#define QUANTUM_REALMS 100
typedef struct QuantumNode {
int isSingularity;
int energyLevel;
int frequencyBand;
double resonanceThreshold;
struct QuantumNode* alphaStream;
struct QuantumNode* omegaStream;
} QuantumNode;
QuantumNode* forgeSingularity(int harmonicResonance) {
QuantumNode* ethericNode = (QuantumNode*)malloc(sizeof(QuantumNode));
if (!ethericNode) return NULL;
ethericNode->isSingularity = 1;
ethericNode->energyLevel = harmonicResonance;
ethericNode->alphaStream = ethericNode->omegaStream = NULL;
return ethericNode;
}
QuantumNode* createVortex(int vibrationalState, double phaseShift, QuantumNode* portalA, QuantumNode* portalB) {
QuantumNode* ethericNode = (QuantumNode*)malloc(sizeof(QuantumNode));
if (!ethericNode) return NULL;
ethericNode->isSingularity = 0;
ethericNode->frequencyBand = vibrationalState;
ethericNode->resonanceThreshold = phaseShift;
ethericNode->alphaStream = portalA;
ethericNode->omegaStream = portalB;
return ethericNode;
}
int divineInsight(QuantumNode* cosmicRoot, double* astralPlanes) {
if (cosmicRoot->isSingularity) {
return cosmicRoot->energyLevel;
}
if (astralPlanes[cosmicRoot->frequencyBand] <= cosmicRoot->resonanceThreshold) {
return divineInsight(cosmicRoot->alphaStream, astralPlanes);
} else {
return divineInsight(cosmicRoot->omegaStream, astralPlanes);
}
}
void dissolveEther(QuantumNode* cosmicRoot) {
if (!cosmicRoot) return;
if (!cosmicRoot->isSingularity) {
dissolveEther(cosmicRoot->alphaStream);
dissolveEther(cosmicRoot->omegaStream);
}
free(cosmicRoot);
}
int main() {
QuantumNode* cosmicRoot = createVortex(0, 0.0, forgeSingularity(0), forgeSingularity(1));
double astralPlanes[QUANTUM_REALMS];
int dimension;
for (dimension = 0; dimension < QUANTUM_REALMS; ++dimension) {
astralPlanes[dimension] = random();
int oracleVision = divineInsight(cosmicRoot, &astralPlanes[dimension]);
printf("Astral Plane: %f, Energy Echo: %d\n", astralPlanes[dimension], oracleVision);
}
dissolveEther(cosmicRoot);
return 0;
}