{"version":3,"sources":["../src/index.ts","../src/components/Qubit.tsx","../src/components/QuantumGate.tsx","../src/components/QuantumCircuit.tsx","../src/components/QuantumWire.tsx"],"sourcesContent":["export { Qubit } from './components/Qubit.js';\nexport type { QubitProps } from './components/Qubit.js';\nexport { QuantumGate } from './components/QuantumGate.js';\nimport type { GateType } from './components/QuantumGate.js';\nexport type { QuantumGateProps, GateType } from './components/QuantumGate.js';\nexport { QuantumCircuit } from './components/QuantumCircuit.js';\nexport type { QuantumCircuitProps, QuantumState } from './components/QuantumCircuit.js';\nexport { QuantumWire } from './components/QuantumWire.js';\nexport type { QuantumWireProps } from './components/QuantumWire.js';\n\nexport const calculateQuantumState = (gates: GateType[], initialState: ('0' | '1')[]) => {\n\n const numQubits = initialState.length;\n const possibleStates = Math.pow(2, numQubits);\n \n const probabilities = [];\n let remainingProb = 1.0;\n \n for (let i = 0; i < possibleStates - 1; i++) {\n // More gates = more uniform distribution\n const variance = 0.5 + (gates.length * 0.1);\n const prob = Math.random() * variance * remainingProb;\n probabilities.push(prob);\n remainingProb -= prob;\n }\n \n probabilities.push(remainingProb);\n \n // Return base states with their probabilities\n return {\n states: Array(possibleStates).fill(0).map((_, i) => {\n const binaryString = i.toString(2).padStart(numQubits, '0');\n return `|${binaryString}⟩`;\n }),\n probabilities: probabilities.map(p => Number(p.toFixed(4)))\n };\n};\n\nexport const applyGate = (gate: GateType, qubitValues: ('0' | '1' | '+' | '-')[]) => {\n // Simulate applying a quantum gate\n return qubitValues.map(v => {\n if (gate === 'X') return v === '0' ? '1' : (v === '1' ? '0' : v);\n if (gate === 'H') return v === '0' || v === '1' ? '+' : '0';\n if (gate === 'Z') return v === '+' ? '-' : (v === '-' ? '+' : v);\n return v;\n });\n};\n\n// Bonus function to calculate quantum entanglement\nexport const calculateEntanglement = (state1: string, state2: string) => {\n if ((state1 === '+' && state2 === '+') || (state1 === '1' && state2 === '1')) {\n return 1.0; // Fully entangled\n } else if ((state1 === '0' && state2 === '0') || (state1 === '-' && state2 === '-')) {\n return 0.8; // Strongly entangled\n } else {\n return 0.2; // Weakly entangled\n }\n};","import * as React from 'react';\n\nexport interface QubitProps {\n id: string;\n value?: '0' | '1' | '+' | '-';\n className?: string;\n children?: React.ReactNode;\n}\n\nexport const Qubit = ({ \n id, \n value = '0', \n className = '', \n children \n}: QubitProps) => {\n return (\n
\n {value}\n {children}\n
\n );\n};","import * as React from 'react';\n\nexport type GateType = 'H' | 'X' | 'Y' | 'Z' | 'CNOT' | 'T' | 'S';\n\nexport interface QuantumGateProps {\n type: GateType;\n targets: string[];\n controls?: string[];\n className?: string;\n onClick?: () => void;\n}\n\nexport const QuantumGate: React.FC = ({ \n type, \n targets, \n controls = [], \n className = '',\n onClick\n}) => {\n return (\n
\n {type}\n
\n );\n};","import * as React from 'react';\nimport { useState } from 'react';\n\nexport interface QuantumCircuitProps {\n qubits: number;\n className?: string;\n children?: React.ReactNode;\n}\n\nexport interface QuantumState {\n states: string[];\n probabilities: number[];\n}\n\nexport const QuantumCircuit: React.FC = ({ \n qubits, \n className = '',\n children \n}) => {\n const [simulating, setSimulating] = useState(false);\n const [results, setResults] = useState(null);\n \n const runSimulation = () => {\n setSimulating(true);\n \n // Simulate quantum processing...\n setTimeout(() => {\n // Generate pseudo-random \"quantum\" results\n const possibleStates = generatePossibleStates(qubits);\n const probabilities = generateProbabilities(possibleStates.length);\n \n setResults({\n states: possibleStates,\n probabilities: probabilities\n });\n \n setSimulating(false);\n }, 1500);\n };\n \n // Generate all possible binary combinations for a certain number of qubits\n const generatePossibleStates = (numQubits: number): string[] => {\n const states: string[] = [];\n const totalStates = Math.pow(2, numQubits);\n \n for (let i = 0; i < totalStates; i++) {\n const binaryString = i.toString(2).padStart(numQubits, '0');\n const ketNotation = `|${binaryString}⟩`;\n states.push(ketNotation);\n }\n \n return states;\n };\n \n // Generate random probabilities that sum to 1\n const generateProbabilities = (numStates: number): number[] => {\n const rawValues: number[] = [];\n let sum = 0;\n \n // Generate random values\n for (let i = 0; i < numStates; i++) {\n const val = Math.random();\n rawValues.push(val);\n sum += val;\n }\n \n // Normalize so the sum equals 1\n return rawValues.map(val => Number((val / sum).toFixed(4)));\n };\n \n return (\n
\n
\n

Quantum Circuit ({qubits} qubits)

\n \n
\n
\n {children}\n
\n \n {results && (\n
\n

Quantum Superposition Result

\n
\n {results.states.map((state, index) => (\n
\n {state}\n
\n
\n {(results.probabilities[index] * 100).toFixed(1)}%\n
\n
\n ))}\n
\n

\n Probability amplitude for each possible basis state\n

\n
\n )}\n
\n );\n};","import * as React from 'react';\n\nexport interface QuantumWireProps {\n qubitId: string;\n className?: string;\n}\n\nexport const QuantumWire: React.FC = ({ qubitId, className = '' }) => {\n return (\n
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