import { MathFunction, DiceGroupMathOperation, MathOperation, CompareOperation, HighLowType } from "./utilityTypes";
/** The type of the parsed object  */
export declare type ParsedObjectType = "number" | "inline" | "success" | "failure" | "match" | "keep" | "drop" | "group" | "diceExpression" | "sort" | "explode" | "compound" | "penetrate" | "reroll" | "rerollOnce" | "target" | "die" | "fate" | "expression" | "expression" | "math" | "crit" | "critfail" | "mathfunction";
/** The base interface for all parsed types */
export interface ParsedType {
    /** The type of parsed item this object represents */
    type: ParsedObjectType;
}
/** The base interface for a subset of parsed types */
export interface RootType extends ParsedType {
    /** The text label attached to this roll */
    label?: string;
    /** A boolean flag to indicate if this is the root of the parse tree */
    root: boolean;
}
/**
 * A single number in the input
 * @example 17
 */
export interface NumberType extends RootType {
    type: "number";
    /** The value of the number */
    value: number;
}
/**
 * An inline dice expression contained in a string
 * @example I want to roll [[2d20]] dice
 */
export interface InlineExpression extends RootType {
    type: "inline";
    /** The expression that was parsed as the inline string */
    expr: Expression;
}
/** A combined type representing any roll */
export declare type AnyRoll = GroupedRoll | FullRoll | NumberType;
/**
 * A grouped roll with a modifier
 * @example {4d6+3d8}kh1
 */
export interface ModGroupedRoll extends RootType {
    /** The modifiers to be applied to the grouped roll */
    mods?: (KeepDropModType | SuccessFailureModType)[];
}
/**
 * A success test modifier.
 * A `"success"` or `"failure"` modifier converts the result into a success type result which returns the number of rolls that meet the target.
 * A `"crit"` or `"critfail"` modifier tests the roll for whether or not the roll should be displayed as a critical success or critical failure.
 * @example 3d6>3
 * @example 3d6f<3
 */
export interface SuccessFailureCritModType extends ParsedType {
    type: "success" | "failure" | "crit" | "critfail";
    /** The operation to use for the comparison */
    mod: CompareOperation;
    /** An expression representing the success or failure comparison */
    expr: RollExpression;
}
/** Equivalent to the `SuccessFailureCritModType` but only supporting "success" and "failure" */
export interface SuccessFailureModType extends SuccessFailureCritModType {
    type: "success" | "failure";
}
/**
 * A match type modifier, used to modify the display of dice output in roll20
 * @example 2d6m
 *
 * When used with the `mt` extension, will return the number of matches found
 * @example 20d6mt
 *
 * Additional arguments can be specified that increase the required number of matches or to add a constraint to matches
 * @example 20d6mt3 counts matches of 3 items
 * @example 20d6m>3 Only counts matches where the rolled value is > 3
 */
export interface MatchModType extends ParsedType {
    type: "match";
    /**
     * The minimum number of matches to accept
     * @default 2 as a `NumberType`
     */
    min: NumberType;
    /** Whether or not to count the matches */
    count: boolean;
    /**
     * The check type to use for the match condition, if specified
     * @optional
     */
    mod?: CompareOperation;
    /**
     * An expression representing the match condition, if specified
     * @optional
     */
    expr?: RollExpression;
}
/**
 * A keep or drop modifier specifies a number of dice rolls to keep or drop, either the highest or lowest rolls
 * @example 2d20kh1
 */
export interface KeepDropModType extends ParsedType {
    type: "keep" | "drop";
    /** Whether to keep/drop the highest or lowest roll */
    highlow: HighLowType;
    /**
     * An expression representing the number of rolls to keep
     * @example 2d6
     * @default 1 as a `NumberType`
     */
    expr: RollExpression;
}
/**
 * Represents a group of rolls combined, with optional modifiers
 * @example {2d6,3d6}
 */
export interface GroupedRoll extends ModGroupedRoll {
    type: "group";
    rolls: RollExpression[];
}
/**
 * A roll expression including complex rolls and groups, only allows addition operations
 * @example {2d6,3d6}kh1 + {3d6 + 2d6}kh2
 */
export interface RollExpressionType extends RootType {
    /** The initial roll or expression for the roll expression */
    head: RollOrExpression;
    type: "diceExpression";
    /** The operations to apply to the initial roll or expression */
    ops: MathType<RollOrExpression, DiceGroupMathOperation>[];
}
/** A combination of a complex roll expression, a roll, or a math expression. Used as a helper for type combinations */
export declare type RollExpression = RollExpressionType | RollOrExpression;
/** A combination of a roll, or a math expression. Used as a helper for type combinations */
export declare type RollOrExpression = FullRoll | Expression;
/**
 * A roll object including the dice roll, and any modifiers
 * @example 2d6kh1
 */
export interface FullRoll extends DiceRoll {
    /** Any modifiers attached to the roll */
    mods?: (ReRollMod | KeepDropModType)[];
    /** Any success or failure targets for the roll */
    targets?: (SuccessFailureCritModType)[];
    /** Any match modifiers for the roll */
    match?: MatchModType;
    /** Any sort operations to apply to the roll */
    sort?: SortRollType;
}
/**
 * A sort operation to apply to a roll
 * @example 10d6sa
 */
export interface SortRollType extends ParsedType {
    type: "sort";
    /** Whether to sort ascending or descending */
    asc: boolean;
}
/**
 * A re-roll operation to apply to a roll. Can be one of the following types:
 * - `explode`: re-rolls any dice that meet the target, continuing if the new roll matches
 * - `compound`: re-rolls any dice that meet the target, continuing if the new roll matches and adding the results into a single roll
 * - `penetrate`: re-rolls any dice that meet the target subtracting 1 from the new value, continuing if the new roll matches
 * - `reroll`: re-rolls a die as long as it meets the target, keeping the final roll
 * - `rerollOnce`: re-rolls a die once if it meets the target, keeping the new roll
 * @example 2d6!
 */
export interface ReRollMod extends ParsedType {
    type: "explode" | "compound" | "penetrate" | "reroll" | "rerollOnce";
    /** The target modifier to compare the roll value against */
    target: TargetMod;
}
/**
 * A target modifier to apply to a roll
 */
export interface TargetMod extends ParsedType {
    type: "target";
    /** The check type to use for the condition */
    mod: CompareOperation;
    /** An expression representing the target condition value */
    value: RollExpr;
}
/**
 * The representation of a die roll
 * @example 2d6
 */
export interface DiceRoll extends RootType {
    /** The die value to roll against, can be a fate die, a number or a complex roll expression */
    die: RollExpr | FateExpr;
    /** The number of time to roll this die */
    count: RollExpr;
    type: "die";
}
/**
 * The representation of a fate die roll
 * @example 2dF
 */
export interface FateExpr extends ParsedType {
    type: "fate";
}
/** A combination of a number or value that is not an expression. Used as a helper for type combinations */
export declare type RollExpr = MathExpression | NumberType;
/** A combination of expression types. Used as a helper for type combinations */
export declare type Expression = InlineExpression | MathExpression;
/**
 * A math type expression between two or more dice rolls
 * @example 2d6 + 3d6 * 4d6
 */
export interface MathExpression extends RootType {
    /** The initial roll to perform operations against */
    head: AnyRoll;
    type: "expression";
    /** The operations to apply to the initial roll */
    ops: MathType<AnyRoll>[];
}
/**
 * A representation of an operation to be applied and the value to apply it to
 * @param TailType The type of the second value used in the operation
 * @param OpValues The possible operations that can be used
 * @example + 3d6 (as part of 2d6 + 3d6)
 */
export interface MathType<TailType, OpValues = MathOperation> extends ParsedType {
    type: "math";
    /** The math operation to perform */
    op: OpValues;
    /** The second value to use in the operation */
    tail: TailType;
}
/**
 * A representation of a math function to be applied and the expression to apply it to
 * @example floor(3d6 / 2d4)
 */
export interface MathFunctionExpression extends RootType {
    type: "mathfunction";
    /** The function to be applied */
    op: MathFunction;
    /** The expression to apply the function on */
    expr: AnyRoll;
}