infiniteDisplacement.m File Reference

Go to the source code of this file.

Functions
id	z ()
the R	vector (source to field) R
	disp ('Done integration') Is

Variables
function infiniteDisplacement syms Ax Ay Az Bx By Bz qx qy qz u L x y z real	A =[Ax Ay Az]'
initial point of the source segment	B =[Bx By Bz]'
final point of the source segment	t =(B-A)/L
the tangent vector	S =A*(1-u)+B*u
the field point	Rv =X-S
the magnitude of the R vector	q =[qx qy qz]'
The q vector	I =int(dot(t,cross(q,Rv))/(R*(R-dot(q,Rv))),u,0,1)

Function Documentation

disp()

disp

(

'Done integration'

)

vector()

the R vector

(

source to

field

)

z()

id z ( )

virtual

Variable Documentation

A

function infiniteDisplacement syms Ax Ay Az Bx By Bz qx qy qz u L x y z real A =[Ax Ay Az]'

Definition at line 4 of file infiniteDisplacement.m.

B

initial point of the source segment B =[Bx By Bz]'

Definition at line 5 of file infiniteDisplacement.m.

I

I =int(dot(t,cross(q,Rv))/(R*(R-dot(q,Rv))),u,0,1)

Definition at line 14 of file infiniteDisplacement.m.

q

the magnitude of the R vector q =[qx qy qz]'

Definition at line 11 of file infiniteDisplacement.m.

Rv

the field point Rv =X-S

Definition at line 9 of file infiniteDisplacement.m.

S

the tangent vector S =A*(1-u)+B*u

Definition at line 7 of file infiniteDisplacement.m.

t

org * t =(B-A)/L

Definition at line 6 of file infiniteDisplacement.m.