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Autodesk.AutoCAD.es6.js
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var Autodesk;
((Autodesk => {
//
///////////////////////////////////////////////////////////////////////////////
//
// (C) Copyright 2012 by Autodesk, Inc.
//
// The information contained herein is confidential, proprietary to Autodesk,
// Inc., and considered a trade secret as defined in section 499C of the
// penal code of the State of California. Use of this information by anyone
// other than authorized employees of Autodesk, Inc. is granted only under a
// written non-disclosure agreement, expressly prescribing the scope and
// manner of such use.
//
///////////////////////////////////////////////////////////////////////////////
// Include TS files
///<reference path="JSGeometry.ts"/>
/**
* For Internal Use
* Create AutoCAD namespace
*
*/
((AutoCAD => {
/**
* This enum wraps the Acad::PromptStatus ObjectARX class.
*
*/
((PromptStatus => {
PromptStatus[PromptStatus["None"] = 5000] = "None";
PromptStatus[PromptStatus["OK"] = 5100] = "OK";
PromptStatus[PromptStatus["Modeless"] = 5027] = "Modeless";
PromptStatus[PromptStatus["Error"] = -5001] = "Error";
PromptStatus[PromptStatus["Cancel"] = -5002] = "Cancel";
PromptStatus[PromptStatus["Rejected"] = -5003] = "Rejected";
PromptStatus[PromptStatus["Failed"] = -5004] = "Failed";
PromptStatus[PromptStatus["Keyword"] = -5005] = "Keyword";
PromptStatus[PromptStatus["Direct"] = -5999] = "Direct";
}))(AutoCAD.PromptStatus || (AutoCAD.PromptStatus = {}));
const PromptStatus = AutoCAD.PromptStatus;
;
/**
* This JSAPI enum wraps resbuf type. This enumeration provides values that
* describe the value data type of a system variable.
*
*/
((ResultValueType => {
ResultValueType[ResultValueType["RTNONE"] = 5000] = "RTNONE";
ResultValueType[ResultValueType["RTREAL"] = 5001] = "RTREAL";
ResultValueType[ResultValueType["RTPOINT"] = 5002] = "RTPOINT";
ResultValueType[ResultValueType["RTSHORT"] = 5003] = "RTSHORT";
ResultValueType[ResultValueType["RTANG"] = 5004] = "RTANG";
ResultValueType[ResultValueType["RTSTR"] = 5005] = "RTSTR";
ResultValueType[ResultValueType["RTORINT"] = 5008] = "RTORINT";
ResultValueType[ResultValueType["RT3DPOINT"] = 5009] = "RT3DPOINT";
ResultValueType[ResultValueType["RTLONG"] = 5010] = "RTLONG";
}))(AutoCAD.ResultValueType || (AutoCAD.ResultValueType = {}));
const ResultValueType = AutoCAD.ResultValueType;
;
/**
* This enum lists the drag status for jigging.
*
*/
((DragStatus => {
DragStatus[DragStatus["kModeless"] = -17] = "kModeless";
DragStatus[DragStatus["kNoChange"] = -6] = "kNoChange";
DragStatus[DragStatus["kCancel"] = -4] = "kCancel";
DragStatus[DragStatus["kOther"] = -3] = "kOther";
DragStatus[DragStatus["kNull"] = -1] = "kNull";
DragStatus[DragStatus["kNormal"] = 0] = "kNormal";
DragStatus[DragStatus["kKW1"] = 1] = "kKW1";
DragStatus[DragStatus["kKW2"] = 2] = "kKW2";
DragStatus[DragStatus["kKW3"] = 3] = "kKW3";
DragStatus[DragStatus["kKW4"] = 4] = "kKW4";
DragStatus[DragStatus["kKW5"] = 5] = "kKW5";
DragStatus[DragStatus["kKW6"] = 6] = "kKW6";
DragStatus[DragStatus["kKW7"] = 7] = "kKW7";
DragStatus[DragStatus["kKW8"] = 8] = "kKW8";
DragStatus[DragStatus["kKW9"] = 9] = "kKW9";
}))(AutoCAD.DragStatus || (AutoCAD.DragStatus = {}));
const DragStatus = AutoCAD.DragStatus;
;
/**
* This enum lists the cursor types that may be used while dragging.
*
*/
((DragCursor => {
DragCursor[DragCursor["Normal"] = 0] = "Normal";
DragCursor[DragCursor["None"] = 1] = "None";
DragCursor[DragCursor["Selection"] = 2] = "Selection";
}))(AutoCAD.DragCursor || (AutoCAD.DragCursor = {}));
const DragCursor = AutoCAD.DragCursor;
;
/**
* This enum wraps the AcEdJig::CursorType ObjectARX enum. It gives the type of cursor that are available.
*
*/
((CursorType => {
CursorType[CursorType["kNoSpecialCursor"] = -1] = "kNoSpecialCursor";
CursorType[CursorType["kCrosshair"] = 0] = "kCrosshair";
CursorType[CursorType["kRectCursor"] = 1] = "kRectCursor";
CursorType[CursorType["kRubberBand"] = 2] = "kRubberBand";
CursorType[CursorType["kNotRotated"] = 3] = "kNotRotated";
CursorType[CursorType["kTargetBox"] = 4] = "kTargetBox";
CursorType[CursorType["kRotatedCrosshair"] = 5] = "kRotatedCrosshair";
CursorType[CursorType["kInvisible"] = 7] = "kInvisible";
CursorType[CursorType["kEntitySelect"] = 8] = "kEntitySelect";
CursorType[CursorType["kParallelogram"] = 9] = "kParallelogram";
CursorType[CursorType["kEntitySelectNoPersp"] = 10] = "kEntitySelectNoPersp";
CursorType[CursorType["kPkfirstOrGrips"] = 11] = "kPkfirstOrGrips";
}))(AutoCAD.CursorType || (AutoCAD.CursorType = {}));
const CursorType = AutoCAD.CursorType;
;
/**
* This enum lists the transient cursor types that are available. They are the operating system cursors.
*
*/
AutoCAD.TransientCursorType = {
"kNone": "None",
"kArrow": "Arrow",
"kIbeam": "Ibeam",
"kWait": "Wait",
"kCross": "Cross",
"kUpArrow": "UpArrow",
"kSizeNWSE": "SizeNWSE",
"kSizeNESW": "SizeNESW",
"kSizeWE": "SizeWE",
"kSizeNS": "SizeNS",
"kSizeAll": "SizeAll",
"kNo": "No",
"kHand": "Hand",
"kAppStarting": "AppStarting",
"kHelp": "Help"
};
/**
* This enum wraps the AcEdJig::UserInputControls ObjectARX class.
* Returns the bitwise OR'd value of all user input control settings in effect at the present time for this particular jig.
*
*/
((UserInputControls => {
UserInputControls[UserInputControls["kGovernedByOrthoMode"] = 0x000001] = "kGovernedByOrthoMode";
UserInputControls[UserInputControls["kNullResponseAccepted"] = 0x000002] = "kNullResponseAccepted";
UserInputControls[UserInputControls["kDontEchoCancelForCtrlC"] = 0x000004] = "kDontEchoCancelForCtrlC";
UserInputControls[UserInputControls["kDontUpdateLastPoint"] = 0x000008] = "kDontUpdateLastPoint";
UserInputControls[UserInputControls["kNoDwgLimitsChecking"] = 0x000010] = "kNoDwgLimitsChecking";
UserInputControls[UserInputControls["kNoZeroResponseAccepted"] = 0x000020] = "kNoZeroResponseAccepted";
UserInputControls[UserInputControls["kNoNegativeResponseAccepted"] = 0x000040] = "kNoNegativeResponseAccepted";
UserInputControls[UserInputControls["kAccept3dCoordinates"] = 0x000080] = "kAccept3dCoordinates";
UserInputControls[UserInputControls["kAcceptMouseUpAsPoint"] = 0x000100] = "kAcceptMouseUpAsPoint";
UserInputControls[UserInputControls["kAnyBlankTerminatesInput"] = 0x000200] = "kAnyBlankTerminatesInput";
UserInputControls[UserInputControls["kInitialBlankTerminatesInput"] = 0x000400] = "kInitialBlankTerminatesInput";
UserInputControls[UserInputControls["kAcceptOtherInputString"] = 0x000800] = "kAcceptOtherInputString";
UserInputControls[UserInputControls["kGovernedByUCSDetect"] = 0x001000] = "kGovernedByUCSDetect";
UserInputControls[UserInputControls["kNoZDirectionOrtho"] = 0x002000] = "kNoZDirectionOrtho";
UserInputControls[UserInputControls["kImpliedFaceForUCSChange"] = 0x004000] = "kImpliedFaceForUCSChange";
UserInputControls[UserInputControls["kUseBasePointElevation"] = 0x008000] = "kUseBasePointElevation";
UserInputControls[UserInputControls["kDisableDirectDistanceInput"] = 0x010000] = "kDisableDirectDistanceInput";
}))(AutoCAD.UserInputControls || (AutoCAD.UserInputControls = {}));
const UserInputControls = AutoCAD.UserInputControls;
;
/**
* This enum lists the return result from Task Dialog
*
*/
((TaskDialogResult => {
TaskDialogResult[TaskDialogResult["kRetOk"] = 1] = "kRetOk";
TaskDialogResult[TaskDialogResult["kRetCancel"] = 2] = "kRetCancel";
TaskDialogResult[TaskDialogResult["kRetAbort"] = 3] = "kRetAbort";
TaskDialogResult[TaskDialogResult["kRetRetry"] = 4] = "kRetRetry";
TaskDialogResult[TaskDialogResult["kRetIgnore"] = 5] = "kRetIgnore";
TaskDialogResult[TaskDialogResult["kRetYes"] = 6] = "kRetYes";
TaskDialogResult[TaskDialogResult["kRetNo"] = 7] = "kRetNo";
TaskDialogResult[TaskDialogResult["kRetClose"] = 8] = "kRetClose";
TaskDialogResult[TaskDialogResult["kRetHelp"] = 9] = "kRetHelp";
TaskDialogResult[TaskDialogResult["kRetTryAgain"] = 10] = "kRetTryAgain";
TaskDialogResult[TaskDialogResult["kRetContinue"] = 11] = "kRetContinue";
TaskDialogResult[TaskDialogResult["kRetTimeout"] = 32000] = "kRetTimeout";
}))(AutoCAD.TaskDialogResult || (AutoCAD.TaskDialogResult = {}));
const TaskDialogResult = AutoCAD.TaskDialogResult;
/**
* This enum lists the button that can be set for Task Dialog
*
*/
((TaskDialogButton => {
TaskDialogButton[TaskDialogButton["kButtonOk"] = 0x0001] = "kButtonOk";
TaskDialogButton[TaskDialogButton["kButtonYes"] = 0x0002] = "kButtonYes";
TaskDialogButton[TaskDialogButton["kButtonNo"] = 0x0004] = "kButtonNo";
TaskDialogButton[TaskDialogButton["kButtonCancel"] = 0x0008] = "kButtonCancel";
TaskDialogButton[TaskDialogButton["kButtonRetry"] = 0x0010] = "kButtonRetry";
TaskDialogButton[TaskDialogButton["kButtonClose"] = 0x0020] = "kButtonClose";
}))(AutoCAD.TaskDialogButton || (AutoCAD.TaskDialogButton = {}));
const TaskDialogButton = AutoCAD.TaskDialogButton;
/**
* This enum lists the flag associated with AutoCAD command.
*
*/
((CommandFlag => {
CommandFlag[CommandFlag["MODAL"] = 0x00000000] = "MODAL";
CommandFlag[CommandFlag["TRANSPARENT"] = 0x00000001] = "TRANSPARENT";
CommandFlag[CommandFlag["USEPICKSET"] = 0x00000002] = "USEPICKSET";
CommandFlag[CommandFlag["REDRAW"] = 0x00000004] = "REDRAW";
CommandFlag[CommandFlag["NOPERSPECTIVE"] = 0x00000008] = "NOPERSPECTIVE";
CommandFlag[CommandFlag["NOMULTIPLE"] = 0x00000010] = "NOMULTIPLE";
CommandFlag[CommandFlag["NOTILEMODE"] = 0x00000020] = "NOTILEMODE";
CommandFlag[CommandFlag["NOPAPERSPACE"] = 0x00000040] = "NOPAPERSPACE";
CommandFlag[CommandFlag["NOOEM"] = 0x00000100] = "NOOEM";
CommandFlag[CommandFlag["UNDEFINED"] = 0x00000200] = "UNDEFINED";
CommandFlag[CommandFlag["INPROGRESS"] = 0x00000400] = "INPROGRESS";
CommandFlag[CommandFlag["DEFUN"] = 0x00000800] = "DEFUN";
CommandFlag[CommandFlag["LISPASCMD"] = 0x00001000] = "LISPASCMD";
CommandFlag[CommandFlag["NONEWSTACK"] = 0x00010000] = "NONEWSTACK";
CommandFlag[CommandFlag["NOINTERNALLOCK"] = 0x00020000] = "NOINTERNALLOCK";
CommandFlag[CommandFlag["DOCREADLOCK"] = 0x00080000] = "DOCREADLOCK";
CommandFlag[CommandFlag["DOCEXCLUSIVELOCK"] = 0x00100000] = "DOCEXCLUSIVELOCK";
CommandFlag[CommandFlag["SESSION"] = 0x00200000] = "SESSION";
CommandFlag[CommandFlag["INTERRUPTIBLE"] = 0x00400000] = "INTERRUPTIBLE";
CommandFlag[CommandFlag["NOHISTORY"] = 0x00800000] = "NOHISTORY";
CommandFlag[CommandFlag["NO_UNDO_MARKER"] = 0x01000000] = "NO_UNDO_MARKER";
CommandFlag[CommandFlag["NOBEDIT"] = 0x02000000] = "NOBEDIT";
CommandFlag[CommandFlag["NOACTIONRECORDING"] = 0x04000000] = "NOACTIONRECORDING";
CommandFlag[CommandFlag["ACTIONMACRO"] = 0x08000000] = "ACTIONMACRO";
CommandFlag[CommandFlag["RELAXASSOC"] = 0x10000000] = "RELAXASSOC";
CommandFlag[CommandFlag["CORE"] = 0x20000000] = "CORE";
CommandFlag[CommandFlag["NOINFERCONSTRAINT"] = 0x40000000] = "NOINFERCONSTRAINT";
CommandFlag[CommandFlag["TEMPSHOWDYNDIM"] = 0x80000000] = "TEMPSHOWDYNDIM";
}))(AutoCAD.CommandFlag || (AutoCAD.CommandFlag = {}));
const CommandFlag = AutoCAD.CommandFlag;
;
/**
* For Internal use
*
*/
AutoCAD.Int32MinValue = -(0x8000);
AutoCAD.Int32MaxValue = 0x7FFF;
//TODO: remove in future when Typescript is used for inheritance
/**
* For Internal use
*
*/
AutoCAD.extend = (subClass, baseClass) => {
function inheritance() {
}
inheritance.prototype = baseClass.prototype;
subClass.prototype = new inheritance();
};
/**
* This JSAPI enum wraps the AcGiMapper::Projection ObjectARX enum.
* This enumeration provides values that describe the mapping projection of the mapper.
*
*/
((Enum_Projection => {
Enum_Projection[Enum_Projection["Parallel"] = 0] = "Parallel";
Enum_Projection[Enum_Projection["Perspective"] = 1] = "Perspective";
}))(AutoCAD.Enum_Projection || (AutoCAD.Enum_Projection = {}));
const Enum_Projection = AutoCAD.Enum_Projection;
;
/**
* This function tests whether the number passed is a valid float
* @param n of type float
* @returns boolean
*/
function isNumber(n) {
return !isNaN(parseFloat(n)) && isFinite(n) && typeof (n) !== 'string';
}
AutoCAD.isNumber = isNumber;
;
/**
* This function tests whether the number passed is a Integer
* @param value is a number
* @returns boolean
*/
function isInteger(value) {
return !isNaN(parseInt(value)) && (parseFloat(value) == parseInt(value));
}
AutoCAD.isInteger = isInteger;
/**
* This is ErrorStatus defined for Shaping Layer.
* IMPORTANT: the following enum values have to match the JsErrorStatus defined in %crxapps%\AcJsCoreStub\AcJsCoreStubDefs.h
*/
((ErrorStatus => {
ErrorStatus[ErrorStatus["eJsOk"] = 0] = "eJsOk";
ErrorStatus[ErrorStatus["eJsInvalidArguments"] = 1] = "eJsInvalidArguments";
ErrorStatus[ErrorStatus["eJsFail"] = 2] = "eJsFail";
ErrorStatus[ErrorStatus["eJsUnknownError"] = 256] = "eJsUnknownError";
ErrorStatus[ErrorStatus["eJsInvalidInputJsonArgs"] = 257] = "eJsInvalidInputJsonArgs";
ErrorStatus[ErrorStatus["eJsUnSupportedSysVarValueType"] = 258] = "eJsUnSupportedSysVarValueType";
ErrorStatus[ErrorStatus["eJsUnknownCallback"] = 259] = "eJsUnknownCallback";
ErrorStatus[ErrorStatus["eJsInvalidTooltipId"] = 260] = "eJsInvalidTooltipId";
ErrorStatus[ErrorStatus["eJsUnknownFunctionName"] = 261] = "eJsUnknownFunctionName";
ErrorStatus[ErrorStatus["eJsUnknownCompleteCallback"] = 262] = "eJsUnknownCompleteCallback";
ErrorStatus[ErrorStatus["eJsUnknownErrorCallback"] = 263] = "eJsUnknownErrorCallback";
ErrorStatus[ErrorStatus["eJsNoDocument"] = 264] = "eJsNoDocument";
ErrorStatus[ErrorStatus["eJsSyncFunction"] = 265] = "eJsSyncFunction";
ErrorStatus[ErrorStatus["eJsAsyncFunction"] = 266] = "eJsAsyncFunction";
ErrorStatus[ErrorStatus["eJsFailGetCurGsView"] = 267] = "eJsFailGetCurGsView";
ErrorStatus[ErrorStatus["eJsFailGetSysVar"] = 268] = "eJsFailGetSysVar";
ErrorStatus[ErrorStatus["eJsFailGetDrawable"] = 269] = "eJsFailGetDrawable";
ErrorStatus[ErrorStatus["eJsInvalidTransientId"] = 270] = "eJsInvalidTransientId";
ErrorStatus[ErrorStatus["eJsFailCreateJig"] = 271] = "eJsFailCreateJig";
ErrorStatus[ErrorStatus["eJsJigPromptSet"] = 272] = "eJsJigPromptSet";
ErrorStatus[ErrorStatus["eJsNotSupportedInPaperSpace"] = 273] = "eJsNotSupportedInPaperSpace";
ErrorStatus[ErrorStatus["eJsCommandLineBusy"] = 274] = "eJsCommandLineBusy";
ErrorStatus[ErrorStatus["eJsNotAvailableInLockedViewport"] = 275] = "eJsNotAvailableInLockedViewport";
ErrorStatus[ErrorStatus["eJsCancel"] = 276] = "eJsCancel";
}))(AutoCAD.ErrorStatus || (AutoCAD.ErrorStatus = {}));
const ErrorStatus = AutoCAD.ErrorStatus;
;
/*
* Creates a container object which holds Viewport related properties
* @param position of type Acad.Position3d
* @param target of type Acad.Position3d
* @param upVector of type Acad.Vector3d
* @param fieldWidth of type double
* @param fieldHeight of type double
* @param projection of type Acad.Enum_Projection
* @return a container object of type Acad.ViewProperties
*
*/
const ViewProperties = ((() => {
function ViewProperties(position, target, upVector, fieldWidth, fieldHeight, projection) {
if (!isNumber(fieldWidth)) {
throw TypeError('fieldWidth should be a double value');
}
if (!isNumber(fieldHeight)) {
throw TypeError('fieldHeight should be a double value');
}
if (!(position instanceof Acad.Point3d)) {
throw TypeError('position should be of type Acad.Point3d');
}
if (!(target instanceof Acad.Point3d)) {
throw TypeError('target should be of type Acad.Point3d');
}
if (!(upVector instanceof Acad.Vector3d)) {
throw TypeError('upVector should be of type Acad.Vector3d');
}
if (!(projection === Acad.Enum_Projection.Parallel || projection === Acad.Enum_Projection.Perspective)) {
throw TypeError('projection should be Acad.Enum_Projection.Parallel or Acad.Enum_Projection.Perspective ');
}
this.position = position;
this.target = target;
this.upVector = upVector;
this.fieldWidth = fieldWidth;
this.fieldHeight = fieldHeight;
this.projection = projection;
}
return ViewProperties;
}))();
AutoCAD.ViewProperties = ViewProperties;
;
/*
* This is also used as a base class, designed to achieve Promise Pattern
*
*/
const Promise = ((() => {
function Promise() {
}
/*
* This is the function used to register callback
* @param success Function pointer call at the time of success/cancel.
* @param error Function pointer call at the time of error.
* @throws TypeError
*
*/
Promise.prototype.then = function (success, error) {
if (typeof (success) == 'function')
this.success = success;
else
throw TypeError('success function pointer should be of type function');
if (typeof (error) == 'function')
this.error = error;
else
throw TypeError('error function pointer should be of type function');
};
return Promise;
}))();
AutoCAD.Promise = Promise;
}))(Autodesk.AutoCAD || (Autodesk.AutoCAD = {}));
const AutoCAD = Autodesk.AutoCAD;
}))(Autodesk || (Autodesk = {}));
var Acad = Autodesk.AutoCAD;
var Autodesk;
((Autodesk => {
//
///////////////////////////////////////////////////////////////////////////////
//
// (C) Copyright 2012 by Autodesk, Inc.
//
// The information contained herein is confidential, proprietary to Autodesk,
// Inc., and considered a trade secret as defined in section 499C of the
// penal code of the State of California. Use of this information by anyone
// other than authorized employees of Autodesk, Inc. is granted only under a
// written non-disclosure agreement, expressly prescribing the scope and
// manner of such use.
//
///////////////////////////////////////////////////////////////////////////////
// Include TS files
///<reference path="Acad.ts"/>
/**
* This class wraps AcGePoint2d ObjectARX class. It represents a point in 2-dimensional space. It can be viewed as a structure consisting of two doubles.
* @param coordinates x, y.
* @throws TypeError
*
*/
((AutoCAD => {
const Point2d = ((() => {
function Point2d(x, y) {
if (typeof x == 'number')
this.x = x;
else
throw TypeError("x is not number");
if (typeof y == 'number')
this.y = y;
else
throw TypeError("y is not number");
}
return Point2d;
}))();
AutoCAD.Point2d = Point2d;
/**
* This class wraps AcGePoint3d ObjectARX class. It represents a point in 3D space. It can be viewed as a structure consisting of three doubles.
* @param coordinates x, y, and z.
* @throws TypeError
*
*/
const Point3d = ((() => {
function Point3d(x, y, z) {
if (typeof x == 'number')
this.x = x;
else
throw TypeError("x is not number");
if (typeof y == 'number')
this.y = y;
else
throw TypeError("y is not number");
if (typeof z == 'number')
this.z = z;
else
throw TypeError("z is not number");
}
return Point3d;
}))();
AutoCAD.Point3d = Point3d;
/**
* This class wraps the AcGeVector2d ObjectARX class.
* Vector2d represents a vector in 2D space. It can be viewed as a structure consisting of two doubles.
* @param coordinates x, y.
* @throws TypeError
*
*/
const Vector2d = ((() => {
function Vector2d(x, y) {
if (typeof x == 'number')
this.x = x;
else
throw TypeError("x is not number");
if (typeof y == 'number')
this.y = y;
else
throw TypeError("y is not number");
}
return Vector2d;
}))();
AutoCAD.Vector2d = Vector2d;
/**
* This class wraps the AcGeVector3d ObjectARX class.
* Vector3d represents a vector in 3D space. It can be viewed as a structure consisting of 3 doubles.
* @param coordinates x, y, and z correspondingly.
* @throws TypeError
*
*/
const Vector3d = ((() => {
function Vector3d(x, y, z) {
if (typeof x == 'number')
this.x = x;
else
throw TypeError("x is not number");
if (typeof y == 'number')
this.y = y;
else
throw TypeError("y is not number");
if (typeof z == 'number')
this.z = z;
else
throw TypeError("z is not number");
}
return Vector3d;
}))();
AutoCAD.Vector3d = Vector3d;
/**
* This class wraps the lowerLeft and upperRight Point2d objects.
* @param lowerLeft point of type Acad.Point2d
* @param upperRight point of type Acad.Point2d
* @throws TypeError
*
*/
const Rectangle2d = ((() => {
function Rectangle2d(lowerLeft, upperRight) {
if (lowerLeft instanceof Acad.Point2d)
this.lowerLeft = lowerLeft;
else
throw TypeError("lowerLeft should be of Acad.Point2d type.");
if (upperRight instanceof Acad.Point2d)
this.upperRight = upperRight;
else
throw TypeError("upperRight should be of Acad.Point2d type.");
}
return Rectangle2d;
}))();
AutoCAD.Rectangle2d = Rectangle2d;
/**
* @class Acad.Bounds3d,
* The object represents the 3d geometric extents of an entity
* Its similar to AcDbExtents, with minimum and maximum points
* @param minPt3d is the minimum point of the extents
* @param maxPt3d is the maximum point of the extents
* @throws TypeError
*
*/
const Bounds3d = ((() => {
function Bounds3d(minPt3d, maxPt3d) {
if (minPt3d instanceof Acad.Point3d)
this.minPoint3d = minPt3d;
else
throw TypeError("minPt3d should be of Acad.Point3d type.");
if (maxPt3d instanceof Acad.Point3d)
this.maxPoint3d = maxPt3d;
else
throw TypeError("maxPt3d should be of Acad.Point3d type.");
}
return Bounds3d;
}))();
AutoCAD.Bounds3d = Bounds3d;
//TODO: check compatibility with previous js
/**
* This class wraps the AcGeMatrix3d ObjectARX class.
* Class Matrix3d represents an affine transformation of 3D space, including translation.
*
*/
const Matrix3d = ((() => {
function Matrix3d() {
const matrix = new Array(4);
for (let i = 0; i < matrix.length; i++)
matrix[i] = new Array(4);
return matrix;
}
return Matrix3d;
}))();
AutoCAD.Matrix3d = Matrix3d;
}))(Autodesk.AutoCAD || (Autodesk.AutoCAD = {}));
const AutoCAD = Autodesk.AutoCAD;
}))(Autodesk || (Autodesk = {}));
var Autodesk;
((Autodesk => {
//
///////////////////////////////////////////////////////////////////////////////
//
// (C) Copyright 2012 by Autodesk, Inc.
//
// The information contained herein is confidential, proprietary to Autodesk,
// Inc., and considered a trade secret as defined in section 499C of the
// penal code of the State of California. Use of this information by anyone
// other than authorized employees of Autodesk, Inc. is granted only under a
// written non-disclosure agreement, expressly prescribing the scope and
// manner of such use.
//
///////////////////////////////////////////////////////////////////////////////
// Include TS files
///<reference path="Acad.ts"/>
///<reference path="Application.ts"/>
((AutoCAD => {
/**
* @class Acad.TransientManager
* This is the controller object that is used to create and manage the
* transients.
*/
const TransientManager = ((() => {
class TransientManager {
constructor() {
this.transients = [];
this.transientid = 1;
this.IsRegisteredForEvents = false;
}
/**
* This function is for internal use.
*
*/
transientManager_event(eventArgs) {
if (!eventArgs) {
return;
}
const id = eventArgs.id;
const index = this.getIndex(id);
if (index == -1) {
return;
}
const transient = this.transients[index];
eventArgs.transient = transient;
transient.dispatchEvent(eventArgs.eventname, eventArgs);
}
/**
* The addTransient function is used to add an Acad.Transient object to the AutoCAD transient manager.
* The XML data represents an AcGiDrawable object defined by the transient.xsd schema.
* @param transient is of type Acad.Transient.
* @param xmlData is of type string.
* @param onComplete is a function type called on successful completion of this method.
* @param onError is a function type called if an error occurs.
*
*/
addTransient(transient, xmlData) {
if (!this.IsRegisteredForEvents) {
const obj = this;
AutoCAD.TransientManagerInterop.addHandler_mouseChanged(eventArgs => {
obj.transientManager_event(eventArgs);
});
this.IsRegisteredForEvents = true;
}
if (this.getIndex(transient.getId()) != -1) {
return;
}
this.transients.push(transient);
return AutoCAD.TransientManagerInterop.addTransient(transient.getId(), xmlData);
}
/**
* The updateTransient function is used to update an Acad.Transient object in the AutoCAD transient manager.
* The XML data represents an AcGiDrawable object defined by the transient.xsd schema.
* @param transientId is of type int.
* @param xmlData is of type string.
* @param onComplete is a function type called on successful completion of this method.
* @param onError is a function type called if an error occurs.
*
*/
updateTransient(transientId, xmlData) {
return AutoCAD.TransientManagerInterop.updateTransient(transientId, xmlData);
}
/**
* The eraseTransient function is used erase the the Acad.Transient object from the AutoCAD transient manager.
* @param transientId is of type int.
* @param onComplete is a function type called on successful completion of this method.
* @param onError is a function type called if an error occurs.
*
*/
eraseTransient(transientId) {
return AutoCAD.TransientManagerInterop.eraseTransient(transientId);
}
/**
* The eraseTransients function is used erase Acad.Transient objects from the AutoCAD transient manager.
* @param transientIds is of type Array int.
* @param onComplete is a function type called on successful completion of this method.
* @param onError is a function type called if an error occurs.
*
*/
eraseTransients(transientIds) {
return AutoCAD.TransientManagerInterop.eraseTransients(transientIds);
}
/**
* The showTransients function is used show or hide the Acad.Transient objects in
* the AutoCAD transient manager.
* @param transientIds is of type Array int.
* @param bShow is of type bool.
* @param onComplete is a function type called on successful completion of this method.
* @param onError is a function type called if an error occurs.
*
*/
showTransients(transientIds, bShow) {
return AutoCAD.TransientManagerInterop.showTransients(transientIds, bShow);
}
/**
* The getCursor function is used to get the current cursor assigned to the Acad.Transient object.
* It is returned in the cursor property of the object in the onComplete method.
* This is the optional 'cursor' attribute in the transient XML schema.
* @param transientId is of type int.
* @param onComplete is a function type called on successful completion of this method.
* @param onError is a function type called if an error occurs.
*
*/
getCursor(transientId) {
return AutoCAD.TransientManagerInterop.getCursor(transientId);
}
/**
* This function is a private API for internal use.
*
*/
generateImage(imgtype, imgId, imgPostedBy, imgMessage) {
const jsonStr = exec(JSON.stringify({ functionName: 'Ac_Transientmanager_generateimage', invokeAsCommand: false, functionParams: { type: imgtype, id: imgId, postedby: imgPostedBy, message: imgMessage } }));
return jsonStr;
}
/**
* This function is for internal use.
* generate id from stub layer
*
*/
getNewId() {
return AutoCAD.TransientManagerInterop.getNewTransientId();
}
/**
* This function is for internal use.
*
*/
getIndex(id) {
for (let i = 0, len = this.transients.length; i < len; i++) {
if (this.transients[i].getId() === id) {
return i;
}
}
return -1;
}
/**
* This function is for internal use.
*
*/
setEventHandlingBehavior(id, eventname, bFilter) {
AutoCAD.TransientManagerInterop.setEventHandlingBehavior(id, eventname, bFilter);
}
complete() {
}
error() {
}
}
return TransientManager;
}))();
AutoCAD.TransientManager = TransientManager;
/**
* @class Acad.TransientManager
* This is the controller object that is used to create and manage the
* transients.
*/
const Transient = ((() => {
class Transient {
constructor() {
this.eventname = {
mousemove: "mousemove",
mouseleave: "mouseleave",
lbuttondown: "lbuttondown",
lbuttonup: "lbuttonup",
lbuttondblclk: "lbuttondblclk",
rbuttondown: "rbuttondown",
rbuttonup: "rbuttonup",
rbuttondblclk: "rbuttondblclk",
mbuttondown: "mbuttondown",
mbuttonup: "mbuttonup",
mbuttondblclk: "mbuttondblclk",
mousewheel: "mousewheel"
};
this.id = Acad.Application.activedocument.transientManager.getNewId();
this.eventobject = new Acad.EventObject();
}
/**
* This function is used to add a callback.
* @param eventname is the event for which fn would be called.
* @param fn is a callback function, which is called when an event occurs.
*
*/
addEventListener(eventname, fn) {
this.eventobject.addEventListener(eventname, fn);
}
/**
* This function is used to remove a callback.
* @param eventname is the event for which fn would be called.
* @param fn is a callback function, which would not be called further for the given eventname.
*
*/
removeEventListener(eventname, fn) {
this.eventobject.removeEventListener(eventname, fn);
}
/**
* The getId function is used get the assigned transient id.
* @return int.
*
*/
getId() {
return this.id;
}
/**
* This function is for internal use.
*
*/
dispatchEvent(eventname, args) {
this.eventobject.dispatchEvent(eventname, args);
}
setEventHandlingBehavior(eventname, bFilter) {
Acad.Application.activedocument.transientManager.setEventHandlingBehavior(this.id, eventname, bFilter);
}
}
return Transient;
}))();
AutoCAD.Transient = Transient;
}))(Autodesk.AutoCAD || (Autodesk.AutoCAD = {}));
const AutoCAD = Autodesk.AutoCAD;
}))(Autodesk || (Autodesk = {}));
var Autodesk;
((Autodesk => {
//
///////////////////////////////////////////////////////////////////////////////
//
// (C) Copyright 2012 by Autodesk, Inc.
//
// The information contained herein is confidential, proprietary to Autodesk,
// Inc., and considered a trade secret as defined in section 499C of the
// penal code of the State of California. Use of this information by anyone
// other than authorized employees of Autodesk, Inc. is granted only under a
// written non-disclosure agreement, expressly prescribing the scope and
// manner of such use.
//
///////////////////////////////////////////////////////////////////////////////
// Include TS files
///<reference path="Acad.ts"/>
///<reference path="Transient.ts"/>
((AutoCAD => {
/**
* @class Acad.OSet,
* The object contains a collection of object identifiers.
* Its similar to ads_name, and valid only while you are working on a drawing
* with AutoCAD, and they are invalid when exiting from AutoCAD or switching to
* another drawing.
*/
const OSet = ((() => {
class OSet {
constructor() {
this.dbObjects = [];
}
getIndex(id) {
for (let i = 0, len = this.dbObjects.length; i < len; i++) {
if (this.dbObjects[i] == id) {
return i;
}
}
return -1;
}
/**
* The method will add the input object id to the collection.
* @param Input object id.
*/
add(id) {
if (!id) {
return;
}
if (typeof id === "string" || typeof id === "number") {
this.dbObjects.push(id);
} else if (id instanceof Array) {
this.dbObjects = this.dbObjects.concat(id);
} else if (id instanceof OSet) {
for (let i = 0, len = id.getCount(); i < len; i++) {
this.dbObjects.push(id.getId(i));
}
}
}
/**
* The method will remove the input object id from the collection.
* @param Input id.
*/
remove(id) {
const index = this.getIndex(id);
if (index !== -1) {
this.dbObjects.splice(index, 1);
}
}
/**
* The method will remove all the ids from the collection.
*/
clear() {
this.dbObjects = [];
}
/**
* The method will return the number of items in the collection.
* @return Returns the number of items in the collection.
*/
getCount() {
return this.dbObjects.length;
}
/**
* The method will return the id given the index of the item in the collection.
* @param Input index, it should be more than or equal to 0 and less than the number of items in the collection.
* @return Returns the id at the given index.
*/
getId(index) {
return this.dbObjects[index];
}
/**
* The method will return the index of the input id, in the collection.
* @param Input id.
* @return Returns the index of the input id if it is present, otherwise returns -1.
*/
indexOf(id) {
return this.getIndex(id);
}
/**
* The method can be used to test if the id is present in the collection.
* @param Input id.
* @return Returns true if the id is present in the collection, otherwise returns false.
*/
contains(id) {
return this.getIndex(id) != -1;
}
/**
* The method will return all the ids in the collection.
* @return Returns an array that contains all the ids in the collection.
*/
getAllIds() {
let ids = [];
ids = ids.concat(this.dbObjects);
return ids;
}
}
return OSet;
}))();
AutoCAD.OSet = OSet;
/**
* @class Acad.DBEntity,
* The object represents a database resident entity
* Its similar to AcDbEntity, and valid only while you are working on a drawing
* with AutoCAD, and is invalid when exiting from AutoCAD or switching to
* another drawing.
* @param id is the object identifier
*/
const DBEntity = ((() => {
class DBEntity {
constructor(id) {
if (!id) {
throw TypeError(" id is mandatory for new DBEntity");
}
this.entityId = id;
}
get id() {
return this.entityId;
}