void ToExpressionSet(ExpressionSet es)
{
//ExpressionSet es = new ExpressionSet();
List <string> tokens = ExpressionParser.Parse(xInput.text);
es.AddExpression("X", new Expression(tokens));
tokens = ExpressionParser.Parse(yInput.text);
es.AddExpression("Y", new Expression(tokens));
tokens = ExpressionParser.Parse(zInput.text);
es.AddExpression("Z", new Expression(tokens));
if (uInput != null)
{
es.AddRange("u", ToRangePair(uInput.text));
}
if (vInput != null)
{
es.AddRange("v", ToRangePair(vInput.text));
}
if (wInput != null)
{
es.AddRange("w", ToRangePair(wInput.text));
}
if (tInput != null)
{
es.AddRange("t", ToRangePair(tInput.text));
}
//return es;
}
public void LoadSavedExpressionSets(List <ExpressionSet> expressionSets)
{
List <ExpressionSet> ess = new List <ExpressionSet>();
for (int i = 0; i < expressionSets.Count; i++)
{
ess.Add(expressionSets[i].DeepCopy());
ess[ess.Count - 1].CompileAll();
}
//var expression = new Dictionary<string, object>();
var expressionString = "";
foreach (var es in ess)
{
foreach (var e in es.expressions)
{
expressionString += e.Value.AKExpression.ToString() + "\n";
}
}
//expression["expression"] = expressionString;
StatisticsTracking.InstantEvent("Load Expression", expressionString);
paramSurface.expressionSets = ess;
pieceWiseControl.ForceNumberOfTabs(ess.Count);
expressionSet = paramSurface.expressionSets[0];
calcInput.ChangeOutput(expressionSet.expressions["X"]);
if (boundsManager != null)
{
boundsManager.UpdateButtonText();
}
inputReceived = true;
}
void ExpressionSetToText(ExpressionSet es)
{
if (xInput != null)
{
xInput.text = es.expressions["X"].expression;
}
if (yInput != null)
{
yInput.text = es.expressions["Y"].expression;
}
if (zInput != null)
{
zInput.text = es.expressions["Z"].expression;
}
if (uInput != null)
{
uInput.text = RangePairToText(es.ranges["u"]);
}
if (vInput != null)
{
vInput.text = RangePairToText(es.ranges["v"]);
}
if (wInput != null)
{
wInput.text = RangePairToText(es.ranges["w"]);
}
if (tInput != null)
{
tInput.text = RangePairToText(es.ranges["t"]);
}
}
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 DtoToSmartPlaylist()
{
var dto = new SmartPlaylistDto();
dto.Id = "87ccaa10-f801-4a7a-be40-46ede34adb22";
dto.Name = "Foo";
dto.User = "******";
var es = new ExpressionSet();
es.Expressions = new List <Expression>
{
new Expression("foo", "bar", "biz")
};
dto.ExpressionSets = new List <ExpressionSet>
{
es
};
dto.Order = new OrderDto
{
Name = "Release Date Descending"
};
SmartPlaylist smart_playlist = new SmartPlaylist(dto);
Assert.Equal(1000, smart_playlist.MaxItems);
Assert.Equal("87ccaa10-f801-4a7a-be40-46ede34adb22", smart_playlist.Id);
Assert.Equal("Foo", smart_playlist.Name);
Assert.Equal("Rob", smart_playlist.User);
Assert.Equal("foo", smart_playlist.ExpressionSets[0].Expressions[0].MemberName);
Assert.Equal("bar", smart_playlist.ExpressionSets[0].Expressions[0].Operator);
Assert.Equal("biz", smart_playlist.ExpressionSets[0].Expressions[0].TargetValue);
Assert.Equal("PremiereDateOrderDesc", smart_playlist.Order.GetType().Name);
}
public ExpressionSet First(List <ExpressionDefinition> expressionDefinitions)
{
ExpressionSet result = new ExpressionSet();
bool previousCanBeEmpty = true;
foreach (ExpressionDefinition expressionDefinition in expressionDefinitions)
{
if (previousCanBeEmpty)
{
ExpressionSet first = expressionDefinition.First();
result.AddRangeUnique(first.Where(x => x.TokenType != TokenType.EmptyString));
if (!first.Any(x => x.TokenType == TokenType.EmptyString))
{
previousCanBeEmpty = false;
break;
}
}
}
if (previousCanBeEmpty)
{
result.Add(new TerminalExpressionDefinition {
TokenType = TokenType.EmptyString
});
}
return(result);
}
private ThreadHelper SetupSolver(ExpressionSet es)
{
ThreadHelper threadHelper = new ThreadHelper();
threadHelper.parameterMin = new Dictionary <string, float>();
threadHelper.parameterMax = new Dictionary <string, float>();
threadHelper.solver = new AK.ExpressionSolver();
threadHelper.expressionList = new List <AK.Expression>();
foreach (string name in es.ranges.Keys)
{
threadHelper.parameterMin[name] = (float)threadHelper.solver.EvaluateExpression(es.ranges[name].Min.expression);
float range = es.ranges[name].Max.Value - es.ranges[name].Min.Value;
if (es.ranges[name].Min.Exclusive)
{
threadHelper.parameterMin[name] += exclusiveModifier * range;
}
threadHelper.parameterMax[name] = (float)threadHelper.solver.EvaluateExpression(es.ranges[name].Max.expression);
if (es.ranges[name].Max.Exclusive)
{
threadHelper.parameterMax[name] -= exclusiveModifier * range;
}
threadHelper.solver.SetGlobalVariable(name, threadHelper.parameterMin[name]);
}
foreach (ExpressionSet.ExpOptions op in es.expressions.Keys)
{
Expression ex = es.expressions[op];
AK.Expression exp = threadHelper.solver.SymbolicateExpression(ex.expression);
threadHelper.expressionList.Add(exp);
}
return(threadHelper);
}
public Vector3 findXYZ(Vector3 uvw)
{
Vector3 output = new Vector3();
ExpressionSet es = calcManager.expressionSet;
float scale = calcManager.paramSurface.currentScale;
foreach (string key in es.expressions.Keys)
{
AK.ExpressionSolver solver = es.solver;
if (es.ranges.ContainsKey("u"))
{
solver.SetGlobalVariable("u", uvw.x);
}
if (es.ranges.ContainsKey("v"))
{
solver.SetGlobalVariable("v", uvw.y);
}
if (es.ranges.ContainsKey("w"))
{
solver.SetGlobalVariable("w", uvw.z);
}
}
if (es.IsCompiled())
{
output.x = (float)es.expressions["X"].AKExpression.Evaluate();
output.y = (float)es.expressions["Y"].AKExpression.Evaluate();
output.z = (float)es.expressions["Z"].AKExpression.Evaluate();
}
return(output * scale);
}
public void ChangeFace(SkinnedMeshRenderer smr, string setName)
{
ExpressionSet expressionSet = null;
int num = 0;
while (expressionSet == null && num < expression.Length)
{
if (expression[num].name == setName)
{
expressionSet = expression[num];
}
num++;
}
curExprSet = expressionSet;
if (curExprSet == null)
{
Debug.LogError("ERROR, Fail to get Expression Set for " + setName);
}
else
{
smrFace = smr;
smr.material = curExprSet.material[(int)curExpression];
}
SetExpression(EXPRESSION.DEFAULT);
}
public void ChangeExpressionSet(ExpressionSet ES)
{
expressionSet = ES;
calcInput.ChangeOutput(expressionSet.expressions[X]);
manageText();
if (boundsManager != null)
{
boundsManager.UpdateButtonText();
}
}
public ExpressionSet ShallowCopy()
{
ExpressionSet newEs = new ExpressionSet();
newEs.expressions = new Dictionary <string, Expression>(expressions);
newEs.ranges = new Dictionary <string, RangePair>((Dictionary <string, RangePair>)ranges);
newEs.expValidity = new Dictionary <string, bool>(expValidity);
return(newEs);
}
public static ExpressionSet FixRules(ExpressionSet rules)
{
foreach (var rule in rules.Expressions)
{
if (rule.MemberName == "PremiereDate")
{
var somedate = DateTime.Parse(rule.TargetValue);
rule.TargetValue = ConvertToUnixTimestamp(somedate).ToString();
}
}
return(rules);
}
//public IEnumerable<DocumentModel> SimplePassthroughQueryDocumentWithPath(string filename, string subject)
//{
// List<DocumentModel> documentModels = new List<DocumentModel>();
// QueryResult queryResult;
// try
// {
// string queryString = "select dm_document.r_object_id, dm_document.subject, dm_document.a_content_type,dm_document.object_name,dm_format.dos_extension from dm_document,dm_format where dm_document.a_content_type = dm_format.name";
// if ((!String.IsNullOrEmpty(filename)) && (!String.IsNullOrEmpty(subject)))
// {
// queryString = queryString + " and upper(object_name) like '%" + filename.ToUpper() + "%' and upper(subject) like '%" + subject.ToUpper() + "%'";
// }
// if ((!String.IsNullOrEmpty(filename)) && (String.IsNullOrEmpty(subject)))
// {
// queryString = queryString + " and upper(object_name) like '%" + filename.ToUpper() + "%'";
// }
// if ((String.IsNullOrEmpty(filename)) && (!String.IsNullOrEmpty(subject)))
// {
// queryString = queryString + " and upper(subject) like '%" + subject.ToUpper() + "%'";
// }
// int startingIndex = 0;
// int maxResults = 60;
// int maxResultsPerSource = 20;
// PassthroughQuery q = new PassthroughQuery();
// q.QueryString = queryString;
// q.AddRepository(DefaultRepository);
// QueryExecution queryExec = new QueryExecution(startingIndex,
// maxResults,
// maxResultsPerSource);
// queryExec.CacheStrategyType = CacheStrategyType.NO_CACHE_STRATEGY;
// queryResult = searchService.Execute(q, queryExec, null);
// QueryStatus queryStatus = queryResult.QueryStatus;
// RepositoryStatusInfo repStatusInfo = queryStatus.RepositoryStatusInfos[0];
// if (repStatusInfo.Status == Status.FAILURE)
// {
// // Console.WriteLine(repStatusInfo.ErrorTrace);
// documentModels.Add(new DocumentModel() { ObjectId = "0", ObjectName = repStatusInfo.ErrorMessage, Subject = repStatusInfo.ErrorTrace });
// }
// //Console.WriteLine("Query returned result successfully.");
// DataPackage dp = queryResult.DataPackage;
// //Console.WriteLine("DataPackage contains " + dp.DataObjects.Count + " objects.");
// foreach (DataObject dObj in dp.DataObjects)
// {
// PropertySet docProperties = dObj.Properties;
// String objectId = dObj.Identity.GetValueAsString();
// String docName = docProperties.Get("object_name").GetValueAsString();
// String Extension = docProperties.Get("dos_extension").GetValueAsString();
// string repName = dObj.Identity.RepositoryName;
// string docsubject = docProperties.Get("subject").GetValueAsString();
// //Console.WriteLine("RepositoryName: " + repName + " ,Document: " + objectId + " ,Name:" + docName + " ,Subject:" + docsubject);
// documentModels.Add(new DocumentModel() { ObjectId = objectId, ObjectName = docName+"."+Extension , Subject = docsubject });
// }
// }
// catch (Exception ex)
// {
// documentModels.Add(new DocumentModel() { ObjectId = "1", ObjectName = "SampleFile.txt", Subject = "This is a Sample" });
// }
// return documentModels;
//}
public void SimpleStructuredQuery(String docName)
{
String repoName = DefaultRepository;
Console.WriteLine("Called SimpleStructuredQuery - " + DefaultRepository);
PropertyProfile propertyProfile = new PropertyProfile();
propertyProfile.FilterMode = PropertyFilterMode.IMPLIED;
OperationOptions operationOptions = new OperationOptions();
operationOptions.Profiles.Add(propertyProfile);
// Create query
StructuredQuery q = new StructuredQuery();
q.AddRepository(repoName);
q.ObjectType = "dm_document";
q.IsIncludeHidden = true;
q.IsDatabaseSearch = true;
ExpressionSet expressionSet = new ExpressionSet();
expressionSet.AddExpression(new PropertyExpression("object_name",
Condition.CONTAINS,
docName));
q.RootExpressionSet = expressionSet;
// Execute Query
int startingIndex = 0;
int maxResults = 60;
int maxResultsPerSource = 20;
QueryExecution queryExec = new QueryExecution(startingIndex,
maxResults,
maxResultsPerSource);
QueryResult queryResult = searchService.Execute(q, queryExec, operationOptions);
QueryStatus queryStatus = queryResult.QueryStatus;
RepositoryStatusInfo repStatusInfo = queryStatus.RepositoryStatusInfos[0];
if (repStatusInfo.Status == Status.FAILURE)
{
Console.WriteLine(repStatusInfo.ErrorTrace);
throw new Exception("Query failed to return result.");
}
Console.WriteLine("Query returned result successfully.");
// print results
Console.WriteLine("DataPackage contains " + queryResult.DataObjects.Count + " objects.");
foreach (DataObject dataObject in queryResult.DataObjects)
{
Console.WriteLine(dataObject.Identity.GetValueAsString());
}
}
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 SerializableExpressionSet(ExpressionSet es)
{
rangeKeys = new string[es.ranges.Count];
es.ranges.Keys.CopyTo(rangeKeys, 0);
foreach (string key in rangeKeys)
{
rangePairs.Add(new SerializableRangePair(es.ranges[key]));
}
ExpressionKeys = new string[es.expressions.Count];
es.expressions.Keys.CopyTo(ExpressionKeys, 0);
foreach (string key in ExpressionKeys)
{
ExpressionValues.Add(es.expressions[key].rawText);
}
}
// Use this for initialization
void Start()
{
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.AddRange("x");
es.AddRange("y");
es.AddRange("z");
es.ranges["t"].Min.tokens = new List <string>
{
"-", "5", "0"
};
es.ranges["t"].Max.tokens = new List <string>
{
"5", "0"
};
densityPreset.Initialize(this);
//print("START");
// responder = new DensityKeyboardInputResponder(xInputbox, yInputbox, zInputbox, tminInput, tmaxInput);
// keyboard.RegisterResponder(responder);
//responder.initialize();
//print(responder);
}
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 LoadSavedExpressionSets(List <ExpressionSet> expressionSets)
{
List <ExpressionSet> ess = new List <ExpressionSet>();
for (int i = 0; i < expressionSets.Count; i++)
{
ess.Add(expressionSets[i].DeepCopy());
ess[ess.Count - 1].CompileAll();
}
paramSurface.expressionSets = ess;
pieceWiseControl.ForceNumberOfTabs(ess.Count);
expressionSet = paramSurface.expressionSets[0];
calcInput.ChangeOutput(expressionSet.expressions[X]);
if (boundsManager != null)
{
boundsManager.UpdateButtonText();
}
inputReceived = true;
}
public ItemSet Closure()
{
if (_closure != null)
{
return(_closure);
}
_closure = new ItemSet(new List <Item> {
Clone()
});
List <ExpressionDefinition> tail = WithoutActions().Skip(DotIndex + 1).ToList();
if (Lookahead != null)
{
tail.AddRange(Lookahead);
}
ExpressionSet firstTail = First(tail);
if (ExpressionAfterDot is NonTerminalExpressionDefinition a)
{
foreach (Production production in Grammar.Instance)
{
if (production.Identifier == a.Identifier)
{
foreach (SubProduction subProduction in production)
{
foreach (TerminalExpressionDefinition ted in firstTail)
{
Item itemToAdd = new Item(subProduction, 0, new HashSet <TerminalExpressionDefinition> {
ted
});
_closure.Add(itemToAdd);
}
}
}
}
}
return(_closure);
}
public ExpressionSet DeepCopy()
{
ExpressionSet newEs = new ExpressionSet();
newEs.expressions = new Dictionary <string, Expression>();
foreach (string key in expressions.Keys)
{
newEs.expressions.Add(key, new Expression(expressions[key]));
}
newEs.ranges = new Dictionary <string, RangePair>();
foreach (string key in ranges.Keys)
{
newEs.ranges.Add(key, new RangePair(ranges[key]));
}
newEs.expValidity = new Dictionary <string, bool>(expValidity);
return(newEs);
}
// Update is called once per frame
void Update()
{
if (responder.isReady)
{
responder.isReady = false;
//vectorField.expressionX = compileTokens(responder.xExpression);
//vectorField.expressionY = compileTokens(responder.yExpression);
//vectorField.expressionZ = compileTokens(responder.zExpression);
vectorField.dens = responder.dens;
es = responder.es;
vectorField.es = responder.es.ShallowCopy();
vectorField.UpdateFunctions();
if (flowline != null)
{
flowline.t_min = compileTokens(responder.es.ranges["t"].Min.tokens);
flowline.t_max = compileTokens(responder.es.ranges["t"].Max.tokens);
flowline.ForceUpdate();
}
overlayUpdate = true;
}
}
public Vector3 findXYZ(Vector3 uvw)
{
Vector3 output = new Vector3();
ExpressionSet es = calcManager.expressionSet;
float scale = calcManager.paramSurface.currentScale;
foreach (ExpressionSet.ExpOptions key in es.expressions.Keys)
{
AK.ExpressionSolver solver = es.solver;
if (es.ranges.ContainsKey("t"))
{
solver.SetGlobalVariable("t", uvw.x);
}
}
if (es.expressions[X].AKExpression != null &&
es.expressions[Y].AKExpression != null &&
es.expressions[Z].AKExpression != null)
{
output.x = (float)es.expressions[X].AKExpression.Evaluate();
output.y = (float)es.expressions[Y].AKExpression.Evaluate();
output.z = (float)es.expressions[Z].AKExpression.Evaluate();
}
return(output * scale);
}
private ExpressionSet SetSearchExpressionSet(IEnumerable<KeyValuePair<string, string>> searchCriteria)
{
var expressionSet = new ExpressionSet();
foreach (var criteria in searchCriteria)
{
expressionSet.AddExpression(new PropertyExpression(criteria.Key, Condition.EQUAL, criteria.Value));
}
return expressionSet;
}
internal void ThreadedEvaluate(List <int[]> samples, ExpressionSet expressionSet, int TID)
{
Dictionary <string, AK.Variable> vars = new Dictionary <string, AK.Variable>();
int depth = expressionSet.ranges.Count;
int width = (int)Mathf.Pow(particlesPerES, 1f / (float)depth);
System.Random rand = new System.Random();
ThreadHelper threadHelper = SetupSolver(expressionSet);
Dictionary <int, string> indexedParam = new Dictionary <int, string>();
int k = 0;
foreach (string name in expressionSet.ranges.Keys)
{
AK.Variable var = threadHelper.solver.GetGlobalVariable(name);
indexedParam.Add(k, name);
vars[name] = var;
k++;
}
int iterations = Math.Min(particlesPerES - samples.Count * TID, samples.Count);
Particle[] particles = new Particle[iterations];
for (int i = 0; i < iterations; i++)
{
int[] arr = samples[i];
for (int j = 0; j < depth; j++)
{
int val = arr[j];
string name = indexedParam[j];
AK.Variable var = vars[name];
var.value = threadHelper.parameterMin[name] + (float)val / (width - 1) * (threadHelper.parameterMax[name] - threadHelper.parameterMin[name]);
}
float x = (float)threadHelper.expressionList[0].Evaluate();
float z = (float)threadHelper.expressionList[1].Evaluate();
float y = (float)threadHelper.expressionList[2].Evaluate();
lock (lck)
{
maxRange = (Mathf.Abs(x) > maxRange) ? Mathf.Abs(x) : maxRange;
maxRange = (Mathf.Abs(y) > maxRange) ? Mathf.Abs(y) : maxRange;
maxRange = (Mathf.Abs(z) > maxRange) ? Mathf.Abs(z) : maxRange;
}
particles[i] = new Particle();
particles[i].position = new Vector3(x, y, z);
Vector3 vel = new Vector3();
vel.x = 0.5f - (float)rand.NextDouble();
vel.y = 0.5f - (float)rand.NextDouble();
vel.z = 0.5f - (float)rand.NextDouble();
vel = 0.1f * Vector3.Normalize(vel);
particles[i].velocity = vel;
}
lock (lck)
{
threadResults.Add(particles);
}
}
IEnumerator SetupParticles()
{
calculating = true;
lck = new object();
maxRange = Mathf.NegativeInfinity;
if (anim != null)
{
StopCoroutine(anim);
}
int totalFrames = 30;
int defaultParticlesPerES = particleCount / expressionSets.Count;
//number of frames used for each expression set.
int framesPerES = totalFrames / expressionSets.Count;
num_threads = SystemInfo.processorCount;
int missingParticles = 0;
threadResults = new List <Particle[]>();
int expressionNumber = 0;
foreach (ExpressionSet es in expressionSets)
{
particlesPerES = defaultParticlesPerES + missingParticles;
missingParticles = 0;
expressionNumber++;
//soft copy of the expressionSet. Do not edit actual expressions using this.
ExpressionSet expressionSet = es.ShallowCopy();
//remove unused parameters
string[] keys = new string[expressionSet.ranges.Keys.Count];
expressionSet.ranges.Keys.CopyTo(keys, 0);
foreach (string op in keys)
{
bool used = false;
foreach (ExpressionSet.ExpOptions key in expressionSet.expressions.Keys)
{
if (expressionSet.expressions[key].tokens.Contains(op))
{
used = true;
}
}
if (!used && expressionSet.ranges.Count > 1)
{
expressionSet.RemoveRange(op);
}
}
int depth = expressionSet.ranges.Count;
int width = (int)Mathf.Pow(particlesPerES, 1f / (float)depth);
List <int[]> samples = SetupSamples(depth, width);
int thread_chunk = Mathf.CeilToInt(samples.Count / 4);
missingParticles += particlesPerES - samples.Count;
Thread[] threads = new Thread[num_threads];
int t = 0;
for (t = 0; t < num_threads; t++)
{
int tc = t;
int TIDc = tc;
threads[t] = new Thread(() => ThreadedEvaluate(samples.GetRange(tc * thread_chunk, Math.Min(thread_chunk, samples.Count - tc * thread_chunk)), expressionSet, TIDc));
threads[t].Start();
}
while (framesPerES-- != 0)
{
yield return(null);
}
for (t = 0; t < num_threads; t++)
{
threads[t].Join();
}
framesPerES = totalFrames / expressionSets.Count;
}
List <Particle> temp = new List <Particle>();
foreach (Particle[] array in threadResults)
{
temp.AddRange(array);
}
Particle lastParticle = temp[temp.Count - 1];
for (int i = 0; i < missingParticles; i++)
{
temp.Add(lastParticle);
}
dest = temp.ToArray();
for (int i = 0; i < dest.Length; i++)
{
Vector3 pos = (maxRange == 0) ? Vector3.zero : dest[i].position * 10f / maxRange;
dest[i].position = pos;
dest[i].color = new Color(Mathf.Pow((pos.x + 10) / 20, 2), Mathf.Pow((pos.y + 10) / 20, 2), Mathf.Pow((pos.z + 10) / 20, 2));
}
xAxis.Max = maxRange; xAxis.Min = -maxRange;
yAxis.Max = maxRange; yAxis.Min = -maxRange;
zAxis.Max = maxRange; zAxis.Min = -maxRange;
currentScale = (maxRange == 0) ? 0 : 10 / maxRange;
pBuffer.GetData(particles);
sBuffer.SetData(particles);
dBuffer.SetData(dest);
animProgress = 0;
calculating = false;
}
protected void HandleInput(string source)
{
List <string> x;
List <string> y;
List <string> z;
List <string> umin = ExpressionParser.Parse("");
List <string> umax = ExpressionParser.Parse("");
List <string> tmin = ExpressionParser.Parse("");
List <string> tmax = ExpressionParser.Parse("");
List <string> vmin = ExpressionParser.Parse("");
List <string> vmax = ExpressionParser.Parse("");
List <string> wmin = ExpressionParser.Parse("");
List <string> wmax = ExpressionParser.Parse("");
ExpressionSet expressionSet = densManager.es;
switch (source)
{
default:
x = ExpressionParser.Parse("0");
y = ExpressionParser.Parse("0");
z = ExpressionParser.Parse("0");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("0");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("0");
print("unknown preset pressed");
break;
// Orbitals
case "1S":
x = ExpressionParser.Parse("(1.772454*e^(-1*(x^2+y^2+z^2)^(1/2)))^2");
y = ExpressionParser.Parse("0");
z = ExpressionParser.Parse("0");
densManager.setRange(3);
densManager.setSleepInterval(126);
break;
case "2S":
x = ExpressionParser.Parse("(0.099735*(2-(x^2+y^2+z^2)^(1/2))*e^(-1*((x^2+y^2+z^2)^(1/2))/2))^2");
y = ExpressionParser.Parse("0");
z = ExpressionParser.Parse("0");
densManager.setRange(10);
densManager.setSleepInterval(63);
break;
case "2Pz":
x = ExpressionParser.Parse("(0.099735*z*e^(-1*((x^2+y^2+z^2)^(1/2))/2))^2");
y = ExpressionParser.Parse("0");
z = ExpressionParser.Parse("0");
densManager.setRange(12);
densManager.setSleepInterval(63);
break;
case "3S":
x = ExpressionParser.Parse("(0.004021*(27-18*(x^2+y^2+z^2)^(1/2)+2*(x^2+y^2+z^2))*e^(-1*((x^2+y^2+z^2)^(1/2))/3))^2");
y = ExpressionParser.Parse("0");
z = ExpressionParser.Parse("0");
densManager.setRange(20);
densManager.setSleepInterval(42);
break;
case "3Pz":
x = ExpressionParser.Parse("(0.004925*(6-(x^2+y^2+z^2)^(1/2))*z*e^(-1*((x^2+y^2+z^2)^(1/2))/3))^2");
y = ExpressionParser.Parse("0");
z = ExpressionParser.Parse("0");
densManager.setRange(22);
densManager.setSleepInterval(63);
break;
case "3Dz\x00B2":
goto case "3Dz2";
case "3Dz2":
x = ExpressionParser.Parse("(0.002844*(3*z^2-(x^2+y^2+z^2))*e^(-1*((x^2+y^2+z^2)^(1/2))/3))^2");
y = ExpressionParser.Parse("0");
z = ExpressionParser.Parse("0");
densManager.setRange(24);
densManager.setSleepInterval(63);
break;
case "3Dxy":
x = ExpressionParser.Parse("(0.009850*x*y*e^(-1*((x^2+y^2+z^2)^(1/2))/3))^2");
y = ExpressionParser.Parse("0");
z = ExpressionParser.Parse("0");
densManager.setRange(24);
densManager.setSleepInterval(63);
break;
case "4S":
x = ExpressionParser.Parse("(0.006965*(1-0.75*(x^2+y^2+z^2)^(1/2)+0.125*(x^2+y^2+z^2)-0.005208*(x^2+y^2+z^2)^(3/2))*e^(-1*((x^2+y^2+z^2)^(1/2))/4))^2");
y = ExpressionParser.Parse("0");
z = ExpressionParser.Parse("0");
densManager.setRange(30);
densManager.setSleepInterval(42);
break;
case "4Pz":
x = ExpressionParser.Parse("(0.039424*(1-0.25*(x^2+y^2+z^2)^(1/2)+0.0125*(x^2+y^2+z^2))*z*e^(-1*((x^2+y^2+z^2)^(1/2))/4))^2");
y = ExpressionParser.Parse("0");
z = ExpressionParser.Parse("0");
densManager.setRange(34);
densManager.setSleepInterval(42);
break;
case "4Dz\x00B2":
goto case "4Dz2";
case "4Dz2":
x = ExpressionParser.Parse("(0.002204*(3*z^2-0.25*z^2*(x^2+y^2+z^2)^(1/2)-(x^2+y^2+z^2)+0.083333*(x^2+y^2+z^2)^(3/2))*e^(-1*((x^2+y^2+z^2)^(1/2))/4))^2");
y = ExpressionParser.Parse("0");
z = ExpressionParser.Parse("0");
densManager.setRange(40);
densManager.setSleepInterval(21);
break;
case "4Dxy":
x = ExpressionParser.Parse("(0.003817*x*y*(1-0.083333*(x^2+y^2+z^2)^(1/2))*e^(-1*((x^2+y^2+z^2)^(1/2))/4))^2");
y = ExpressionParser.Parse("0");
z = ExpressionParser.Parse("0");
densManager.setRange(40);
densManager.setSleepInterval(42);
break;
case "4Fz\x00B3":
goto case "4Fz3";
case "4Fz3":
x = ExpressionParser.Parse("(0.000082*z*(5*z^2-3*(x^2+y^2+z^2))*e^(-1*((x^2+y^2+z^2)^(1/2))/4))^2");
y = ExpressionParser.Parse("0");
z = ExpressionParser.Parse("0");
densManager.setRange(40);
densManager.setSleepInterval(63);
break;
case "4Fxz\x00B2":
goto case "4Fxz2";
case "4Fxz2":
x = ExpressionParser.Parse("(0.000101*x*(5*z^2-(x^2+y^2+z^2))*e^(-1*((x^2+y^2+z^2)^(1/2))/4))^2");
y = ExpressionParser.Parse("0");
z = ExpressionParser.Parse("0");
densManager.setRange(40);
densManager.setSleepInterval(63);
break;
case "4Fxyz":
x = ExpressionParser.Parse("(0.000636*x*y*z*e^(-1*((x^2+y^2+z^2)^(1/2))/4))^2");
y = ExpressionParser.Parse("0");
z = ExpressionParser.Parse("0");
densManager.setRange(40);
densManager.setSleepInterval(63);
break;
}
expressionSet.AddExpression("X", x);
expressionSet.AddExpression("Y", y);
expressionSet.AddExpression("Z", z);
expressionSet.AddRange("t", tmin, tmax);
expressionSet.AddRange("u", umin, umax);
expressionSet.AddRange("v", vmin, vmax);
expressionSet.AddRange("w", wmin, wmax);
densManager.PresetPressed();
}
protected void HandleInput(string source)
{
List <string> x;
List <string> y;
List <string> z;
List <string> umin = ExpressionParser.Parse("");
List <string> umax = ExpressionParser.Parse("");
List <string> tmin = ExpressionParser.Parse("");
List <string> tmax = ExpressionParser.Parse("");
List <string> vmin = ExpressionParser.Parse("");
List <string> vmax = ExpressionParser.Parse("");
List <string> wmin = ExpressionParser.Parse("");
List <string> wmax = ExpressionParser.Parse("");
ExpressionSet expressionSet = calcManager.expressionSet;
switch (source)
{
default:
x = ExpressionParser.Parse("0");
y = ExpressionParser.Parse("0");
z = ExpressionParser.Parse("0");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("0");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("0");
print("unknown preset pressed");
break;
//R1 -> R1
case "Cinquefoil Knot":
x = ExpressionParser.Parse("cos(t)*(2-cos(2*t/5))");
y = ExpressionParser.Parse("sin(t)*(2-cos(2*t/5))");
z = ExpressionParser.Parse("-sin(2*t/5)");
tmin = ExpressionParser.Parse("0");
tmax = ExpressionParser.Parse("10*pi");
break;
case "Circle":
x = ExpressionParser.Parse("cos(t)");
y = ExpressionParser.Parse("sin(t)");
z = ExpressionParser.Parse("0");
tmin = ExpressionParser.Parse("0");
tmax = ExpressionParser.Parse("2pi");
break;
case "Sphere Outline":
x = ExpressionParser.Parse("sin(t)*cos(32*t)");
y = ExpressionParser.Parse("sin(t)*sin(32*t)");
z = ExpressionParser.Parse("cos(t)");
tmin = ExpressionParser.Parse("0");
tmax = ExpressionParser.Parse("pi");
break;
case "Hypocloid":
x = ExpressionParser.Parse("cos(t)^3");
y = ExpressionParser.Parse("sin(t)^3");
z = ExpressionParser.Parse("0");
tmin = ExpressionParser.Parse("0");
tmax = ExpressionParser.Parse("4pi");
break;
case "Hypocloid Surface":
x = ExpressionParser.Parse("10*cos(t*32)^3");
y = ExpressionParser.Parse("10*sin(t*32)^3");
z = ExpressionParser.Parse("t-2*pi");
tmin = ExpressionParser.Parse("0");
tmax = ExpressionParser.Parse("4pi");
break;
case "Trefoil Knot":
x = ExpressionParser.Parse("sin(t)+2*sin(2*t)");
y = ExpressionParser.Parse("cos(t)-2*cos(2*t)");
z = ExpressionParser.Parse("-sin(3*t)");
tmin = ExpressionParser.Parse("0");
tmax = ExpressionParser.Parse("2*pi");
break;
case "Turnip":
x = ExpressionParser.Parse("(sin(t/16)^2)*cos(8*t)*8*pi");
y = ExpressionParser.Parse("(sin(t/16))^2*sin(8*t)*8*pi");
z = ExpressionParser.Parse("8*pi-t");
tmin = ExpressionParser.Parse("0");
tmax = ExpressionParser.Parse("16pi");
break;
case "Wavy Surface":
x = ExpressionParser.Parse("(sin(t/2)^(1/2)*cos(256*t)*pi)");
y = ExpressionParser.Parse("(sin(t/2))^(1/2)*sin(64*t)*pi");
z = ExpressionParser.Parse("pi-t");
tmin = ExpressionParser.Parse("0");
tmax = ExpressionParser.Parse("2pi");
break;
case "High-res Sphere":
x = ExpressionParser.Parse("sin(t)*cos(1024*t)");
y = ExpressionParser.Parse("sin(t)*sin(1024*t)");
z = ExpressionParser.Parse("cos(t)");
tmin = ExpressionParser.Parse("0");
tmax = ExpressionParser.Parse("pi");
break;
//R2->R3
case "Astroidal Ellipse":
x = ExpressionParser.Parse("(2*cos(u)*cos(v))^3");
y = ExpressionParser.Parse("(2*sin(u)*cos(v))^3");
z = ExpressionParser.Parse("(2*sin(v))^3");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2*pi");
break;
case "Bumpy Sphere":
x = ExpressionParser.Parse("5*sin(u)*sin(v)+cos(30*v)*0.15");
y = ExpressionParser.Parse("5*cos(u)*sin(v)+cos(30*u)*0.15");
z = ExpressionParser.Parse("5*cos(v)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("2*pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("pi");
break;
case "Dini's Surface":
x = ExpressionParser.Parse("3*cos(u)*sin(v)");
y = ExpressionParser.Parse("3*sin(u)*sin(v)");
z = ExpressionParser.Parse("3*(cos(v)+log(tan(0.5*v)))+0.4*u");
umin = ExpressionParser.Parse("-4*pi");
umax = ExpressionParser.Parse("4*pi");
vmin = ExpressionParser.Parse("0.005");
vmax = ExpressionParser.Parse("3.135");
break;
case "Figure-8":
x = ExpressionParser.Parse("(3+cos(u/2)*sin(v)-sin(u/2)*sin(2*v))*cos(u)");
y = ExpressionParser.Parse("(3+cos(u/2)*sin(v)-sin(u/2)*sin(2*v))*sin(u)");
z = ExpressionParser.Parse("sin(u/2)*sin(v)-cos(u/2)*sin(2*v)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("2*pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2*pi");
break;
case "Gray's Surface":
x = ExpressionParser.Parse("(3+cos(3*u/2)*sin(v)-sin(3*u/2)*sin(2*v))*cos(u/2)");
y = ExpressionParser.Parse("(3+cos(3*u/2)*sin(v)-sin(3*u/2)*sin(2*v))*sin(u/2)");
z = ExpressionParser.Parse("sin(3*u/2)*sin(v)+cos(3*u/2)*sin(2*v)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("4*pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Knot":
x = ExpressionParser.Parse("3*sin(3*u)/2+cos(v)))");
y = ExpressionParser.Parse("3*(sin(u)+2*sin(2*u))/(2+cos(v+pi*2/3))");
z = ExpressionParser.Parse("3/2*(cos(u)-2*cos(2*u))*(2+cos(v))*(2+cos(v+pi*2/3))/4");
umin = ExpressionParser.Parse("-pi");
umax = ExpressionParser.Parse("2pi");
vmin = ExpressionParser.Parse("-pi");
vmax = ExpressionParser.Parse("2pi");
break;
case "Mobius":
x = ExpressionParser.Parse("(5+u*cos(0.5*v))*cos(v)");
y = ExpressionParser.Parse("(5+u*cos(0.5*v))*sin(v)");
z = ExpressionParser.Parse("u*sin(0.5*v)");
umin = ExpressionParser.Parse("-1");
umax = ExpressionParser.Parse("1");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2*pi");
break;
case "Radial Wave":
x = ExpressionParser.Parse("u");
y = ExpressionParser.Parse("v");
z = ExpressionParser.Parse("cos((u^2+v^2)^0.5)");
umin = ExpressionParser.Parse("-10");
umax = ExpressionParser.Parse("10");
vmin = ExpressionParser.Parse("-10");
vmax = ExpressionParser.Parse("10");
break;
case "Torus":
x = ExpressionParser.Parse("(5+cos(v))*cos(u)");
y = ExpressionParser.Parse("(5+cos(v))*sin(u)");
z = ExpressionParser.Parse("sin(v)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("2pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
//R3->R3
case "Cone":
x = ExpressionParser.Parse("ucos(v)w");
y = ExpressionParser.Parse("usin(v)w");
z = ExpressionParser.Parse("w");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("1");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
wmin = ExpressionParser.Parse("0");
wmax = ExpressionParser.Parse("1");
break;
case "Cube":
x = ExpressionParser.Parse("u");
y = ExpressionParser.Parse("v");
z = ExpressionParser.Parse("w");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("1");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("1");
wmin = ExpressionParser.Parse("0");
wmax = ExpressionParser.Parse("1");
break;
case "Cylinder":
x = ExpressionParser.Parse("ucos(v)");
y = ExpressionParser.Parse("usin(v)");
z = ExpressionParser.Parse("w");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("1");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
wmin = ExpressionParser.Parse("0");
wmax = ExpressionParser.Parse("1");
break;
case "Sphere":
x = ExpressionParser.Parse("ucos(v)sin(w)");
y = ExpressionParser.Parse("usin(v)sin(w)");
z = ExpressionParser.Parse("ucos(w)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("1");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
wmin = ExpressionParser.Parse("0");
wmax = ExpressionParser.Parse("2pi");
break;
case "Tetrahedron":
x = ExpressionParser.Parse("u(1-v)");
y = ExpressionParser.Parse("uv(1-w)");
z = ExpressionParser.Parse("uvw");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("1");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("1");
wmin = ExpressionParser.Parse("0");
wmax = ExpressionParser.Parse("1");
break;
// Orbitals
case "S":
x = ExpressionParser.Parse("(1/2*1/pi^(1/2))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(1/2*1/pi^(1/2))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(1/2*1/pi^(1/2))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Px":
x = ExpressionParser.Parse("(3^(1/2)/2*sin(u)*1/pi^(1/2)*sin(v))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(3^(1/2)/2*sin(u)*1/pi^(1/2)*sin(v))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(3^(1/2)/2*sin(u)*1/pi^(1/2)*sin(v))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Py":
x = ExpressionParser.Parse("(3^(1/2)/2*sin(u)*1/pi^(1/2)*cos(v))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(3^(1/2)/2*sin(u)*1/pi^(1/2)*cos(v))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(3^(1/2)/2*sin(u)*1/pi^(1/2)*cos(v))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Pz":
x = ExpressionParser.Parse("(3^(1/2)/2*cos(u)*1/pi^(1/2))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(3^(1/2)/2*cos(u)*1/pi^(1/2))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(3^(1/2)/2*cos(u)*1/pi^(1/2))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Dz\x00B2":
goto case "Dz2";
case "Dz2":
x = ExpressionParser.Parse("(5^(1/2)/4*(3*((cos(u))^2)-1)*1/pi^(1/2))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(5^(1/2)/4*(3*((cos(u))^2)-1)*1/pi^(1/2))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(5^(1/2)/4*(3*((cos(u))^2)-1)*1/pi^(1/2))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Dxz":
x = ExpressionParser.Parse("(15^(1/2)/2*sin(u)*cos(u)*1/pi^(1/2)*sin(v))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(15^(1/2)/2*sin(u)*cos(u)*1/pi^(1/2)*sin(v))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(15^(1/2)/2*sin(u)*cos(u)*1/pi^(1/2)*sin(v))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Dyz":
x = ExpressionParser.Parse("(15^(1/2)/2*sin(u)*cos(u)*1/pi^(1/2)*cos(v))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(15^(1/2)/2*sin(u)*cos(u)*1/pi^(1/2)*cos(v))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(15^(1/2)/2*sin(u)*cos(u)*1/pi^(1/2)*cos(v))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Dxy":
x = ExpressionParser.Parse("(15^(1/2)/4*sin(u)^2*1/pi^(1/2)*sin(2v))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(15^(1/2)/4*sin(u)^2*1/pi^(1/2)*sin(2v))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(15^(1/2)/4*sin(u)^2*1/pi^(1/2)*sin(2v))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Dx\x00B2-y\x00B2":
goto case "Dx2-y2";
case "Dx2-y2":
x = ExpressionParser.Parse("(15^(1/2)/4*sin(u)^2*1/pi^(1/2)*cos(2v))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(15^(1/2)/4*sin(u)^2*1/pi^(1/2)*cos(2v))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(15^(1/2)/4*sin(u)^2*1/pi^(1/2)*cos(2v))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Fz\x00B3":
goto case "Fz3";
case "Fz3":
x = ExpressionParser.Parse("(7^(1/2)/4*(5*((cos(u))^2)-3)*cos(u)*1/pi^(1/2))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(7^(1/2)/4*(5*((cos(u))^2)-3)*cos(u)*1/pi^(1/2))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(7^(1/2)/4*(5*((cos(u))^2)-3)*cos(u)*1/pi^(1/2))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Fxz\x00B2":
goto case "Fxz2";
case "Fxz2":
x = ExpressionParser.Parse("(42^(1/2)/8*(5*((cos(u))^2)-1)*sin(u)*sin(v)*1/pi^(1/2))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(42^(1/2)/8*(5*((cos(u))^2)-1)*sin(u)*sin(v)*1/pi^(1/2))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(42^(1/2)/8*(5*((cos(u))^2)-1)*sin(u)*sin(v)*1/pi^(1/2))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Fyz\x00B2":
goto case "Fyz2";
case "Fyz2":
x = ExpressionParser.Parse("(42^(1/2)/8*(5*((cos(u))^2)-1)*sin(u)*cos(v)*1/pi^(1/2))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(42^(1/2)/8*(5*((cos(u))^2)-1)*sin(u)*cos(v)*1/pi^(1/2))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(42^(1/2)/8*(5*((cos(u))^2)-1)*sin(u)*cos(v)*1/pi^(1/2))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Fxyz":
x = ExpressionParser.Parse("(105^(1/2)/4*sin(u)^2*cos(u)*cos(2v)*1/pi^(1/2))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(105^(1/2)/4*sin(u)^2*cos(u)*cos(2v)*1/pi^(1/2))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(105^(1/2)/4*sin(u)^2*cos(u)*cos(2v)*1/pi^(1/2))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Fz\x0028x\x00B2-y\x00B2\x0029":
goto case "Fzx2y2";
case "Fzx2y2":
x = ExpressionParser.Parse("(105^(1/2)/4*sin(u)^2*cos(u)*sin(2v)*1/pi^(1/2))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(105^(1/2)/4*sin(u)^2*cos(u)*sin(2v)*1/pi^(1/2))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(105^(1/2)/4*sin(u)^2*cos(u)*sin(2v)*1/pi^(1/2))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Fx\x0028x\x00B2-3y\x00B2\x0029":
goto case "Fxx23y2";
case "Fxx23y2":
x = ExpressionParser.Parse("(70^(1/2)/8*sin(u)^3*sin(3v)*1/pi^(1/2))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(70^(1/2)/8*sin(u)^3*sin(3v)*1/pi^(1/2))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(70^(1/2)/8*sin(u)^3*sin(3v)*1/pi^(1/2))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Fy\x00283x\x00B2-y\x00B2\x0029":
goto case "Fy3x2y2";
case "Fy3x2y2":
x = ExpressionParser.Parse("(70^(1/2)/8*sin(u)^3*cos(3v)*1/pi^(1/2))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(70^(1/2)/8*sin(u)^3*cos(3v)*1/pi^(1/2))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(70^(1/2)/8*sin(u)^3*cos(3v)*1/pi^(1/2))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
}
expressionSet.AddExpression("X", x);
expressionSet.AddExpression("Y", y);
expressionSet.AddExpression("Z", z);
expressionSet.AddRange("t", tmin, tmax);
expressionSet.AddRange("u", umin, umax);
expressionSet.AddRange("v", vmin, vmax);
expressionSet.AddRange("w", wmin, wmax);
calcManager.PresetPressed();
}
/// <summary>
/// Ricerca fulltext nell'oggetto document
///
/// nb: da fare anche ricerca allegati
/// </summary>
/// <param name="context"></param>
/// <returns></returns>
public ArrayList FullTextSearch(ref FullTextSearchContext context)
{
ArrayList result = new ArrayList();
try
{
List <string> fullTextResult = null;
if (context.SearchResultList != null && context.SearchResultList.Length > 0)
{
// Ricerca già effettuata, reperimento dall'oggetto di contesto
// dei risultati precedenti evitando così una dispendiosa
// chiamata al sistema documentale
fullTextResult = new List <string>(context.SearchResultList);
}
else
{
StructuredQuery strQuery = new StructuredQuery();
strQuery.AddRepository(DctmConfigurations.GetRepositoryName());
strQuery.ObjectType = ObjectTypes.DOCUMENTO;
strQuery.IsDatabaseSearch = false;
strQuery.IsIncludeAllVersions = false;
strQuery.IsIncludeHidden = false;
// Inserisce nella ricerca il solo cabinet dell'amministrazione
RepositoryScope repositoryScope = new RepositoryScope();
repositoryScope.RepositoryName = DctmConfigurations.GetRepositoryName();
repositoryScope.LocationPath = DocsPaAdminCabinet.getRootAmministrazione(this.InfoUtente);
repositoryScope.IsDescend = true;
strQuery.Scopes.Add(repositoryScope);
ExpressionSet set = new ExpressionSet();
set.AddExpression(new FullTextExpression(context.TextToSearch));
strQuery.RootExpressionSet = set;
// Query execution
int startIndex = (context.RequestedPageNumber * PAGE_SIZE) - PAGE_SIZE;
int maxResults = this.GetMaxRowCount();
QueryExecution queryExec = new QueryExecution(startIndex, maxResults, maxResults);
ISearchService searchService = DctmServiceFactory.GetServiceInstance <ISearchService>(this.InfoUtente.dst);
QueryResult queryResult = searchService.Execute(strQuery, queryExec, null);
QueryStatus queryStatus = queryResult.QueryStatus;
RepositoryStatusInfo repStatusInfo = queryResult.QueryStatus.RepositoryStatusInfos[0];
if (repStatusInfo.Status == Status.FAILURE)
{
throw new ApplicationException("QueryResult: Status.FAILURE");
}
fullTextResult = new List <string>();
foreach (DataObject dataObject in queryResult.DataObjects)
{
// Reperimento docnumber
string docNumber = dataObject.Properties.Get(TypeDocumento.DOC_NUMBER).GetValueAsString();
if (!fullTextResult.Contains(docNumber)) // Eliminazione dei risultati duplicati
{
fullTextResult.Add(docNumber);
}
}
context.SearchResultList = fullTextResult.ToArray();
context.TotalPageNumber = (fullTextResult.Count / PAGE_SIZE);
context.TotalRecordCount = fullTextResult.Count;
}
// Paginazione dei risultati
if (fullTextResult != null && fullTextResult.Count > 0)
{
int startIndex = (context.RequestedPageNumber * PAGE_SIZE) - PAGE_SIZE;
int count = PAGE_SIZE;
if (fullTextResult.Count < count)
{
count = fullTextResult.Count;
}
List <string> pageContent = fullTextResult.GetRange(startIndex, count);
result = this.GetDocuments(pageContent.ToArray(), InfoUtente);
}
}
catch (Exception ex)
{
result.Clear();
logger.Debug(string.Format("Errore in Documentum.FullTextSearch:\n{0}", ex.ToString()));
}
return(result);
}
public void SimpleStructuredQuery(String docName)
{
String repoName = DefaultRepository;
PropertyProfile propertyProfile = new PropertyProfile();
propertyProfile.FilterMode = PropertyFilterMode.IMPLIED;
OperationOptions operationOptions = new OperationOptions();
operationOptions.Profiles.Add(propertyProfile);
// Create query
StructuredQuery q = new StructuredQuery();
q.AddRepository(repoName);
q.ObjectType = "dm_document";
q.IsIncludeHidden = true;
q.IsDatabaseSearch = true;
ExpressionSet expressionSet = new ExpressionSet();
expressionSet.AddExpression(new PropertyExpression("object_name",
Condition.CONTAINS,
docName));
q.RootExpressionSet = expressionSet;
// Execute Query
int startingIndex = 0;
int maxResults = 60;
int maxResultsPerSource = 20;
QueryExecution queryExec = new QueryExecution(startingIndex,
maxResults,
maxResultsPerSource);
QueryResult queryResult = searchService.Execute(q, queryExec, operationOptions);
QueryStatus queryStatus = queryResult.QueryStatus;
RepositoryStatusInfo repStatusInfo = queryStatus.RepositoryStatusInfos[0];
if (repStatusInfo.Status == Status.FAILURE)
{
Console.WriteLine(repStatusInfo.ErrorTrace);
throw new Exception("Query failed to return result.");
}
Console.WriteLine("Query returned result successfully.");
// print results
Console.WriteLine("DataPackage contains " + queryResult.DataObjects.Count + " objects.");
foreach (DataObject dataObject in queryResult.DataObjects)
{
Console.WriteLine(dataObject.Identity.GetValueAsString());
}
}
protected void HandleInput(string source)
{
List <string> x;
List <string> y;
List <string> z;
List <string> umin = ExpressionParser.Parse("");
List <string> umax = ExpressionParser.Parse("");
List <string> tmin = ExpressionParser.Parse("");
List <string> tmax = ExpressionParser.Parse("");
List <string> vmin = ExpressionParser.Parse("");
List <string> vmax = ExpressionParser.Parse("");
List <string> wmin = ExpressionParser.Parse("");
List <string> wmax = ExpressionParser.Parse("");
ExpressionSet expressionSet = calcManager.expressionSet;
switch (source)
{
default:
x = ExpressionParser.Parse("0.75*sin(2*pi*v)");
y = ExpressionParser.Parse("sin(pi*u)*(1.5+0.75*cos(2*pi*v))");
z = ExpressionParser.Parse("cos(pi*u)*(1.5+0.75*cos(2*pi*v))");
umin = ExpressionParser.Parse("1.5");
umax = ExpressionParser.Parse("2.5");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("1");
List <string> x2 = ExpressionParser.Parse("0.75*cos(pi*u)");
List <string> y2 = ExpressionParser.Parse("0.75*sin(pi*u)*cos(2*pi*v)+2.4");
List <string> z2 = ExpressionParser.Parse("0.75*sin(pi*u)*sin(2*pi*v)+2.6");
List <string> umin2 = ExpressionParser.Parse("0");
List <string> umax2 = ExpressionParser.Parse("1");
List <string> vmin2 = ExpressionParser.Parse("0");
List <string> vmax2 = ExpressionParser.Parse("1");
List <string> x3 = ExpressionParser.Parse("0.75*sin(2*pi*u)");
List <string> y3 = ExpressionParser.Parse("0.75*cos(2*pi*u)+1.5*cos(pi/8*v)");
List <string> z3 = ExpressionParser.Parse("-1.5*sin(pi/8*v)");
List <string> umin3 = ExpressionParser.Parse("0");
List <string> umax3 = ExpressionParser.Parse("1");
List <string> vmin3 = ExpressionParser.Parse("0");
List <string> vmax3 = ExpressionParser.Parse("1");
List <string> x4 = ExpressionParser.Parse("0.75*sin(2*pi*u)");
List <string> y4 = ExpressionParser.Parse("0.75*cos(2*pi*u)-1.5*cos(pi/8*v)");
List <string> z4 = ExpressionParser.Parse("-1.5*sin(pi/8*v)");
List <string> umin4 = ExpressionParser.Parse("0");
List <string> umax4 = ExpressionParser.Parse("1");
List <string> vmin4 = ExpressionParser.Parse("0");
List <string> vmax4 = ExpressionParser.Parse("1");
Expression X = new Expression(x);
Expression Y = new Expression(y);
Expression Z = new Expression(z);
Expression X2 = new Expression(x2);
Expression Y2 = new Expression(y2);
Expression Z2 = new Expression(z2);
Expression X3 = new Expression(x3);
Expression Y3 = new Expression(y3);
Expression Z3 = new Expression(z3);
Expression X4 = new Expression(x4);
Expression Y4 = new Expression(y4);
Expression Z4 = new Expression(z4);
Range zeroRange = new Range(ExpressionParser.Parse("0"));
Range oneRange = new Range(ExpressionParser.Parse("1"));
Range onePointFive = new Range(ExpressionParser.Parse("1.5"));
Range twoPointFive = new Range(ExpressionParser.Parse("2.5"));
RangePair zeroToZero = new RangePair(zeroRange, zeroRange);
RangePair zeroToOne = new RangePair(zeroRange, oneRange);
List <RangePair> rangePairs = new List <RangePair>()
{
zeroToZero, new RangePair(onePointFive, twoPointFive), zeroToOne, zeroToOne
};
List <RangePair> rangePairs2 = new List <RangePair>()
{
zeroToZero, zeroToOne, zeroToOne, zeroToZero
};
ExpressionSet expSet = new ExpressionSet(new string[] { "t", "u", "v", "w" }, rangePairs, new string[] { "X", "Y", "Z" }, new List <Expression>()
{
X, Y, Z
});
ExpressionSet expSet2 = new ExpressionSet(new string[] { "t", "u", "v", "w" }, rangePairs2, new string[] { "X", "Y", "Z" }, new List <Expression>()
{
X2, Y2, Z2
});
ExpressionSet expSet3 = new ExpressionSet(new string[] { "t", "u", "v", "w" }, rangePairs2, new string[] { "X", "Y", "Z" }, new List <Expression>()
{
X3, Y3, Z3
});
ExpressionSet expSet4 = new ExpressionSet(new string[] { "t", "u", "v", "w" }, rangePairs2, new string[] { "X", "Y", "Z" }, new List <Expression>()
{
X4, Y4, Z4
});
List <ExpressionSet> nanomeLogo = new List <ExpressionSet>()
{
expSet, expSet2, expSet3, expSet4
};
CalcManager.Instance.LoadSavedExpressionSets(nanomeLogo);
print("unknown preset pressed");
return;
//R1 -> R1
case "Cinquefoil Knot":
x = ExpressionParser.Parse("cos(t)*(2-cos(2*t/5))");
y = ExpressionParser.Parse("sin(t)*(2-cos(2*t/5))");
z = ExpressionParser.Parse("-sin(2*t/5)");
tmin = ExpressionParser.Parse("0");
tmax = ExpressionParser.Parse("10*pi");
break;
case "Circle":
x = ExpressionParser.Parse("cos(t)");
y = ExpressionParser.Parse("sin(t)");
z = ExpressionParser.Parse("0");
tmin = ExpressionParser.Parse("0");
tmax = ExpressionParser.Parse("2pi");
break;
case "Sphere Outline":
x = ExpressionParser.Parse("sin(t)*cos(32*t)");
y = ExpressionParser.Parse("sin(t)*sin(32*t)");
z = ExpressionParser.Parse("cos(t)");
tmin = ExpressionParser.Parse("0");
tmax = ExpressionParser.Parse("pi");
break;
case "Hypocloid":
x = ExpressionParser.Parse("cos(t)^3");
y = ExpressionParser.Parse("sin(t)^3");
z = ExpressionParser.Parse("0");
tmin = ExpressionParser.Parse("0");
tmax = ExpressionParser.Parse("4pi");
break;
case "Hypocloid Surface":
x = ExpressionParser.Parse("10*cos(t*32)^3");
y = ExpressionParser.Parse("10*sin(t*32)^3");
z = ExpressionParser.Parse("t-2*pi");
tmin = ExpressionParser.Parse("0");
tmax = ExpressionParser.Parse("4pi");
break;
case "Trefoil Knot":
x = ExpressionParser.Parse("sin(t)+2*sin(2*t)");
y = ExpressionParser.Parse("cos(t)-2*cos(2*t)");
z = ExpressionParser.Parse("-sin(3*t)");
tmin = ExpressionParser.Parse("0");
tmax = ExpressionParser.Parse("2*pi");
break;
case "Turnip":
x = ExpressionParser.Parse("(sin(t/16)^2)*cos(8*t)*8*pi");
y = ExpressionParser.Parse("(sin(t/16))^2*sin(8*t)*8*pi");
z = ExpressionParser.Parse("8*pi-t");
tmin = ExpressionParser.Parse("0");
tmax = ExpressionParser.Parse("16pi");
break;
case "Wavy Surface":
x = ExpressionParser.Parse("(sin(t/2)^(1/2)*cos(256*t)*pi)");
y = ExpressionParser.Parse("(sin(t/2))^(1/2)*sin(64*t)*pi");
z = ExpressionParser.Parse("pi-t");
tmin = ExpressionParser.Parse("0");
tmax = ExpressionParser.Parse("2pi");
break;
case "High-res Sphere":
x = ExpressionParser.Parse("sin(t)*cos(1024*t)");
y = ExpressionParser.Parse("sin(t)*sin(1024*t)");
z = ExpressionParser.Parse("cos(t)");
tmin = ExpressionParser.Parse("0");
tmax = ExpressionParser.Parse("pi");
break;
//R2->R3
case "Astroidal Ellipse":
x = ExpressionParser.Parse("(2*cos(u)*cos(v))^3");
y = ExpressionParser.Parse("(2*sin(u)*cos(v))^3");
z = ExpressionParser.Parse("(2*sin(v))^3");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2*pi");
break;
case "Bumpy Sphere":
x = ExpressionParser.Parse("5*sin(u)*sin(v)+cos(30*v)*0.15");
y = ExpressionParser.Parse("5*cos(u)*sin(v)+cos(30*u)*0.15");
z = ExpressionParser.Parse("5*cos(v)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("2*pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("pi");
break;
case "Dini's Surface":
x = ExpressionParser.Parse("3*cos(u)*sin(v)");
y = ExpressionParser.Parse("3*sin(u)*sin(v)");
z = ExpressionParser.Parse("3*(cos(v)+log(tan(0.5*v)))+0.4*u");
umin = ExpressionParser.Parse("-4*pi");
umax = ExpressionParser.Parse("4*pi");
vmin = ExpressionParser.Parse("0.005");
vmax = ExpressionParser.Parse("3.135");
break;
case "Figure-8":
x = ExpressionParser.Parse("(3+cos(u/2)*sin(v)-sin(u/2)*sin(2*v))*cos(u)");
y = ExpressionParser.Parse("(3+cos(u/2)*sin(v)-sin(u/2)*sin(2*v))*sin(u)");
z = ExpressionParser.Parse("sin(u/2)*sin(v)-cos(u/2)*sin(2*v)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("2*pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2*pi");
break;
case "Gray's Surface":
x = ExpressionParser.Parse("(3+cos(3*u/2)*sin(v)-sin(3*u/2)*sin(2*v))*cos(u/2)");
y = ExpressionParser.Parse("(3+cos(3*u/2)*sin(v)-sin(3*u/2)*sin(2*v))*sin(u/2)");
z = ExpressionParser.Parse("sin(3*u/2)*sin(v)+cos(3*u/2)*sin(2*v)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("4*pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Knot":
x = ExpressionParser.Parse("3*sin(3*u)/2+cos(v)))");
y = ExpressionParser.Parse("3*(sin(u)+2*sin(2*u))/(2+cos(v+pi*2/3))");
z = ExpressionParser.Parse("3/2*(cos(u)-2*cos(2*u))*(2+cos(v))*(2+cos(v+pi*2/3))/4");
umin = ExpressionParser.Parse("-pi");
umax = ExpressionParser.Parse("2pi");
vmin = ExpressionParser.Parse("-pi");
vmax = ExpressionParser.Parse("2pi");
break;
case "Mobius":
x = ExpressionParser.Parse("(5+u*cos(0.5*v))*cos(v)");
y = ExpressionParser.Parse("(5+u*cos(0.5*v))*sin(v)");
z = ExpressionParser.Parse("u*sin(0.5*v)");
umin = ExpressionParser.Parse("-1");
umax = ExpressionParser.Parse("1");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2*pi");
break;
case "Radial Wave":
x = ExpressionParser.Parse("u");
y = ExpressionParser.Parse("v");
z = ExpressionParser.Parse("cos((u^2+v^2)^0.5)");
umin = ExpressionParser.Parse("-10");
umax = ExpressionParser.Parse("10");
vmin = ExpressionParser.Parse("-10");
vmax = ExpressionParser.Parse("10");
break;
case "Torus":
x = ExpressionParser.Parse("(5+cos(v))*cos(u)");
y = ExpressionParser.Parse("(5+cos(v))*sin(u)");
z = ExpressionParser.Parse("sin(v)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("2pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
//R3->R3
case "Cone":
x = ExpressionParser.Parse("ucos(v)w");
y = ExpressionParser.Parse("usin(v)w");
z = ExpressionParser.Parse("w");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("1");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
wmin = ExpressionParser.Parse("0");
wmax = ExpressionParser.Parse("1");
break;
case "Cube":
x = ExpressionParser.Parse("u");
y = ExpressionParser.Parse("v");
z = ExpressionParser.Parse("w");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("1");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("1");
wmin = ExpressionParser.Parse("0");
wmax = ExpressionParser.Parse("1");
break;
case "Cylinder":
x = ExpressionParser.Parse("ucos(v)");
y = ExpressionParser.Parse("usin(v)");
z = ExpressionParser.Parse("w");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("1");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
wmin = ExpressionParser.Parse("0");
wmax = ExpressionParser.Parse("1");
break;
case "Sphere":
x = ExpressionParser.Parse("ucos(v)sin(w)");
y = ExpressionParser.Parse("usin(v)sin(w)");
z = ExpressionParser.Parse("ucos(w)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("1");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
wmin = ExpressionParser.Parse("0");
wmax = ExpressionParser.Parse("2pi");
break;
case "Tetrahedron":
x = ExpressionParser.Parse("u(1-v)");
y = ExpressionParser.Parse("uv(1-w)");
z = ExpressionParser.Parse("uvw");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("1");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("1");
wmin = ExpressionParser.Parse("0");
wmax = ExpressionParser.Parse("1");
break;
// Orbitals
case "S":
x = ExpressionParser.Parse("(1/2*1/pi^(1/2))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(1/2*1/pi^(1/2))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(1/2*1/pi^(1/2))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Px":
x = ExpressionParser.Parse("(3^(1/2)/2*sin(u)*1/pi^(1/2)*sin(v))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(3^(1/2)/2*sin(u)*1/pi^(1/2)*sin(v))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(3^(1/2)/2*sin(u)*1/pi^(1/2)*sin(v))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Py":
x = ExpressionParser.Parse("(3^(1/2)/2*sin(u)*1/pi^(1/2)*cos(v))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(3^(1/2)/2*sin(u)*1/pi^(1/2)*cos(v))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(3^(1/2)/2*sin(u)*1/pi^(1/2)*cos(v))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Pz":
x = ExpressionParser.Parse("(3^(1/2)/2*cos(u)*1/pi^(1/2))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(3^(1/2)/2*cos(u)*1/pi^(1/2))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(3^(1/2)/2*cos(u)*1/pi^(1/2))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Dz\x00B2":
goto case "Dz2";
case "Dz2":
x = ExpressionParser.Parse("(5^(1/2)/4*(3*((cos(u))^2)-1)*1/pi^(1/2))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(5^(1/2)/4*(3*((cos(u))^2)-1)*1/pi^(1/2))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(5^(1/2)/4*(3*((cos(u))^2)-1)*1/pi^(1/2))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Dxz":
x = ExpressionParser.Parse("(15^(1/2)/2*sin(u)*cos(u)*1/pi^(1/2)*sin(v))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(15^(1/2)/2*sin(u)*cos(u)*1/pi^(1/2)*sin(v))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(15^(1/2)/2*sin(u)*cos(u)*1/pi^(1/2)*sin(v))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Dyz":
x = ExpressionParser.Parse("(15^(1/2)/2*sin(u)*cos(u)*1/pi^(1/2)*cos(v))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(15^(1/2)/2*sin(u)*cos(u)*1/pi^(1/2)*cos(v))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(15^(1/2)/2*sin(u)*cos(u)*1/pi^(1/2)*cos(v))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Dxy":
x = ExpressionParser.Parse("(15^(1/2)/4*sin(u)^2*1/pi^(1/2)*sin(2v))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(15^(1/2)/4*sin(u)^2*1/pi^(1/2)*sin(2v))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(15^(1/2)/4*sin(u)^2*1/pi^(1/2)*sin(2v))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Dx\x00B2-y\x00B2":
goto case "Dx2-y2";
case "Dx2-y2":
x = ExpressionParser.Parse("(15^(1/2)/4*sin(u)^2*1/pi^(1/2)*cos(2v))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(15^(1/2)/4*sin(u)^2*1/pi^(1/2)*cos(2v))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(15^(1/2)/4*sin(u)^2*1/pi^(1/2)*cos(2v))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Fz\x00B3":
goto case "Fz3";
case "Fz3":
x = ExpressionParser.Parse("(7^(1/2)/4*(5*((cos(u))^2)-3)*cos(u)*1/pi^(1/2))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(7^(1/2)/4*(5*((cos(u))^2)-3)*cos(u)*1/pi^(1/2))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(7^(1/2)/4*(5*((cos(u))^2)-3)*cos(u)*1/pi^(1/2))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Fxz\x00B2":
goto case "Fxz2";
case "Fxz2":
x = ExpressionParser.Parse("(42^(1/2)/8*(5*((cos(u))^2)-1)*sin(u)*sin(v)*1/pi^(1/2))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(42^(1/2)/8*(5*((cos(u))^2)-1)*sin(u)*sin(v)*1/pi^(1/2))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(42^(1/2)/8*(5*((cos(u))^2)-1)*sin(u)*sin(v)*1/pi^(1/2))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Fyz\x00B2":
goto case "Fyz2";
case "Fyz2":
x = ExpressionParser.Parse("(42^(1/2)/8*(5*((cos(u))^2)-1)*sin(u)*cos(v)*1/pi^(1/2))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(42^(1/2)/8*(5*((cos(u))^2)-1)*sin(u)*cos(v)*1/pi^(1/2))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(42^(1/2)/8*(5*((cos(u))^2)-1)*sin(u)*cos(v)*1/pi^(1/2))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Fxyz":
x = ExpressionParser.Parse("(105^(1/2)/4*sin(u)^2*cos(u)*cos(2v)*1/pi^(1/2))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(105^(1/2)/4*sin(u)^2*cos(u)*cos(2v)*1/pi^(1/2))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(105^(1/2)/4*sin(u)^2*cos(u)*cos(2v)*1/pi^(1/2))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Fz\x0028x\x00B2-y\x00B2\x0029":
goto case "Fzx2y2";
case "Fzx2y2":
x = ExpressionParser.Parse("(105^(1/2)/4*sin(u)^2*cos(u)*sin(2v)*1/pi^(1/2))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(105^(1/2)/4*sin(u)^2*cos(u)*sin(2v)*1/pi^(1/2))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(105^(1/2)/4*sin(u)^2*cos(u)*sin(2v)*1/pi^(1/2))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Fx\x0028x\x00B2-3y\x00B2\x0029":
goto case "Fxx23y2";
case "Fxx23y2":
x = ExpressionParser.Parse("(70^(1/2)/8*sin(u)^3*sin(3v)*1/pi^(1/2))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(70^(1/2)/8*sin(u)^3*sin(3v)*1/pi^(1/2))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(70^(1/2)/8*sin(u)^3*sin(3v)*1/pi^(1/2))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Fy\x00283x\x00B2-y\x00B2\x0029":
goto case "Fy3x2y2";
case "Fy3x2y2":
x = ExpressionParser.Parse("(70^(1/2)/8*sin(u)^3*cos(3v)*1/pi^(1/2))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(70^(1/2)/8*sin(u)^3*cos(3v)*1/pi^(1/2))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(70^(1/2)/8*sin(u)^3*cos(3v)*1/pi^(1/2))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
}
expressionSet.AddExpression("X", x);
expressionSet.AddExpression("Y", y);
expressionSet.AddExpression("Z", z);
expressionSet.AddRange("t", tmin, tmax);
expressionSet.AddRange("u", umin, umax);
expressionSet.AddRange("v", vmin, vmax);
expressionSet.AddRange("w", wmin, wmax);
calcManager.PresetPressed();
}
protected void HandleInput(string source)
{
List <string> x;
List <string> y;
List <string> z;
List <string> umin = ExpressionParser.Parse("");
List <string> umax = ExpressionParser.Parse("");
List <string> tmin = ExpressionParser.Parse("");
List <string> tmax = ExpressionParser.Parse("");
List <string> vmin = ExpressionParser.Parse("");
List <string> vmax = ExpressionParser.Parse("");
List <string> wmin = ExpressionParser.Parse("");
List <string> wmax = ExpressionParser.Parse("");
ExpressionSet expressionSet = calcManager.expressionSet;
switch (source)
{
default:
x = ExpressionParser.Parse("0");
y = ExpressionParser.Parse("0");
z = ExpressionParser.Parse("0");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("0");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("0");
print("unknown preset pressed");
break;
//R1 -> R1
case "Cinquefoil Knot":
x = ExpressionParser.Parse("cos(t)*(2-cos(2*t/5))");
y = ExpressionParser.Parse("sin(t)*(2-cos(2*t/5))");
z = ExpressionParser.Parse("-sin(2*t/5)");
tmin = ExpressionParser.Parse("0");
tmax = ExpressionParser.Parse("10*pi");
break;
case "Circle":
x = ExpressionParser.Parse("cos(t)");
y = ExpressionParser.Parse("sin(t)");
z = ExpressionParser.Parse("0");
tmin = ExpressionParser.Parse("0");
tmax = ExpressionParser.Parse("2pi");
break;
case "Sphere Outline":
x = ExpressionParser.Parse("sin(t)*cos(32*t)");
y = ExpressionParser.Parse("sin(t)*sin(32*t)");
z = ExpressionParser.Parse("cos(t)");
tmin = ExpressionParser.Parse("0");
tmax = ExpressionParser.Parse("pi");
break;
case "Hypocloid":
x = ExpressionParser.Parse("cos(t)^3");
y = ExpressionParser.Parse("sin(t)^3");
z = ExpressionParser.Parse("0");
tmin = ExpressionParser.Parse("0");
tmax = ExpressionParser.Parse("4pi");
break;
case "Hypocloid Surface":
x = ExpressionParser.Parse("10*cos(t*32)^3");
y = ExpressionParser.Parse("10*sin(t*32)^3");
z = ExpressionParser.Parse("t-2*pi");
tmin = ExpressionParser.Parse("0");
tmax = ExpressionParser.Parse("4pi");
break;
case "Trefoil Knot":
x = ExpressionParser.Parse("sin(t)+2*sin(2*t)");
y = ExpressionParser.Parse("cos(t)-2*cos(2*t)");
z = ExpressionParser.Parse("-sin(3*t)");
tmin = ExpressionParser.Parse("0");
tmax = ExpressionParser.Parse("2*pi");
break;
case "Turnip":
x = ExpressionParser.Parse("(sin(t/16)^2)*cos(8*t)*8*pi");
y = ExpressionParser.Parse("(sin(t/16))^2*sin(8*t)*8*pi");
z = ExpressionParser.Parse("8*pi-t");
tmin = ExpressionParser.Parse("0");
tmax = ExpressionParser.Parse("16pi");
break;
case "Wavy Surface":
x = ExpressionParser.Parse("(sin(t/2)^(1/2)*cos(256*t)*pi)");
y = ExpressionParser.Parse("(sin(t/2))^(1/2)*sin(64*t)*pi");
z = ExpressionParser.Parse("pi-t");
tmin = ExpressionParser.Parse("0");
tmax = ExpressionParser.Parse("2pi");
break;
case "High-res Sphere":
x = ExpressionParser.Parse("sin(t)*cos(1024*t)");
y = ExpressionParser.Parse("sin(t)*sin(1024*t)");
z = ExpressionParser.Parse("cos(t)");
tmin = ExpressionParser.Parse("0");
tmax = ExpressionParser.Parse("pi");
break;
//R2->R3
case "Astroidal Ellipse":
x = ExpressionParser.Parse("(2*cos(u)*cos(v))^3");
y = ExpressionParser.Parse("(2*sin(u)*cos(v))^3");
z = ExpressionParser.Parse("(2*sin(v))^3");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2*pi");
break;
case "Bumpy Sphere":
x = ExpressionParser.Parse("5*sin(u)*sin(v)+cos(30*v)*0.15");
y = ExpressionParser.Parse("5*cos(u)*sin(v)+cos(30*u)*0.15");
z = ExpressionParser.Parse("5*cos(v)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("2*pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("pi");
break;
case "Dini's Surface":
x = ExpressionParser.Parse("3*cos(u)*sin(v)");
y = ExpressionParser.Parse("3*sin(u)*sin(v)");
z = ExpressionParser.Parse("3*(cos(v)+log(tan(0.5*v)))+0.4*u");
umin = ExpressionParser.Parse("-4*pi");
umax = ExpressionParser.Parse("4*pi");
vmin = ExpressionParser.Parse("0.005");
vmax = ExpressionParser.Parse("3.135");
break;
case "Figure-8":
x = ExpressionParser.Parse("(3+cos(u/2)*sin(v)-sin(u/2)*sin(2*v))*cos(u)");
y = ExpressionParser.Parse("(3+cos(u/2)*sin(v)-sin(u/2)*sin(2*v))*sin(u)");
z = ExpressionParser.Parse("sin(u/2)*sin(v)-cos(u/2)*sin(2*v)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("2*pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2*pi");
break;
case "Gray's Surface":
x = ExpressionParser.Parse("(3+cos(3*u/2)*sin(v)-sin(3*u/2)*sin(2*v))*cos(u/2)");
y = ExpressionParser.Parse("(3+cos(3*u/2)*sin(v)-sin(3*u/2)*sin(2*v))*sin(u/2)");
z = ExpressionParser.Parse("sin(3*u/2)*sin(v)+cos(3*u/2)*sin(2*v)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("4*pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Knot":
x = ExpressionParser.Parse("3*sin(3*u)/2+cos(v)))");
y = ExpressionParser.Parse("3*(sin(u)+2*sin(2*u))/(2+cos(v+pi*2/3))");
z = ExpressionParser.Parse("3/2*(cos(u)-2*cos(2*u))*(2+cos(v))*(2+cos(v+pi*2/3))/4");
umin = ExpressionParser.Parse("-pi");
umax = ExpressionParser.Parse("2pi");
vmin = ExpressionParser.Parse("-pi");
vmax = ExpressionParser.Parse("2pi");
break;
case "Mobius":
x = ExpressionParser.Parse("(5+u*cos(0.5*v))*cos(v)");
y = ExpressionParser.Parse("(5+u*cos(0.5*v))*sin(v)");
z = ExpressionParser.Parse("u*sin(0.5*v)");
umin = ExpressionParser.Parse("-1");
umax = ExpressionParser.Parse("1");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2*pi");
break;
case "Radial Wave":
x = ExpressionParser.Parse("u");
y = ExpressionParser.Parse("v");
z = ExpressionParser.Parse("cos((u^2+v^2)^0.5)");
umin = ExpressionParser.Parse("-10");
umax = ExpressionParser.Parse("10");
vmin = ExpressionParser.Parse("-10");
vmax = ExpressionParser.Parse("10");
break;
case "Torus":
x = ExpressionParser.Parse("(5+cos(v))*cos(u)");
y = ExpressionParser.Parse("(5+cos(v))*sin(u)");
z = ExpressionParser.Parse("sin(v)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("2pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
//R3->R3
case "Cone":
x = ExpressionParser.Parse("ucos(v)w");
y = ExpressionParser.Parse("usin(v)w");
z = ExpressionParser.Parse("w");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("1");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
wmin = ExpressionParser.Parse("0");
wmax = ExpressionParser.Parse("1");
break;
case "Cube":
x = ExpressionParser.Parse("u");
y = ExpressionParser.Parse("v");
z = ExpressionParser.Parse("w");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("1");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("1");
wmin = ExpressionParser.Parse("0");
wmax = ExpressionParser.Parse("1");
break;
case "Cylinder":
x = ExpressionParser.Parse("ucos(v)");
y = ExpressionParser.Parse("usin(v)");
z = ExpressionParser.Parse("w");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("1");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
wmin = ExpressionParser.Parse("0");
wmax = ExpressionParser.Parse("1");
break;
case "Sphere":
x = ExpressionParser.Parse("ucos(v)sin(w)");
y = ExpressionParser.Parse("usin(v)sin(w)");
z = ExpressionParser.Parse("ucos(w)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("1");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
wmin = ExpressionParser.Parse("0");
wmax = ExpressionParser.Parse("2pi");
break;
case "Tetrahedron":
x = ExpressionParser.Parse("u(1-v)");
y = ExpressionParser.Parse("uv(1-w)");
z = ExpressionParser.Parse("uvw");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("1");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("1");
wmin = ExpressionParser.Parse("0");
wmax = ExpressionParser.Parse("1");
break;
}
expressionSet.AddExpression(ExpressionSet.ExpOptions.X, x);
expressionSet.AddExpression(ExpressionSet.ExpOptions.Y, y);
expressionSet.AddExpression(ExpressionSet.ExpOptions.Z, z);
expressionSet.AddRange("t", tmin, tmax);
expressionSet.AddRange("u", umin, umax);
expressionSet.AddRange("v", vmin, vmax);
expressionSet.AddRange("w", wmin, wmax);
calcManager.PresetPressed();
}
