@ppramanik62/lab-works
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A comprehensive command-line toolkit for hydraulic turbine calculations, supporting Francis Turbine and Pelton Wheel computations with interactive mode and validation.
102 lines • 4.2 kB
JavaScript
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__setModuleDefault(result, mod);
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Object.defineProperty(exports, "__esModule", { value: true });
exports.runKaplan = void 0;
/**
* Kaplan Turbine Calculator - Main orchestrator
*/
const colors_1 = require("../../shared/colors");
const round_1 = require("../../shared/round");
const formulas_1 = require("./formulas");
const io_1 = require("./io");
/**
* Print results in human-readable format
*/
const printResults = (results) => {
const title = (0, colors_1.safeColorize)("📊 Kaplan Turbine Calculation Results", colors_1.theme.title);
const separator = (0, colors_1.safeColorize)("═".repeat(50), colors_1.theme.accent);
console.log(`\n${title}`);
console.log(separator);
const formatResult = (label, value, unit) => {
const labelColored = (0, colors_1.safeColorize)(`${label}:`, colors_1.theme.info);
const valueColored = (0, colors_1.safeColorize)((0, round_1.formatNumber)(value), colors_1.theme.success);
const unitColored = (0, colors_1.safeColorize)(unit, colors_1.theme.subtle);
return `${labelColored.padEnd(35)} ${valueColored} ${unitColored}`;
};
console.log(formatResult("Available Head (Ha)", results.Ha, "m"));
console.log(formatResult("Unit Speed (N1)", results.N1, "rpm"));
console.log(formatResult("Unit Discharge (Q1)", results.Q1, "m³/s"));
console.log(formatResult("Unit Torque (T1)", results.T1, "N⋅m"));
console.log(formatResult("Unit Power (Pt1)", results.Pt1, "W"));
console.log(formatResult("Available Power (Pa)", results.Pa, "W"));
console.log(formatResult("Efficiency (η)", results.eta, "%"));
console.log(separator);
};
/**
* Print results in JSON format
*/
const printResultsJson = (results) => {
const roundedResults = {
Ha: (0, round_1.threeDecimal)(results.Ha),
N1: (0, round_1.threeDecimal)(results.N1),
Q1: (0, round_1.threeDecimal)(results.Q1),
T1: (0, round_1.threeDecimal)(results.T1),
Pt1: (0, round_1.threeDecimal)(results.Pt1),
Pa: (0, round_1.threeDecimal)(results.Pa),
eta: (0, round_1.threeDecimal)(results.eta),
};
console.log(JSON.stringify(roundedResults, null, 2));
};
/**
* Run the Kaplan Turbine calculator
*/
const runKaplan = async (options = {}) => {
try {
const input = await (0, io_1.collectInput)(options);
const results = (0, formulas_1.calculateKaplan)(input.pg, input.w1, input.w2, input.rpm, input.lhs_mercury, input.rhs_mercury);
if (options.json) {
printResultsJson(results);
}
else {
printResults(results);
}
}
catch (error) {
const { handleError } = await Promise.resolve().then(() => __importStar(require("../../shared/error")));
handleError(error);
}
};
exports.runKaplan = runKaplan;
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