feat(calculator): Stationeers Calculator mit Gas/Furnace/Solar/Atmo
4 Sub-Modi: PV=nRT Gas-Rechner, Furnace Combustion, Solar/Battery Planung und Atmosphere Mixer. Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
This commit is contained in:
@@ -1534,6 +1534,47 @@ body.show-desc .bm-desc { display: block; }
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gap: 4px;
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}
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/* Calculator Stationeers specifics */
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.calc-game-hint {
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font-size: 10px;
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color: var(--text-muted);
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font-style: italic;
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margin-top: -4px;
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text-align: right;
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}
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.calc-game-details {
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border-top: 1px solid var(--border);
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padding-top: 6px;
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margin-top: 4px;
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}
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.calc-game-details summary {
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font-size: 10px;
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color: var(--text-muted);
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cursor: pointer;
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text-transform: uppercase;
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letter-spacing: 0.5px;
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}
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.calc-game-table {
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width: 100%;
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font-size: 11px;
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border-collapse: collapse;
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margin-top: 4px;
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}
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.calc-game-table th {
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text-align: left;
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color: var(--text-muted);
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font-weight: 600;
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padding: 2px 6px;
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border-bottom: 1px solid var(--border);
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}
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.calc-game-table td {
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padding: 2px 6px;
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color: var(--text-secondary);
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}
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.calc-game-table tr:nth-child(even) td {
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background: rgba(0,0,0,0.1);
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}
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/* ============================================
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TIMER WIDGET
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============================================ */
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@@ -0,0 +1,361 @@
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/* =============================================
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HELLION NEWTAB — calc-stationeers.js
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Stationeers Calculator Modus
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============================================= */
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(function() {
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'use strict';
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const R = 8314.46261815324;
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const COMBUSTION_ENERGY = 563452;
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const HEAT_CAP_PURE_FUEL = 61.9;
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const HEAT_CAP_DELTA = 172.615;
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const BATTERY_CAPACITY = 50000;
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const HEAT_CAPS = [
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{ gas: 'O\u2082', cp: 21.1 },
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{ gas: 'H\u2082', cp: 20.4 },
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{ gas: 'CO\u2082', cp: 28.2 },
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{ gas: 'N\u2082', cp: 20.6 },
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{ gas: 'H\u2082O', cp: 72.0 },
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{ gas: 'N\u2082O', cp: 23.0 },
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{ gas: 'Pollutant', cp: 24.8 }
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];
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const GAS_VARS = ['P', 'V', 'n', 'T'];
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const SUB_MODES = ['gas', 'furnace', 'solar', 'atmo'];
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let _activeSubMode = 'gas';
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function createField(labelKey, defaultVal, opts) {
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opts = opts || {};
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const row = document.createElement('div');
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row.className = 'calc-game-field';
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const label = document.createElement('label');
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label.textContent = t(labelKey);
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const input = document.createElement('input');
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input.type = 'number';
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input.className = 'calc-game-input';
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input.value = defaultVal;
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if (opts.step) input.step = opts.step;
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if (opts.min !== undefined) input.min = opts.min;
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if (opts.max !== undefined) input.max = opts.max;
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if (opts.disabled) input.disabled = true;
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row.append(label, input);
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return { row, input };
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}
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function createOutput(labelKey) {
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const row = document.createElement('div');
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row.className = 'calc-game-output';
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const label = document.createElement('span');
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label.textContent = t(labelKey);
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const value = document.createElement('span');
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value.className = 'calc-game-value';
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row.append(label, value);
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return { row, value };
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}
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function renderGas(container) {
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const solveRow = document.createElement('div');
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solveRow.className = 'calc-game-field';
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const solveLabel = document.createElement('label');
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solveLabel.textContent = t('calculator.sta.solve_for');
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const solveSelect = document.createElement('select');
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solveSelect.className = 'calc-game-input';
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GAS_VARS.forEach(v => {
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const opt = document.createElement('option');
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opt.value = v;
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opt.textContent = t('calculator.sta.var.' + v);
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solveSelect.appendChild(opt);
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});
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solveRow.append(solveLabel, solveSelect);
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container.appendChild(solveRow);
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const fields = {};
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const defaults = { P: 101.325, V: 1000, n: 1, T: 293.15 };
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GAS_VARS.forEach(v => {
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const f = createField(
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'calculator.sta.var.' + v + '_label',
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defaults[v],
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{ step: 'any' }
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);
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fields[v] = f;
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container.appendChild(f.row);
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});
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const tempHelper = document.createElement('div');
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tempHelper.className = 'calc-game-hint';
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container.appendChild(tempHelper);
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const resultOutput = createOutput('calculator.sta.result');
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container.appendChild(resultOutput.row);
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function calc() {
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const solveFor = solveSelect.value;
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GAS_VARS.forEach(v => {
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fields[v].input.disabled = (v === solveFor);
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fields[v].input.style.opacity = (v === solveFor) ? '0.5' : '1';
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});
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const P_kPa = parseFloat(fields.P.input.value) || 0;
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const P = P_kPa * 1000;
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const V = parseFloat(fields.V.input.value) || 0;
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const n = parseFloat(fields.n.input.value) || 0;
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const T = parseFloat(fields.T.input.value) || 0;
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let result = null;
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let unit = '';
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switch (solveFor) {
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case 'P':
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if (V > 0) { result = (n * R * T) / V; result /= 1000; unit = 'kPa'; }
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break;
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case 'V':
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if (P > 0) { result = (n * R * T) / P; unit = 'L'; }
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break;
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case 'n':
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if (R * T > 0) { result = (P * V) / (R * T); unit = 'mol'; }
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break;
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case 'T':
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if (n * R > 0) { result = (P * V) / (n * R); unit = 'K'; }
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break;
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}
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if (result !== null && isFinite(result)) {
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fields[solveFor].input.value = Calculator._formatResult(result);
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resultOutput.value.textContent = Calculator._formatResult(result) + ' ' + unit;
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} else {
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resultOutput.value.textContent = '-';
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}
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const tempVal = parseFloat(fields.T.input.value) || 0;
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tempHelper.textContent = Calculator._formatResult(tempVal - 273.15) + ' \u00B0C';
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}
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GAS_VARS.forEach(v => {
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fields[v].input.addEventListener('input', calc);
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});
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solveSelect.addEventListener('change', calc);
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calc();
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}
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function renderFurnace(container) {
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const fuelField = createField('calculator.sta.fuel_ratio', 0.5, { step: 0.01, min: 0, max: 1 });
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const tempField = createField('calculator.sta.start_temp', 293.15, { step: 1, min: 0 });
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const pressField = createField('calculator.sta.start_pressure', 101.325, { step: 0.1, min: 0 });
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const tempOutput = createOutput('calculator.sta.temp_after');
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const pressOutput = createOutput('calculator.sta.pressure_after');
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const warningEl = document.createElement('div');
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warningEl.className = 'calc-game-warning';
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function calc() {
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const fuel = parseFloat(fuelField.input.value) || 0;
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const T_vor = parseFloat(tempField.input.value) || 293.15;
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const P_vor = parseFloat(pressField.input.value) || 101.325;
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warningEl.textContent = '';
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if (fuel < 0.05) {
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warningEl.textContent = t('calculator.sta.warn_low_fuel');
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}
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if (P_vor < 10) {
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warningEl.textContent += (warningEl.textContent ? ' ' : '') + t('calculator.sta.warn_low_pressure');
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}
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const specificHeat = HEAT_CAP_PURE_FUEL;
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const T_nach = (T_vor * specificHeat + fuel * COMBUSTION_ENERGY) / (specificHeat + fuel * HEAT_CAP_DELTA);
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const P_nach = P_vor * T_nach * (1 + 5.7 * fuel) / T_vor;
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tempOutput.value.textContent = Calculator._formatResult(T_nach) + ' K (' + Calculator._formatResult(T_nach - 273.15) + ' \u00B0C)';
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pressOutput.value.textContent = Calculator._formatResult(P_nach) + ' kPa';
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}
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[fuelField, tempField, pressField].forEach(f => f.input.addEventListener('input', calc));
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container.append(fuelField.row, tempField.row, pressField.row, warningEl, tempOutput.row, pressOutput.row);
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calc();
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}
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function renderSolar(container) {
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const panelField = createField('calculator.sta.panels', 12, { step: 1, min: 1 });
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const wattField = createField('calculator.sta.watts_per_panel', 500, { step: 10, min: 1 });
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const dayField = createField('calculator.sta.day_length', 600, { step: 1, min: 1 });
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const nightField = createField('calculator.sta.night_length', 600, { step: 1, min: 1 });
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const consumeField = createField('calculator.sta.consumption', 2000, { step: 10, min: 0 });
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const genOutput = createOutput('calculator.sta.generation');
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const surplusOutput = createOutput('calculator.sta.surplus');
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const nightOutput = createOutput('calculator.sta.night_energy');
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const battOutput = createOutput('calculator.sta.batteries_needed');
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function calc() {
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const panels = parseFloat(panelField.input.value) || 0;
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const wpp = parseFloat(wattField.input.value) || 0;
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const nightLen = parseFloat(nightField.input.value) || 0;
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const consume = parseFloat(consumeField.input.value) || 0;
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const generation = panels * wpp;
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const surplus = generation - consume;
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const nightEnergy = consume * nightLen;
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const batteries = nightEnergy > 0 ? Math.ceil(nightEnergy / BATTERY_CAPACITY) : 0;
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genOutput.value.textContent = Calculator._formatResult(generation) + ' W';
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surplusOutput.value.textContent = Calculator._formatResult(surplus) + ' W';
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if (surplus < 0) {
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surplusOutput.value.style.color = 'var(--danger)';
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} else {
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surplusOutput.value.style.color = '';
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}
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nightOutput.value.textContent = Calculator._formatResult(nightEnergy) + ' Ws';
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battOutput.value.textContent = batteries;
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}
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[panelField, wattField, dayField, nightField, consumeField].forEach(f => f.input.addEventListener('input', calc));
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container.append(panelField.row, wattField.row, dayField.row, nightField.row, consumeField.row,
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genOutput.row, surplusOutput.row, nightOutput.row, battOutput.row);
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calc();
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}
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function renderAtmo(container) {
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const targetField = createField('calculator.sta.target_temp', 293.15, { step: 1 });
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const gas1Field = createField('calculator.sta.gas1_temp', 200, { step: 1 });
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const gas2Field = createField('calculator.sta.gas2_temp', 400, { step: 1 });
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const m1Output = createOutput('calculator.sta.mixer_input1');
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const m2Output = createOutput('calculator.sta.mixer_input2');
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function calc() {
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const T0 = parseFloat(targetField.input.value) || 0;
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const T1 = parseFloat(gas1Field.input.value) || 0;
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const T2 = parseFloat(gas2Field.input.value) || 0;
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const denom = Math.abs(T1 - T0) + Math.abs(T2 - T0);
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if (denom === 0) {
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m1Output.value.textContent = '50%';
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m2Output.value.textContent = '50%';
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return;
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}
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const M1 = Math.abs(T2 - T0) / denom;
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const M2 = 1 - M1;
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m1Output.value.textContent = Calculator._formatResult(M1 * 100) + '%';
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m2Output.value.textContent = Calculator._formatResult(M2 * 100) + '%';
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}
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[targetField, gas1Field, gas2Field].forEach(f => f.input.addEventListener('input', calc));
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container.append(targetField.row, gas1Field.row, gas2Field.row, m1Output.row, m2Output.row);
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calc();
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const details = document.createElement('details');
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details.className = 'calc-game-details';
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const summary = document.createElement('summary');
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summary.textContent = t('calculator.sta.heat_cap_ref');
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details.appendChild(summary);
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const table = document.createElement('table');
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table.className = 'calc-game-table';
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const thead = document.createElement('thead');
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const headerRow = document.createElement('tr');
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const thGas = document.createElement('th');
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thGas.textContent = t('calculator.sta.gas');
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const thCp = document.createElement('th');
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thCp.textContent = 'Cp (J/mol\u00B7K)';
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headerRow.append(thGas, thCp);
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thead.appendChild(headerRow);
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const tbody = document.createElement('tbody');
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HEAT_CAPS.forEach(entry => {
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const tr = document.createElement('tr');
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const tdGas = document.createElement('td');
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tdGas.textContent = entry.gas;
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const tdCp = document.createElement('td');
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tdCp.textContent = entry.cp;
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tr.append(tdGas, tdCp);
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tbody.appendChild(tr);
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});
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table.append(thead, tbody);
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details.appendChild(table);
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container.appendChild(details);
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}
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async function loadState() {
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const data = await Store.get(Calculator.STORAGE_KEY);
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if (data && data.calculator && data.calculator.stationeers) {
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const s = data.calculator.stationeers;
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if (s.lastSubMode && SUB_MODES.includes(s.lastSubMode)) _activeSubMode = s.lastSubMode;
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}
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}
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async function saveState() {
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const data = await Store.get(Calculator.STORAGE_KEY) || {};
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if (!data.calculator) data.calculator = {};
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data.calculator.stationeers = { lastSubMode: _activeSubMode };
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await Store.set(Calculator.STORAGE_KEY, data);
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}
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function renderSubMode(container) {
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container.textContent = '';
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switch (_activeSubMode) {
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case 'gas': renderGas(container); break;
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case 'furnace': renderFurnace(container); break;
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case 'solar': renderSolar(container); break;
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case 'atmo': renderAtmo(container); break;
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}
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}
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Calculator.registerMode('stationeers', {
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label: '\uD83D\uDE80',
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shortName: 'STA',
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titleKey: 'calculator.tab.stationeers',
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render(bodyEl) {
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bodyEl.style.padding = '8px';
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bodyEl.style.display = 'flex';
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bodyEl.style.flexDirection = 'column';
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bodyEl.style.gap = '8px';
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loadState().then(() => {
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||||
const subContent = document.createElement('div');
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subContent.className = 'calc-game-content';
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||||
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||||
const bar = document.createElement('div');
|
||||
bar.className = 'calc-game-subtabs';
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||||
|
||||
SUB_MODES.forEach(mode => {
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const btn = document.createElement('button');
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||||
btn.type = 'button';
|
||||
btn.className = 'calc-game-subtab' + (mode === _activeSubMode ? ' active' : '');
|
||||
btn.textContent = t('calculator.sta.tab.' + mode);
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||||
btn.dataset.mode = mode;
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||||
btn.addEventListener('click', () => {
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||||
bar.querySelectorAll('.calc-game-subtab').forEach(b => b.classList.remove('active'));
|
||||
btn.classList.add('active');
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_activeSubMode = mode;
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renderSubMode(subContent);
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saveState();
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||||
});
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bar.appendChild(btn);
|
||||
});
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||||
|
||||
bodyEl.append(bar, subContent);
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renderSubMode(subContent);
|
||||
});
|
||||
},
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||||
|
||||
destroy() {
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||||
saveState();
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||||
}
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||||
});
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||||
})();
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||||
@@ -148,6 +148,46 @@ const STRINGS = {
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||||
'calculator.fac.belt_needed': 'Belt benötigt',
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||||
'calculator.fac.exceeds_belt': 'Übersteigt max. Belt',
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||||
|
||||
// Stationeers Calculator
|
||||
'calculator.tab.stationeers': 'Stationeers',
|
||||
'calculator.sta.tab.gas': 'Gas',
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||||
'calculator.sta.tab.furnace': 'Ofen',
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||||
'calculator.sta.tab.solar': 'Solar',
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||||
'calculator.sta.tab.atmo': 'Atmo',
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||||
'calculator.sta.solve_for': 'Gesucht',
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||||
'calculator.sta.var.P': 'Druck (P)',
|
||||
'calculator.sta.var.V': 'Volumen (V)',
|
||||
'calculator.sta.var.n': 'Stoffmenge (n)',
|
||||
'calculator.sta.var.T': 'Temperatur (T)',
|
||||
'calculator.sta.var.P_label': 'Druck (kPa)',
|
||||
'calculator.sta.var.V_label': 'Volumen (L)',
|
||||
'calculator.sta.var.n_label': 'Stoffmenge (mol)',
|
||||
'calculator.sta.var.T_label': 'Temperatur (K)',
|
||||
'calculator.sta.result': 'Ergebnis',
|
||||
'calculator.sta.fuel_ratio': 'Fuel-Anteil (0-1)',
|
||||
'calculator.sta.start_temp': 'Start-Temperatur (K)',
|
||||
'calculator.sta.start_pressure': 'Start-Druck (kPa)',
|
||||
'calculator.sta.temp_after': 'T nach Zündung',
|
||||
'calculator.sta.pressure_after': 'P nach Zündung',
|
||||
'calculator.sta.warn_low_fuel': '\u26A0 Fuel unter 5%',
|
||||
'calculator.sta.warn_low_pressure': '\u26A0 Druck unter 10 kPa',
|
||||
'calculator.sta.panels': 'Anzahl Panels',
|
||||
'calculator.sta.watts_per_panel': 'Watt/Panel',
|
||||
'calculator.sta.day_length': 'Taglänge (s)',
|
||||
'calculator.sta.night_length': 'Nachtlänge (s)',
|
||||
'calculator.sta.consumption': 'Verbrauch (W)',
|
||||
'calculator.sta.generation': 'Erzeugung',
|
||||
'calculator.sta.surplus': 'Überschuss',
|
||||
'calculator.sta.night_energy': 'Nacht-Energie',
|
||||
'calculator.sta.batteries_needed': 'Batterien benötigt',
|
||||
'calculator.sta.target_temp': 'Ziel-Temperatur (K)',
|
||||
'calculator.sta.gas1_temp': 'Gas 1 Temperatur (K)',
|
||||
'calculator.sta.gas2_temp': 'Gas 2 Temperatur (K)',
|
||||
'calculator.sta.mixer_input1': 'Mixer Input 1',
|
||||
'calculator.sta.mixer_input2': 'Mixer Input 2',
|
||||
'calculator.sta.heat_cap_ref': 'Wärmekapazitäten (Referenz)',
|
||||
'calculator.sta.gas': 'Gas',
|
||||
|
||||
// Timer
|
||||
'timer.title': 'Timer',
|
||||
'timer.start': 'Start',
|
||||
@@ -520,6 +560,46 @@ const STRINGS = {
|
||||
'calculator.fac.belt_needed': 'Belt needed',
|
||||
'calculator.fac.exceeds_belt': 'Exceeds max belt',
|
||||
|
||||
// Stationeers Calculator
|
||||
'calculator.tab.stationeers': 'Stationeers',
|
||||
'calculator.sta.tab.gas': 'Gas',
|
||||
'calculator.sta.tab.furnace': 'Furnace',
|
||||
'calculator.sta.tab.solar': 'Solar',
|
||||
'calculator.sta.tab.atmo': 'Atmo',
|
||||
'calculator.sta.solve_for': 'Solve for',
|
||||
'calculator.sta.var.P': 'Pressure (P)',
|
||||
'calculator.sta.var.V': 'Volume (V)',
|
||||
'calculator.sta.var.n': 'Amount (n)',
|
||||
'calculator.sta.var.T': 'Temperature (T)',
|
||||
'calculator.sta.var.P_label': 'Pressure (kPa)',
|
||||
'calculator.sta.var.V_label': 'Volume (L)',
|
||||
'calculator.sta.var.n_label': 'Amount (mol)',
|
||||
'calculator.sta.var.T_label': 'Temperature (K)',
|
||||
'calculator.sta.result': 'Result',
|
||||
'calculator.sta.fuel_ratio': 'Fuel Ratio (0-1)',
|
||||
'calculator.sta.start_temp': 'Start Temperature (K)',
|
||||
'calculator.sta.start_pressure': 'Start Pressure (kPa)',
|
||||
'calculator.sta.temp_after': 'T after ignition',
|
||||
'calculator.sta.pressure_after': 'P after ignition',
|
||||
'calculator.sta.warn_low_fuel': '\u26A0 Fuel below 5%',
|
||||
'calculator.sta.warn_low_pressure': '\u26A0 Pressure below 10 kPa',
|
||||
'calculator.sta.panels': 'Panel Count',
|
||||
'calculator.sta.watts_per_panel': 'Watts/Panel',
|
||||
'calculator.sta.day_length': 'Day Length (s)',
|
||||
'calculator.sta.night_length': 'Night Length (s)',
|
||||
'calculator.sta.consumption': 'Consumption (W)',
|
||||
'calculator.sta.generation': 'Generation',
|
||||
'calculator.sta.surplus': 'Surplus',
|
||||
'calculator.sta.night_energy': 'Night Energy',
|
||||
'calculator.sta.batteries_needed': 'Batteries needed',
|
||||
'calculator.sta.target_temp': 'Target Temperature (K)',
|
||||
'calculator.sta.gas1_temp': 'Gas 1 Temperature (K)',
|
||||
'calculator.sta.gas2_temp': 'Gas 2 Temperature (K)',
|
||||
'calculator.sta.mixer_input1': 'Mixer Input 1',
|
||||
'calculator.sta.mixer_input2': 'Mixer Input 2',
|
||||
'calculator.sta.heat_cap_ref': 'Heat Capacities (Reference)',
|
||||
'calculator.sta.gas': 'Gas',
|
||||
|
||||
// Timer
|
||||
'timer.title': 'Timer',
|
||||
'timer.start': 'Start',
|
||||
|
||||
Reference in New Issue
Block a user