public void updatePoint(string ptName, Vector3 newLoc, bool fixedPlane)
{
CalcOutput originalExpression = ptInput.currExpression;
eqnInput = false;
//inputReceived = true;
SetOutput(ptSet.ptCoords[ptName].X);
ptInput.RewriteInput(newLoc.x);
SetOutput(ptSet.ptCoords[ptName].Y);
ptInput.RewriteInput(newLoc.y);
SetOutput(ptSet.ptCoords[ptName].Z);
ptInput.RewriteInput(newLoc.z);
SetOutput(originalExpression);
if (fixedPlane)
{
manageText();
ManageFeedback();
ptSet.CompileAll();
}
else
{
manageText();
bool isValid = ptSet.CompileAll();
ManageFeedback();
if (isValid)
{
if (presentPlane.CalculatePlane())
{
presentPlane.ApplyUnroundCenter(ptName, newLoc);
presentPlane.GetPlaneDirection();
}
}
}
}
public void initialize()
{
es = new ExpressionSet();
es.expressions[ExpressionSet.ExpOptions.X].tokens = new List <string>
{
"y"
};
es.expressions[ExpressionSet.ExpOptions.Y].tokens = new List <string>
{
"-x"
};
es.expressions[ExpressionSet.ExpOptions.Z].tokens = new List <string>
{
"0"
};
es.ranges["t"].Min.tokens = new List <string>
{
"-", "5", "0"
};
es.ranges["t"].Max.tokens = new List <string>
{
"5", "0"
};
currExpression = es.expressions[ExpressionSet.ExpOptions.X];
currText = xText;
index = currExpression.tokens.Count;
isReady = true;
xText.text = displayText(es.expressions[ExpressionSet.ExpOptions.X].tokens, es.expressions[ExpressionSet.ExpOptions.X].tokens.Count, false);
yText.text = displayText(es.expressions[ExpressionSet.ExpOptions.Y].tokens, es.expressions[ExpressionSet.ExpOptions.Y].tokens.Count, false);
zText.text = displayText(es.expressions[ExpressionSet.ExpOptions.Z].tokens, es.expressions[ExpressionSet.ExpOptions.Z].tokens.Count, false);
tminText.text = displayText(es.ranges["t"].Min.tokens, es.ranges["t"].Min.tokens.Count, false);
tmaxText.text = displayText(es.ranges["t"].Max.tokens, es.ranges["t"].Max.tokens.Count, false);
currText.text = displayText(currExpression.tokens, index, true);
}
public void eqnUpdatePoint(Vector3 pt1NewLoc, Vector3 pt2NewLoc, Vector3 pt3NewLoc)
{
CalcOutput originalExpression = ptInput.currExpression;
SetOutput(ptSet.ptCoords["pt1"].X);
ptInput.RewriteInput(pt1NewLoc.x);
SetOutput(ptSet.ptCoords["pt1"].Y);
ptInput.RewriteInput(pt1NewLoc.y);
SetOutput(ptSet.ptCoords["pt1"].Z);
ptInput.RewriteInput(pt1NewLoc.z);
SetOutput(ptSet.ptCoords["pt2"].X);
ptInput.RewriteInput(pt2NewLoc.x);
SetOutput(ptSet.ptCoords["pt2"].Y);
ptInput.RewriteInput(pt2NewLoc.y);
SetOutput(ptSet.ptCoords["pt2"].Z);
ptInput.RewriteInput(pt2NewLoc.z);
SetOutput(ptSet.ptCoords["pt3"].X);
ptInput.RewriteInput(pt3NewLoc.x);
SetOutput(ptSet.ptCoords["pt3"].Y);
ptInput.RewriteInput(pt3NewLoc.y);
SetOutput(ptSet.ptCoords["pt3"].Z);
ptInput.RewriteInput(pt3NewLoc.z);
SetOutput(originalExpression);
manageText();
ManageFeedback();
ptSet.CompileAll();
presentline.GetLocalPoint();
presentline.GetPlaneDirection();
presentline.forwardPlane.GetComponent <MeshRenderer>().enabled = true;
presentline.backwardPlane.GetComponent <MeshRenderer>().enabled = true;
}
public void updateDet(float newDet)
{
CalcOutput originalExpression = ptInput.currExpression;
SetOutput(eqnSet.eqnCoefs["a"]);
ptInput.RewriteInput(newDet);
SetOutput(originalExpression);
manageText();
eqnSet.CompileAll();
}
public void UpdateText()
{
xText.text = displayText(es.expressions["X"].tokens, es.expressions["X"].tokens.Count, false);
yText.text = displayText(es.expressions["Y"].tokens, es.expressions["Y"].tokens.Count, false);
zText.text = displayText(es.expressions["Z"].tokens, es.expressions["Z"].tokens.Count, false);
tminText.text = displayText(es.ranges["t"].Min.tokens, es.ranges["t"].Min.tokens.Count, false);
tmaxText.text = displayText(es.ranges["t"].Max.tokens, es.ranges["t"].Max.tokens.Count, false);
currExpression = es.expressions["X"];
index = currExpression.tokens.Count;
currText.text = displayText(currExpression.tokens, index, true);
}
public void SetOutput(CalcOutput output)
{
ptInput.ChangeOutput(output);
if (output != eqnSet.eqnCoefs["a"] && output != eqnSet.eqnCoefs["b"] && output != eqnSet.eqnCoefs["c"] && output != eqnSet.eqnCoefs["d"])
{
eqnInput = false;
}
else
{
eqnInput = true;
}
}
//public GeneratePlanePts generatePlanePts_col;
//public GeneratePlanePts generatePlanePts_null;
public void SetOutput(CalcOutput output)
{
ptInput.ChangeOutput(output);
//if (output != eqnSet.eqnCoefs["a"] && output != eqnSet.eqnCoefs["b"] && output != eqnSet.eqnCoefs["c"] && output != eqnSet.eqnCoefs["d"])
//{
eqnInput = false;
//}
//else
//{
// eqnInput = true;
//}
}
internal DensityKeyboardInputResponder(TextMesh x, TextMesh y, TextMesh z, TextMesh tmin, TextMesh tmax)
{
es = new ExpressionSet();
// xText = x;
// yText = y;
// zText = z;
// tminText = tmin;
// tmaxText = tmax;
dens = CustomDensityPlot.SampleDensity.HIGH;
currExpression = es.expressions["X"];
// currText = xText;
}
internal VectorKeyboardInputResponder(TextMesh x, TextMesh y, TextMesh z, TextMesh tmin, TextMesh tmax)
{
es = new ExpressionSet();
xText = x;
yText = y;
zText = z;
tminText = tmin;
tmaxText = tmax;
dens = CustomVectorField.SampleDensity.LOW;
currExpression = es.expressions["X"];
currText = xText;
}
public void updateEqn(float newA, float newB, float newC, float newD)
{
CalcOutput originalExpression = ptInput.currExpression;
SetOutput(eqnSet.eqnCoefs["a"]);
ptInput.RewriteInput(newA);
SetOutput(eqnSet.eqnCoefs["b"]);
ptInput.RewriteInput(newB);
SetOutput(eqnSet.eqnCoefs["c"]);
ptInput.RewriteInput(newC);
SetOutput(eqnSet.eqnCoefs["d"]);
ptInput.RewriteInput(newD);
SetOutput(originalExpression);
manageText();
eqnSet.CompileAll();
ManageFeedback();
}
public void updateEqn()
{
CalcOutput originalExpression = ptInput.currExpression;
SetOutput(eqnSet.eqnCoefs["a"]);
ptInput.RewriteInput();
SetOutput(eqnSet.eqnCoefs["b"]);
ptInput.RewriteInput();
SetOutput(eqnSet.eqnCoefs["c"]);
ptInput.RewriteInput();
SetOutput(eqnSet.eqnCoefs["d"]);
ptInput.RewriteInput();
SetOutput(originalExpression);
manageText();
eqnSet.CompileAll();
feedbacks.eqnFeedback.material.color = negativeFeedback;
}
public void initialize()
{
es = new ExpressionSet();
es.expressions["X"].tokens = new List <string>
{
//2Pz
//"(","1","/","4","*","1","/","2","^","(","1","/","2",")","*","1","/","pi","^","(","1","/","2",")",
//"*","z","*","e","^","(","-","1","*","(","x","^","2","+","y","^","2","+","z","^","2",")","/","2",")",")","^","2"
//3Pz
"(", "2", "^", "(", "1", "/", "2", ")", "*", "1", "/", "8", "1", "*", "1", "/", "pi", "^", "(", "1", "/", "2", ")", "*",
"(", "6", "-", "(", "x", "^", "2", "+", "y", "^", "2", "+", "z", "^", "2", ")", "^", "(", "1", "/", "2", ")", ")",
"*", "z", "*", "e", "^", "(", "-", "1", "*", "(", "x", "^", "2", "+", "y", "^", "2", "+", "z", "^", "2", ")", "^", "(", "1", "/", "2", ")", "/", "3", ")", ")", "^", "2"
//3Dz2
//"(","1","/","81","*","1","/","6","^","(","1","/","2",")","*","1","/","pi","^","(","1","/","2",")",
//"*","(","3","*","z","^","2","-","x","^","2","+","y","^","2","+","z","^","2",")",
//"*","e","^","(","-","1","*","(","x","^","2","+","y","^","2","+","z","^","2",")","/","3",")",")","^","2"
};
es.expressions["Y"].tokens = new List <string>
{
"0"
};
es.expressions["Z"].tokens = new List <string>
{
"0"
};
es.ranges["t"].Min.tokens = new List <string>
{
"-", "5", "0"
};
es.ranges["t"].Max.tokens = new List <string>
{
"5", "0"
};
currExpression = es.expressions["X"];
// currText = xText;
index = currExpression.tokens.Count;
isReady = true;
// xText.text = displayText(es.expressions[ExpressionSet.ExpOptions.X].tokens, es.expressions[ExpressionSet.ExpOptions.X].tokens.Count, false);
// yText.text = displayText(es.expressions[ExpressionSet.ExpOptions.Y].tokens, es.expressions[ExpressionSet.ExpOptions.Y].tokens.Count, false);
// zText.text = displayText(es.expressions[ExpressionSet.ExpOptions.Z].tokens, es.expressions[ExpressionSet.ExpOptions.Z].tokens.Count, false);
// tminText.text = displayText(es.ranges["t"].Min.tokens, es.ranges["t"].Min.tokens.Count, false);
// tmaxText.text = displayText(es.ranges["t"].Max.tokens, es.ranges["t"].Max.tokens.Count, false);
// currText.text = displayText(currExpression.tokens, index, true);
}
public void updatePoint(string ptName, Vector3 newLoc, bool fixedPlane)
{
CalcOutput originalExpression = ptInput.currExpression;
eqnInput = false;
//inputReceived = true;
SetOutput(ptSet.ptCoords[ptName].X);
ptInput.RewriteInput(newLoc.y);
SetOutput(ptSet.ptCoords[ptName].Y);
ptInput.RewriteInput(newLoc.x);
SetOutput(ptSet.ptCoords[ptName].Z);
ptInput.RewriteInput(newLoc.z);
SetOutput(originalExpression);
manageText();
bool isValid = ptSet.CompileAll();
Debug.Log("is it valid? " + isValid);
ManageFeedback();
}
public CalcOutput CalcModemSettings(ModemSettingsForCalc a_Settings)
{
try
{
InputData dat = new InputData {
input_afc_en = a_Settings.AFCEnabled,
input_modulation_type = (byte) a_Settings.ModulationType,
input_ook_rxbw_khz = (short) a_Settings.OOKRXBandwidth,
input_manchester_en = a_Settings.MancEnabled,
input_xtal_khz = a_Settings.XtalFreqkHz,
input_tx_xtal_ppm = (byte) a_Settings.TxXtalPpm,
input_rx_xtal_ppm = (byte) a_Settings.RxXtalPpm,
input_rb_kbps = a_Settings.DataRateKbps,
input_fd_khz = a_Settings.Deviation,
input_carrier_freq_mhz = a_Settings.CarrierFreqMHz,
input_max_rb_err_percent = a_Settings.BigDRerror,
input_manch_pream_pol = a_Settings.ManchPreambPol,
input_manch_data_inv = a_Settings.ManInvEnabled,
input_data_whiten = a_Settings.DataWhiteningEnabled,
input_data_inversion = a_Settings.DataInvEnabled,
input_tx_clk_config = a_Settings.TxClkConfig
};
PassInputData(ref dat);
calculator();
overflow_checks();
update_output_addr_regs();
log_results();
CalcOutput output = new CalcOutput();
GetOutputData(ref output.modemRegs, ref output.hiddenCalc, ref output.outputRegisters, ref output.overflowIndocators);
return output;
}
catch
{
return null;
}
}
public void updatePoint(string ptName, Vector3 newLoc, bool fixedPlane)
{
CalcOutput originalExpression = ptInput.currExpression;
SetOutput(ptSet.ptCoords[ptName].X);
ptInput.RewriteInput(newLoc.y);
SetOutput(ptSet.ptCoords[ptName].Y);
ptInput.RewriteInput(newLoc.x);
SetOutput(ptSet.ptCoords[ptName].Z);
ptInput.RewriteInput(newLoc.z);
SetOutput(originalExpression);
if (fixedPlane)
{
manageText();
ManageFeedback();
ptSet.CompileAll();
}
else
{
manageText();
bool isValid = ptSet.CompileAll();
ManageFeedback();
}
}
public void ChangeOutput(CalcOutput calcOutput)
{
currExpression = calcOutput;
index = currExpression.tokens.Count;
}
public void Flex_ActionStart(string name, FlexActionableComponent sender, GameObject collider)
{
switch (sender.name)
{
case "Button_del":
if (index > 0)
{
currExpression.tokens.RemoveAt(index - 1);
index--;
}
break;
case "Button_Clear":
index = 0;
currExpression.tokens.Clear();
break;
case "Button_Enter":
isReady = true;
break;
default:
currExpression.tokens.Insert(index, sender.name);
isReady = true;
index++;
break;
case "Button_left":
index--;
if (index < 0)
{
index = 0;
}
break;
case "Button_right":
index++;
if (index > currExpression.tokens.Count)
{
index = currExpression.tokens.Count;
}
break;
case "Button_start":
index = 0;
break;
case "Button_end":
index = currExpression.tokens.Count;
break;
case "Button_Xinput":
currExpression = es.expressions["X"];
currText = xText;
index = currExpression.tokens.Count;
break;
case "Button_Yinput":
currExpression = es.expressions["Y"];
currText = yText;
index = currExpression.tokens.Count;
break;
case "Button_Zinput":
currExpression = es.expressions["Z"];
currText = zText;
index = currExpression.tokens.Count;
break;
case "tmin":
currExpression = es.ranges["t"].Min;
currText = tminText;
index = currExpression.tokens.Count;
break;
case "tmax":
currExpression = es.ranges["t"].Max;
currText = tmaxText;
index = currExpression.tokens.Count;
break;
case "high":
dens = CustomVectorField.SampleDensity.HIGH;
isReady = true;
break;
case "medium":
dens = CustomVectorField.SampleDensity.MEDIUM;
isReady = true;
break;
case "low":
dens = CustomVectorField.SampleDensity.LOW;
isReady = true;
break;
}
//index++;
xText.text = displayText(es.expressions["X"].tokens, es.expressions["X"].tokens.Count, false);
yText.text = displayText(es.expressions["Y"].tokens, es.expressions["Y"].tokens.Count, false);
zText.text = displayText(es.expressions["Z"].tokens, es.expressions["Z"].tokens.Count, false);
tminText.text = displayText(es.ranges["t"].Min.tokens, es.ranges["t"].Min.tokens.Count, false);
tmaxText.text = displayText(es.ranges["t"].Max.tokens, es.ranges["t"].Max.tokens.Count, false);
currText.text = displayText(currExpression.tokens, index, true);
sender.SetState(1);
}
public void SetOutput(CalcOutput output)
{
calcInput.ChangeOutput(output);
}
public void SetOutput(CalcOutput output)
{
ptInput2D.ChangeOutput(output);
}
