gs-json/dist2015/enums.js

gs-JSON is a domain agnostic unifying 3D file format for geometric and semantic modelling (hence the 'gs').

"use strict";

Object.defineProperty(exports, "__esModule", {
    value: true
});
/**
 * Enum, the different types of geometric elements.
 * Objects and Points are entities (see subclasses of the Ent class).
 * Faces, Wires, Edges, and Vertices are topological components (see subclasses of the Topo class).
 * Attributes can be attached to all these elements.
 */
var EGeomType = exports.EGeomType = undefined;
(function (EGeomType) {
    EGeomType[EGeomType["points"] = 0] = "points";
    EGeomType[EGeomType["vertices"] = 1] = "vertices";
    EGeomType[EGeomType["edges"] = 2] = "edges";
    EGeomType[EGeomType["wires"] = 3] = "wires";
    EGeomType[EGeomType["faces"] = 4] = "faces";
    EGeomType[EGeomType["objs"] = 5] = "objs";
})(EGeomType || (exports.EGeomType = EGeomType = {}));
/**
 * Enum, the different data types for attributes.
 */
var EDataType = exports.EDataType = undefined;
(function (EDataType) {
    EDataType[EDataType["type_str"] = 0] = "type_str";
    EDataType[EDataType["type_num"] = 1] = "type_num";
    EDataType[EDataType["type_bool"] = 2] = "type_bool";
    EDataType[EDataType["type_str_arr"] = 3] = "type_str_arr";
    EDataType[EDataType["type_num_arr"] = 4] = "type_num_arr";
    EDataType[EDataType["type_bool_arr"] = 5] = "type_bool_arr";
})(EDataType || (exports.EDataType = EDataType = {}));
/**
 * Map, from EObjType to string.
 * This is used when generating string representations of objects.
 */
var mapObjTypeToString = exports.mapObjTypeToString = new Map([[0 /* acorn */, "acorn"], [1 /* ray */, "ray"], [2 /* plane */, "plane"], [3 /* circle */, "circle"], [4 /* ellipse */, "ellipse"], [6 /* hyperbola */, "hyperbola"], [5 /* parabola */, "parabola"], [100 /* polyline */, "polyline"], [120 /* nurbs_curve */, "nurbs_curve"], [121 /* bezier_curve */, "bezier_curve"], [200 /* polymesh */, "polymesh"], [220 /* nurbs_surface */, "nurbs_surface"], [221 /* bezier_surface */, "bezier_surface"]]);
/**
 * Map, from string to EGeomType.
 * This is used when parsing JSON.
 */
var mapStringToGeomType = exports.mapStringToGeomType = new Map([["objs", EGeomType.objs], ["faces", EGeomType.faces], ["wires", EGeomType.wires], ["edges", EGeomType.edges], ["vertices", EGeomType.vertices], ["points", EGeomType.points]]);
/**
 * Map, from EGeomType to string.
 * This is used when generating JSON.
 */
var mapGeomTypeToString = exports.mapGeomTypeToString = new Map([[EGeomType.objs, "objs"], [EGeomType.faces, "faces"], [EGeomType.wires, "wires"], [EGeomType.edges, "edges"], [EGeomType.vertices, "vertices"], [EGeomType.points, "points"]]);
/**
 * Map, from strings to DataType.
 * This is used when parsing JSON.
 */
var mapStringToDataType = exports.mapStringToDataType = new Map([["string", EDataType.type_str], ["number", EDataType.type_num], ["boolean", EDataType.type_bool], ["string[]", EDataType.type_str_arr], ["number[]", EDataType.type_num_arr], ["boolean[]", EDataType.type_bool_arr]]);
/**
 * Map, from DataType to strings.
 * This is used when generating JSON.
 */
var mapDataTypeToString = exports.mapDataTypeToString = new Map([[EDataType.type_str, "string"], [EDataType.type_num, "number"], [EDataType.type_bool, "boolean"], [EDataType.type_str_arr, "string[]"], [EDataType.type_num_arr, "number[]"], [EDataType.type_bool_arr, "boolean[]"]]);
/**
 * Map, from GeomType to int.
 * This is used when generating JSON.
 */
var mapGeomTypeToTopoPathIndex = exports.mapGeomTypeToTopoPathIndex = new Map([[EGeomType.faces, 1], [EGeomType.wires, 0], [EGeomType.edges, 1], [EGeomType.vertices, 0]]);
var mapTTPathIndexToGeomType = exports.mapTTPathIndexToGeomType = new Map([[1, EGeomType.faces], [0, EGeomType.wires]]);
var mapSTPathIndexToGeomType = exports.mapSTPathIndexToGeomType = new Map([[1, EGeomType.edges], [0, EGeomType.vertices]]);
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