There are some iron particles on a board. We pass a current carrying wire through that board and the particles form circles. Show these circles if input given is the position of the wire.

Consider the board to be a grid of size 7x7 (fixed)

No extra white spaces are allowed.

Input can be 0-indexed or 1-indexed. (0-indexed in examples)

Examples

input:3,3 # 'X' is wire here but can be shown by anything other than '/|-'
output:
/-----
|/---|
||/-||
|||X|||
||-/||
|---/|
-----/

input:1,2
output:
|/-|||
||X||||
|-/|||
---/||
-----/|
------/
-------

input:0,0
output:
X||||||
-/|||||
--/||||
---/|||
----/||
-----/|
------/

input:0,3
output:
|||X|||
||-/||
|---/|
-----/
-------
-------
-------

input:3,0
output:
---|||
--||||
-|||||
X||||||
-/|||||
--/||||
---/|||

This is code-golf so shortest code wins.

J, 40 bytes

7 7{.6 6&-|.0":<^:6@8[9!:7@'/_____/|-'

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R, 136 119 116 bytes

function(i,j,m=diag(7),R=row(m)-i,a=j-col(m))R>a&-R>a]='

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• -3 bytes saved thanks to @Giuseppe

Function that takes (row,col) coordinates of the wire (1-indexed) and returns a 7x7 matrix with the characters.

Canvas, 27 23 22 21 bytes

-７×［＋］↶ω⟳ｎ↔┼⁷⁸╵７７＠↕↔

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JavaScript (ES7),  105  103 bytes

Takes input as (y)(x), 0-indexed.

Y=>X=>(g=x=>y<7?`/\-|X
`[h=(X-x)**2,v=(Y-y)**2,x<7?h<v?2:h>v?3:h?x<X^y<Y:4:5]+g(x<7?x+1:!++y):'')(y=0)

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Perl 6, 90 bytes

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Anonymous code block that takes two numbers and returns a list of lines.

Python 2, 105 bytes

lambda x,y:[''.join(['/-|'[cmp(abs(i-x),abs(j-y))],'X'[i==x]][i-x==y-j]for j in R)for i in R]
R=range(7)

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Charcoal, 21 bytes

ＧL⁷-↙⁶X‖Ｂ↘¬‖Ｊ±Ｎ±ＮＴ⁷¦⁷

Try it online! Takes 0-indexed column and row as input. Explanation:

ＧL⁷-

Draw a triangle of -s.

↙⁶

Draw a line along the hypotenuse. (This is the wrong way around but we'll fix that later.)

X

Draw the X that shows the position of the wire. (Any other ASCII character could be used here of course.) This completes one eighth of the drawing.

‖Ｂ↘¬

Reflect three times (¬ = left + down) while transforming characters to almost complete the diagram.

‖

Reflect without transforming to switch the /s with the s so they now point around the X instead of towards it.

Ｊ±Ｎ±Ｎ

Jump to the top left of the desired output.

Ｔ⁷¦⁷

Trim the result to the desired size.