protected void buildFruitsSet()
{
product = new DiscreteDimension("Product", "Product being offered");
fruits = new DiscreteSet(product, "Fruits");
product.DefaultSet = fruits;
apple = new Fruit(product, "Apple");
pear = new Fruit(product, "Pear");
tomato = new Fruit(product, "Tomato");
blueberry = new Fruit(product, "Blueberry");
blackberry = new Fruit(product, "Blackberry");
blackCurrant = new Fruit(product, "Black-currant");
strawberry = new Fruit(product, "Strawberry");
lemon = new Fruit(product, "Lemon");
melon = new Fruit(product, "Melon");
broccoli = new Fruit(product, "Broccoli");
fruits.AddMember(apple, (double)trackBar1.Value / 100);
fruits.AddMember(pear, (double)trackBar2.Value / 100);
fruits.AddMember(lemon, (double)trackBar3.Value / 100);
fruits.AddMember(melon, (double)trackBar4.Value / 100);
fruits.AddMember(tomato, (double)trackBar5.Value / 100);
fruits.AddMember(blackCurrant, (double)trackBar6.Value / 100);
fruits.AddMember(blackberry, (double)trackBar7.Value / 100);
fruits.AddMember(strawberry, (double)trackBar8.Value / 100);
fruits.AddMember(blueberry, (double)trackBar9.Value / 100);
fruits.AddMember(broccoli, (double)trackBar10.Value / 100);
RelationImage imgFruits = new RelationImage(fruits);
Bitmap bmpFruits = new Bitmap(pictureBoxFruits.Width, pictureBoxFruits.Height);
imgFruits.DrawImage(Graphics.FromImage(bmpFruits));
pictureBoxFruits.Image = bmpFruits;
}
protected void buildTemperatureSets()
{
temperature = new ContinuousDimension("t", "Temperature detected by sensor", "°C", -30, +40);
lowTemperature = new RightQuadraticSet(temperature, "Low temperature", 10, 15, 20);
highTemperature = new LeftQuadraticSet(temperature, "High temperature", 20, 25, 30);
correctTemperature = new BellSet(temperature, "Correct temperature", 20, 5, 10);
#region Show it graphically
RelationImage imgLowTemp = new RelationImage(lowTemperature);
RelationImage imgHighTemp = new RelationImage(highTemperature);
RelationImage imgCorrectTemp = new RelationImage(correctTemperature);
Bitmap bmpLowTemp = new Bitmap(pictureBoxLowTemp.Width, pictureBoxLowTemp.Height);
Bitmap bmpHighTemp = new Bitmap(pictureBoxHighTemp.Width, pictureBoxHighTemp.Height);
Bitmap bmpCorrectTemp = new Bitmap(pictureBoxCorrectTemp.Width, pictureBoxCorrectTemp.Height);
imgLowTemp.DrawImage(Graphics.FromImage(bmpLowTemp));
imgHighTemp.DrawImage(Graphics.FromImage(bmpHighTemp));
imgCorrectTemp.DrawImage(Graphics.FromImage(bmpCorrectTemp));
pictureBoxLowTemp.Image = bmpLowTemp;
pictureBoxHighTemp.Image = bmpHighTemp;
pictureBoxCorrectTemp.Image = bmpCorrectTemp;
#endregion
}
protected void buildActionSets()
{
action = new ContinuousDimension("Action", "-10 Cool ... 0 Do nothing ... +10 heat", "", -10, +10);
heat = new SingletonSet(action, "Heat", 10);
cool = new SingletonSet(action, "Cool", -10);
doNothing = new SingletonSet(action, "Do nothing", 0);
#region Show it graphically
RelationImage imgHeat = new RelationImage(heat);
RelationImage imgCool = new RelationImage(cool);
RelationImage imgDoNothing = new RelationImage(doNothing);
Bitmap bmpHeat = new Bitmap(pictureBoxHeat.Width, pictureBoxHeat.Height);
Bitmap bmpCool = new Bitmap(pictureBoxCool.Width, pictureBoxCool.Height);
Bitmap bmpDoNothing = new Bitmap(pictureBoxDoNothing.Width, pictureBoxDoNothing.Height);
imgHeat.DrawImage(Graphics.FromImage(bmpHeat));
imgCool.DrawImage(Graphics.FromImage(bmpCool));
imgDoNothing.DrawImage(Graphics.FromImage(bmpDoNothing));
pictureBoxHeat.Image = bmpHeat;
pictureBoxCool.Image = bmpCool;
pictureBoxDoNothing.Image = bmpDoNothing;
#endregion
}
protected void buildDeltaTemperatureSets()
{
deltaTemperature = new ContinuousDimension("∆t", "Change of temperature detected by temperature sensor in time period", "°C/min", -5, +5);
fallingTemperature = new RightQuadraticSet(deltaTemperature, "Falling temperature", -3, -1, 0);
risingTemperature = new LeftQuadraticSet(deltaTemperature, "Rising temperature", 0, 1, 3);
constantTemperature = new BellSet(deltaTemperature, "Constant temperature", 0, 1, 3);
#region Show it graphically
RelationImage imgFallingTemp = new RelationImage(fallingTemperature);
RelationImage imgRisingTemp = new RelationImage(risingTemperature);
RelationImage imgConstantTemp = new RelationImage(constantTemperature);
Bitmap bmpFallingTemp = new Bitmap(pictureBoxFallingTemp.Width, pictureBoxFallingTemp.Height);
Bitmap bmpRisingTemp = new Bitmap(pictureBoxRisingTemp.Width, pictureBoxRisingTemp.Height);
Bitmap bmpConstantTemp = new Bitmap(pictureBoxConstantTemp.Width, pictureBoxConstantTemp.Height);
imgFallingTemp.DrawImage(Graphics.FromImage(bmpFallingTemp));
imgRisingTemp.DrawImage(Graphics.FromImage(bmpRisingTemp));
imgConstantTemp.DrawImage(Graphics.FromImage(bmpConstantTemp));
pictureBoxFallingTemp.Image = bmpFallingTemp;
pictureBoxRisingTemp.Image = bmpRisingTemp;
pictureBoxConstantTemp.Image = bmpConstantTemp;
#endregion
}
protected void buildCheapSet()
{
price = new ContinuousDimension("Price", "Price we are about to pay for an offer", "$", 0, 1000);
if (trackBarCheapSupport.Value < trackBarCheapKernel.Value)
{
trackBarCheapSupport.Value = trackBarCheapKernel.Value;
}
cheap = new RightLinearSet(price, "Cheap", trackBarCheapKernel.Value, trackBarCheapSupport.Value);
RelationImage imgCheap = new RelationImage(cheap);
Bitmap bmpCheap = new Bitmap(pictureBoxCheap.Width, pictureBoxCheap.Height);
imgCheap.DrawImage(Graphics.FromImage(bmpCheap));
pictureBoxCheap.Image = bmpCheap;
}
private async Task <string> Reasoning(string rainInput, string temperatureInput, string fogInput /*, string darknessInput*/)
{
Debug.WriteLine(rainInput);
Debug.WriteLine(fogInput);
Debug.WriteLine(temperatureInput);
//Debug.WriteLine(darknessInput);
return(await Task.Run(() =>
{
decimal rain;
decimal fog;
decimal temperature;
decimal darkness;
if (!Decimal.TryParse(rainInput, out rain))
{
return String.Empty;
}
if (!Decimal.TryParse(fogInput, out fog))
{
return String.Empty;
}
if (!Decimal.TryParse(temperatureInput, out temperature))
{
return String.Empty;
}
// if (!Decimal.TryParse(darknessInput, out darkness))
// return String.Empty;
var condParameter = new FuzzyParameter
{
PositiveSet = GoodCondControl.FuzzySet,
NegativeSet = BadCondControl.FuzzySet,
Dimension = CondDimension,
};
_fr = new FuzzyReasoning(RainControl.Parameter, TemperatureControl.Parameter, FogControl.Parameter,
/*DarknessControl.Parameter,*/ condParameter);
var r = _fr.Work(rain, temperature, fog /*, darkness*/, (DefuzzificationFactory.DefuzzificationMethod)(Method + 1)); //,temperature,hour);
var chart = (PictureBox)Wfh.Child;
var imgBuyIt = new RelationImage(r.Relation, r.Inputs, r.OutputDimension);
var bmpBuyIt = new Bitmap(chart.Width, chart.Height);
imgBuyIt.DrawImage(Graphics.FromImage(bmpBuyIt));
chart.Image = bmpBuyIt;
return r.CrispValue.ToString();
}));
}
private void UpdateChart()
{
try
{
_dimension = new ContinuousDimension(FuzzyName, Description, Unit, (decimal)Min, (decimal)Max);
_fuzzySet = new QuadraticSet(_dimension, FuzzyName, LeftTop, RightTop, LeftBot, RightBot, LeftMid, RightMid);
//_fuzzySet = new RightQuadraticSet(_dimension, FuzzyName, Top, Mid,Bot);
var chart = (PictureBox)Wfh.Child;
RelationImage imgBuyIt = new RelationImage(_fuzzySet);
Bitmap bmpBuyIt = new Bitmap(chart.Width, chart.Height);
imgBuyIt.DrawImage(Graphics.FromImage(bmpBuyIt));
chart.Image = bmpBuyIt;
}
catch
{
}
}
public void UpdateChart()
{
if (!ShallUpdateChart)
{
return;
}
if (_min >= _max)
{
return;
}
//_dimension = new ContinuousDimension(FuzzyName, Description, Unit, (decimal)_min, (decimal)_max);
if (IsLinear)
{
if (IsLeft)
{
_fuzzySet = new LeftLinearSet(Dimension, FuzzyName, (decimal)_bot, (decimal)_top);
}
else
{
_fuzzySet = new RightLinearSet(Dimension, FuzzyName, (decimal)_top, (decimal)_bot);
}
}
else
{
if (IsLeft)
{
_fuzzySet = new LeftQuadraticSet(Dimension, FuzzyName, (decimal)_bot, (decimal)_mid, (decimal)_top);
}
else
{
_fuzzySet = new RightQuadraticSet(Dimension, FuzzyName, (decimal)_top, (decimal)_mid, (decimal)_bot);
}
}
//_fuzzySet = new RightQuadraticSet(_dimension, FuzzyName, Top, Mid,Bot);
var chart = (PictureBox)Wfh.Child;
var imgBuyIt = new RelationImage(_fuzzySet);
var bmpBuyIt = new Bitmap(chart.Width, chart.Height);
imgBuyIt.DrawImage(Graphics.FromImage(bmpBuyIt));
chart.Image = bmpBuyIt;
}
