is a wall without doors
else
{
//Left filler
//The current program hasn't considered the space receievers or corner posts take up in a wall's length
//So we're going to cheat it here by adding that 'space' to the fillers, and removing it later when the
//Wall objects are being built, which is here.
if (cheatCounter == 0)
{
wallLeftFiller -= 1;//CHANGEME receiver length
Receiver aReceiver = new Receiver();
aReceiver.ItemType = "Receiver";
aReceiver.StartHeight = aReceiver.EndHeight = GlobalFunctions.getHeightAtPosition(wallStartHeight, wallEndHeight, 0, listOfWalls[0].Length);
aReceiver.Length = 1f;
aReceiver.FixedLocation = 0;
linearItems.Insert(0, aReceiver);
cheatCounter++;
}
else
{
//If this is a gable front wall of some form (gbale wall, gablefrontwall)
//Then we have no need for the corners that would be added
if (!(gableType.Contains("Gable") && wallStartHeight > wallEndHeight))
{
if (currentModel == "M400")
{
Corner aCorner = new Corner();
aCorner.StartHeight = aCorner.EndHeight = GlobalFunctions.getHeightAtPosition(wallStartHeight, wallEndHeight, 0, listOfWalls[0].Length);
aCorner.Length = 4.125f;
aCorner.ItemType = "Corner";
wallLeftFiller -= aCorner.Length;
linearItems.Add(aCorner);
}
else
{
Corner aCorner = new Corner();
aCorner.StartHeight = aCorner.EndHeight = GlobalFunctions.getHeightAtPosition(wallStartHeight, wallEndHeight, 0, listOfWalls[0].Length);
aCorner.Length = 3.125f;
aCorner.ItemType = "Corner";
wallLeftFiller -= aCorner.Length;
linearItems.Add(aCorner);
}
cheatCounter++;
}
}
int numberOfVents = 0;
if (hidWindowType.Value == "Vertical 4 Track" || hidWindowType.Value == "Vertical Four Track")
{
numberOfVents = hidWindowColour.Value.Length;
}
if (hidWindowType.Value == "Horizontal Roller" || hidWindowType.Value == "Horizontal 2 Track")
{
numberOfVents = 2;
}
////Now we add the windows that fill the rest of the space
//string windowInfoString = Request.Form["hidWall" + i + "WindowInfo"];
//string[] windowInfoArray = windowInfoString.Split(detailsDelimiter, StringSplitOptions.RemoveEmptyEntries);
//Right filler
//Since we don't want to add the same corner post that is shared between walls twice, at this point we're just going to remove from filler
//and from wall length, so for example, a 130 length wall will actually be 126.875 and 'go into' the next corner post
//We try to check next wall. If it exists, this rightside will be a corner post. If it throws an error
//this must be the last wall, so we only remove a receiver's worth from the right side.
//try
//{
// if (wallDetails[i - 1, 4] == "P")
// {
// if (currentModel == "M400")
// {
// wallRightFiller -= 4.125f;
// }
// else
// {
// wallRightFiller -= 3.125f;
// }
// }
//}
//catch (Exception ex)
//{
// wallRightFiller -= 1f;
//}
//Now add the filler itself
if (wallLeftFiller > 0)
{
Filler leftFiller = new Filler();
leftFiller.Length = wallLeftFiller;
//Surround this in a try, because partial gable right walls will not have an element 0.
//In that case, the fixedlocation would be the start, 0.
try
{
leftFiller.FixedLocation = linearItems[0].Length;
leftFiller.StartHeight = GlobalFunctions.getHeightAtPosition(wallStartHeight, wallEndHeight, leftFiller.FixedLocation, listOfWalls[linearPosition].Length);//position corresponds to this wall's first item's start point
leftFiller.EndHeight = GlobalFunctions.getHeightAtPosition(wallStartHeight, wallEndHeight, leftFiller.FixedLocation + leftFiller.Length, listOfWalls[linearPosition].Length);//position corresponds to this wall's first item's length
leftFiller.ItemType = "Filler";
linearItems.Insert(1, leftFiller); //Inserted as second element, after receiever or post
}
catch (Exception ex)
{
leftFiller.FixedLocation = 0;
leftFiller.StartHeight = GlobalFunctions.getHeightAtPosition(wallStartHeight, wallEndHeight, leftFiller.FixedLocation, listOfWalls[linearPosition].Length);//position corresponds to this wall's first item's start point
leftFiller.EndHeight = GlobalFunctions.getHeightAtPosition(wallStartHeight, wallEndHeight, leftFiller.FixedLocation + leftFiller.Length, listOfWalls[linearPosition].Length);//position corresponds to this wall's first item's length
leftFiller.ItemType = "Filler";
linearItems.Add(leftFiller); //Inserted as first element
}
}
if (wallRightFiller > 0)
{
Filler rightFiller = new Filler();
rightFiller.Length = wallRightFiller;
rightFiller.FixedLocation = listOfWalls[linearPosition].Length - wallRightFiller;
rightFiller.StartHeight = GlobalFunctions.getHeightAtPosition(wallStartHeight, wallEndHeight, rightFiller.FixedLocation, listOfWalls[linearPosition].Length);//position corresponds to this wall's first item's start point
rightFiller.EndHeight = GlobalFunctions.getHeightAtPosition(wallStartHeight, wallEndHeight, rightFiller.FixedLocation + rightFiller.Length, listOfWalls[linearPosition].Length);//position corresponds to this wall's first item's length
rightFiller.ItemType = "Filler";
linearItems.Add(rightFiller);
}
//if last wall, we have right side receiver
if (i == strWalls.Length)
{
wallRightFiller -= 1;//CHANGEME receiver length
Receiver aReceiver = new Receiver();
aReceiver.StartHeight = aReceiver.EndHeight = GlobalFunctions.getHeightAtPosition(wallStartHeight, wallEndHeight, listOfWalls[listOfWalls.Count - 1].Length - 1, listOfWalls[listOfWalls.Count - 1].Length);
aReceiver.Length = 1f;
aReceiver.FixedLocation = listOfWalls[listOfWalls.Count - 1].Length - 1;
listOfWalls[listOfWalls.Count - 1].LinearItems.Add(aReceiver);
cheatCounter++;
}
double iRailing = -1;
if (hidRailing.Value == "Yes")
{
iRailing = Convert.ToDouble(hidRailingHeight.Value);
}
listOfWalls[linearPosition].LinearItems = linearItems;
listOfWalls[linearPosition].FillSpaceWithWindows(hidWindowType.Value, hidWindowColour.Value, hidWindowFramingColour.Value, numberOfVents, Convert.ToSingle(txtKneewallHeight.Text),
ddlKneewallType.SelectedValue.ToString(), ddlTransomType.SelectedValue.ToString(), bool.Parse(hidSunshade.Value), hidValance.Value,
hidFabric.Value, hidOpenness.Value, hidChain.Value, hidScreenType.Value, iRailing);//
linearPosition++;
}
#endregion
}
}
////Add Area
//char[] areaStringDelimeter = { ',' };
//string areaString = Request.Form["hidWall" + i + "WindowInfo" + j];
//string[] areaInfo = areaString.Split(areaStringDelimeter, StringSplitOptions.RemoveEmptyEntries);
//Mod aMod = new Mod();
//aMod.ModType = "Window";
////Height of the mod will be the minimum height for now, CHANGEME
//aMod.Height = Math.Min(float.Parse(Request.Form["hidWall" + i + "StartHeight"]), float.Parse(Request.Form["hidWall" + i + "EndHeight"]));
//aMod.Length = float.Parse(areaInfo[2]);
////loop for 'number of windows'
//for (int k = 0; k <= Int32.Parse(areaInfo[1]); k++)
//{
// List<Object> aModItems = new List<Object>();
// Window aWindow = new Window();
//}
//Add objects to session
//Forward to next page
//Last check, if it's a sunspace gable wall, the two gable walls are not seperate, but one entity, so we combine them
if (gableType == "Sunspace Gable")
{
for (int i = 0; i < listOfWalls.Count; i++)
{
//If this is one of the walls touching the gable peak
if (listOfWalls[i].StartHeight == listOfWalls[i+1].EndHeight)
{
//If start height is smaller, it's the first gable wall
if (listOfWalls[i].StartHeight < listOfWalls[i].EndHeight)
{
//Add the boxheader/receiever
BoxHeader aBoxHeader = new BoxHeader();
aBoxHeader.IsReceiver = true;
aBoxHeader.FixedLocation = listOfWalls[i].Length;
aBoxHeader.Length = Constants.BOXHEADER_LENGTH;
aBoxHeader.ItemType = "BoxHeader";
aBoxHeader.StartHeight = GlobalFunctions.getHeightAtPosition(listOfWalls[i].StartHeight, listOfWalls[i].EndHeight, aBoxHeader.FixedLocation, listOfWalls[i].Length);
aBoxHeader.EndHeight = GlobalFunctions.getHeightAtPosition(listOfWalls[i].StartHeight, listOfWalls[i].EndHeight, aBoxHeader.FixedLocation + aBoxHeader.Length, listOfWalls[i].Length);
listOfWalls[i].LinearItems.Add(aBoxHeader);
listOfWalls[i].Length += 3.25f;
listOfWalls[i].GablePeak = listOfWalls[i + 1].StartHeight;
//Loop through next wall adding items
//Remove corner post of second wall
for (int j = 0; j < listOfWalls[i+1].LinearItems.Count; j++)
{
//Set the fixed location to the current length of the first wall, because we 'add on' to it.
listOfWalls[i + 1].LinearItems[j].FixedLocation += listOfWalls[i].Length;
//Now that location is changed, add the item to the wall itself
listOfWalls[i].LinearItems.Add(listOfWalls[i + 1].LinearItems[j]);
//Now that the item is in the wall, the wall is longer, so increase its length
listOfWalls[i].Length += listOfWalls[i + 1].LinearItems[j].Length;
//Adjust endheight to endheight of second wall
listOfWalls[i].EndHeight = listOfWalls[i + 1].EndHeight;
}
//remove second wall entirely
listOfWalls.RemoveAt(i + 1);
}
//We found it, now break out of loop before we out of range exception
break;
}
}
}
//Indexes
//Loop for each wall to set its linear indexes
int linearCounter=0;
for (int i = 0; i < listOfWalls.Count; i++)
{
listOfWalls[i].FirstItemIndex = linearCounter;
for (int j = 0; j < listOfWalls[i].LinearItems.Count; j++)
{
//First, lets set modular indexes
if (listOfWalls[i].LinearItems[j].ItemType == "Mod")
{
//Get the mod, then loop for all its items
Mod aMod = (Mod)listOfWalls[i].LinearItems[j];
for (int k = 0; k < aMod.ModularItems.Count; k++)
{
aMod.ModularItems[k].ModuleIndex = (k+1);
}
listOfWalls[i].LinearItems[j] = aMod;
}
//now set this item's linear index
listOfWalls[i].LinearItems[j].LinearIndex = linearCounter;
linearCounter++;
}
listOfWalls[i].LastItemIndex = linearCounter;
listOfWalls[i].Name = "Wall " + (i + 1);
}
Receiver endReceiver = new Receiver();
endReceiver.FixedLocation = listOfWalls[listOfWalls.Count - 1].Length - 1f;
endReceiver.IsTwoPiece = false;
listOfWalls[listOfWalls.Count - 1].LastItemIndex++;
endReceiver.ItemType = "Receiver";
endReceiver.Length = 1f;
endReceiver.LinearIndex = listOfWalls[listOfWalls.Count - 1].LastItemIndex + 1;
endReceiver.StartHeight = GlobalFunctions.getHeightAtPosition(listOfWalls[listOfWalls.Count - 1].StartHeight, listOfWalls[listOfWalls.Count - 1].EndHeight, listOfWalls[listOfWalls.Count - 1].Length - 1f, listOfWalls[listOfWalls.Count - 1].Length);
endReceiver.EndHeight = GlobalFunctions.getHeightAtPosition(listOfWalls[listOfWalls.Count - 1].StartHeight, listOfWalls[listOfWalls.Count - 1].EndHeight, listOfWalls[listOfWalls.Count - 1].Length, listOfWalls[listOfWalls.Count - 1].Length);
listOfWalls[listOfWalls.Count - 1].LinearItems.Add(endReceiver);
//linear item sexes
for (int i = 0; i < listOfWalls.Count; i++)
{
for (int j = 0; j < listOfWalls[i].LinearItems.Count; j++)
{
if (listOfWalls[i].LinearItems[j].ItemType == "Receiver")
{
//Receiver at start of wall is MF, but at end of wall is FM
if (j == 0)
{
listOfWalls[i].LinearItems[j].Sex = "MF";
}
else
{
listOfWalls[i].LinearItems[j].Sex = "FM";
}
}
//Corners are always FF to allow the walls to 'go into' them
else if (listOfWalls[i].LinearItems[j].ItemType == "Corner")
{
listOfWalls[i].LinearItems[j].Sex = "FF";
}
else if (listOfWalls[i].LinearItems[j].ItemType == "BoxHeader" || listOfWalls[i].LinearItems[j].ItemType == "HChannel")
{
listOfWalls[i].LinearItems[j].Sex = "FF";
}
//Filler is always MM
else if (listOfWalls[i].LinearItems[j].ItemType == "Filler")
{
listOfWalls[i].LinearItems[j].Sex = "MM";
}
else if (listOfWalls[i].LinearItems[j].ItemType == "Mod")
{
//If previous linear item ends with male receiever, this mod must be female
if (listOfWalls[i].LinearItems[j - 1].Sex.Substring(1) == "M")
{
listOfWalls[i].LinearItems[j].Sex = "FF";
}
else
{
listOfWalls[i].LinearItems[j].Sex = "MM";
}
try
{
//If a filler is after this mod, we must make the mod end in female
if (listOfWalls[i].LinearItems[j + 1].ItemType == "Filler")
{
listOfWalls[i].LinearItems[j].Sex = listOfWalls[i].LinearItems[j].Sex.Substring(0, 1) + "F";
}
//If a receiver is after this mod, we must make the mod end in male
else if (listOfWalls[i].LinearItems[j + 1].ItemType == "Receiver")
{
listOfWalls[i].LinearItems[j].Sex = listOfWalls[i].LinearItems[j].Sex.Substring(0, 1) + "M";
}
//If a boxheader is after this mod, we must make the mod end in male
else if (listOfWalls[i].LinearItems[j + 1].ItemType == "BoxHeader")
{
listOfWalls[i].LinearItems[j].Sex = listOfWalls[i].LinearItems[j].Sex.Substring(0, 1) + "M";
}
}
catch (Exception ex)
{
//if we throw an exception, this is the very last linear item in the wall
//If it is the last linear item in the wall, that means that a mod goes directly into a corner post
//Adjust mod to end male to go into corner post
listOfWalls[i].LinearItems[j].Sex = listOfWalls[i].LinearItems[j].Sex.Substring(0, 1) + "M";
}
}
}
}
Session.Add("listOfWalls", listOfWalls);
Session.Add("sunroomProjection", hidRoomProjection.Value);
Session.Add("sunroomWidth", hidRoomWidth.Value);
if (Session["newProjectHasRoof"].ToString() == "Yes")
{
Response.Redirect("RoofWizard.aspx");
}
else if (Session["newProjectPrefabFloor"].ToString() == "Yes")
{
Response.Redirect("WizardFloors.aspx");
}
else
{
Response.Redirect("ProjectPreview.aspx");
}
}
