public void GenerateDummyList()
{
//Create a large list of dummy elements;
elementList = new ObservableCollection <CarboElement>();
Random rnd = new Random(1000);
for (int i = 0; i < 100; i++)
{
double volume = rnd.Next(10, 100); // creates a random Volume
int value1 = rnd.Next(1, 5); // creates a random Volume
int value2 = rnd.Next(1, 5); // creates a random Volume
string materialName = CarboElementImporter.getRandomMaterial(value1);
string category = CarboElementImporter.getRandomCategory(value2);
int id = rnd.Next(10000, 20000);
CarboElement carboLifeElement = new CarboElement();
carboLifeElement.Id = id;
carboLifeElement.MaterialName = materialName;
carboLifeElement.Volume = volume;
carboLifeElement.Category = category;
carboLifeElement.SubCategory = "";
carboLifeElement.Density = 1000;
//carboLifeElement.Material = new CarboMaterial(materialName);
elementList.Add(carboLifeElement);
}
CalculateProject();
}
private CarboElement addBufferToElements(List <CarboElement> elementbuffer, CarboElement cElement, out bool ok)
{
ok = false;
if (elementbuffer != null)
{
if (elementbuffer.Count > 0)
{
//searc the buffer for the right totals
foreach (CarboElement buffer_CE in elementbuffer)
{
try
{
if (buffer_CE.Id == cElement.Id)
{
//Set the values;
cElement.EC_Total = buffer_CE.EC_Total;
cElement.ECI_Total = buffer_CE.ECI_Total;
cElement.Volume_Total = buffer_CE.Volume_Total;
ok = true;
break;
}
}
catch (Exception ex)
{
ok = false;
MessageBox.Show(ex.Message);
}
}
}
}
justSaved = false;
return(cElement);
}
private bool updateinElementList(CarboElement ceNew)
{
bool result = false;
//check all existing elements for its
foreach (CarboElement ceOld in elementList)
{
bool isSimilar = isElementSimilar(ceOld, ceNew);
if (ceOld.Id == ceNew.Id && ceOld.MaterialName == ceNew.MaterialName && ceOld.isUpdated == false)
{
//A match was found, update the element
//These two match, we can update the volume
ceOld.Volume = ceNew.Volume;
ceOld.Volume_Total = 0;
//not sure about the below:
ceOld.Category = ceNew.Category;
ceOld.Category = ceNew.SubCategory;
//Set Flags
ceOld.isUpdated = true;
justSaved = false;
return(true);
}
}
//element is not found
return(result);
}
internal CarboElement CopyMe()
{
CarboElement clone = new CarboElement();
clone.Id = this.Id;
clone.Name = this.Name;
//Imported Material Name
clone.MaterialName = this.MaterialName;
//Matched To Material Name
clone.CarboMaterialName = this.CarboMaterialName;
clone.Category = this.Category;
clone.SubCategory = this.SubCategory;
clone.Volume = this.Volume;
clone.Mass = this.Mass;
clone.Density = this.Density;
clone.Level = this.Level;
clone.isDemolished = this.isDemolished;
clone.isExisting = this.isExisting;
clone.isSubstructure = this.isSubstructure;
clone.r = this.r;
clone.g = this.g;
clone.b = this.b;
clone.ECI = this.ECI;
clone.EC = this.EC;
clone.ECI_Total = this.ECI_Total;
clone.EC_Total = this.EC_Total;
clone.Volume_Total = this.Volume_Total;
return(clone);
}
private bool insertinGroups(CarboElement ceNew)
{
bool result = false;
foreach (CarboGroup cg in getGroupList)
{
if (cg.AllElements.Count > 0)
{
foreach (CarboElement ceOld in cg.AllElements)
{
//to be added, the category, subcategory & materialname need to be identical
if (
ceOld.Category == ceNew.Category &&
ceOld.SubCategory == ceNew.SubCategory &&
ceOld.MaterialName == ceNew.MaterialName
)
{
//A match was found, check the materials
ceNew.isUpdated = true;
cg.AllElements.Add(ceNew);
justSaved = false;
return(true);
//break;
}
}
}
}
//element is not found this will be put in a new group;
justSaved = false;
return(result);
}
public CarboGroup(CarboElement carboElement)
{
Id = -999;
MaterialName = carboElement.MaterialName;
Category = carboElement.Category;
SubCategory = carboElement.SubCategory;
Description = "";
Volume = carboElement.Volume;
Density = 0;
Mass = 0;
//EEI = 0;
ECI = 0;
//EE = 0;
EC = 0;
PerCent = 0;
Material = new CarboMaterial();
Material = carboElement.Material;
AllElements = new List <CarboElement>();
AllElements.Add(carboElement);
isDemolished = carboElement.isDemolished;
isSubstructure = carboElement.isSubstructure;
}
private bool isElementSimilar(CarboElement ceOld, CarboElement ceNew)
{
bool result = false;
if (ceOld.Id == ceNew.Id &&
ceOld.MaterialName == ceNew.MaterialName &&
ceOld.isUpdated == false)
{
return(true);
}
return(result);
}
public CarboGroup(CarboElement carboElement)
{
Id = -999;
MaterialName = carboElement.MaterialName;
Category = carboElement.Category;
SubCategory = carboElement.SubCategory;
Description = "";
Volume = carboElement.Volume;
Density = 0;
Mass = 0;
//EEI = 0;
ECI = 0;
//EE = 0;
EC = 0;
//Correction Formula
Correction = "";
CorrectionDescription = "";
//Waste
Waste = 0;
WasteDescription = "";
//Additional
Additional = 0;
AdditionalDescription = "";
//B4
B4Factor = 1;
ComponentLifePeriod = 50;
AssetLifePeriod = 50;
B4Description = "";
PerCent = 0;
//get the material
Material = new CarboMaterial();
//Material = carboElement.Material; removed from CarboElement
AllElements = new List <CarboElement>();
AllElements.Add(carboElement);
isDemolished = carboElement.isDemolished;
isSubstructure = carboElement.isSubstructure;
}
private void NewGroup(CarboElement ceNew)
{
try
{
ceNew.isUpdated = true;
CarboGroup newGroup = new CarboGroup(ceNew);
CarboMaterial closestGroupMaterial = CarboDatabase.getClosestMatch(ceNew.MaterialName);
//cg.MaterialName = closestGroupMaterial.Name;
newGroup.setMaterial(closestGroupMaterial);
closestGroupMaterial.CalculateTotals();
this.AddGroup(newGroup);
}
catch
{
}
}
private void setElementotals()
{
//Generate a new ALL elements list from the calculated values in the Groups
List <CarboElement> elementbuffer = getTemporaryElementListWithTotals();
//Now Imprint them into the elements totals
bool okSet = false;
foreach (CarboGroup cg in groupList)
{
if (cg.AllElements != null)
{
if (cg.AllElements.Count > 0)
{
for (int i = 0; i <= cg.AllElements.Count - 1; i++)
{
CarboElement ce = cg.AllElements[i];
ce = addBufferToElements(elementbuffer, ce, out okSet);
}
}
}
}
}
private bool updateinGroups(CarboElement ceNew)
{
bool result = false;
foreach (CarboGroup cg in getGroupList)
{
if (cg.AllElements.Count > 0)
{
foreach (CarboElement ceOld in cg.AllElements)
{
bool isSimilar = isElementSimilar(ceOld, ceNew);
if (isSimilar == true)
{
//A match was found, check the materials
ceOld.Volume = ceNew.Volume;
ceOld.Volume_Total = 0;
//not sure about the below:
//ceOld.Category = ceNew.Category;
//ceOld.SubCategory = ceNew.SubCategory;
//Set Flags
ceOld.isUpdated = true;
//Dont go looking for more elements
return(true);
//break;
}
}
//group found, don't go looking for more groups
}
}
//element is not found
justSaved = false;
return(result);
}
/// <summary>
/// Updates the project with the elements inside another carbogroup
/// </summary>
/// <param name="newProject"></param>
public void UpdateProject(CarboProject projectWithElements)
{
int totalNewElements;
int totalOldElements;
int updatedElements = 0;
int newElementsInGroup = 0;
int newElementsWithNoGroup = 0;
int deletedElements = 0;
int deletedGroups = 0;
//Replace All Elements iterate though each element in the new list and the following things can happen:
// 0. Elements that dont exist in the old file need to be deleted. This will be done first to schrink the search table
// 1. The item was found (id match and material match) the volumes are then replaced
// 2. The element wasnt found, and thus it needs to be added to a group, or a new group will be made for it.
// 4. cleanup, groups without elements, that had elements before will need to be deleted.
// 5. compound elements need to be reviewed for the future, as they can be trcky to deal with atm.
totalNewElements = projectWithElements.elementList.Count;
totalOldElements = this.elementList.Count;
//Update the element list;
this.elementList = new ObservableCollection <CarboElement>();
foreach (CarboElement ce in projectWithElements.elementList)
{
CarboElement ceNew = new CarboElement();
ceNew = ce.CopyMe();
this.elementList.Add(ceNew);
}
//this.elementList = new List<CarboElement>(projectWithElements.elementList);
//Clear the project so we can track the updates.
foreach (CarboElement ce in elementList)
{
ce.isUpdated = false;
}
foreach (CarboGroup cg in getGroupList)
{
if (cg.AllElements.Count > 0)
{
foreach (CarboElement ce in cg.AllElements)
{
ce.isUpdated = false;
}
}
}
//1 Update similar elements and flag the ones that are done.
for (int i = projectWithElements.elementList.Count - 1; i >= 0; i--)
{
CarboElement ceNew = projectWithElements.elementList[i] as CarboElement;
if (ceNew != null)
{
bool isfoundinGroup = false;
//bool isfoundinElementList = false;
//Check and update the groups: the groups
isfoundinGroup = updateinGroups(ceNew);
//if the element was found and updated,
if (isfoundinGroup == true)
{
//remove from list, it has been done;
updatedElements++;
projectWithElements.elementList.RemoveAt(i);
//ceNew.isUpdated = true;
}
}
}
//Elements that wern't flagged in the new list must be new, they need to be added to the right group.
for (int i = projectWithElements.elementList.Count - 1; i >= 0; i--)
{
CarboElement ceNew = projectWithElements.elementList[i] as CarboElement;
if (ceNew != null)
{
//each element will be assesed individually.
//Look through the element list:
if (ceNew.isUpdated == false)
{
bool insertedinGroup = false;
//Check and update the groups: the groups
insertedinGroup = insertinGroups(ceNew);
if (insertedinGroup == true)
{
//The element was found in an existing group and was updated
newElementsInGroup++;
projectWithElements.elementList.RemoveAt(i);
}
else
{
//Elements that wern't flagged in the new list must need their own new group;
//A new group need to be made for this element;
newElementsWithNoGroup++;
this.NewGroup(ceNew);
//The materialname was given by the elements, the values now need to be matched with a own one.
//cg.MaterialName = closestGroupMaterial.Name;
//cg.setMaterial(closestGroupMaterial);
projectWithElements.elementList.RemoveAt(i);
}
}
}
}
//Remove all the elements in groups that werent updated, and delete the groups if empty
for (int i = this.groupList.Count - 1; i >= 0; i--)
{
CarboGroup group = this.groupList[i] as CarboGroup;
if (group != null)
{
bool deletegroup = false;
if (group.AllElements.Count > 0)
{
for (int j = group.AllElements.Count - 1; j >= 0; j--)
{
CarboElement ce = group.AllElements[j] as CarboElement;
if (ce != null)
{
if (ce.isUpdated == false)
{
//We found a element that doesnt exist anymore
group.AllElements.RemoveAt(j);
deletedElements++;
}
}
}
//if the group is empty after all the elemetns are deleted, remove the group;
if (group.AllElements.Count == 0)
{
deletegroup = true;
}
}
if (deletegroup == true)
{
this.groupList.RemoveAt(i);
deletedGroups++;
}
}
}
//getElementsFromGroups;
string message =
"Project updated: " + Environment.NewLine +
"Old nr of elements: " + totalOldElements + Environment.NewLine +
"New nr of elements: " + totalNewElements + Environment.NewLine +
"Nr of elements updated: " + updatedElements + Environment.NewLine +
"Nr of elements added to groups: " + newElementsInGroup + Environment.NewLine +
"Nr of elements added to new groups: " + newElementsWithNoGroup + Environment.NewLine +
"Elements deleted: " + deletedElements + Environment.NewLine +
"Groups deleted: " + deletedGroups + Environment.NewLine;
justSaved = false;
MessageBox.Show(message, "Results", MessageBoxButton.OK);
}
private static ObservableCollection <CarboGroup> AddToCarboGroup(ObservableCollection <CarboGroup> carboGroupList, CarboElement carboElement, CarboMaterial mappedMaterial)
{
int idbase = 1000;
//Try Add
foreach (CarboGroup cg in carboGroupList)
{
if (cg.Category == carboElement.Category)
{
if (cg.MaterialName == mappedMaterial.Name)
{
cg.AllElements.Add(carboElement);
return(carboGroupList);
}
}
}
//NoCategoryWasFound: make new group
int id = carboGroupList.Count;
CarboGroup newGroup = new CarboGroup(carboElement);
newGroup.Id = idbase;
newGroup.Material = mappedMaterial;
newGroup.MaterialName = mappedMaterial.Name;
newGroup.Density = mappedMaterial.Density;
//newGroup.ECI = mappedMaterial.ECI;
//newGroup.EEI = mappedMaterial.EEI;
//newGroup.Volume = carboElement.Volume;
carboGroupList.Add(newGroup);
return(carboGroupList);
}
private List <CarboElement> addToBuffer(List <CarboElement> elementbuffer, CarboElement cElement, out bool ok)
{
bool isUnique = true;
ok = false;
if (elementbuffer != null)
{
foreach (CarboElement buffer_CE in elementbuffer)
{
try
{
if (buffer_CE.Id == cElement.Id)
{
//Merge Elements
//double density = buffer_CE.EC_Total / (buffer_CE.Volume * buffer_CE.ECI_Total);
double volume_Total = buffer_CE.Volume + cElement.Volume;
double mass_Total = buffer_CE.Mass + cElement.Mass;
double mass_TotalCheck = (buffer_CE.EC / buffer_CE.ECI) + (cElement.EC / cElement.ECI);
//double Density_Total = mass_Total / volume_Total;
double EC_Total = buffer_CE.EC_Total + cElement.EC;
//Calculate combined ECI.
double ECI_Total = EC_Total / mass_Total;
//Total EC:
buffer_CE.EC_Total = EC_Total;
//Total Volume
buffer_CE.Volume_Total = volume_Total;
//Total ECI
buffer_CE.ECI_Total = ECI_Total;
//mass Total
buffer_CE.Mass = mass_Total;
//Density Total
// n/a
isUnique = false;
ok = true;
break;
}
}
catch (Exception ex)
{
ok = false;
MessageBox.Show(ex.Message);
}
}
//The element doesnt exist yet in the list; add to the list as a new element.
if (isUnique == true)
{
CarboElement newElement = new CarboElement();
newElement.Id = cElement.Id;
newElement.Volume = cElement.Volume;
newElement.ECI_Total = cElement.ECI;
newElement.EC_Total = cElement.EC;
newElement.Volume_Total = cElement.Volume;
newElement.Mass = cElement.Mass;
elementbuffer.Add(newElement);
ok = true;
}
}
justSaved = false;
return(elementbuffer);
}
private static ObservableCollection <CarboGroup> AddToCarboGroup(
ObservableCollection <CarboGroup> carboGroupList,
CarboElement carboElement,
bool groupCategory,
bool groupSubCategory,
bool groupType,
bool groupMaterial,
bool groupSubStructure,
bool groupDemolition,
string uniqueTypeNames)
{
int idbase = 1000;
//define all constnts
bool okCategory = false;
bool okSubCategory = false;
bool okType = false;
bool okMaterial = false;
bool okSubStructure = false;
bool okDemolition = false;
bool okUniqueType = false;
bool containsRelavantName = false;
//split
string[] uniquenamelist = uniqueTypeNames.Split(',');
foreach (CarboGroup cg in carboGroupList)
{
bool matchCategory = false;
bool matchSubCategory = false;
bool matchType = false;
bool matchMaterial = false;
bool matchSubStructure = false;
bool matchDemolition = false;
bool matchUniqueType = false;
okCategory = false;
okSubCategory = false;
okType = false;
okMaterial = false;
okSubStructure = false;
okDemolition = false;
okUniqueType = false;
//Find which conditions match
//Category
if (cg.Category == carboElement.Category)
{
matchCategory = true;
}
//SubCategory
if (cg.SubCategory == carboElement.SubCategory)
{
matchSubCategory = true;
}
//TypeName
if (cg.AllElements[0].Name == carboElement.Name)
{
matchType = true;
}
//Material
if (cg.MaterialName == carboElement.MaterialName)
{
matchMaterial = true;
}
//Substructure
if (cg.isSubstructure == carboElement.isSubstructure)
{
matchSubStructure = true;
}
//Demoltion
if (carboElement.isDemolished == true)
{
matchDemolition = true;
}
//Uniquenames
//TBC
bool groupContainsUniqueTypename = false;
foreach (string str in uniquenamelist)
{
string str_trimmed = str.Trim();
string embededname = cg.AllElements[0].Name;
bool containsName = CaseInsensitiveContains(embededname, str_trimmed);
if (containsName == true)
{
//The elements in this group contain one of the words, see if they are identical
if (embededname == carboElement.Name)
{
//The item matched the qunique type group.
groupContainsUniqueTypename = true;
break;
}
else
{
//This is not the group you are looking for
groupContainsUniqueTypename = false;
}
}
else
{
matchUniqueType = false;
}
//Ignore switch:
containsRelavantName = CaseInsensitiveContains(carboElement.Name, str_trimmed);
}
//see if item contains unique groupname;
//at the end of this loop we know that this group contains a type name that needs to be separated.
//So the element can be added to this group:
//if this group doesnt contain the type name then another group needs to be found or (at the very end) a new group will have to be made;
if (groupContainsUniqueTypename == true)
{
matchUniqueType = true;
}
//if all required conditions match requested then add, if not, create new.
if (groupCategory == false)
{
okCategory = true;
}
else
{
if (matchCategory == true)
{
okCategory = true;
}
else
{
okCategory = false;
}
}
if (groupSubCategory == false)
{
okSubCategory = true;
}
else
{
if (matchSubCategory == true)
{
okSubCategory = true;
}
else
{
okSubCategory = false;
}
}
if (groupType == false)
{
okType = true;
}
else
{
if (matchType == true)
{
okType = true;
}
else
{
okType = false;
}
}
if (groupMaterial == false)
{
okMaterial = true;
}
else
{
if (matchMaterial == true)
{
okMaterial = true;
}
else
{
okMaterial = false;
}
}
if (groupSubStructure == false)
{
okSubStructure = true;
}
else
{
if (matchSubStructure == true)
{
okSubStructure = true;
}
else
{
okSubStructure = false;
}
}
if (groupDemolition == false)
{
okDemolition = true;
}
else
{
if (matchDemolition == true)
{
okDemolition = true;
}
else
{
okDemolition = false;
}
}
if (uniqueTypeNames == "")
{
okUniqueType = true;
}
else
{
if (containsRelavantName == true)
{
//If this group contains the EXCACT TYPE NAME then proceed to add;
if (matchUniqueType == true)
{
//The type name matched the group elements
okUniqueType = true;
}
else
{
okUniqueType = false;
}
}
else
{
okUniqueType = true;
}
}
//If all passes add to group if not skip and create new group;
if (
okCategory == true &&
okSubCategory == true &&
okType == true &&
okMaterial == true &&
okSubStructure == true &&
okDemolition == true &&
okUniqueType == true)
{
cg.AllElements.Add(carboElement);
Utils.WriteToLog("Mapped element: [" + carboElement.Category + "] - [" + carboElement.MaterialName + "] to group: [" + cg.Category + "] - [" + cg.MaterialName + "] -> " +
" Category: " + okCategory +
" sub Category: " + okSubCategory +
" Type: " + okType +
" Material: " + okMaterial +
" SubStr: " + okSubStructure +
" Demo: " + okDemolition +
" Uniquetype: " + okUniqueType);
return(carboGroupList);
}
}
//NoCategoryWasFound: make new group
int id = carboGroupList.Count + idbase;
CarboGroup newGroup = new CarboGroup(carboElement);
newGroup.Id = idbase + id;
newGroup.MaterialName = carboElement.MaterialName;
newGroup.Density = carboElement.Density;
newGroup.Description = "A new group";
newGroup.Material.Name = carboElement.MaterialName;
//newGroup.ECI = mappedMaterial.ECI;
//newGroup.EEI = mappedMaterial.EEI;
//newGroup.Volume = carboElement.Volume;
carboGroupList.Add(newGroup);
Utils.WriteToLog("Created New group for element: " + carboElement.Category + " - " + carboElement.MaterialName + " New Group: " + newGroup.MaterialName + " -> " +
" Category: " + okCategory +
" sub Category: " + okSubCategory +
" Type: " + okType +
" Material: " + okMaterial +
" SubStr: " + okSubStructure +
" Demo: " + okDemolition +
" Uniquetype: " + okUniqueType);
return(carboGroupList);
}
private static bool ElementExists(ObservableCollection <CarboGroup> carboGroupList, CarboElement carboelement)
{
bool result = false;
foreach (CarboGroup cg in carboGroupList)
{
foreach (CarboElement ce in cg.AllElements)
{
if (ce.Id == carboelement.Id)
{
result = true;
}
break;
}
}
return(result);
}
private static ObservableCollection <CarboGroup> UpdateElement(ObservableCollection <CarboGroup> carboGroupList, CarboElement carboElement)
{
foreach (CarboGroup cg in carboGroupList)
{
foreach (CarboElement ce in cg.AllElements)
{
if (ce.Id == carboElement.Id)
{
if (ce.Category == carboElement.Category)
{
ce.Volume = carboElement.Volume;
}
ce.SubCategory = carboElement.Category;
}
break;
}
}
return(carboGroupList);
}
private static ObservableCollection <CarboGroup> AddToCarboGroup(ObservableCollection <CarboGroup> carboGroupList, CarboElement carboElement,
bool hasPrimaryClass, bool hasSecondaryClass, bool hasSpecialRequests, bool hasSubstructure, bool hasDemolition)
{
//OBsolete
return(carboGroupList);
}
public void AddElement(CarboElement carboElement)
{
elementList.Add(carboElement);
}
public void AddElement(CarboElement carboElement)
{
elementList.Add(carboElement);
justSaved = false;
}
