Prototyping Method Selector
Prototyping Method Selector
Intelligent decision support system for choosing the optimal prototyping approach based on project constraints, resources, and objectives
📊 Project Assessment Tool
Evaluate your project parameters to get AI-powered recommendations
🎯 Project Goals
⏱️ Time Constraints
💰 Budget Resources
👥 Team Expertise
🎲 Risk Tolerance
🔄 Iteration Needs
🤖 AI Recommendation
Analyzing your project parameters...
Confidence: 0%
🎨 3D Prototyping Visualization
Interactive 3D scene showing different prototyping approaches and their evolution
💻 Decision Algorithm Implementation
Real implementation of the prototyping method selection algorithm with syntax highlighting and execution
prototyping-selector.js
// Intelligent Prototyping Method Selection Algorithm
class PrototypingSelector {
constructor() {
this.weights = {
goals: 0.25,
time: 0.20,
budget: 0.15,
expertise: 0.15,
risk: 0.15,
iteration: 0.10
};
this.methods = [
{
name: 'Low-Fidelity Prototyping',
score: 0,
characteristics: {
speed: 95,
cost: 95,
fidelity: 20,
iteration: 90
}
},
{
name: 'High-Fidelity Prototyping',
score: 0,
characteristics: {
speed: 30,
cost: 20,
fidelity: 95,
iteration: 40
}
},
{
name: 'Hybrid Approach',
score: 0,
characteristics: {
speed: 65,
cost: 60,
fidelity: 75,
iteration: 80
}
}
];
}
calculateScore(factors) {
this.methods.forEach(method => {
method.score = 0;
// Goal alignment scoring
const goalScore = this.calculateGoalAlignment(factors.goals, method);
method.score += goalScore * this.weights.goals;
// Time constraint scoring
const timeScore = this.calculateTimeAlignment(factors.time, method);
method.score += timeScore * this.weights.time;
// Add other factor calculations...
});
return this.methods.sort((a, b) => b.score - a.score);
}
calculateGoalAlignment(goalValue, method) {
if (goalValue < 40) {
// Concept validation phase
return method.name.includes('Low-Fidelity') ? 90 : 30;
} else if (goalValue > 70) {
// Final presentation phase
return method.name.includes('High-Fidelity') ? 90 : 40;
} else {
// Development phase
return method.name.includes('Hybrid') ? 90 : 60;
}
}
}
// Example usage
const selector = new PrototypingSelector();
const recommendation = selector.calculateScore({
goals: 50,
time: 30,
budget: 40,
expertise: 60,
risk: 45,
iteration: 70
});
console.log('Best method:', recommendation[0].name);
🖥️ Execution Results
Click "Run" to execute the algorithm and see real-time results...
📈 Method Comparison Matrix
Comprehensive comparison of prototyping methods across key dimensions
📝 Low-Fidelity
Speed:
Cost:
Fidelity:
🎨 High-Fidelity
Speed:
Cost:
Fidelity:
⚖️ Hybrid Approach
Speed:
Cost:
Fidelity:
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