Namespace: Query

Methods

---

<static> chkWidgetType(widget)

Check widget type and return the widget type

Parameters:

Name	Type	Description
widget	WidgetOptions

Source:

• query.js

---

<static> deepClone(o)

Deep clone a JavaScript object.

Parameters:

Name	Type	Description
o	Object

Source:

• query.js

---

<static> getCollidingSensorObjects(phSim, dynObject)

Get objects colliding some object that share the same sensor classes.

Parameters:

Name	Type	Description
phSim	PhSim	PhSim instance
dynObject	PhSim.DynObject	Object to check for colliding sensor objects

Source:

• query.js

Returns:

Type

Array.<PhSim.DynObject>

---

<static> getCollisionClasses(dynObject)

Get collision classes

Parameters:

Name	Type	Description
dynObject	PhSim.DynObject	Dynamic Object

Source:

• query.js

Returns:

Type

Array.<String>

---

<static> getObjectByName(o, str)

Get Object By Name

Parameters:

Name	Type	Description
o	Simulation | Layer | Array.<PhSimObject>
str	string	Name of Object

Source:

• query.js

---

<static> getSensorClasses(dynObject)

Get senor classes

Parameters:

Name	Type	Description
dynObject	PhSim.DynObject

Source:

• query.js

Returns:

Type

Array.<String>

---

<static> getSpecialRectanglePoints(rectangle)

Get the special points of a rectangle

Parameters:

Name	Type	Description
rectangle	Object

Source:

• query.js

---

<static> getStatusStr(dynObject)

Get the status string of a PhSim instance.

Parameters:

Name	Type	Description
dynObject	PhSim

Source:

• query.js

---

<static> intersectionExists(array1, array2)

Sees if array1 and array2 share at least one element.

Parameters:

Name	Type	Description
array1	Array
array2	Array

Source:

• query.js

Returns:

Type

Boolean

---

<static> isPointInRawRectangle(cx, cy, cw, ch, px, py)

Parameters:

Name	Type	Description
cx	Number	x-coordinate of upper left corner.
cy	Number	y-coordinate of upper left corner.
cw	Number	width of rectangle
ch	Number	height of rectangle
px	Number	x-coordinate of point to be checked.
py	Number	y-coordinate of point to be checked.

Source:

• query.js

Returns:

Type

Boolean

---

<static> pointInObject(dynObject, x, y)

Check if a point (x,y) is in a dynamic object

Parameters:

Name	Type	Description
dynObject	PhSim.DynObject	Dynamic Object
x	Number	x-coordinate
y	Number	y-coordinate

Source:

• query.js

Returns:

Type

Boolean

---

<static> pointInRectangle(o, x, y)

Parameters:

Name	Type	Description
o	*
x	*
y	*

Source:

• query.js

---

<static> pointInVerts(a, v)

See if point is contained in shape defined by vertices set.

Parameters:

Name	Type	Description
a	Array.<Vector>	Set of vertices
v	Vector	The vertex to be checked.

Source:

• query.js

Returns:

• Returns true if v is contained in the shape defined by a and false if otherwise.

Type

Boolean

---

<static> pointInVertsBorder(a, v, width)

See if point is in vertices border

Parameters:

Name	Type	Description
a	Array.<Vector>	Vertices to check
v	Vector	Point to check.
width	Number	Width of vertices border

Source:

• query.js

Returns:

• Returns true if v is in the border of the polygon defined by a and false otherwise.

Type

Boolean

---

<static> sameSensorClasses(dynObjectA, dynObjectB)

Check if two objects share at least one sensor class

Parameters:

Name	Type	Description
dynObjectA	PhSim.DynObject
dynObjectB	PhSim.DynObject

Source:

• query.js

Returns:

Type

Boolean