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Updated formula typing for non-invertible params in invertible formulas

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thepaperpilot 2023-02-09 06:57:36 -06:00
parent a4d6c2e844
commit de0e3f90b8
2 changed files with 258 additions and 214 deletions
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465
src/game/formulas.ts
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@ -6,7 +6,6 @@ import { computed, ComputedRef, ref, Ref, unref } from "vue";
// eslint-disable-next-line @typescript-eslint/no-explicit-any // eslint-disable-next-line @typescript-eslint/no-explicit-any
export type GenericFormula = Formula<any>; export type GenericFormula = Formula<any>;
export type FormulaSource = ProcessedComputable<DecimalSource> | GenericFormula; export type FormulaSource = ProcessedComputable<DecimalSource> | GenericFormula;
export type InvertibleFormulaSource = ProcessedComputable<DecimalSource> | InvertibleFormula;
export type InvertibleFormula = GenericFormula & { export type InvertibleFormula = GenericFormula & {
invert: (value: DecimalSource) => DecimalSource; invert: (value: DecimalSource) => DecimalSource;
}; };
@ -938,7 +937,7 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
* @param value The constant value for this formula. * @param value The constant value for this formula.
*/ */
public static constant( public static constant(
value: InvertibleFormulaSource value: ProcessedComputable<DecimalSource>
): InvertibleFormula & IntegrableFormula & InvertibleIntegralFormula { ): InvertibleFormula & IntegrableFormula & InvertibleIntegralFormula {
return new Formula({ inputs: [value] }) as InvertibleFormula; return new Formula({ inputs: [value] }) as InvertibleFormula;
} }
@ -1045,7 +1044,7 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
return new Formula({ inputs: [value], evaluate: Decimal.abs }); return new Formula({ inputs: [value], evaluate: Decimal.abs });
} }
public static neg(value: InvertibleFormulaSource): InvertibleFormula & IntegrableFormula; public static neg<T extends GenericFormula>(value: T): Omit<T, "invertIntegral">;
public static neg(value: FormulaSource): GenericFormula; public static neg(value: FormulaSource): GenericFormula;
public static neg(value: FormulaSource) { public static neg(value: FormulaSource) {
return new Formula({ return new Formula({
@ -1055,9 +1054,13 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
integrate: integrateNeg integrate: integrateNeg
}); });
} }
public static negate<T extends GenericFormula>(value: T): Omit<T, "invertIntegral">;
public static negate(value: FormulaSource): GenericFormula;
public static negate(value: FormulaSource) { public static negate(value: FormulaSource) {
return Formula.neg(value); return Formula.neg(value);
} }
public static negated<T extends GenericFormula>(value: T): Omit<T, "invertIntegral">;
public static negated(value: FormulaSource): GenericFormula;
public static negated(value: FormulaSource) { public static negated(value: FormulaSource) {
return Formula.neg(value); return Formula.neg(value);
} }
@ -1085,10 +1088,8 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
return new Formula({ inputs: [value], evaluate: Decimal.trunc }); return new Formula({ inputs: [value], evaluate: Decimal.trunc });
} }
public static add( public static add<T extends GenericFormula>(value: T, other: FormulaSource): T;
value: InvertibleFormulaSource, public static add<T extends GenericFormula>(value: FormulaSource, other: T): T;
other: InvertibleFormulaSource
): InvertibleFormula & IntegrableFormula & InvertibleIntegralFormula;
public static add(value: FormulaSource, other: FormulaSource): GenericFormula; public static add(value: FormulaSource, other: FormulaSource): GenericFormula;
public static add(value: FormulaSource, other: FormulaSource) { public static add(value: FormulaSource, other: FormulaSource) {
return new Formula({ return new Formula({
@ -1099,14 +1100,15 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
invertIntegral: invertIntegrateAdd invertIntegral: invertIntegrateAdd
}); });
} }
public static plus<T extends GenericFormula>(value: T, other: FormulaSource): T;
public static plus<T extends GenericFormula>(value: FormulaSource, other: T): T;
public static plus(value: FormulaSource, other: FormulaSource): GenericFormula;
public static plus(value: FormulaSource, other: FormulaSource) { public static plus(value: FormulaSource, other: FormulaSource) {
return Formula.add(value, other); return Formula.add(value, other);
} }
public static sub( public static sub<T extends GenericFormula>(value: T, other: FormulaSource): T;
value: InvertibleFormulaSource, public static sub<T extends GenericFormula>(value: FormulaSource, other: T): T;
other: InvertibleFormulaSource
): InvertibleFormula & IntegrableFormula & InvertibleIntegralFormula;
public static sub(value: FormulaSource, other: FormulaSource): GenericFormula; public static sub(value: FormulaSource, other: FormulaSource): GenericFormula;
public static sub(value: FormulaSource, other: FormulaSource) { public static sub(value: FormulaSource, other: FormulaSource) {
return new Formula({ return new Formula({
@ -1117,17 +1119,21 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
invertIntegral: invertIntegrateSub invertIntegral: invertIntegrateSub
}); });
} }
public static subtract<T extends GenericFormula>(value: T, other: FormulaSource): T;
public static subtract<T extends GenericFormula>(value: FormulaSource, other: T): T;
public static subtract(value: FormulaSource, other: FormulaSource): GenericFormula;
public static subtract(value: FormulaSource, other: FormulaSource) { public static subtract(value: FormulaSource, other: FormulaSource) {
return Formula.sub(value, other); return Formula.sub(value, other);
} }
public static minus<T extends GenericFormula>(value: T, other: FormulaSource): T;
public static minus<T extends GenericFormula>(value: FormulaSource, other: T): T;
public static minus(value: FormulaSource, other: FormulaSource): GenericFormula;
public static minus(value: FormulaSource, other: FormulaSource) { public static minus(value: FormulaSource, other: FormulaSource) {
return Formula.sub(value, other); return Formula.sub(value, other);
} }
public static mul( public static mul<T extends GenericFormula>(value: T, other: FormulaSource): T;
value: InvertibleFormulaSource, public static mul<T extends GenericFormula>(value: FormulaSource, other: T): T;
other: InvertibleFormulaSource
): InvertibleFormula & IntegrableFormula & InvertibleIntegralFormula;
public static mul(value: FormulaSource, other: FormulaSource): GenericFormula; public static mul(value: FormulaSource, other: FormulaSource): GenericFormula;
public static mul(value: FormulaSource, other: FormulaSource) { public static mul(value: FormulaSource, other: FormulaSource) {
return new Formula({ return new Formula({
@ -1138,17 +1144,21 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
invertIntegral: invertIntegrateMul invertIntegral: invertIntegrateMul
}); });
} }
public static multiply<T extends GenericFormula>(value: T, other: FormulaSource): T;
public static multiply<T extends GenericFormula>(value: FormulaSource, other: T): T;
public static multiply(value: FormulaSource, other: FormulaSource): GenericFormula;
public static multiply(value: FormulaSource, other: FormulaSource) { public static multiply(value: FormulaSource, other: FormulaSource) {
return Formula.mul(value, other); return Formula.mul(value, other);
} }
public static times<T extends GenericFormula>(value: T, other: FormulaSource): T;
public static times<T extends GenericFormula>(value: FormulaSource, other: T): T;
public static times(value: FormulaSource, other: FormulaSource): GenericFormula;
public static times(value: FormulaSource, other: FormulaSource) { public static times(value: FormulaSource, other: FormulaSource) {
return Formula.mul(value, other); return Formula.mul(value, other);
} }
public static div( public static div<T extends GenericFormula>(value: T, other: FormulaSource): T;
value: InvertibleFormulaSource, public static div<T extends GenericFormula>(value: FormulaSource, other: T): T;
other: InvertibleFormulaSource
): InvertibleFormula & IntegrableFormula & InvertibleIntegralFormula;
public static div(value: FormulaSource, other: FormulaSource): GenericFormula; public static div(value: FormulaSource, other: FormulaSource): GenericFormula;
public static div(value: FormulaSource, other: FormulaSource) { public static div(value: FormulaSource, other: FormulaSource) {
return new Formula({ return new Formula({
@ -1159,13 +1169,14 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
invertIntegral: invertIntegrateDiv invertIntegral: invertIntegrateDiv
}); });
} }
public static divide<T extends GenericFormula>(value: T, other: FormulaSource): T;
public static divide<T extends GenericFormula>(value: FormulaSource, other: T): T;
public static divide(value: FormulaSource, other: FormulaSource): GenericFormula;
public static divide(value: FormulaSource, other: FormulaSource) { public static divide(value: FormulaSource, other: FormulaSource) {
return Formula.div(value, other); return Formula.div(value, other);
} }
public static recip( public static recip<T extends GenericFormula>(value: T): T;
value: InvertibleFormulaSource
): InvertibleFormula & IntegrableFormula & InvertibleIntegralFormula;
public static recip(value: FormulaSource): GenericFormula; public static recip(value: FormulaSource): GenericFormula;
public static recip(value: FormulaSource) { public static recip(value: FormulaSource) {
return new Formula({ return new Formula({
@ -1176,9 +1187,13 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
invertIntegral: invertIntegrateRecip invertIntegral: invertIntegrateRecip
}); });
} }
public static reciprocal<T extends GenericFormula>(value: T): T;
public static reciprocal(value: FormulaSource): GenericFormula;
public static reciprocal(value: FormulaSource): GenericFormula { public static reciprocal(value: FormulaSource): GenericFormula {
return Formula.recip(value); return Formula.recip(value);
} }
public static reciprocate<T extends GenericFormula>(value: T): T;
public static reciprocate(value: FormulaSource): GenericFormula;
public static reciprocate(value: FormulaSource) { public static reciprocate(value: FormulaSource) {
return Formula.recip(value); return Formula.recip(value);
} }
@ -1215,21 +1230,15 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
return new Formula({ inputs: [value, max], evaluate: Decimal.clampMax }); return new Formula({ inputs: [value, max], evaluate: Decimal.clampMax });
} }
public static pLog10(value: InvertibleFormulaSource): InvertibleFormula; public static pLog10(value: FormulaSource): GenericFormula {
public static pLog10(value: FormulaSource): GenericFormula;
public static pLog10(value: FormulaSource) {
return new Formula({ inputs: [value], evaluate: Decimal.pLog10 }); return new Formula({ inputs: [value], evaluate: Decimal.pLog10 });
} }
public static absLog10(value: InvertibleFormulaSource): InvertibleFormula; public static absLog10(value: FormulaSource): GenericFormula {
public static absLog10(value: FormulaSource): GenericFormula;
public static absLog10(value: FormulaSource) {
return new Formula({ inputs: [value], evaluate: Decimal.absLog10 }); return new Formula({ inputs: [value], evaluate: Decimal.absLog10 });
} }
public static log10( public static log10<T extends GenericFormula>(value: T): T;
value: InvertibleFormulaSource
): InvertibleFormula & IntegrableFormula & InvertibleIntegralFormula;
public static log10(value: FormulaSource): GenericFormula; public static log10(value: FormulaSource): GenericFormula;
public static log10(value: FormulaSource) { public static log10(value: FormulaSource) {
return new Formula({ return new Formula({
@ -1241,10 +1250,8 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
}); });
} }
public static log( public static log<T extends GenericFormula>(value: T, base: FormulaSource): T;
value: InvertibleFormulaSource, public static log<T extends GenericFormula>(value: FormulaSource, base: T): T;
base: InvertibleFormulaSource
): InvertibleFormula & IntegrableFormula & InvertibleIntegralFormula;
public static log(value: FormulaSource, base: FormulaSource): GenericFormula; public static log(value: FormulaSource, base: FormulaSource): GenericFormula;
public static log(value: FormulaSource, base: FormulaSource) { public static log(value: FormulaSource, base: FormulaSource) {
return new Formula({ return new Formula({
@ -1255,13 +1262,14 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
invertIntegral: invertIntegrateLog invertIntegral: invertIntegrateLog
}); });
} }
public static logarithm<T extends GenericFormula>(value: T, base: FormulaSource): T;
public static logarithm<T extends GenericFormula>(value: FormulaSource, base: T): T;
public static logarithm(value: FormulaSource, base: FormulaSource): GenericFormula;
public static logarithm(value: FormulaSource, base: FormulaSource) { public static logarithm(value: FormulaSource, base: FormulaSource) {
return Formula.log(value, base); return Formula.log(value, base);
} }
public static log2( public static log2<T extends GenericFormula>(value: T): T;
value: InvertibleFormulaSource
): InvertibleFormula & IntegrableFormula & InvertibleIntegralFormula;
public static log2(value: FormulaSource): GenericFormula; public static log2(value: FormulaSource): GenericFormula;
public static log2(value: FormulaSource) { public static log2(value: FormulaSource) {
return new Formula({ return new Formula({
@ -1273,9 +1281,7 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
}); });
} }
public static ln( public static ln<T extends GenericFormula>(value: T): T;
value: InvertibleFormulaSource
): InvertibleFormula & IntegrableFormula & InvertibleIntegralFormula;
public static ln(value: FormulaSource): GenericFormula; public static ln(value: FormulaSource): GenericFormula;
public static ln(value: FormulaSource) { public static ln(value: FormulaSource) {
return new Formula({ return new Formula({
@ -1287,10 +1293,8 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
}); });
} }
public static pow( public static pow<T extends GenericFormula>(value: T, other: FormulaSource): T;
value: InvertibleFormulaSource, public static pow<T extends GenericFormula>(value: FormulaSource, other: T): T;
other: InvertibleFormulaSource
): InvertibleFormula & IntegrableFormula & InvertibleIntegralFormula;
public static pow(value: FormulaSource, other: FormulaSource): GenericFormula; public static pow(value: FormulaSource, other: FormulaSource): GenericFormula;
public static pow(value: FormulaSource, other: FormulaSource) { public static pow(value: FormulaSource, other: FormulaSource) {
return new Formula({ return new Formula({
@ -1302,9 +1306,7 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
}); });
} }
public static pow10( public static pow10<T extends GenericFormula>(value: T): T;
value: InvertibleFormulaSource
): InvertibleFormula & IntegrableFormula & InvertibleIntegralFormula;
public static pow10(value: FormulaSource): GenericFormula; public static pow10(value: FormulaSource): GenericFormula;
public static pow10(value: FormulaSource) { public static pow10(value: FormulaSource) {
return new Formula({ return new Formula({
@ -1316,10 +1318,8 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
}); });
} }
public static pow_base( public static pow_base<T extends GenericFormula>(value: T, other: FormulaSource): T;
value: InvertibleFormulaSource, public static pow_base<T extends GenericFormula>(value: FormulaSource, other: T): T;
other: InvertibleFormulaSource
): InvertibleFormula & IntegrableFormula & InvertibleIntegralFormula;
public static pow_base(value: FormulaSource, other: FormulaSource): GenericFormula; public static pow_base(value: FormulaSource, other: FormulaSource): GenericFormula;
public static pow_base(value: FormulaSource, other: FormulaSource) { public static pow_base(value: FormulaSource, other: FormulaSource) {
return new Formula({ return new Formula({
@ -1331,10 +1331,8 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
}); });
} }
public static root( public static root<T extends GenericFormula>(value: T, other: FormulaSource): T;
value: InvertibleFormulaSource, public static root<T extends GenericFormula>(value: FormulaSource, other: T): T;
other: InvertibleFormulaSource
): InvertibleFormula & IntegrableFormula & InvertibleIntegralFormula;
public static root(value: FormulaSource, other: FormulaSource): GenericFormula; public static root(value: FormulaSource, other: FormulaSource): GenericFormula;
public static root(value: FormulaSource, other: FormulaSource) { public static root(value: FormulaSource, other: FormulaSource) {
return new Formula({ return new Formula({
@ -1358,7 +1356,7 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
return new Formula({ inputs: [value], evaluate: Decimal.lngamma }); return new Formula({ inputs: [value], evaluate: Decimal.lngamma });
} }
public static exp(value: InvertibleFormulaSource): InvertibleFormula & IntegrableFormula; public static exp<T extends GenericFormula>(value: T): Omit<T, "invertsIntegral">;
public static exp(value: FormulaSource): GenericFormula; public static exp(value: FormulaSource): GenericFormula;
public static exp(value: FormulaSource) { public static exp(value: FormulaSource) {
return new Formula({ return new Formula({
@ -1369,27 +1367,35 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
}); });
} }
public static sqr<T extends GenericFormula>(value: T): T;
public static sqr(value: FormulaSource): GenericFormula;
public static sqr(value: FormulaSource) { public static sqr(value: FormulaSource) {
return Formula.pow(value, 2); return Formula.pow(value, 2);
} }
public static sqrt<T extends GenericFormula>(value: T): T;
public static sqrt(value: FormulaSource): GenericFormula;
public static sqrt(value: FormulaSource) { public static sqrt(value: FormulaSource) {
return Formula.root(value, 2); return Formula.root(value, 2);
} }
public static cube<T extends GenericFormula>(value: T): T;
public static cube(value: FormulaSource): GenericFormula;
public static cube(value: FormulaSource) { public static cube(value: FormulaSource) {
return Formula.pow(value, 3); return Formula.pow(value, 3);
} }
public static cbrt<T extends GenericFormula>(value: T): T;
public static cbrt(value: FormulaSource): GenericFormula;
public static cbrt(value: FormulaSource) { public static cbrt(value: FormulaSource) {
return Formula.root(value, 3); return Formula.root(value, 3);
} }
public static tetrate( public static tetrate<T extends GenericFormula>(
value: InvertibleFormulaSource, value: T,
height?: InvertibleFormulaSource, height?: FormulaSource,
payload?: InvertibleFormulaSource payload?: FormulaSource
): InvertibleFormula; ): Omit<T, "integrate" | "invertIntegral">;
public static tetrate( public static tetrate(
value: FormulaSource, value: FormulaSource,
height?: FormulaSource, height?: FormulaSource,
@ -1407,11 +1413,11 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
}); });
} }
public static iteratedexp( public static iteratedexp<T extends GenericFormula>(
value: InvertibleFormulaSource, value: T,
height?: InvertibleFormulaSource, height?: FormulaSource,
payload?: InvertibleFormulaSource payload?: FormulaSource
): InvertibleFormula; ): Omit<T, "integrate" | "invertIntegral">;
public static iteratedexp( public static iteratedexp(
value: FormulaSource, value: FormulaSource,
height?: FormulaSource, height?: FormulaSource,
@ -1437,24 +1443,24 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
return new Formula({ inputs: [value, base, times], evaluate: iteratedLog }); return new Formula({ inputs: [value, base, times], evaluate: iteratedLog });
} }
public static slog( public static slog<T extends GenericFormula>(
value: InvertibleFormulaSource, value: T,
base?: InvertibleFormulaSource base?: FormulaSource
): InvertibleFormula; ): Omit<T, "integrate" | "invertIntegral">;
public static slog(value: FormulaSource, base?: FormulaSource): GenericFormula; public static slog(value: FormulaSource, base?: FormulaSource): GenericFormula;
public static slog(value: FormulaSource, base: FormulaSource = 10) { public static slog(value: FormulaSource, base: FormulaSource = 10) {
return new Formula({ inputs: [value, base], evaluate: slog, invert: invertSlog }); return new Formula({ inputs: [value, base], evaluate: slog, invert: invertSlog });
} }
public static layeradd10(value: FormulaSource, diff: FormulaSource): GenericFormula { public static layeradd10(value: FormulaSource, diff: FormulaSource) {
return new Formula({ inputs: [value, diff], evaluate: Decimal.layeradd10 }); return new Formula({ inputs: [value, diff], evaluate: Decimal.layeradd10 });
} }
public static layeradd( public static layeradd<T extends GenericFormula>(
value: InvertibleFormulaSource, value: T,
diff: InvertibleFormulaSource, diff: FormulaSource,
base?: InvertibleFormulaSource base?: FormulaSource
): InvertibleFormula; ): Omit<T, "integrate" | "invertIntegral">;
public static layeradd( public static layeradd(
value: FormulaSource, value: FormulaSource,
diff: FormulaSource, diff: FormulaSource,
@ -1468,13 +1474,17 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
}); });
} }
public static lambertw(value: InvertibleFormulaSource): InvertibleFormula; public static lambertw<T extends GenericFormula>(
value: T
): Omit<T, "integrate" | "invertIntegral">;
public static lambertw(value: FormulaSource): GenericFormula; public static lambertw(value: FormulaSource): GenericFormula;
public static lambertw(value: FormulaSource) { public static lambertw(value: FormulaSource) {
return new Formula({ inputs: [value], evaluate: Decimal.lambertw, invert: invertLambertw }); return new Formula({ inputs: [value], evaluate: Decimal.lambertw, invert: invertLambertw });
} }
public static ssqrt(value: InvertibleFormulaSource): InvertibleFormula; public static ssqrt<T extends GenericFormula>(
value: T
): Omit<T, "integrate" | "invertIntegral">;
public static ssqrt(value: FormulaSource): GenericFormula; public static ssqrt(value: FormulaSource): GenericFormula;
public static ssqrt(value: FormulaSource) { public static ssqrt(value: FormulaSource) {
return new Formula({ inputs: [value], evaluate: Decimal.ssqrt, invert: invertSsqrt }); return new Formula({ inputs: [value], evaluate: Decimal.ssqrt, invert: invertSsqrt });
@ -1484,11 +1494,11 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
value: FormulaSource, value: FormulaSource,
height: FormulaSource = 2, height: FormulaSource = 2,
payload: FormulaSource = Decimal.fromComponents_noNormalize(1, 0, 1) payload: FormulaSource = Decimal.fromComponents_noNormalize(1, 0, 1)
) { ): GenericFormula {
return new Formula({ inputs: [value, height, payload], evaluate: pentate }); return new Formula({ inputs: [value, height, payload], evaluate: pentate });
} }
public static sin(value: InvertibleFormulaSource): InvertibleFormula & IntegrableFormula; public static sin<T extends GenericFormula>(value: T): Omit<T, "invertIntegral">;
public static sin(value: FormulaSource): GenericFormula; public static sin(value: FormulaSource): GenericFormula;
public static sin(value: FormulaSource) { public static sin(value: FormulaSource) {
return new Formula({ return new Formula({
@ -1499,7 +1509,7 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
}); });
} }
public static cos(value: InvertibleFormulaSource): InvertibleFormula & IntegrableFormula; public static cos<T extends GenericFormula>(value: T): Omit<T, "invertIntegral">;
public static cos(value: FormulaSource): GenericFormula; public static cos(value: FormulaSource): GenericFormula;
public static cos(value: FormulaSource) { public static cos(value: FormulaSource) {
return new Formula({ return new Formula({
@ -1510,7 +1520,7 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
}); });
} }
public static tan(value: InvertibleFormulaSource): InvertibleFormula & IntegrableFormula; public static tan<T extends GenericFormula>(value: T): Omit<T, "invertIntegral">;
public static tan(value: FormulaSource): GenericFormula; public static tan(value: FormulaSource): GenericFormula;
public static tan(value: FormulaSource) { public static tan(value: FormulaSource) {
return new Formula({ return new Formula({
@ -1521,7 +1531,7 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
}); });
} }
public static asin(value: InvertibleFormulaSource): InvertibleFormula & IntegrableFormula; public static asin<T extends GenericFormula>(value: T): Omit<T, "invertIntegral">;
public static asin(value: FormulaSource): GenericFormula; public static asin(value: FormulaSource): GenericFormula;
public static asin(value: FormulaSource) { public static asin(value: FormulaSource) {
return new Formula({ return new Formula({
@ -1532,7 +1542,7 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
}); });
} }
public static acos(value: InvertibleFormulaSource): InvertibleFormula & IntegrableFormula; public static acos<T extends GenericFormula>(value: T): Omit<T, "invertIntegral">;
public static acos(value: FormulaSource): GenericFormula; public static acos(value: FormulaSource): GenericFormula;
public static acos(value: FormulaSource) { public static acos(value: FormulaSource) {
return new Formula({ return new Formula({
@ -1543,7 +1553,7 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
}); });
} }
public static atan(value: InvertibleFormulaSource): InvertibleFormula & IntegrableFormula; public static atan<T extends GenericFormula>(value: T): Omit<T, "invertIntegral">;
public static atan(value: FormulaSource): GenericFormula; public static atan(value: FormulaSource): GenericFormula;
public static atan(value: FormulaSource) { public static atan(value: FormulaSource) {
return new Formula({ return new Formula({
@ -1554,7 +1564,7 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
}); });
} }
public static sinh(value: InvertibleFormulaSource): InvertibleFormula & IntegrableFormula; public static sinh<T extends GenericFormula>(value: T): Omit<T, "invertIntegral">;
public static sinh(value: FormulaSource): GenericFormula; public static sinh(value: FormulaSource): GenericFormula;
public static sinh(value: FormulaSource) { public static sinh(value: FormulaSource) {
return new Formula({ return new Formula({
@ -1565,7 +1575,7 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
}); });
} }
public static cosh(value: InvertibleFormulaSource): InvertibleFormula & IntegrableFormula; public static cosh<T extends GenericFormula>(value: T): Omit<T, "invertIntegral">;
public static cosh(value: FormulaSource): GenericFormula; public static cosh(value: FormulaSource): GenericFormula;
public static cosh(value: FormulaSource) { public static cosh(value: FormulaSource) {
return new Formula({ return new Formula({
@ -1576,7 +1586,7 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
}); });
} }
public static tanh(value: InvertibleFormulaSource): InvertibleFormula & IntegrableFormula; public static tanh<T extends GenericFormula>(value: T): Omit<T, "invertIntegral">;
public static tanh(value: FormulaSource): GenericFormula; public static tanh(value: FormulaSource): GenericFormula;
public static tanh(value: FormulaSource) { public static tanh(value: FormulaSource) {
return new Formula({ return new Formula({
@ -1587,7 +1597,7 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
}); });
} }
public static asinh(value: InvertibleFormulaSource): InvertibleFormula & IntegrableFormula; public static asinh<T extends GenericFormula>(value: T): Omit<T, "invertIntegral">;
public static asinh(value: FormulaSource): GenericFormula; public static asinh(value: FormulaSource): GenericFormula;
public static asinh(value: FormulaSource) { public static asinh(value: FormulaSource) {
return new Formula({ return new Formula({
@ -1598,7 +1608,7 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
}); });
} }
public static acosh(value: InvertibleFormulaSource): InvertibleFormula & IntegrableFormula; public static acosh<T extends GenericFormula>(value: T): Omit<T, "invertIntegral">;
public static acosh(value: FormulaSource): GenericFormula; public static acosh(value: FormulaSource): GenericFormula;
public static acosh(value: FormulaSource) { public static acosh(value: FormulaSource) {
return new Formula({ return new Formula({
@ -1609,7 +1619,7 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
}); });
} }
public static atanh(value: InvertibleFormulaSource): InvertibleFormula & IntegrableFormula; public static atanh<T extends GenericFormula>(value: T): Omit<T, "invertIntegral">;
public static atanh(value: FormulaSource): GenericFormula; public static atanh(value: FormulaSource): GenericFormula;
public static atanh(value: FormulaSource) { public static atanh(value: FormulaSource) {
return new Formula({ return new Formula({
@ -1644,13 +1654,19 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
return Formula.abs(this); return Formula.abs(this);
} }
public neg() { public neg<T extends GenericFormula>(this: T): Omit<T, "invertIntegral">;
public neg(this: GenericFormula): GenericFormula;
public neg(this: GenericFormula) {
return Formula.neg(this); return Formula.neg(this);
} }
public negate() { public negate<T extends GenericFormula>(this: T): Omit<T, "invertIntegral">;
public negate(this: GenericFormula): GenericFormula;
public negate(this: GenericFormula) {
return Formula.neg(this); return Formula.neg(this);
} }
public negated() { public negated<T extends GenericFormula>(this: T): Omit<T, "invertIntegral">;
public negated(this: GenericFormula): GenericFormula;
public negated(this: GenericFormula) {
return Formula.neg(this); return Formula.neg(this);
} }
@ -1677,112 +1693,94 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
return Formula.trunc(this); return Formula.trunc(this);
} }
public add( public add<T extends GenericFormula>(this: T, value: FormulaSource): T;
this: InvertibleFormulaSource, public add<T extends GenericFormula>(this: GenericFormula, value: T): T;
value: InvertibleFormulaSource public add(this: GenericFormula, value: FormulaSource): GenericFormula;
): InvertibleFormula & IntegrableFormula & InvertibleIntegralFormula; public add(this: GenericFormula, value: FormulaSource) {
public add(this: FormulaSource, value: FormulaSource): GenericFormula;
public add(value: FormulaSource) {
return Formula.add(this, value); return Formula.add(this, value);
} }
public plus( public plus<T extends GenericFormula>(this: T, value: FormulaSource): T;
this: InvertibleFormulaSource, public plus<T extends GenericFormula>(this: GenericFormula, value: T): T;
value: InvertibleFormulaSource public plus(this: GenericFormula, value: FormulaSource): GenericFormula;
): InvertibleFormula & IntegrableFormula & InvertibleIntegralFormula;
public plus(this: FormulaSource, value: FormulaSource): GenericFormula;
public plus(value: FormulaSource) { public plus(value: FormulaSource) {
return Formula.add(this, value); return Formula.add(this, value);
} }
public sub( public sub<T extends GenericFormula>(this: T, value: FormulaSource): T;
this: InvertibleFormulaSource, public sub<T extends GenericFormula>(this: GenericFormula, value: T): T;
value: InvertibleFormulaSource public sub(this: GenericFormula, value: FormulaSource): GenericFormula;
): InvertibleFormula & IntegrableFormula & InvertibleIntegralFormula;
public sub(this: FormulaSource, value: FormulaSource): GenericFormula;
public sub(value: FormulaSource) { public sub(value: FormulaSource) {
return Formula.sub(this, value); return Formula.sub(this, value);
} }
public subtract( public subtract<T extends GenericFormula>(this: T, value: FormulaSource): T;
this: InvertibleFormulaSource, public subtract<T extends GenericFormula>(this: GenericFormula, value: T): T;
value: InvertibleFormulaSource public subtract(this: GenericFormula, value: FormulaSource): GenericFormula;
): InvertibleFormula & IntegrableFormula & InvertibleIntegralFormula;
public subtract(this: FormulaSource, value: FormulaSource): GenericFormula;
public subtract(value: FormulaSource) { public subtract(value: FormulaSource) {
return Formula.sub(this, value); return Formula.sub(this, value);
} }
public minus( public minus<T extends GenericFormula>(this: T, value: FormulaSource): T;
this: InvertibleFormulaSource, public minus<T extends GenericFormula>(this: GenericFormula, value: T): T;
value: InvertibleFormulaSource public minus(this: GenericFormula, value: FormulaSource): GenericFormula;
): InvertibleFormula & IntegrableFormula & InvertibleIntegralFormula;
public minus(this: FormulaSource, value: FormulaSource): GenericFormula;
public minus(value: FormulaSource) { public minus(value: FormulaSource) {
return Formula.sub(this, value); return Formula.sub(this, value);
} }
public mul( public mul<T extends GenericFormula>(this: T, value: FormulaSource): T;
this: InvertibleFormulaSource, public mul<T extends GenericFormula>(this: GenericFormula, value: T): T;
value: InvertibleFormulaSource public mul(this: GenericFormula, value: FormulaSource): GenericFormula;
): InvertibleFormula & IntegrableFormula & InvertibleIntegralFormula;
public mul(this: FormulaSource, value: FormulaSource): GenericFormula;
public mul(value: FormulaSource) { public mul(value: FormulaSource) {
return Formula.mul(this, value); return Formula.mul(this, value);
} }
public multiply( public multiply<T extends GenericFormula>(this: T, value: FormulaSource): T;
this: InvertibleFormulaSource, public multiply<T extends GenericFormula>(this: GenericFormula, value: T): T;
value: InvertibleFormulaSource public multiply(this: GenericFormula, value: FormulaSource): GenericFormula;
): InvertibleFormula & IntegrableFormula & InvertibleIntegralFormula;
public multiply(this: FormulaSource, value: FormulaSource): GenericFormula;
public multiply(value: FormulaSource) { public multiply(value: FormulaSource) {
return Formula.mul(this, value); return Formula.mul(this, value);
} }
public times( public times<T extends GenericFormula>(this: T, value: FormulaSource): T;
this: InvertibleFormulaSource, public times<T extends GenericFormula>(this: GenericFormula, value: T): T;
value: InvertibleFormulaSource public times(this: GenericFormula, value: FormulaSource): GenericFormula;
): InvertibleFormula & IntegrableFormula & InvertibleIntegralFormula;
public times(this: FormulaSource, value: FormulaSource): GenericFormula;
public times(value: FormulaSource) { public times(value: FormulaSource) {
return Formula.mul(this, value); return Formula.mul(this, value);
} }
public div( public div<T extends GenericFormula>(this: T, value: FormulaSource): T;
this: InvertibleFormulaSource, public div<T extends GenericFormula>(this: GenericFormula, value: T): T;
value: InvertibleFormulaSource public div(this: GenericFormula, value: FormulaSource): GenericFormula;
): InvertibleFormula & IntegrableFormula & InvertibleIntegralFormula;
public div(this: FormulaSource, value: FormulaSource): GenericFormula;
public div(value: FormulaSource) { public div(value: FormulaSource) {
return Formula.div(this, value); return Formula.div(this, value);
} }
public divide( public divide<T extends GenericFormula>(this: T, value: FormulaSource): T;
this: InvertibleFormulaSource, public divide<T extends GenericFormula>(this: GenericFormula, value: T): T;
value: InvertibleFormulaSource public divide(this: GenericFormula, value: FormulaSource): GenericFormula;
): InvertibleFormula & IntegrableFormula & InvertibleIntegralFormula;
public divide(this: FormulaSource, value: FormulaSource): GenericFormula;
public divide(value: FormulaSource) { public divide(value: FormulaSource) {
return Formula.div(this, value); return Formula.div(this, value);
} }
public divideBy( public divideBy<T extends GenericFormula>(this: T, value: FormulaSource): T;
this: InvertibleFormulaSource, public divideBy<T extends GenericFormula>(this: GenericFormula, value: T): T;
value: InvertibleFormulaSource public divideBy(this: GenericFormula, value: FormulaSource): GenericFormula;
): InvertibleFormula & IntegrableFormula & InvertibleIntegralFormula;
public divideBy(this: FormulaSource, value: FormulaSource): GenericFormula;
public divideBy(value: FormulaSource) { public divideBy(value: FormulaSource) {
return Formula.div(this, value); return Formula.div(this, value);
} }
public dividedBy( public dividedBy<T extends GenericFormula>(this: T, value: FormulaSource): T;
this: InvertibleFormulaSource, public dividedBy<T extends GenericFormula>(this: GenericFormula, value: T): T;
value: InvertibleFormulaSource public dividedBy(this: GenericFormula, value: FormulaSource): GenericFormula;
): InvertibleFormula & IntegrableFormula & InvertibleIntegralFormula;
public dividedBy(this: FormulaSource, value: FormulaSource): GenericFormula;
public dividedBy(value: FormulaSource) { public dividedBy(value: FormulaSource) {
return Formula.div(this, value); return Formula.div(this, value);
} }
public recip<T extends GenericFormula>(this: T): T;
public recip(this: FormulaSource): GenericFormula;
public recip() { public recip() {
return Formula.recip(this); return Formula.recip(this);
} }
public reciprocal<T extends GenericFormula>(this: T): T;
public reciprocal(this: FormulaSource): GenericFormula;
public reciprocal() { public reciprocal() {
return Formula.recip(this); return Formula.recip(this);
} }
public reciprocate<T extends GenericFormula>(this: T): T;
public reciprocate(this: FormulaSource): GenericFormula;
public reciprocate() { public reciprocate() {
return Formula.recip(this); return Formula.recip(this);
} }
@ -1823,61 +1821,59 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
return Formula.absLog10(this); return Formula.absLog10(this);
} }
public log10<T extends GenericFormula>(this: T): T;
public log10(this: FormulaSource): GenericFormula;
public log10() { public log10() {
return Formula.log10(this); return Formula.log10(this);
} }
public log( public log<T extends GenericFormula>(this: T, value: FormulaSource): T;
this: InvertibleFormulaSource, public log<T extends GenericFormula>(this: FormulaSource, value: T): T;
value: InvertibleFormulaSource
): InvertibleFormula & IntegrableFormula & InvertibleIntegralFormula;
public log(this: FormulaSource, value: FormulaSource): GenericFormula; public log(this: FormulaSource, value: FormulaSource): GenericFormula;
public log(value: FormulaSource) { public log(value: FormulaSource) {
return Formula.log(this, value); return Formula.log(this, value);
} }
public logarithm( public logarithm<T extends GenericFormula>(this: T, value: FormulaSource): T;
this: InvertibleFormulaSource, public logarithm<T extends GenericFormula>(this: FormulaSource, value: T): T;
value: InvertibleFormulaSource
): InvertibleFormula & IntegrableFormula & InvertibleIntegralFormula;
public logarithm(this: FormulaSource, value: FormulaSource): GenericFormula; public logarithm(this: FormulaSource, value: FormulaSource): GenericFormula;
public logarithm(value: FormulaSource) { public logarithm(value: FormulaSource) {
return Formula.log(this, value); return Formula.log(this, value);
} }
public log2<T extends GenericFormula>(this: T): T;
public log2(this: FormulaSource): GenericFormula;
public log2() { public log2() {
return Formula.log2(this); return Formula.log2(this);
} }
public ln<T extends GenericFormula>(this: T): T;
public ln(this: FormulaSource): GenericFormula;
public ln() { public ln() {
return Formula.ln(this); return Formula.ln(this);
} }
public pow( public pow<T extends GenericFormula>(this: T, value: FormulaSource): T;
this: InvertibleFormulaSource, public pow<T extends GenericFormula>(this: FormulaSource, value: T): T;
value: InvertibleFormulaSource
): InvertibleFormula & IntegrableFormula & InvertibleIntegralFormula;
public pow(this: FormulaSource, value: FormulaSource): GenericFormula; public pow(this: FormulaSource, value: FormulaSource): GenericFormula;
public pow(value: FormulaSource) { public pow(value: FormulaSource) {
return Formula.pow(this, value); return Formula.pow(this, value);
} }
public pow10<T extends GenericFormula>(this: T): T;
public pow10(this: FormulaSource): GenericFormula;
public pow10() { public pow10() {
return Formula.pow10(this); return Formula.pow10(this);
} }
public pow_base( public pow_base<T extends GenericFormula>(this: T, value: FormulaSource): T;
this: InvertibleFormulaSource, public pow_base<T extends GenericFormula>(this: FormulaSource, value: T): T;
value: InvertibleFormulaSource
): InvertibleFormula & IntegrableFormula & InvertibleIntegralFormula;
public pow_base(this: FormulaSource, value: FormulaSource): GenericFormula; public pow_base(this: FormulaSource, value: FormulaSource): GenericFormula;
public pow_base(value: FormulaSource) { public pow_base(value: FormulaSource) {
return Formula.pow_base(this, value); return Formula.pow_base(this, value);
} }
public root( public root<T extends GenericFormula>(this: T, value: FormulaSource): T;
this: InvertibleFormulaSource, public root<T extends GenericFormula>(this: FormulaSource, value: T): T;
value: InvertibleFormulaSource
): InvertibleFormula & IntegrableFormula & InvertibleIntegralFormula;
public root(this: FormulaSource, value: FormulaSource): GenericFormula; public root(this: FormulaSource, value: FormulaSource): GenericFormula;
public root(value: FormulaSource) { public root(value: FormulaSource) {
return Formula.root(this, value); return Formula.root(this, value);
@ -1894,53 +1890,65 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
return Formula.lngamma(this); return Formula.lngamma(this);
} }
public exp() { public exp<T extends GenericFormula>(this: T): Omit<T, "invertsIntegral">;
public exp(this: FormulaSource): GenericFormula;
public exp(this: FormulaSource) {
return Formula.exp(this); return Formula.exp(this);
} }
public sqr<T extends GenericFormula>(this: T): T;
public sqr(this: FormulaSource): GenericFormula;
public sqr() { public sqr() {
return Formula.pow(this, 2); return Formula.pow(this, 2);
} }
public sqrt<T extends GenericFormula>(this: T): T;
public sqrt(this: FormulaSource): GenericFormula;
public sqrt() { public sqrt() {
return Formula.root(this, 2); return Formula.root(this, 2);
} }
public cube<T extends GenericFormula>(this: T): T;
public cube(this: FormulaSource): GenericFormula;
public cube() { public cube() {
return Formula.pow(this, 3); return Formula.pow(this, 3);
} }
public cbrt<T extends GenericFormula>(this: T): T;
public cbrt(this: FormulaSource): GenericFormula;
public cbrt() { public cbrt() {
return Formula.root(this, 3); return Formula.root(this, 3);
} }
public tetrate( public tetrate<T extends GenericFormula>(
this: InvertibleFormulaSource, this: T,
height: InvertibleFormulaSource, height?: FormulaSource,
payload: InvertibleFormulaSource payload?: FormulaSource
): InvertibleFormula; ): Omit<T, "integrate" | "invertIntegral">;
public tetrate( public tetrate(
this: FormulaSource, this: FormulaSource,
height: FormulaSource, height?: FormulaSource,
payload: FormulaSource payload?: FormulaSource
): GenericFormula; ): GenericFormula;
public tetrate( public tetrate(
this: FormulaSource,
height: FormulaSource = 2, height: FormulaSource = 2,
payload: FormulaSource = Decimal.fromComponents_noNormalize(1, 0, 1) payload: FormulaSource = Decimal.fromComponents_noNormalize(1, 0, 1)
) { ) {
return Formula.tetrate(this, height, payload); return Formula.tetrate(this, height, payload);
} }
public iteratedexp( public iteratedexp<T extends GenericFormula>(
this: InvertibleFormulaSource, this: T,
height: InvertibleFormulaSource, height?: FormulaSource,
payload: InvertibleFormulaSource payload?: FormulaSource
): InvertibleFormula; ): Omit<T, "integrate" | "invertIntegral">;
public iteratedexp( public iteratedexp(
this: FormulaSource, this: FormulaSource,
height: FormulaSource, height?: FormulaSource,
payload: FormulaSource payload?: FormulaSource
): GenericFormula; ): GenericFormula;
public iteratedexp( public iteratedexp(
this: FormulaSource,
height: FormulaSource = 2, height: FormulaSource = 2,
payload: FormulaSource = Decimal.fromComponents_noNormalize(1, 0, 1) payload: FormulaSource = Decimal.fromComponents_noNormalize(1, 0, 1)
) { ) {
@ -1951,9 +1959,12 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
return Formula.iteratedlog(this, base, times); return Formula.iteratedlog(this, base, times);
} }
public slog(this: InvertibleFormulaSource, base?: InvertibleFormulaSource): InvertibleFormula; public slog<T extends GenericFormula>(
this: T,
base?: FormulaSource
): Omit<T, "integrate" | "invertIntegral">;
public slog(this: FormulaSource, base?: FormulaSource): GenericFormula; public slog(this: FormulaSource, base?: FormulaSource): GenericFormula;
public slog(base: FormulaSource = 10) { public slog(this: FormulaSource, base: FormulaSource = 10) {
return Formula.slog(this, base); return Formula.slog(this, base);
} }
@ -1961,21 +1972,25 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
return Formula.layeradd10(this, diff); return Formula.layeradd10(this, diff);
} }
public layeradd( public layeradd<T extends GenericFormula>(
this: InvertibleFormulaSource, this: T,
diff: InvertibleFormulaSource, diff: FormulaSource,
base?: InvertibleFormulaSource base?: FormulaSource
): InvertibleFormula; ): Omit<T, "integrate" | "invertIntegral">;
public layeradd(this: FormulaSource, diff: FormulaSource, base?: FormulaSource): GenericFormula; public layeradd(this: FormulaSource, diff: FormulaSource, base?: FormulaSource): GenericFormula;
public layeradd(diff: FormulaSource, base: FormulaSource) { public layeradd(this: FormulaSource, diff: FormulaSource, base: FormulaSource) {
return Formula.layeradd(this, diff, base); return Formula.layeradd(this, diff, base);
} }
public lambertw() { public lambertw<T extends GenericFormula>(this: T): Omit<T, "integrate" | "invertIntegral">;
public lambertw(this: FormulaSource): GenericFormula;
public lambertw(this: FormulaSource) {
return Formula.lambertw(this); return Formula.lambertw(this);
} }
public ssqrt() { public ssqrt<T extends GenericFormula>(this: T): Omit<T, "integrate" | "invertIntegral">;
public ssqrt(this: FormulaSource): GenericFormula;
public ssqrt(this: FormulaSource) {
return Formula.ssqrt(this); return Formula.ssqrt(this);
} }
@ -1986,51 +2001,75 @@ export default class Formula<T extends [FormulaSource] | FormulaSource[]> {
return Formula.pentate(this, height, payload); return Formula.pentate(this, height, payload);
} }
public sin() { public sin<T extends GenericFormula>(this: T): Omit<T, "invertIntegral">;
public sin(this: FormulaSource): GenericFormula;
public sin(this: FormulaSource) {
return Formula.sin(this); return Formula.sin(this);
} }
public cos() { public cos<T extends GenericFormula>(this: T): Omit<T, "invertIntegral">;
public cos(this: FormulaSource): GenericFormula;
public cos(this: FormulaSource) {
return Formula.cos(this); return Formula.cos(this);
} }
public tan() { public tan<T extends GenericFormula>(this: T): Omit<T, "invertIntegral">;
public tan(this: FormulaSource): GenericFormula;
public tan(this: FormulaSource) {
return Formula.tan(this); return Formula.tan(this);
} }
public asin() { public asin<T extends GenericFormula>(this: T): Omit<T, "invertIntegral">;
public asin(this: FormulaSource): GenericFormula;
public asin(this: FormulaSource) {
return Formula.asin(this); return Formula.asin(this);
} }
public acos() { public acos<T extends GenericFormula>(this: T): Omit<T, "invertIntegral">;
public acos(this: FormulaSource): GenericFormula;
public acos(this: FormulaSource) {
return Formula.acos(this); return Formula.acos(this);
} }
public atan() { public atan<T extends GenericFormula>(this: T): Omit<T, "invertIntegral">;
public atan(this: FormulaSource): GenericFormula;
public atan(this: FormulaSource) {
return Formula.atan(this); return Formula.atan(this);
} }
public sinh() { public sinh<T extends GenericFormula>(this: T): Omit<T, "invertIntegral">;
public sinh(this: FormulaSource): GenericFormula;
public sinh(this: FormulaSource) {
return Formula.sinh(this); return Formula.sinh(this);
} }
public cosh() { public cosh<T extends GenericFormula>(this: T): Omit<T, "invertIntegral">;
public cosh(this: FormulaSource): GenericFormula;
public cosh(this: FormulaSource) {
return Formula.cosh(this); return Formula.cosh(this);
} }
public tanh() { public tanh<T extends GenericFormula>(this: T): Omit<T, "invertIntegral">;
public tanh(this: FormulaSource): GenericFormula;
public tanh(this: FormulaSource) {
return Formula.tanh(this); return Formula.tanh(this);
} }
public asinh() { public asinh<T extends GenericFormula>(this: T): Omit<T, "invertIntegral">;
public asinh(this: FormulaSource): GenericFormula;
public asinh(this: FormulaSource) {
return Formula.asinh(this); return Formula.asinh(this);
} }
public acosh() { public acosh<T extends GenericFormula>(this: T): Omit<T, "invertIntegral">;
public acosh(this: FormulaSource): GenericFormula;
public acosh(this: FormulaSource) {
return Formula.acosh(this); return Formula.acosh(this);
} }
public atanh() { public atanh<T extends GenericFormula>(this: T): Omit<T, "invertIntegral">;
public atanh(this: FormulaSource): GenericFormula;
public atanh(this: FormulaSource) {
return Formula.atanh(this); return Formula.atanh(this);
} }
} }

7
tests/game/formulas.test.ts
View file

@ -250,7 +250,6 @@ describe("Creating Formulas", () => {
} }
testConstant("number", () => Formula.constant(10)); testConstant("number", () => Formula.constant(10));
testConstant("string", () => Formula.constant("10")); testConstant("string", () => Formula.constant("10"));
testConstant("formula", () => Formula.constant(Formula.constant(10)));
testConstant("decimal", () => Formula.constant(new Decimal("1e400")), "1e400"); testConstant("decimal", () => Formula.constant(new Decimal("1e400")), "1e400");
testConstant("ref", () => Formula.constant(ref(10))); testConstant("ref", () => Formula.constant(ref(10)));
}); });
@ -532,6 +531,12 @@ describe("Inverting", () => {
const formula = Formula.add(variable, constant).times(constant); const formula = Formula.add(variable, constant).times(constant);
expect(formula.invert(100)).compare_tolerance(0); expect(formula.invert(100)).compare_tolerance(0);
}); });
test("Inverting with non-invertible sections", () => {
const formula = Formula.add(variable, constant.ceil());
expect(formula.isInvertible()).toBe(true);
expect(formula.invert(10)).compare_tolerance(7);
});
}); });
describe("Integrating", () => { describe("Integrating", () => {