public void SetCurrentCompiled(int id)
{
foreach (CompiledEventData e in _connection.Table <CompiledEventData>())
{
CompiledEventData placeholder = e;
//set to false first
placeholder.isActive = false;
_connection.Delete <CompiledEventData>(e.cID);
_connection.Insert(placeholder);
if (e.cID == id)
{
placeholder.isActive = true;
_connection.Delete <CompiledEventData>(id);
_connection.Insert(placeholder);
}
}
}
//get compiled data for a single team based off of index in multi dimensional CompiledEventData list for an event
public List <CompiledEventData> GetCompiledEventDataForIndex(int index)
{
CompiledEventData placeholder = new CompiledEventData();
List <CompiledEventData> result = new List <CompiledEventData>();
foreach (CompiledEventData c in _connection.Table <CompiledEventData>())
{
if (c.isActive)
{
placeholder = c;
}
}
foreach (CompiledEventData c in placeholder.compileData()[index])
{
result.Add(c);
}
result.Reverse();
return(result);
}
//read QR data and return it in a multidimensional list of matches grouped by team number
public List <List <CompiledEventData> > compileData()
{
//how many properties are we looking for:
const int dataLength = 17;
CompiledEventData placeholder = new CompiledEventData();
//list before putting it in team order
List <CompiledEventData> preOrder = new List <CompiledEventData>();
//get a substring for the raw data
string matchData = rawData;
int substringStart = 0;
while (matchData.Length > 1)
{
int startIndex = 0;
//give default values to the placeholder
placeholder = new CompiledEventData();
placeholder.officialName = officialName;
placeholder.cID = cID;
placeholder.isActive = false;
//set values which appear at the beginning of the QR string separated by commas
List <int> matchCommas = AllIndexesOf(matchData, ",").ToList();
placeholder.teamNumber = int.Parse(matchData.Substring(0, matchCommas[0]));
placeholder.matchNumber = int.Parse(matchData.Substring(matchCommas[0] + 1, matchCommas[1] - matchCommas[0] - 1));
//create substring of data after the commas
matchData = matchData.Substring(matchCommas[1] + 1, dataLength);
//interpret numerical values
placeholder.result = int.Parse(matchData.Substring(startIndex, 1));
startIndex++;
placeholder.position = int.Parse(matchData.Substring(startIndex, 1));
startIndex++;
placeholder.isTable = Convert.ToBoolean(int.Parse(matchData.Substring(startIndex, 1)));
startIndex++;
placeholder.sandstormStartLevel = int.Parse(matchData.Substring(startIndex, 1));
startIndex++;
placeholder.sandstormMode = int.Parse(matchData.Substring(startIndex, 1));
startIndex++;
placeholder.sandstormHatch = Convert.ToBoolean(int.Parse(matchData.Substring(startIndex, 1)));
startIndex++;
placeholder.sandstormCargo = Convert.ToBoolean(int.Parse(matchData.Substring(startIndex, 1)));
startIndex++;
placeholder.sandstormLine = Convert.ToBoolean(int.Parse(matchData.Substring(startIndex, 1)));
startIndex++;
placeholder.cargo = Convert.ToBoolean(int.Parse(matchData.Substring(startIndex, 1)));
startIndex++;
placeholder.cargoWell = Convert.ToBoolean(int.Parse(matchData.Substring(startIndex, 1)));
startIndex++;
placeholder.cargoBarely = Convert.ToBoolean(int.Parse(matchData.Substring(startIndex, 1)));
startIndex++;
placeholder.hatch = Convert.ToBoolean(int.Parse(matchData.Substring(startIndex, 1)));
startIndex++;
placeholder.hatchWell = Convert.ToBoolean(int.Parse(matchData.Substring(startIndex, 1)));
startIndex++;
placeholder.hatchBarely = Convert.ToBoolean(int.Parse(matchData.Substring(startIndex, 1)));
startIndex++;
placeholder.climb = int.Parse(matchData.Substring(startIndex, 1));
startIndex++;
placeholder.goodDrivers = Convert.ToBoolean(int.Parse(matchData.Substring(startIndex, 1)));
startIndex++;
placeholder.wouldRecommend = int.Parse(matchData.Substring(startIndex, 1));
startIndex++;
//add the CompiledEventData
preOrder.Add(placeholder);
//move to the next team in the string
substringStart += dataLength + matchCommas[1] + 1;
matchData = rawData.Substring(substringStart);
}
//convert to an array to sort by team number
CompiledEventData[] dataSorted = preOrder.ToArray();
Array.Sort(dataSorted, delegate(CompiledEventData data1, CompiledEventData data2)
{
return(data1.teamNumber.CompareTo(data2.teamNumber));
});
//create a list of the teams contained in the raw data
List <int> uniqueTeams = new List <int>();
foreach (CompiledEventData data in dataSorted)
{
if (!uniqueTeams.Contains(data.teamNumber))
{
uniqueTeams.Add(data.teamNumber);
}
}
//create a multidimensional list to group that data
List <List <CompiledEventData> > groupedData = new List <List <CompiledEventData> >();
groupedData.Add(new List <CompiledEventData>());
//starting first index
int c = 0;
foreach (CompiledEventData data in dataSorted)
{
//add all matches by one team to one index of the list
if (data.teamNumber == uniqueTeams[c])
{
groupedData[c].Add(data);
}
//go to the next index after all matches by that team are added
else
{
c++;
groupedData.Add(new List <CompiledEventData>());
groupedData[c].Add(data);
}
}
//return the grouped data list
return(groupedData);
}
protected override void OnCreate(Bundle savedInstanceState)
{
base.OnCreate(savedInstanceState);
SetContentView(Resource.Layout.General_Compiled);
//get controls from layout
bDeleteData = FindViewById <Button>(Resource.Id.bDeleteData);
bDeleteData.Click += ButtonClicked;
gridTeams = FindViewById <GridView>(Resource.Id.gridViewTeam);
gridTeams.ItemClick += gridClicked;
textRecent = FindViewById <TextView>(Resource.Id.textEvent);
viewDataHeight = FindViewById <LinearLayout>(Resource.Id.viewDataHeight);
//get current compiled data
currentCompiled = eData.GetCurrentCompiled();
SpannableString[] textDisp = new SpannableString[]
{
FormatString.setNormal("Viewing Data for Event: \n"),
FormatString.setBold("'" + currentCompiled.officialName + "'"),
FormatString.setNormal(" as of "),
FormatString.setBold(currentCompiled.dateMod),
FormatString.setNormal(" at "),
FormatString.setBold(currentCompiled.timeMod)
};
//set title display text
textRecent.TextFormatted = TextUtils.ConcatFormatted(textDisp);
//column titles
properties = new string[]
{
"Team",
"Recommend %",
"Record",
"Cargo/Hatch %",
" Climb?\n(Lvl 2%/Lvl 3%)",
"Good Drivers (%)",
"'Table' %"
};
//get general data for all teams
List <int> teamNumbers = currentCompiled.getTeamNumbersArray();
List <int> recPerc = currentCompiled.getRecPercentArray();
List <string> record = currentCompiled.getWinRecordArray();
List <int> cargoPerc = currentCompiled.getCargoPercentArray();
List <int> hatchPerc = currentCompiled.getHatchPercentArray();
List <int> climbPerc2 = currentCompiled.getClimb2PercentArray();
List <int> climbPerc3 = currentCompiled.getClimb3PercentArray();
List <int> driversPerc = currentCompiled.getDriversPercentArray();
List <int> tablePerc = currentCompiled.getTablePercentArray();
List <int> winPerc = currentCompiled.getWinPercentArray();
List <SpannableString> display = new List <SpannableString>();
//format data in the right order for the grid based on values
for (int i = 0; i < properties.Length; i++)
{
display.Add(FormatString.setBold(properties[i]));
}
for (int i = 0; i < currentCompiled.compileData().Count; i++)
{
//add the team number
display.Add(FormatString.setBold(teamNumbers[i].ToString()));
//recommendation percent
if (recPerc[i] >= Constants.recommendThreshHigh)
{
display.Add(FormatString.setColorBold(recPerc[i].ToString() + "%", Constants.appGreen));
}
else if (recPerc[i] <= Constants.recommendThreshLow)
{
display.Add(FormatString.setColorBold(recPerc[i].ToString() + "%", Constants.appRed));
}
else
{
display.Add(FormatString.setNormal(recPerc[i].ToString() + "%"));
}
//win-loss-tie record
if (winPerc[i] >= Constants.winThreshHigh)
{
display.Add(FormatString.setColorBold(record[i], Constants.appGreen));
}
else if (winPerc[i] <= Constants.winThreshLow)
{
display.Add(FormatString.setColorBold(record[i], Constants.appRed));
}
else
{
display.Add(FormatString.setNormal(record[i]));
}
//cargo/hatch percents
if (cargoPerc[i] >= Constants.hatch_cargoThreshHigh)
{
display.Add(FormatString.setColorBold(cargoPerc[i].ToString() + "% / " + hatchPerc[i].ToString() + "%", Constants.appGreen));
}
else if (cargoPerc[i] <= Constants.hatch_cargoThreshLow)
{
display.Add(FormatString.setColorBold(cargoPerc[i].ToString() + "% / " + hatchPerc[i].ToString() + "%", Constants.appRed));
}
else
{
display.Add(FormatString.setNormal(cargoPerc[i].ToString() + "% / " + hatchPerc[i].ToString() + "%"));
}
//climbing percents
List <SpannableString> climbDisplay = new List <SpannableString>();
if (climbPerc2[i] >= Constants.climb2Thresh)
{
climbDisplay.Add(FormatString.setColorBold(climbPerc2[i].ToString() + "% / ", Constants.appGreen));
}
else
{
climbDisplay.Add(FormatString.setNormal(climbPerc2[i].ToString() + "% / "));
}
if (climbPerc3[i] >= Constants.climb3Thresh)
{
climbDisplay.Add(FormatString.setColorBold(climbPerc3[i].ToString() + "%", Constants.appGreen));
}
else
{
climbDisplay.Add(FormatString.setNormal(climbPerc3[i].ToString() + "%"));
}
display.Add(new SpannableString(TextUtils.ConcatFormatted(climbDisplay.ToArray())));
//driveteam percents
if (driversPerc[i] >= Constants.driversThreshHigh)
{
display.Add(FormatString.setColorBold(driversPerc[i].ToString() + "%", Constants.appGreen));
}
else if (driversPerc[i] <= Constants.driversThreshLow)
{
display.Add(FormatString.setColorBold(driversPerc[i].ToString() + "%", Constants.appRed));
}
else
{
display.Add(FormatString.setNormal(driversPerc[i].ToString() + "%"));
}
//table percent
if (tablePerc[i] >= Constants.tableTresh)
{
display.Add(FormatString.setColorBold(tablePerc[i].ToString() + "%", Constants.appRed));
}
else
{
display.Add(FormatString.setColorBold(tablePerc[i].ToString() + "%", Constants.appGreen));
}
}
//display data in the grid
ArrayAdapter gridAdapt = new ArrayAdapter <SpannableString>(this, Android.Resource.Layout.SimpleListItem1, display);
gridTeams.Adapter = gridAdapt;
float scale = this.Resources.DisplayMetrics.Density;
FrameLayout.LayoutParams _params = new FrameLayout.LayoutParams((int)(1200 * scale), LinearLayout.LayoutParams.WrapContent);
viewDataHeight.LayoutParameters = _params;
}
private void ListViewClick(object sender, ItemClickEventArgs e)
{
selectedIndex = e.Position;
selectedCompiled = eData.GetCompiledEventData(eData.CompiledIDList()[selectedIndex]);
}
public void AddCompiledEventData(CompiledEventData putEventData)
{
_connection.Insert(putEventData);
}
//create a new CompiledEventData
private void compileData(object sender, EventArgs e)
{
try
{
bool isDuplicate = false;
//get a list of already existing CompiledEventData items
IEnumerable <CompiledEventData> currentData = eData.GetCompiledEventData();
foreach (CompiledEventData q in currentData)
{
if (q.cID == selectedEvent.eventID)
{
isDuplicate = true;
break;
}
}
//add data from the master device
List <MatchData> scoutListArray = eData.GetMatchDataForEvent(selectedEvent.eventID);
for (int i = 0; i < scoutListArray.Count; i++)
{
concatedQR += scoutListArray[i].teamNumber.ToString() + "," +
scoutListArray[i].matchNumber.ToString() + "," +
scoutListArray[i].result.ToString() +
scoutListArray[i].position.ToString() +
Convert.ToByte(scoutListArray[i].isTable).ToString() +
scoutListArray[i].sandstormStartLevel.ToString() +
scoutListArray[i].sandstormMode.ToString() +
Convert.ToByte(scoutListArray[i].sandstormHatch).ToString() +
Convert.ToByte(scoutListArray[i].sandstormCargo).ToString() +
Convert.ToByte(scoutListArray[i].sandstormLine).ToString() +
Convert.ToByte(scoutListArray[i].cargo).ToString() +
Convert.ToByte(scoutListArray[i].cargoWell).ToString() +
Convert.ToByte(scoutListArray[i].cargoBarely).ToString() +
Convert.ToByte(scoutListArray[i].hatch).ToString() +
Convert.ToByte(scoutListArray[i].hatchWell).ToString() +
Convert.ToByte(scoutListArray[i].hatchBarely).ToString() +
scoutListArray[i].climb.ToString() +
Convert.ToByte(scoutListArray[i].goodDrivers).ToString() +
scoutListArray[i].wouldRecommend.ToString();
}
//make sure there is some data
if (concatedQR != null)
{
//make sure it isnt a duplicate
if (!isDuplicate)
{
//create a new compiled event data and add it to the database
CompiledEventData newCompilation = new CompiledEventData(selectedEvent.eventName, selectedEvent.startDate, selectedEvent.endDate, concatedQR, false, selectedEvent.eventID);
eData.AddCompiledEventData(newCompilation);
Popup.Single("Alert", "Successfully generated data for event '" + selectedEvent.eventName + "'.", "OK", this);
//StartActivity(typeof(MainActivity));
//Finish();
}
//if it is a duplicate
else
{
Popup.Single("Alert", "Data for this event has already been generated on this device. " +
"Please delete it in 'View Data' from the home screen first if you want to generate new data", "OK", this);
//reset, clear QR data, etc
//this.Recreate();
concatedQR = null;
}
}
//if the QR data is completely blank
else
{
Popup.Single("Alert", "No data collected, please start over", "OK", this);
//reset
//this.Recreate();
concatedQR = null;
}
}
catch
{
AlertDialog.Builder dialog = new AlertDialog.Builder(this);
AlertDialog missingDetails = dialog.Create();
missingDetails.SetTitle("Alert");
missingDetails.SetMessage("No event selected");
;
missingDetails.SetButton("OK", (c, ev) =>
{
});
missingDetails.Show();
}
}
protected override void OnCreate(Bundle savedInstanceState)
{
base.OnCreate(savedInstanceState);
SetContentView(Resource.Layout.Team_Details);
//get controls from layout
gridStats = FindViewById <GridView>(Resource.Id.gridViewStats);
gridSandstorm = FindViewById <GridView>(Resource.Id.gridViewSandstorm);
gridMatches = FindViewById <GridView>(Resource.Id.gridViewMatches);
textTitle = FindViewById <TextView>(Resource.Id.textTeam);
linearMatches = FindViewById <LinearLayout>(Resource.Id.linearMatches);
//get current compiled data
currentCompiled = eData.GetCurrentCompiled();
//put matches in order for team
CompiledEventData[] compiledPreSort = eData.GetCompiledEventDataForIndex(eData.getTeamIndex().ID).ToArray();
Array.Sort(compiledPreSort, delegate(CompiledEventData data1, CompiledEventData data2)
{
return(data1.matchNumber.CompareTo(data2.matchNumber));
});
Array.Reverse(compiledPreSort);
List <CompiledEventData> compiled = compiledPreSort.ToList();
int currentTeam = compiled[0].teamNumber;
//display current team in the title
textTitle.TextFormatted = TextUtils.ConcatFormatted(FormatString.setNormal("Viewing Stats for Team: '"), FormatString.setBold(currentTeam.ToString()), FormatString.setNormal("'"));
//get team-specific details from compiled data
int recPerc = currentCompiled.getRecPercentForTeam(currentTeam);
string record = currentCompiled.getWinRecordForTeam(currentTeam);
int cargoPerc = currentCompiled.getCargoPercentForTeam(currentTeam);
int hatchPerc = currentCompiled.getHatchPercentForTeam(currentTeam);
int climbPerc2 = currentCompiled.getClimb2PercentForTeam(currentTeam);
int climbPerc3 = currentCompiled.getClimb3PercentForTeam(currentTeam);
int driversPerc = currentCompiled.getDriversPercentForTeam(currentTeam);
int tablePerc = currentCompiled.getTablePercentForTeam(currentTeam);
int winPerc = currentCompiled.getWinPercentForTeam(currentTeam);
int cargoSandstormPerc = currentCompiled.getCargoSandstormPercentForTeam(currentTeam);
int hatchSandstormPerc = currentCompiled.getHabSandstormPercentForTeam(currentTeam);
int habPerc = currentCompiled.getHabSandstormPercentForTeam(currentTeam);
int autoPerc = currentCompiled.getAutoPercentForTeam(currentTeam);
int teleopPerc = currentCompiled.getTeleopPercentForTeam(currentTeam);
int nothingPerc = currentCompiled.getNothingPercentForTeam(currentTeam);
//first two rows
List <SpannableString> statsDisp = new List <SpannableString>()
{
FormatString.setNormal("Cargo / Hatch"),
FormatString.setNormal("Climb Level 2 / Level 3"),
FormatString.setNormal("Recommendation %"),
FormatString.setBold(cargoPerc.ToString() + "% / " + hatchPerc.ToString() + "%"),
FormatString.setBold(climbPerc2.ToString() + "% / " + climbPerc3.ToString() + "%"),
FormatString.setBold(recPerc.ToString() + "%"),
};
//third row (decide)
//cargo or hatch bot
if (cargoPerc >= Constants.hatch_cargoMin && hatchPerc >= Constants.hatch_cargoMin)
{
statsDisp.Add(FormatString.setColorBold("Both", Constants.appGreen));
}
else if (cargoPerc >= Constants.hatch_cargoMin)
{
statsDisp.Add(FormatString.setColorBold("Cargo", Constants.appGreen));
}
else if (hatchPerc >= Constants.hatch_cargoMin)
{
statsDisp.Add(FormatString.setColorBold("Hatch", Constants.appGreen));
}
else
{
statsDisp.Add(FormatString.setColorBold("Neither", Constants.appRed));
}
//what kind of climber
if (climbPerc2 >= Constants.climb2Min && climbPerc3 >= Constants.climb3Min)
{
statsDisp.Add(FormatString.setColorBold("Level 2/3 Climber", Constants.appGreen));
}
else if (climbPerc3 >= Constants.climb3Min)
{
statsDisp.Add(FormatString.setColorBold("Level 3 Climber", Constants.appGreen));
}
else if (climbPerc2 >= Constants.climb2Min)
{
statsDisp.Add(FormatString.setColorBold("Level 2 Climber", Constants.appGreen));
}
else
{
statsDisp.Add(FormatString.setColorBold("No reliable climber", Constants.appRed));
}
//recommendation
if (recPerc >= Constants.recommendThreshHigh)
{
statsDisp.Add(FormatString.setColorBold("Recommended", Constants.appGreen));
}
else if (recPerc <= Constants.recommendThreshLow)
{
statsDisp.Add(FormatString.setColorBold("Not Recommended", Constants.appRed));
}
else
{
statsDisp.Add(FormatString.setColorBold("Possible Recommend", Constants.appYellow));
}
//display general stats in first grid box
ArrayAdapter gridStatsAdapt = new ArrayAdapter <SpannableString>(this, Android.Resource.Layout.SimpleListItem1, statsDisp);
gridStats.Adapter = gridStatsAdapt;
//figure out which sandstorm mode they use the most often
SpannableString primaryMode;
if (autoPerc > teleopPerc && autoPerc > nothingPerc)
{
primaryMode = FormatString.setColorBold("Auto", Constants.appGreen);
}
else if (teleopPerc > autoPerc && teleopPerc > nothingPerc)
{
primaryMode = FormatString.setColorBold("Teleop w/Camera", Constants.appGreen);
}
else
{
primaryMode = FormatString.setColorBold("Nothing", Constants.appRed);
}
SpannableString cargo = FormatString.setColorBold("NO (" + cargoSandstormPerc.ToString() + "%) ", Constants.appRed);
SpannableString hatch = FormatString.setColorBold("NO (" + hatchSandstormPerc.ToString() + "%) ", Constants.appRed);
SpannableString hab = FormatString.setColorBold("NO (" + habPerc.ToString() + "%) ", Constants.appRed);
if (cargoSandstormPerc >= Constants.sandstorm_Hatch_CargoThresh)
{
cargo = FormatString.setColorBold("YES (" + cargoSandstormPerc.ToString() + "%) ", Constants.appGreen);
}
if (hatchSandstormPerc >= Constants.sandstorm_Hatch_CargoThresh)
{
hatch = FormatString.setColorBold("YES (" + hatchSandstormPerc.ToString() + "%) ", Constants.appGreen);
}
if (habPerc >= Constants.sandstorm_Hatch_CargoThresh)
{
hab = FormatString.setColorBold("YES (" + habPerc.ToString() + "%) ", Constants.appGreen);
}
List <SpannableString> sandstormDisp = new List <SpannableString>()
{
FormatString.setBold("Primary Sandstorm Mode: "),
primaryMode,
FormatString.setBold("Cargo? "),
cargo,
FormatString.setBold("Hatch? "),
hatch,
FormatString.setBold("Crossed Hab Line? "),
hab,
};
//display sandstorm stats in the second grid
ArrayAdapter gridSandstormAdapt = new ArrayAdapter <SpannableString>(this, Android.Resource.Layout.SimpleListItem1, sandstormDisp);
gridSandstorm.Adapter = gridSandstormAdapt;
//display a list of matches the team was in and the details from each one
string[] properties = new string[]
{
"Result of Team's Alliance",
"Position",
"Table",
"Started Off Level",
"Sandstorm Mode",
"Hatch in Sandstorm",
"Cargo in Sandstorm",
"Crossed Hab Line",
"Can do Cargo",
"Does Cargo Well",
"Barely Does Cargo",
"Can do Hatches",
"Does Hatches Well",
"Barely Does Hatches",
"Climbing Level",
"Good Driveteam",
"Recommended"
};
gridMatches.NumColumns = compiled.Count + 1;
List <SpannableString> display = new List <SpannableString>();
compiled.Reverse();
//rows
{
display.Add(FormatString.setBold("Match Number:"));
for (int i = 0; i < compiled.Count; i++)
{
display.Add(FormatString.setBold(compiled[i].matchNumber.ToString()));
}
int p = 0;
display.Add(FormatString.setBold(properties[p]));
for (int j = 0; j < compiled.Count; j++)
{
if (compiled[j].result == 0)
{
display.Add(FormatString.setColor(compiled[j].getResult(), Constants.appGreen));
}
else if (compiled[j].result == 1)
{
display.Add(FormatString.setColor(compiled[j].getResult(), Constants.appRed));
}
else
{
display.Add(FormatString.setColor(compiled[j].getResult(), Constants.appYellow));
}
}
p++;
display.Add(FormatString.setBold(properties[p]));
for (int j = 0; j < compiled.Count; j++)
{
if (compiled[j].position >= 3)
{
display.Add(FormatString.setColor(compiled[j].getPosition(), Constants.appBlue));
}
else
{
display.Add(FormatString.setColor(compiled[j].getPosition(), Constants.appOrange));
}
}
p++;
display.Add(FormatString.setBold(properties[p]));
for (int j = 0; j < compiled.Count; j++)
{
if (compiled[j].isTable)
{
display.Add(FormatString.setColorBold(compiled[j].isTable.ToString().ToUpper(), Constants.appRed));
}
else
{
display.Add(FormatString.setColor(compiled[j].isTable.ToString().ToUpper(), Constants.appGreen));
}
}
p++;
display.Add(FormatString.setBold(properties[p]));
for (int j = 0; j < compiled.Count; j++)
{
if (compiled[j].sandstormStartLevel == 1)
{
display.Add(FormatString.setNormal("Level " + compiled[j].sandstormStartLevel.ToString()));
}
else
{
display.Add(FormatString.setColor("Level " + compiled[j].sandstormStartLevel.ToString(), Constants.appGreen));
}
}
p++;
display.Add(FormatString.setBold(properties[p]));
for (int j = 0; j < compiled.Count; j++)
{
if (compiled[j].sandstormMode == 0 || compiled[j].sandstormMode == 1)
{
display.Add(FormatString.setColor(compiled[j].getSandstormMode(), Constants.appGreen));
}
else
{
display.Add(FormatString.setColor(compiled[j].getSandstormMode(), Constants.appRed));
}
}
p++;
display.Add(FormatString.setBold(properties[p]));
for (int j = 0; j < compiled.Count; j++)
{
if (compiled[j].sandstormHatch)
{
display.Add(FormatString.setColor(compiled[j].sandstormHatch.ToString(), Constants.appGreen));
}
else
{
display.Add(FormatString.setColor(compiled[j].sandstormHatch.ToString(), Constants.appRed));
}
}
p++;
display.Add(FormatString.setBold(properties[p]));
for (int j = 0; j < compiled.Count; j++)
{
if (compiled[j].sandstormCargo)
{
display.Add(FormatString.setColor(compiled[j].sandstormCargo.ToString(), Constants.appGreen));
}
else
{
display.Add(FormatString.setColor(compiled[j].sandstormCargo.ToString(), Constants.appRed));
}
}
p++;
display.Add(FormatString.setBold(properties[p]));
for (int j = 0; j < compiled.Count; j++)
{
if (compiled[j].sandstormLine)
{
display.Add(FormatString.setColor(compiled[j].sandstormLine.ToString(), Constants.appGreen));
}
else
{
display.Add(FormatString.setColor(compiled[j].sandstormLine.ToString(), Constants.appRed));
}
}
p++;
display.Add(FormatString.setBold(properties[p]));
for (int j = 0; j < compiled.Count; j++)
{
if (compiled[j].cargo)
{
display.Add(FormatString.setColor(compiled[j].cargo.ToString(), Constants.appGreen));
}
else
{
display.Add(FormatString.setColor(compiled[j].cargo.ToString(), Constants.appRed));
}
}
p++;
display.Add(FormatString.setBold(properties[p]));
for (int j = 0; j < compiled.Count; j++)
{
if (compiled[j].cargoWell)
{
display.Add(FormatString.setColor(compiled[j].cargoWell.ToString(), Constants.appGreen));
}
else
{
display.Add(FormatString.setColor(compiled[j].cargoWell.ToString(), Constants.appRed));
}
}
p++;
display.Add(FormatString.setBold(properties[p]));
for (int j = 0; j < compiled.Count; j++)
{
if (compiled[j].cargoBarely)
{
display.Add(FormatString.setColor(compiled[j].cargoBarely.ToString(), Constants.appRed));
}
else
{
display.Add(FormatString.setColor(compiled[j].cargoBarely.ToString(), Constants.appGreen));
}
}
p++;
display.Add(FormatString.setBold(properties[p]));
for (int j = 0; j < compiled.Count; j++)
{
if (compiled[j].hatch)
{
display.Add(FormatString.setColor(compiled[j].hatch.ToString(), Constants.appGreen));
}
else
{
display.Add(FormatString.setColor(compiled[j].hatch.ToString(), Constants.appRed));
}
}
p++;
display.Add(FormatString.setBold(properties[p]));
for (int j = 0; j < compiled.Count; j++)
{
if (compiled[j].hatchWell)
{
display.Add(FormatString.setColor(compiled[j].hatchWell.ToString(), Constants.appGreen));
}
else
{
display.Add(FormatString.setColor(compiled[j].hatchWell.ToString(), Constants.appRed));
}
}
p++;
display.Add(FormatString.setBold(properties[p]));
for (int j = 0; j < compiled.Count; j++)
{
if (compiled[j].hatchBarely)
{
display.Add(FormatString.setColor(compiled[j].hatchBarely.ToString(), Constants.appRed));
}
else
{
display.Add(FormatString.setColor(compiled[j].hatchBarely.ToString(), Constants.appGreen));
}
}
p++;
display.Add(FormatString.setBold(properties[p]));
for (int j = 0; j < compiled.Count; j++)
{
if (compiled[j].climb == 3)
{
display.Add(FormatString.setColorBold(compiled[j].getClimb(), Constants.appGreen));
}
else if (compiled[j].climb == 2)
{
display.Add(FormatString.setColor(compiled[j].getClimb(), Constants.appGreen));
}
else
{
display.Add(FormatString.setColor(compiled[j].getClimb(), Constants.appRed));
}
}
p++;
display.Add(FormatString.setBold(properties[p]));
for (int j = 0; j < compiled.Count; j++)
{
if (compiled[j].goodDrivers)
{
display.Add(FormatString.setColor(compiled[j].goodDrivers.ToString(), Constants.appGreen));
}
else
{
display.Add(FormatString.setColor(compiled[j].goodDrivers.ToString(), Constants.appRed));
}
}
p++;
display.Add(FormatString.setBold(properties[p]));
for (int j = 0; j < compiled.Count; j++)
{
if (compiled[j].wouldRecommend == 0)
{
display.Add(FormatString.setColorBold(compiled[j].getRecommendation(), Constants.appGreen));
}
else if (compiled[j].wouldRecommend == 1)
{
display.Add(FormatString.setColorBold(compiled[j].getRecommendation(), Constants.appRed));
}
else
{
display.Add(FormatString.setColorBold(compiled[j].getRecommendation(), Constants.appYellow));
}
}
}
//put matches in the third grid
ArrayAdapter gridMatchesAdapt = new ArrayAdapter <SpannableString>(this, Android.Resource.Layout.SimpleListItem1, display);
gridMatches.Adapter = gridMatchesAdapt;
float scale = this.Resources.DisplayMetrics.Density;
FrameLayout.LayoutParams _params = new FrameLayout.LayoutParams((int)(compiled.Count * 300 * scale), LinearLayout.LayoutParams.WrapContent);
linearMatches.LayoutParameters = _params;
}
