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Fix for engineered modules in SLEF imports from Inara.

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This commit is contained in:
Alexey Gorb
2021-08-10 11:35:44 +02:00
parent 821daefeb8
commit 624adf2b64
1 changed files with 57 additions and 38 deletions
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95
src/app/utils/JournalUtils.js
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@@ -95,49 +95,49 @@ export function shipFromLoadoutJSON(json) {
throw 'Unknown bulkheads "' + module.Item + '"'; throw 'Unknown bulkheads "' + module.Item + '"';
} }
ship.bulkheads.enabled = true; ship.bulkheads.enabled = true;
if (module.Engineering) _addModifications(ship.bulkheads.m, module.Engineering.Modifiers, module.Engineering.BlueprintName, module.Engineering.Level, module.Engineering.ExperimentalEffect); if (module.Engineering) _addModifications(ship.bulkheads.m, module.Engineering.Modifiers, module.Engineering.Quality, module.Engineering.BlueprintName, module.Engineering.Level, module.Engineering.ExperimentalEffect);
break; break;
case 'powerplant': case 'powerplant':
const powerplant = _moduleFromFdName(module.Item); const powerplant = _moduleFromFdName(module.Item);
ship.use(ship.standard[0], powerplant, true); ship.use(ship.standard[0], powerplant, true);
ship.standard[0].enabled = module.On; ship.standard[0].enabled = module.On;
ship.standard[0].priority = module.Priority; ship.standard[0].priority = module.Priority;
if (module.Engineering) _addModifications(powerplant, module.Engineering.Modifiers, module.Engineering.BlueprintName, module.Engineering.Level, module.Engineering.ExperimentalEffect); if (module.Engineering) _addModifications(powerplant, module.Engineering.Modifiers, module.Engineering.Quality, module.Engineering.BlueprintName, module.Engineering.Level, module.Engineering.ExperimentalEffect);
break; break;
case 'mainengines': case 'mainengines':
const thrusters = _moduleFromFdName(module.Item); const thrusters = _moduleFromFdName(module.Item);
ship.use(ship.standard[1], thrusters, true); ship.use(ship.standard[1], thrusters, true);
ship.standard[1].enabled = module.On; ship.standard[1].enabled = module.On;
ship.standard[1].priority = module.Priority; ship.standard[1].priority = module.Priority;
if (module.Engineering) _addModifications(thrusters, module.Engineering.Modifiers, module.Engineering.BlueprintName, module.Engineering.Level, module.Engineering.ExperimentalEffect); if (module.Engineering) _addModifications(thrusters, module.Engineering.Modifiers, module.Engineering.Quality, module.Engineering.BlueprintName, module.Engineering.Level, module.Engineering.ExperimentalEffect);
break; break;
case 'frameshiftdrive': case 'frameshiftdrive':
const frameshiftdrive = _moduleFromFdName(module.Item); const frameshiftdrive = _moduleFromFdName(module.Item);
ship.use(ship.standard[2], frameshiftdrive, true); ship.use(ship.standard[2], frameshiftdrive, true);
ship.standard[2].enabled = module.On; ship.standard[2].enabled = module.On;
ship.standard[2].priority = module.Priority; ship.standard[2].priority = module.Priority;
if (module.Engineering) _addModifications(frameshiftdrive, module.Engineering.Modifiers, module.Engineering.BlueprintName, module.Engineering.Level, module.Engineering.ExperimentalEffect); if (module.Engineering) _addModifications(frameshiftdrive, module.Engineering.Modifiers, module.Engineering.Quality, module.Engineering.BlueprintName, module.Engineering.Level, module.Engineering.ExperimentalEffect);
break; break;
case 'lifesupport': case 'lifesupport':
const lifesupport = _moduleFromFdName(module.Item); const lifesupport = _moduleFromFdName(module.Item);
ship.use(ship.standard[3], lifesupport, true); ship.use(ship.standard[3], lifesupport, true);
ship.standard[3].enabled = module.On === true; ship.standard[3].enabled = module.On === true;
ship.standard[3].priority = module.Priority; ship.standard[3].priority = module.Priority;
if (module.Engineering) _addModifications(lifesupport, module.Engineering.Modifiers, module.Engineering.BlueprintName, module.Engineering.Level, module.Engineering.ExperimentalEffect); if (module.Engineering) _addModifications(lifesupport, module.Engineering.Modifiers, module.Engineering.Quality, module.Engineering.BlueprintName, module.Engineering.Level, module.Engineering.ExperimentalEffect);
break; break;
case 'powerdistributor': case 'powerdistributor':
const powerdistributor = _moduleFromFdName(module.Item); const powerdistributor = _moduleFromFdName(module.Item);
ship.use(ship.standard[4], powerdistributor, true); ship.use(ship.standard[4], powerdistributor, true);
ship.standard[4].enabled = module.On; ship.standard[4].enabled = module.On;
ship.standard[4].priority = module.Priority; ship.standard[4].priority = module.Priority;
if (module.Engineering) _addModifications(powerdistributor, module.Engineering.Modifiers, module.Engineering.BlueprintName, module.Engineering.Level, module.Engineering.ExperimentalEffect); if (module.Engineering) _addModifications(powerdistributor, module.Engineering.Modifiers, module.Engineering.Quality, module.Engineering.BlueprintName, module.Engineering.Level, module.Engineering.ExperimentalEffect);
break; break;
case 'radar': case 'radar':
const sensors = _moduleFromFdName(module.Item); const sensors = _moduleFromFdName(module.Item);
ship.use(ship.standard[5], sensors, true); ship.use(ship.standard[5], sensors, true);
ship.standard[5].enabled = module.On; ship.standard[5].enabled = module.On;
ship.standard[5].priority = module.Priority; ship.standard[5].priority = module.Priority;
if (module.Engineering) _addModifications(sensors, module.Engineering.Modifiers, module.Engineering.BlueprintName, module.Engineering.Level, module.Engineering.ExperimentalEffect); if (module.Engineering) _addModifications(sensors, module.Engineering.Modifiers, module.Engineering.Quality, module.Engineering.BlueprintName, module.Engineering.Level, module.Engineering.ExperimentalEffect);
break; break;
case 'fueltank': case 'fueltank':
const fueltank = _moduleFromFdName(module.Item); const fueltank = _moduleFromFdName(module.Item);
@@ -224,7 +224,7 @@ export function shipFromLoadoutJSON(json) {
for (const i of modsToAdd) { for (const i of modsToAdd) {
if (i.json.Engineering) { if (i.json.Engineering) {
_addModifications(i.coriolisMod, i.json.Engineering.Modifiers, i.json.Engineering.BlueprintName, i.json.Engineering.Level, i.json.Engineering.ExperimentalEffect); _addModifications(i.coriolisMod, i.json.Engineering.Modifiers, i.json.Engineering.Quality, i.json.Engineering.BlueprintName, i.json.Engineering.Level, i.json.Engineering.ExperimentalEffect);
} }
} }
// We don't have any information on it so guess it's priority 5 and disabled // We don't have any information on it so guess it's priority 5 and disabled
@@ -241,12 +241,13 @@ export function shipFromLoadoutJSON(json) {
* Add the modifications for a module * Add the modifications for a module
* @param {Module} module the module * @param {Module} module the module
* @param {Object} modifiers the modifiers * @param {Object} modifiers the modifiers
* @param {float} quality quality of the modifiers 0 to 1
* @param {Object} blueprint the blueprint of the modification * @param {Object} blueprint the blueprint of the modification
* @param {Object} grade the grade of the modification * @param {Object} grade the grade of the modification
* @param {Object} specialModifications special modification * @param {Object} specialModifications special modification
*/ */
function _addModifications(module, modifiers, blueprint, grade, specialModifications) { function _addModifications(module, modifiers, quality, blueprint, grade, specialModifications) {
if (!modifiers) return; if (!modifiers && !quality) return;
let special; let special;
if (specialModifications) { if (specialModifications) {
if (specialModifications == 'special_plasma_slug') { if (specialModifications == 'special_plasma_slug') {
@@ -268,36 +269,54 @@ function _addModifications(module, modifiers, blueprint, grade, specialModificat
module.blueprint.special = special; module.blueprint.special = special;
} }
} }
for (const i in modifiers) { if (modifiers) {
// Some special modifications for (const i in modifiers) {
// Look up the modifiers to find what we need to do // Some special modifications
const findMod = val => Object.keys(Modifications.modifierActions).find(elem => elem.toString().toLowerCase().replace(/(outfittingfieldtype_|persecond)/igm, '') === val.toString().toLowerCase().replace(/(outfittingfieldtype_|persecond)/igm, '')); // Look up the modifiers to find what we need to do
const modifierActions = Modifications.modifierActions[findMod(modifiers[i].Label)]; const findMod = val => Object.keys(Modifications.modifierActions).find(elem => elem.toString().toLowerCase().replace(/(outfittingfieldtype_|persecond)/igm, '') === val.toString().toLowerCase().replace(/(outfittingfieldtype_|persecond)/igm, ''));
// TODO: Figure out how to scale this value. const modifierActions = Modifications.modifierActions[findMod(modifiers[i].Label)];
if (!!modifiers[i].LessIsGood) { // TODO: Figure out how to scale this value.
if (!!modifiers[i].LessIsGood) {
}
let value = (modifiers[i].Value / modifiers[i].OriginalValue * 100 - 100) * 100;
if (value === Infinity) {
value = modifiers[i].Value * 100;
}
if (modifiers[i].Label.search('DamageFalloffRange') >= 0) {
value = (modifiers[i].Value / module.range - 1) * 100;
}
if (modifiers[i].Label.search('Resistance') >= 0) {
value = (modifiers[i].Value * 100) - (modifiers[i].OriginalValue * 100);
}
if (modifiers[i].Label.search('ShieldMultiplier') >= 0 || modifiers[i].Label.search('DefenceModifierHealthMultiplier') >= 0) {
value = ((100 + modifiers[i].Value) / (100 + modifiers[i].OriginalValue) * 100 - 100) * 100;
}
// Carry out the required changes
for (const action in modifierActions) {
if (isNaN(modifierActions[action])) {
module.setModValue(action, modifierActions[action]);
} else {
module.setModValue(action, value, true);
} }
let value = (modifiers[i].Value / modifiers[i].OriginalValue * 100 - 100) * 100;
if (value === Infinity) {
value = modifiers[i].Value * 100;
}
if (modifiers[i].Label.search('DamageFalloffRange') >= 0) {
value = (modifiers[i].Value / module.range - 1) * 100;
}
if (modifiers[i].Label.search('Resistance') >= 0) {
value = (modifiers[i].Value * 100) - (modifiers[i].OriginalValue * 100);
}
if (modifiers[i].Label.search('ShieldMultiplier') >= 0 || modifiers[i].Label.search('DefenceModifierHealthMultiplier') >= 0) {
value = ((100 + modifiers[i].Value) / (100 + modifiers[i].OriginalValue) * 100 - 100) * 100;
}
// Carry out the required changes
for (const action in modifierActions) {
if (isNaN(modifierActions[action])) {
module.setModValue(action, modifierActions[action]);
} else {
module.setModValue(action, value, true);
}
}
}
} else if (quality) {
if (module.blueprint.grades) {
const features = module.blueprint.grades[Number(grade)].features;
Object.keys(features).map(featureKey => {
/*
Here we compute the value to use for this feature based on the range and quality.
We do this by finding the difference between the low and high ends of the range.
This gives us the maximum increase at 100% quality. Then we multiply this number by
the quality to determine the actual increase. Lastly we add the actual increase to
the low end of the range back in to determine the final value.
Value = ((High End of Range - Low End of Range) * Quality) + Low End of Range
*/
let value = (((features[featureKey][1] * 100) - (features[featureKey][0] * 100) * Number(quality)) + (features[featureKey][0] * 100)) * 100;
module.setModValue(featureKey, value, true);
});
} }
} }
} }