protected Tasks chooseTaskHw(MyInfo info)
{
var ratios = new Ratios();
if (info.CPU < Tasks.CPU.Max)
{
ratios[Tasks.CPU] = info.CPU;
}
if (info.HDD < Tasks.HDD.Max)
{
ratios[Tasks.HDD] = info.HDD;
}
if (info.Internet < Tasks.Internet.Max)
{
ratios[Tasks.Internet] = info.Internet;
}
if (info.RAM < Tasks.RAM.Max)
{
ratios[Tasks.RAM] = info.RAM;
}
if (ratios.Count == 0)
{
return(null); // all HW stats are fully upgraded
}
var ordered = ratios.OrderBy(r => r.Value);
var task = ordered.First();
return(task.Key);
}
/// <summary>
/// Fills the torque ratio Listview
/// </summary>
private void PopulateTorqueRatios()
{
// Clear out any old items
ratioListView.Items.Clear();
int i = 1;
foreach (TorqueRatio ratio in Ratios.OrderBy(x => x.RpmLevel))
{
ListViewItem item = new ListViewItem(i.ToString());
item.SubItems.Add(ratio.RpmLevel.ToString());
item.SubItems.Add(Math.Round(ratio.Ratio * 100, 2).ToString(Program.NumberFormat));
item.Tag = Ratios.IndexOf(ratio);
ratioListView.Items.Add(item);
i++;
}
}
private void torqueBox_ValueChanged(object sender, EventArgs e)
{
// Update label
labelNM.Text = (Program.Config.UnitSystem == UnitSystem.Imperial)
? String.Concat(Metrics.TorqueToNewtonMeters(torqueBox.Value), " (Nm)")
: String.Concat(Metrics.NewtonMetersToTorque(torqueBox.Value), " (Trq)");
// disable buttons
addPointButton.Enabled = false;
removePointButton.Enabled = false;
// Clear old chart points
chart1.Series[0].Points.Clear();
chart1.Series[1].Points.Clear();
DataPoint lastPoint = null;
TorqueRatio highest = null;
double torque = 0;
double horsepower = 0;
// Fill torque ratios
foreach (TorqueRatio ratio in Ratios.OrderBy(x => x.RpmLevel))
{
// Plot the torque point
torque = Math.Round((double)torqueBox.Value * ratio.Ratio, 2);
int index = chart1.Series[0].Points.AddXY(ratio.RpmLevel, torque);
DataPoint point = chart1.Series[0].Points[index];
// Set tool tip and covert chart value for later
if (Program.Config.UnitSystem == UnitSystem.Imperial)
{
point.ToolTip = $"{torque} lb-ft @ {ratio.RpmLevel} RPM";
}
else
{
point.ToolTip = $"{torque} Nm @ {ratio.RpmLevel} RPM";
torque = Metrics.NewtonMetersToTorque(torque, 2);
}
// Set the highest and earliest ratio
if (highest == null || ratio.Ratio > highest.Ratio)
{
highest = ratio;
}
// === Plot Horsepower
if (lastPoint != null)
{
// Calculate the last plots starting Torque value
double torqueAtPoint = lastPoint.YValues[0];
// Get torque difference from last point
double deltaY = point.YValues[0] - lastPoint.YValues[0];
// Get RPM difference from last point
double deltaX = point.XValue - lastPoint.XValue;
// Convert Nm to Torque if using the Metric System
if (Program.Config.UnitSystem == UnitSystem.Metric)
{
deltaY = Metrics.NewtonMetersToTorque(deltaY, 2);
torqueAtPoint = Metrics.NewtonMetersToTorque(torqueAtPoint, 2);
}
// Calculate torque rise (rpm distance * (torque rise per rpm)),
// Then walk from the last point, to right before the current one
double torqueRise = HP_POINT_DIST * (deltaY / deltaX);
double rpm = lastPoint.XValue + HP_POINT_DIST;
double stop = point.XValue;
// Now we plot the horsepower points, up until we hit the next torque point
for (; rpm < stop; rpm += HP_POINT_DIST)
{
// increment torque rating by our dermined curve rise
torqueAtPoint += torqueRise;
// Plot the horsepower point
horsepower = Metrics.TorqueToHorsepower(torqueAtPoint, rpm, 0);
index = chart1.Series[1].Points.AddXY(rpm, horsepower);
chart1.Series[1].Points[index].ToolTip = $"#VALY HP @ {rpm} RPM";
}
}
// Plot the Horsepower plots
horsepower = Metrics.TorqueToHorsepower(torque, ratio.RpmLevel, 0);
index = chart1.Series[1].Points.AddXY(ratio.RpmLevel, horsepower);
chart1.Series[1].Points[index].ToolTip = $"#VALY HP @ {ratio.RpmLevel} RPM";
chart1.Series[1].Points[index].MarkerStyle = MarkerStyle.Circle;
chart1.Series[1].Points[index].MarkerColor = Color.Black;
// Set the last point
lastPoint = point;
}
// Update labels
if (chart1.Series[1].Points.Count > 0)
{
DataPoint pnt = chart1.Series[1].Points.FindMaxByValue("Y");
maxHpLabel.Text = $"{pnt.YValues[0]} @ {pnt.XValue} RPM";
torque = Math.Round((double)torqueBox.Value * highest.Ratio, 0);
maxTrqLabel.Text = $"{torque} @ {highest.RpmLevel} RPM";
peakRPMBox.Value = highest?.RpmLevel ?? 1200;
peakRPMBox.Enabled = false; // no user edit
}
else
{
peakRPMBox.Enabled = true;
maxHpLabel.Text = "";
maxTrqLabel.Text = "";
}
// Enable buttons
addPointButton.Enabled = true;
removePointButton.Enabled = true;
}
private void ConfirmButton_Click(object sender, EventArgs e)
{
// Check UnitName
// Check for a valid identifier string
if (!SiiFileBuilder.IsValidUnitName(unitNameBox.Text))
{
// Tell the user this isnt allowed
MessageBox.Show(
"Invalid Engine Sii Unit Name. Tokens must be 1 to 12 characters in length, seperated by a dot, "
+ "and contain alpha-numeric or underscores only",
"Warning", MessageBoxButtons.OK, MessageBoxIcon.Warning
);
return;
}
// Check engine name
if (engineNameBox.Text.Length < 2 || engineNameBox.Text.Contains('"'))
{
// Tell the user this isnt allowed
MessageBox.Show(
"Invalid Engine Name string. The name must be at least 2 characters long and contain no quotes",
"Warning", MessageBoxButtons.OK, MessageBoxIcon.Warning
);
return;
}
// Set new attribute values
Engine.SeriesId = ((EngineSeries)engineModelBox.SelectedItem).Id;
Engine.UnitName = unitNameBox.Text.Trim();
Engine.Name = engineNameBox.Text.Trim();
Engine.Price = (int)priceBox.Value;
Engine.Unlock = (int)unlockBox.Value;
Engine.Horsepower = (int)horsepowerBox.Value;
Engine.PeakRpm = (int)peakRPMBox.Value;
Engine.IdleRpm = (int)idleRpmBox.Value;
Engine.RpmLimit = (int)rpmLimitBox.Value;
Engine.RpmLimitNeutral = (int)neutralRpmBox.Value;
Engine.BrakeStrength = brakeStrengthBox.Value;
Engine.BrakePositions = (int)brakePositionsBox.Value;
Engine.BrakeDownshift = automaticDSCheckBox.Checked;
Engine.MinRpmRange_LowGear = (int)rpmRangeBox1.Value;
Engine.MaxRpmRange_LowGear = (int)rpmRangeBox2.Value;
Engine.MinRpmRange_HighGear = (int)rpmRangeBox3.Value;
Engine.MaxRpmRange_HighGear = (int)rpmRangeBox4.Value;
Engine.LowRpmRange_PowerBoost = (int)rpmRangeBox5.Value;
Engine.HighRpmRange_PowerBoost = (int)rpmRangeBox6.Value;
Engine.ResistanceTorque = (int)resistanceBox.Value;
Engine.FuelConsumption = Math.Round(consumptionBox.Value / 100, 2);
Engine.NoAdbluePowerLimit = adBlueNoPowerLimit.Value;
Engine.AdblueConsumption = adBlueConsumption.Value;
Engine.LowRpmRange_EngineBrake = (int)engineBrakeLow.Value;
Engine.HighRpmRange_EngineBrake = (int)engineBrakeHigh.Value;
Engine.Defaults = fileDefaultsTextBox.Lines;
Engine.Overrides = fileOverridesTextBox.Lines;
Engine.Comment = fileCommentTextBox.Lines;
Engine.Conflicts = conflictsTextBox.Lines;
// Torque metrics
if (Program.Config.UnitSystem == UnitSystem.Imperial)
{
Engine.Torque = (int)torqueBox.Value;
}
else
{
Engine.NewtonMetres = (int)torqueBox.Value;
}
// Figure out the filename
if (!String.IsNullOrWhiteSpace(filenameTextBox.Text))
{
Engine.FileName = filenameTextBox.Text.Trim();
}
// Validate and Save
using (AppDatabase db = new AppDatabase())
using (SQLiteTransaction trans = db.BeginTransaction())
{
// Verify that the series.Id and engine.UnitName are unique
string query = "SELECT * FROM `Engine` WHERE `SeriesId`=@P0 AND `UnitName`=@P1";
var engine = db.Query <Engine>(query, Engine.SeriesId, Engine.UnitName).FirstOrDefault();
if (engine != null && (NewEngine || engine.Id != Engine.Id))
{
// Tell the user this isnt allowed
MessageBox.Show(
$"The selected Engine Series already contains an engine with the Sii Unit Name of \""
+ Engine.UnitName + "\"! Please select a different Engine Series or change the Sii "
+ "Unit Name to something unique.",
"Unique Constraint Failed", MessageBoxButtons.OK, MessageBoxIcon.Warning
);
return;
}
// Wrap database changes in a try-catch block so we can Rollback on error
try
{
// Update or Add engine
db.Engines.AddOrUpdate(Engine);
// If pre-existing engine, delete all changed data
if (!NewEngine)
{
// Delete any and all TorueRatios from thed database
if (RatiosChanged)
{
foreach (TorqueRatio ratio in Engine.TorqueRatios)
{
db.TorqueRatios.Remove(ratio);
}
}
// Set Conflicts
if (ConflictsChanged)
{
// Remove old
foreach (var conflict in Engine.TransmissionConflicts)
{
db.AccessoryConflicts.Remove(conflict);
}
}
// Set Suitables
if (SuitablesChanged)
{
foreach (var item in Engine.SuitableTransmissions)
{
db.SuitableAccessories.Remove(item);
}
}
// Set compatible trucks
if (TrucksChanged)
{
foreach (var item in Engine.ItemOf)
{
db.TruckEngines.Remove(item);
}
}
}
// Add conflicts
if ((NewEngine || ConflictsChanged) && conflictListView.CheckedItems.Count > 0)
{
var ids = conflictListView.CheckedItems.Cast <ListViewItem>().Select(x => (int)x.Tag);
foreach (var item in ids)
{
db.AccessoryConflicts.Add(new AccessoryConflict()
{
EngineId = Engine.Id,
TransmissionId = item
});
}
}
// Add suitible fors
if ((NewEngine || SuitablesChanged) && suitsListView.CheckedItems.Count > 0)
{
var ids = suitsListView.CheckedItems.Cast <ListViewItem>().Select(x => (int)x.Tag);
foreach (var item in ids)
{
db.SuitableAccessories.Add(new SuitableAccessory()
{
EngineId = Engine.Id,
TransmissionId = item
});
}
}
// Add new truck engines
if ((NewEngine || TrucksChanged) && truckListView.CheckedItems.Count > 0)
{
var ids = truckListView.CheckedItems.Cast <ListViewItem>().Select(x => (int)x.Tag);
foreach (var item in ids)
{
db.TruckEngines.Add(new TruckEngine()
{
EngineId = Engine.Id,
TruckId = item
});
}
}
// Add the new torque ratios
if (NewEngine || RatiosChanged)
{
foreach (TorqueRatio ratio in Ratios.OrderBy(x => x.RpmLevel))
{
ratio.EngineId = Engine.Id;
db.TorqueRatios.AddOrUpdate(ratio);
}
}
trans.Commit();
}
catch (Exception ex)
{
trans.Rollback();
// Tell the user about the failed validation error
MessageBox.Show(ex.Message, "Database Error", MessageBoxButtons.OK, MessageBoxIcon.Error);
return;
}
}
this.DialogResult = DialogResult.OK;
}
