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adds formatGain utility, and shows limiting factor for metal gain

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This commit is contained in:
circle-gon 2022-12-07 00:21:24 +00:00
parent 4215157a2c
commit fbc82018e3
4 changed files with 163 additions and 97 deletions
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229
src/data/layers/metal.tsx
View file

@ -1,6 +1,6 @@
import Spacer from "components/layout/Spacer.vue";
import MainDisplay from "features/resources/MainDisplay.vue";
import Toggle from "components/fields/Toggle.vue"
import Toggle from "components/fields/Toggle.vue";
import Modal from "components/Modal.vue";
import { createCollapsibleModifierSections, setUpDailyProgressTracker } from "data/common";
import { jsx, showIf } from "features/feature";
@ -10,15 +10,19 @@ import Decimal, { DecimalSource } from "lib/break_eternity";
import { render, renderRow } from "util/vue";
import { persistent } from "game/persistence";
import { globalBus } from "game/events";
import { createAdditiveModifier, createMultiplicativeModifier, createSequentialModifier } from "game/modifiers";
import {
createAdditiveModifier,
createMultiplicativeModifier,
createSequentialModifier
} from "game/modifiers";
import { computed, ref, unref } from "vue";
import { createBar } from "features/bars/bar";
import { Direction } from "util/common";
import { format, formatWhole } from "util/break_eternity";
import { format, formatGain, formatLimit, formatWhole } from "util/break_eternity";
import { createClickable } from "features/clickables/clickable";
import coal from "./coal"
import coal from "./coal";
import { createUpgrade, GenericUpgrade } from "features/upgrades/upgrade";
import { noPersist } from "game/persistence"
import { noPersist } from "game/persistence";
import { createBuyable, GenericBuyable } from "features/buyable";
import { main } from "../projEntry";
@ -52,7 +56,7 @@ const layer = createLayer(id, function (this: BaseLayer) {
}))
]);
const computedOrePurity = computed(() => orePurity.apply(0.1));
const autoSmeltSpeed = createSequentialModifier(() => [
createAdditiveModifier(() => ({
addend: () => Decimal.times(industrialCrucible.amount.value, 10),
@ -63,13 +67,10 @@ const layer = createLayer(id, function (this: BaseLayer) {
const computedAutoSmeltSpeed = computed(() => autoSmeltSpeed.apply(0));
const coalCost = 1e10;
const smeltableOre = computed(() =>
Decimal.min(
ore.value,
Decimal.div(coal.coal.value, coalCost)
).floor().max(0)
const smeltableOre = computed(() =>
Decimal.min(ore.value, Decimal.div(coal.coal.value, coalCost)).floor().max(0)
);
const smeltOreButton = createClickable(() => ({
display: jsx(() => {
const cost = Decimal.gte(smeltableOre.value, 1)
@ -78,13 +79,16 @@ const layer = createLayer(id, function (this: BaseLayer) {
return (
<>
<span style="font-size: large">
Smelt {format(Decimal.times(smeltableOre.value, computedOrePurity.value))} {metal.displayName}
</span><br />
Smelt {format(Decimal.times(smeltableOre.value, computedOrePurity.value))}{" "}
{metal.displayName}
</span>
<br />
<span style="font-size: large">
Cost: {formatWhole(cost)} {ore.displayName}; {formatWhole(Decimal.times(cost, coalCost))} {coal.coal.displayName}
Cost: {formatWhole(cost)} {ore.displayName};{" "}
{formatWhole(Decimal.times(cost, coalCost))} {coal.coal.displayName}
</span>
</>
)
);
}),
canClick: () => Decimal.gte(smeltableOre.value, 1),
onClick() {
@ -98,7 +102,7 @@ const layer = createLayer(id, function (this: BaseLayer) {
}
}));
function smeltOre(amount: DecimalSource) {
let [metalGain, oreConsumption, coalConsumption] = [
const [metalGain, oreConsumption, coalConsumption] = [
Decimal.times(amount, computedOrePurity.value),
amount,
Decimal.times(amount, coalCost)
@ -164,7 +168,7 @@ const layer = createLayer(id, function (this: BaseLayer) {
createMultiplicativeModifier(() => ({
multiplier: Decimal.reciprocate(maxOreProgress)
}))
])
]);
const computedOreGain = computed(() => oreGain.apply(0));
const netOreGain = createSequentialModifier(() => [
createAdditiveModifier(() => ({
@ -174,7 +178,7 @@ const layer = createLayer(id, function (this: BaseLayer) {
addend: () => Decimal.negate(computedAutoSmeltSpeed.value),
enabled: autoSmeltEnabled
}))
])
]);
const computedNetOreGain = computed(() => netOreGain.apply(0));
const simplePickaxe = createUpgrade(() => ({
@ -182,7 +186,8 @@ const layer = createLayer(id, function (this: BaseLayer) {
cost: 0.1,
display: {
title: "A Simple Pickaxe",
description: "Make a simple pickaxe to help mine faster.<br/><br/>Halve the time to mine more ore"
description:
"Make a simple pickaxe to help mine faster.<br/><br/>Halve the time to mine more ore"
}
}));
const doublePickaxe = createUpgrade(() => ({
@ -190,7 +195,8 @@ const layer = createLayer(id, function (this: BaseLayer) {
cost: 0.1,
display: {
title: "Double Pickaxe",
description: "This is too slow. What if you swung two pickaxes at once?<br/><br/>Halve the time to mine ore, again"
description:
"This is too slow. What if you swung two pickaxes at once?<br/><br/>Halve the time to mine ore, again"
},
visibility: () => showIf(doublePickaxe.bought.value)
})) as GenericUpgrade;
@ -199,27 +205,41 @@ const layer = createLayer(id, function (this: BaseLayer) {
cost: 1,
display: {
title: "Crucible",
description: "Smelting this all by hand is rather painful, and a lot of the metal is left in the slag. A small crucible should help a lot!<br/><br/>Increase the metal extracted per ore by 5x"
description:
"Smelting this all by hand is rather painful, and a lot of the metal is left in the slag. A small crucible should help a lot!<br/><br/>Increase the metal extracted per ore by 5x"
},
visibility: () => showIf(crucible.bought.value || Decimal.div(bestOre.value, computedOrePurity.value).plus(bestMetal.value).gte(1))
visibility: () =>
showIf(
crucible.bought.value ||
Decimal.div(bestOre.value, computedOrePurity.value).plus(bestMetal.value).gte(1)
)
})) as GenericUpgrade;
const coalDrill = createUpgrade(() => ({
resource: noPersist(metal),
cost: 0,
display: {
title: "Coal Drilling",
description: "These mining drills are pretty powerful, mining more ore than you can actually smelt. Could be worth making some to mine coal instead"
description:
"These mining drills are pretty powerful, mining more ore than you can actually smelt. Could be worth making some to mine coal instead"
},
visibility: () => showIf(Decimal.gte(oreDrill.amount.value, 1) && (
coalDrill.bought.value ||
Decimal.lt(coal.computedCoalGain.value, Decimal.times(computedOreAmount.value, computedOreSpeed.value).div(maxOreProgress).times(coalCost)))),
visibility: () =>
showIf(
Decimal.gte(oreDrill.amount.value, 1) &&
(coalDrill.bought.value ||
Decimal.lt(
coal.computedCoalGain.value,
Decimal.times(computedOreAmount.value, computedOreSpeed.value)
.div(maxOreProgress)
.times(coalCost)
))
),
onPurchase() {
main.days[2].recentlyUpdated.value = true;
}
})) as GenericUpgrade;
const industrialFurnace = createUpgrade(() => ({
canAfford() {
return Decimal.gte(metal.value, 50) && Decimal.gte(coal.coal.value, 1e11)
return Decimal.gte(metal.value, 50) && Decimal.gte(coal.coal.value, 1e11);
},
onPurchase() {
metal.value = Decimal.sub(metal.value, 50);
@ -236,37 +256,71 @@ const layer = createLayer(id, function (this: BaseLayer) {
const oreDrill = createBuyable(() => ({
resource: noPersist(metal),
cost() { return Decimal.pow(1.15, this.amount.value).times(10)},
cost() {
return Decimal.pow(1.15, this.amount.value).times(10);
},
display: {
title: "Mining Drill",
description: "An automated machine to help you mine more ore, faster",
effectDisplay: jsx(() => <>Mine 2.5x faster. Increase ore mining amount by {formatWhole(oreDrill.amount.value)} ore per operation</>)
effectDisplay: jsx(() => (
<>
Mine 2.5x faster. Increase ore mining amount by{" "}
{formatWhole(oreDrill.amount.value)} ore per operation
</>
))
},
visibility: () => showIf(Decimal.gte(oreDrill.amount.value, 1) || Decimal.div(bestOre.value, computedOrePurity.value).plus(bestMetal.value).gte(10)),
style: { width: '200px' }
})) as GenericBuyable
visibility: () =>
showIf(
Decimal.gte(oreDrill.amount.value, 1) ||
Decimal.div(bestOre.value, computedOrePurity.value)
.plus(bestMetal.value)
.gte(10)
),
style: { width: "200px" }
})) as GenericBuyable;
const industrialCrucible = createBuyable(() => ({
resource: noPersist(metal),
cost() { return Decimal.pow(1.15, Decimal.times(this.amount.value, 10)).times(10)},
cost() {
return Decimal.pow(1.15, Decimal.times(this.amount.value, 10)).times(10);
},
display: {
title: "Industrial Crucible",
description: "A giant automated crucible furnace, letting you smelt ore better and faster",
effectDisplay: jsx(() => <>Get 50% more metal per ore, and smelt {formatWhole(Decimal.times(industrialCrucible.amount.value, 10))} ore per second</>)
description: "A giant automated crucible furnace, letting you smelt ore faster",
effectDisplay: jsx(() => (
<>
Automatically smelts{" "}
{formatWhole(Decimal.times(industrialCrucible.amount.value, 10))} ore per second
</>
))
},
visibility: () => showIf(Decimal.gte(industrialCrucible.amount.value, 1) || Decimal.gte(oreDrill.amount.value, 4) || Decimal.gte(bestOre.value, 50)),
style: { width: '200px' }
})) as GenericBuyable
visibility: () =>
showIf(
Decimal.gte(industrialCrucible.amount.value, 1) ||
Decimal.gte(oreDrill.amount.value, 4) ||
Decimal.gte(bestOre.value, 50)
),
style: { width: "200px" }
})) as GenericBuyable;
const autoSmeltEnabled = persistent<boolean>(true);
const hotterForge = createBuyable(() => ({
resource: coal.coal,
cost() { return Decimal.pow(10, this.amount.value).times(1e12)},
cost() {
return Decimal.pow(10, this.amount.value).times(1e12);
},
display: {
title: "Hotter Forges",
description: "More coal makes the fires burn hotter, getting just a little more metal out of each bit of ore",
effectDisplay: jsx(() => <>Gain {formatWhole(Decimal.times(hotterForgeEffect.value, 100))}% more metal per ore</>)
description:
"More coal makes the fires burn hotter, getting just a little more metal out of each bit of ore",
effectDisplay: jsx(() => (
<>
Gain {formatWhole(Decimal.times(hotterForgeEffect.value, 100))}% more metal per
ore
</>
))
},
visibility: () => showIf(Decimal.gte(hotterForge.amount.value, 1) || industrialFurnace.bought.value),
style: { width: '200px' }
visibility: () =>
showIf(Decimal.gte(hotterForge.amount.value, 1) || industrialFurnace.bought.value),
style: { width: "200px" }
})) as GenericBuyable;
const hotterForgeEffect = computed(() => Decimal.times(hotterForge.amount.value, 0.25));
@ -276,11 +330,13 @@ const layer = createLayer(id, function (this: BaseLayer) {
oreProgress.value = oreProgress.value.minus(oreGain.times(maxOreProgress));
ore.value = Decimal.add(ore.value, Decimal.times(oreGain, computedOreAmount.value));
if (autoSmeltEnabled.value && Decimal.gte(smeltableOre.value, Decimal.times(industrialCrucible.amount.value, 10).times(diff))) {
smeltOre(Decimal.min(
smeltableOre.value,
Decimal.times(industrialCrucible.amount.value, 10).times(diff)
));
if (autoSmeltEnabled.value) {
smeltOre(
Decimal.min(
smeltableOre.value,
Decimal.times(industrialCrucible.amount.value, 10).times(diff)
)
);
}
});
@ -358,43 +414,54 @@ const layer = createLayer(id, function (this: BaseLayer) {
<>
{render(trackerDisplay)}
<Spacer />
<MainDisplay resource={metal} color={color} style="margin-bottom: 0" sticky={false}
productionDisplay={
jsx(()=><>
{{
[-1]: <>{format(computedMetalGain.value)}/s</>,
0: undefined,
1: <>+{format(computedMetalGain.value)}/s</>
}[Decimal.compare(computedMetalGain.value, 0)]}
{Decimal.lt(computedOreGain.value, computedAutoSmeltSpeed.value)
? <> (Limited by {ore.displayName})</>
: Decimal.lt(smeltableOre.value, Decimal.floor(ore.value))
? <> (Limited by {coal.coal.displayName})</>
: undefined
}
</>)
}
<MainDisplay
resource={metal}
color={color}
style="margin-bottom: 0"
sticky={false}
productionDisplay={jsx(() => (
<>
{autoSmeltEnabled.value
? `+${formatLimit(
[
[computedMetalGain.value, "smelting speed"],
[computedOreGain.value, "ore gain"],
[
Decimal.div(coal.computedCoalGain.value, coalCost),
"coal gain"
]
],
"/s"
)}`
: undefined}
</>
))}
/>
<Spacer />
{render(smeltOreButton)}
{Decimal.gte(industrialCrucible.amount.value, 1)
? <div style={{width: '150px'}}>
<Toggle title="Auto Smelt" modelValue={autoSmeltEnabled.value} onUpdate:modelValue={value => (autoSmeltEnabled.value = value)}/>
</div>
: undefined}
{Decimal.gte(industrialCrucible.amount.value, 1) ? (
<div style={{ width: "150px" }}>
<Toggle
title="Auto Smelt"
modelValue={autoSmeltEnabled.value}
onUpdate:modelValue={value => (autoSmeltEnabled.value = value)}
/>
</div>
) : undefined}
<Spacer />
<MainDisplay resource={ore} color={color} style="margin-bottom: 0" sticky={false}
productionDisplay={
jsx(()=><>{{
[-1]: <>{format(computedNetOreGain.value)}/s</>,
0: undefined,
1: <>+{format(computedNetOreGain.value)}/s</>
}[Decimal.compare(computedNetOreGain.value, 0)]}</>)
}
<MainDisplay
resource={ore}
color={color}
style="margin-bottom: 0"
sticky={false}
productionDisplay={jsx(() => (
<>{formatGain(computedNetOreGain.value)}</>
))}
/>
<Spacer />
<div>
Currently mining {format(computedOreAmount.value)} ore every {format(Decimal.div(maxOreProgress, computedOreSpeed.value))} seconds
Currently mining {format(computedOreAmount.value)} ore every{" "}
{format(Decimal.div(maxOreProgress, computedOreSpeed.value))} seconds
</div>
{render(oreBar)}
<Spacer />
@ -402,7 +469,7 @@ const layer = createLayer(id, function (this: BaseLayer) {
{renderRow(oreDrill, industrialCrucible, hotterForge)}
</>
))
}
};
});
export default layer;
export default layer;

18
src/data/layers/trees.tsx
View file

@ -24,7 +24,7 @@ import {
Modifier
} from "game/modifiers";
import { noPersist, persistent } from "game/persistence";
import Decimal, { DecimalSource, format, formatWhole, formatLimit } from "util/bignum";
import Decimal, { DecimalSource, format, formatWhole, formatLimit, formatGain } from "util/bignum";
import { Direction, WithRequired } from "util/common";
import { render, renderRow } from "util/vue";
import { computed, ref } from "vue";
@ -713,25 +713,13 @@ const layer = createLayer(id, function (this: BaseLayer) {
resource={saplings}
color={colorDark}
style="margin-bottom: 0"
productionDisplay={
{
[-1]: `${formatWhole(netSaplingGain.value)}/s`,
0: undefined,
1: `+${formatWhole(netSaplingGain.value)}/s`
}[Decimal.compare(netSaplingGain.value, 0)]
}
productionDisplay={formatGain(netSaplingGain.value)}
/>
<MainDisplay
resource={trees}
color={colorDark}
style="margin-bottom: 0"
productionDisplay={
{
[-1]: `${formatWhole(netTreeGain.value)}/s`,
0: undefined,
1: `+${formatWhole(netTreeGain.value)}/s`
}[Decimal.compare(netTreeGain.value, 0)]
}
productionDisplay={formatGain(netTreeGain.value)}
/>
<Spacer />
{renderRow(cutTree, plantTree)}

5
src/util/bignum.ts
View file

@ -13,7 +13,8 @@ export const {
toPlaces,
formatSmall,
formatLimit,
invertOOM
invertOOM,
formatGain
} = numberUtils;
export type DecimalSource = RawDecimalSource;
@ -32,6 +33,7 @@ declare global {
formatSmall: (x: DecimalSource, precision?: number) => string;
formatLimit: (list: [DecimalSource, string][], unit: string) => string;
invertOOM: (x: DecimalSource) => Decimal;
formatGain: (x: DecimalSource) => string
}
}
window.Decimal = Decimal;
@ -45,5 +47,6 @@ window.toPlaces = toPlaces;
window.formatSmall = formatSmall;
window.formatLimit = formatLimit;
window.invertOOM = invertOOM;
window.formatGain = formatGain
export default Decimal;

8
src/util/break_eternity.ts
View file

@ -207,3 +207,11 @@ export function formatLimit(list: [DecimalSource, string][], unit: string): stri
}
return format(num) + unit + ", limited by " + str;
}
export function formatGain(gain: DecimalSource) {
return {
[-1]: `${format(gain)}/s`,
0: "",
1: `+${format(gain)}/s`
}[Decimal.compare(gain, 0)];
}