private void AssertRuleDoesNotMatchCondtitional(
string ruleText,
int[] sourceSymbols = null,
float[][] sourceParameters = null,
string axiom = null,
int ruleParamMemoryStartIndex = 0,
int matchIndex = 0,
int paramTempMemorySize = 0,
float[] globalParams = null,
string[] globalParamNames = null,
string includedSymbols = "[]ABCDE"
)
{
var totalIncluded = new HashSet <int>(includedSymbols.Select(x => (int)x));
globalParamNames = globalParamNames ?? new string[0];
using var symbols = new DependencyTracker <SymbolString <float> >(
axiom == null ?
new SymbolString <float>(sourceSymbols, sourceParameters)
: SymbolString <float> .FromString(axiom, Allocator.Persistent)
);
var ruleFromString = new BasicRule(
RuleParser.ParseToRule(ruleText, x => x, globalParameters: globalParamNames),
'[', ']');
using var ruleNativeData = new SystemLevelRuleNativeData(new[] { ruleFromString });
var nativeWriter = new SymbolSeriesMatcherNativeDataWriter();
ruleFromString.WriteDataIntoMemory(ruleNativeData, nativeWriter);
globalParams = globalParams ?? new float[0];
using var globalNative = new NativeArray <float>(globalParams, Allocator.Persistent);
using var paramMemory = new NativeArray <float>(paramTempMemorySize, Allocator.Persistent);
using var branchCache = new SymbolStringBranchingCache('[', ']', new[] { totalIncluded }, ruleNativeData);
branchCache.BuildJumpIndexesFromSymbols(symbols);
var random = new Unity.Mathematics.Random();
var matchSingleData = new LSystemSingleSymbolMatchData
{
isTrivial = false,
tmpParameterMemorySpace = JaggedIndexing.GetWithNoLength(ruleParamMemoryStartIndex)
};
var potentialMatch = ruleFromString.AsBlittable().PreMatchCapturedParametersWithoutConditional(
branchCache,
symbols.Data,
matchIndex,
paramMemory,
matchSingleData.tmpParameterMemorySpace.index,
ref matchSingleData,
new TmpNativeStack <SymbolStringBranchingCache.BranchEventData>(5),
globalNative,
ruleNativeData.dynamicOperatorMemory,
ref random,
ruleNativeData.ruleOutcomeMemorySpace
);
Assert.IsFalse(potentialMatch);
}
public void FindsBranchForwardLinksCorrectlyWhenBranchingAtSameIndexAsCharacterCodeForBranchingSymbol()
{
using var targetString = new DependencyTracker <SymbolString <float> >(SymbolString <float> .FromString("[&E][&&E]&EEEE[&[EE]E][&&[EE]E]&EEEE[&[EEEE]EE][&&[EEEE]EE]&EEEA[&[EEEEEE]E[E]E[E]][&&[EEEEEE]E[E]E[E]]"));
using var branchingCache = new SymbolStringBranchingCache('[', ']', new SystemLevelRuleNativeData());
branchingCache.BuildJumpIndexesFromSymbols(targetString);
Assert.AreEqual(64, branchingCache.FindOpeningBranchIndexReadonly(82));
Assert.AreEqual(86, branchingCache.FindOpeningBranchIndexReadonly(93));
}
public void FindsClosingBranchLinks()
{
using var targetString = new DependencyTracker <SymbolString <float> >(SymbolString <float> .FromString("A[AA]AAA[A[AAA[A]]]A"));
using var branchingCache = new SymbolStringBranchingCache('[', ']', new SystemLevelRuleNativeData());
branchingCache.BuildJumpIndexesFromSymbols(targetString);
Assert.AreEqual(4, branchingCache.FindClosingBranchIndexReadonly(1));
Assert.AreEqual(17, branchingCache.FindClosingBranchIndexReadonly(10));
Assert.AreEqual(18, branchingCache.FindClosingBranchIndexReadonly(8));
}
public SymbolString <float> GetAxiom(Allocator allocator = Allocator.Persistent)
{
if (!fileIndexesByFullIdentifier.ContainsKey(originFile))
{
throw new LinkException(LinkExceptionType.BAD_ORIGIN_FILE, $"could not find origin file '{originFile}'");
}
var originFileData = allFiles.data[fileIndexesByFullIdentifier[originFile]];
return(SymbolString <float> .FromString(originFileData.axiom, allocator, chr => originFileData.GetSymbolInFile(chr)));
}
private void AssertBackwardsMatch(
string target,
string matcher,
bool shouldMatch,
string includeSymbols = "[]ABCDEFJ",
int parameterMemorySize = 10,
float[] expectedCapturedParameters = null,
int indexInTarget = -1)
{
var includedSymbolSet = includeSymbols.Select(x => (int)x);
var prefixBuilder = SymbolSeriesPrefixBuilder.Parse(matcher);
using var nativeData = new SystemLevelRuleNativeData(new RuleDataRequirements
{
prefixNodes = prefixBuilder.RequiredNodeMemorySpace
});
var writer = new SymbolSeriesMatcherNativeDataWriter();
var seriesMatcher = prefixBuilder.BuildIntoManagedMemory(nativeData, writer);
using var targetString = new DependencyTracker <SymbolString <float> >(SymbolString <float> .FromString(target));
using var branchingCache = new SymbolStringBranchingCache(
'[', ']',
includedSymbolSet == null ? new HashSet <int> [0] : new[] { new HashSet <int>(includedSymbolSet) },
nativeData);
branchingCache.BuildJumpIndexesFromSymbols(targetString);
using var parameterMemory = new NativeArray <float>(parameterMemorySize, Allocator.Persistent);
var realIndex = indexInTarget < 0 ? indexInTarget + targetString.Data.Length : indexInTarget;
var hasMatched = branchingCache.MatchesBackwards(
branchingCache.includeSymbols[0],
realIndex,
seriesMatcher,
targetString.Data,
0,
parameterMemory,
out var copiedParams);
if (shouldMatch != hasMatched)
{
Assert.Fail($"Expected '{matcher}' to {(shouldMatch ? "" : "not ")}match backwards from {indexInTarget} in '{target}'");
}
if (shouldMatch && expectedCapturedParameters != null)
{
Assert.AreEqual(expectedCapturedParameters.Length, copiedParams);
for (int i = 0; i < expectedCapturedParameters.Length; i++)
{
Assert.AreEqual(expectedCapturedParameters[i], parameterMemory[i]);
}
}
}
public void SymbolStringConstructorConvertsToInts()
{
var symbolFromString = SymbolString <float> .FromString("AABA");
var convertedSymbols = symbolFromString.symbols;
Assert.AreEqual(convertedSymbols[0], 65);
Assert.AreEqual(convertedSymbols[1], 65);
Assert.AreEqual(convertedSymbols[2], 66);
Assert.AreEqual(convertedSymbols[3], 65);
symbolFromString.Dispose();
}
private void AssertForwardsMatch(
string target,
string matcher,
bool shouldMatch = true,
int indexInTarget = 0,
int parameterMemorySize = 10,
float[] expectedCapturedParameters = null,
string message = null,
string includeSymbols = "[]ABCDEFGJKZ")
{
var seriesMatcher = SymbolSeriesGraphTests.GenerateSingleMatcher(matcher, out var nativeData);
using var nativeDataDisposable = nativeData;
using var targetString = new DependencyTracker <SymbolString <float> >(SymbolString <float> .FromString(target));
using var branchingCache = new SymbolStringBranchingCache(
'[', ']',
includeSymbols == null ? new HashSet <int> [0] : new[] { new HashSet <int>(includeSymbols.Select(x => (int)x)) },
nativeDataDisposable);
branchingCache.BuildJumpIndexesFromSymbols(targetString);
using var parameterMemory = new NativeArray <float>(parameterMemorySize, Allocator.Persistent);
var matches = branchingCache.MatchesForward(
branchingCache.includeSymbols[0],
indexInTarget,
seriesMatcher,
targetString.Data,
0,
parameterMemory,
out var copiedParams,
new TmpNativeStack <SymbolStringBranchingCache.BranchEventData>(5));
if (shouldMatch != matches)
{
Assert.Fail($"Expected '{matcher}' to {(shouldMatch ? "" : "not ")}match forwards retaining order from {indexInTarget} in '{target}'{(message == null ? "" : '\n' + message)}");
}
if (shouldMatch && expectedCapturedParameters != null)
{
Assert.AreEqual(expectedCapturedParameters.Length, copiedParams, "captured parameter length mismatch");
for (int i = 0; i < expectedCapturedParameters.Length; i++)
{
Assert.AreEqual(expectedCapturedParameters[i], parameterMemory[i]);
}
}
}
public DefaultLSystemState(string axiom, uint seed = 1)
{
currentSymbols = new DependencyTracker <SymbolString <float> >(SymbolString <float> .FromString(axiom));
randomProvider = new Unity.Mathematics.Random(seed);
}