Tulis kode terpendek yang diukur dengan jumlah byte untuk menghasilkan kisi ASCII yang terdiri dari rhombi, dengan parameter berikut:

• m - jumlah rhombi lengkap dalam satu baris
• n - jumlah baris
• s - sisi belah ketupat terkecil
• r - level bersarang - berapa banyak rhombi yang ada di dalam "pangkalan" (yang merupakan fonud di antara persimpangan kisi)

Contohnya

1. Input: 5 3 1 0
Output:

/\/\/\/\/\
\/\/\/\/\/
/\/\/\/\/\
\/\/\/\/\/
/\/\/\/\/\
\/\/\/\/\/

A 5x3 grid of rhombi with side 1, no nesting

2. Input: 3 2 2 0
Output:

 /\  /\  /\
/  \/  \/  \
\  /\  /\  /
 \/  \/  \/ 
 /\  /\  /\
/  \/  \/  \
\  /\  /\  /
 \/  \/  \/ 

A 3x2 grid of rhombi with side 2, no nesting

3. Input: 5 2 1 2
Output:

///\\\///\\\///\\\///\\\///\\\
///\\\///\\\///\\\///\\\///\\\
///\\\///\\\///\\\///\\\///\\\
\\\///\\\///\\\///\\\///\\\///
\\\///\\\///\\\///\\\///\\\///
\\\///\\\///\\\///\\\///\\\///
///\\\///\\\///\\\///\\\///\\\
///\\\///\\\///\\\///\\\///\\\
///\\\///\\\///\\\///\\\///\\\
\\\///\\\///\\\///\\\///\\\///
\\\///\\\///\\\///\\\///\\\///
\\\///\\\///\\\///\\\///\\\///

A 5x2 grid of rhombi with side 1 (the smallest rhombus), level of nesting is 2

4. Input: 4 2 2 1
Output:

 //\\  //\\  //\\  //\\ 
///\\\///\\\///\\\///\\\
//  \\//  \\//  \\//  \\
\\  //\\  //\\  //\\  //
\\\///\\\///\\\///\\\///
 \\//  \\//  \\//  \\//   
 //\\  //\\  //\\  //\\ 
///\\\///\\\///\\\///\\\
//  \\//  \\//  \\//  \\
\\  //\\  //\\  //\\  //
\\\///\\\///\\\///\\\///
 \\//  \\//  \\//  \\//   

A 4x2 grid of rhombi with side 2 with level of nesting 1 

5. Input: 4 2 3 3
Output:

  ////\\\\    ////\\\\    ////\\\\    ////\\\\
 /////\\\\\  /////\\\\\  /////\\\\\  /////\\\\\
//////\\\\\\//////\\\\\\//////\\\\\\//////\\\\\\
//////\\\\\\//////\\\\\\//////\\\\\\//////\\\\\\
/////  \\\\\/////  \\\\\/////  \\\\\/////  \\\\\
////    \\\\////    \\\\////    \\\\////    \\\\
\\\\    ////\\\\    ////\\\\    ////\\\\    ////
\\\\\  /////\\\\\  /////\\\\\  /////\\\\\  /////
\\\\\\//////\\\\\\//////\\\\\\//////\\\\\\//////
\\\\\\//////\\\\\\//////\\\\\\//////\\\\\\//////
 \\\\\/////  \\\\\/////  \\\\\/////  \\\\\/////  
  \\\\////    \\\\////    \\\\////    \\\\////  
  ////\\\\    ////\\\\    ////\\\\    ////\\\\
 /////\\\\\  /////\\\\\  /////\\\\\  /////\\\\\
//////\\\\\\//////\\\\\\//////\\\\\\//////\\\\\\
//////\\\\\\//////\\\\\\//////\\\\\\//////\\\\\\
/////  \\\\\/////  \\\\\/////  \\\\\/////  \\\\\
////    \\\\////    \\\\////    \\\\////    \\\\
\\\\    ////\\\\    ////\\\\    ////\\\\    ////
\\\\\  /////\\\\\  /////\\\\\  /////\\\\\  /////
\\\\\\//////\\\\\\//////\\\\\\//////\\\\\\//////
\\\\\\//////\\\\\\//////\\\\\\//////\\\\\\//////
 \\\\\/////  \\\\\/////  \\\\\/////  \\\\\/////  
  \\\\////    \\\\////    \\\\////    \\\\////  

A 4x2 grid of rhombi with side 3, level of nesting 3

Pastikan untuk menampilkan rhombi yang terlihat sebagian di tepi dan sudut jika perlu.

SOGL V0.12 , 20 byte

ā.I∫e+H╚╬8}:±№╬8╬¡∙*

Coba Di Sini! Mengambil input dalam urutan terbalik dari apa yang ada dalam contoh - r, s, n, m.

Penjelasan:

ā                     push an empty array - canvas
 .I∫      }           for each in range(input) (1-indexed)
    e+                  add the second input
      H                 decrement
       ╚                create a diagonal of that size
        ╬8              insert into the canvas
           :          create a duplicate of the canvas
            ±№        reverse it vertically and horizotally
              ╬8      insert that into the canvas
                έ    quad-palindromize
                  ∙   multiply vertically by the next input
                   *  multiply horizontally by the next input

Arang , 48 39 37 byte

ＵＯ⊕Ｉε\Ｆ⊖ＩζＣ¹¦¹‖ＭL≔⊗⁺ＩζＩεδＦ⊖ＮＣδ⁰Ｆ⊖ＮＣ⁰δ

Cobalah online! Tautan adalah untuk mengucapkan versi kode. Penjelasan:

ＵＯ⊕Ｉε\

Gambarlah ukuran persegi r + 1. Ini adalah seperempat dari berlian bersarang ukuran 1.

Ｆ⊖ＩζＣ¹¦¹

Salin kuadrat 1 kuadrat kanan dan bawah s - 1untuk mendapatkan ukuran yang tepat.

‖ＭL

Memantulkannya menjadi berlian bersarang penuh.

≔⊗⁺ＩζＩεδ

Hitung ukuran berlian bersarang ini.

Ｆ⊖ＮＣδ⁰

Salin berlian ke waktu yang tepat m - 1.

Ｆ⊖ＮＣ⁰δ

Salin berlian ke bawah n - 1kali.

Python 2 , 160 159 158 byte

^{-1 byte terima kasih kepada Jonathan Frech}

m,n,s,r=input()
l=~-s*' '+'/'*(r-~r)+~-s*' '
for x in range(n*2):print'\n'.join(m*(l[i:i+s+r]+l.replace(*'/\\')[i:i+s+r][::-1])for i in range(r+s))[::1-x%2*2]

Cobalah online!

Ini menggunakan fakta bahwa bagian bawah belah ketupat adalah bagian atas terbalik ( [::-1]), berulang range(n*2)dan digunakan ~x%2*2-1untuk mengontrol apakah itu bagian atas atau bawah.
Untuk bagian atas (dan bagian bawah) sisi kanan hanya sisi kiri terbalik dan diganti /dengan \-> l.replace(*'/\\')..[::-1]
Untuk menghasilkan pola / bersarang ~-s*' '+'/'*(1+r*2)+~-s*' 'digunakan untuk membuat string seperti /// itu akan diiterasi dan dicincang:

   '|  //|/  '  
  ' | ///|  '  
 '  |/// | '  
'  /|//  |'  

Julia 0,6 , 190 byte

g(n,m,s,r)=(s+=r+1;f(i,j,u=mod(i-j+r,2s),v=mod(j+i+r,2s))=(" \\/")[abs(u-r)<abs(v-r)?1+(u<=2r):1+2(v<=2r)];
for i=1:2(s-1)m println((f(i+(i-1)÷(s-1),s+j+(j-1)÷(s-1))for j=1:2(s-1)n)...)end)

Ini adalah solusi fungsional yang menghitung untuk setiap pasangan indeks i,japa simbol harus ditampilkan.

Cobalah online!

Ilustrasi

Mulai dengan kotak

f(i,j,u=mod(i,2s),v=mod(j,2s))=(" -|*")[1+(u==0)+2(v==0)]
for i=1:2(s-1)m println((f(i-1,j)for j=1:2(s-1)n)...)end

---------*---------*----
         |         |    
         |         |    
         |         |    
         |         |    
         |         |    
         |         |    
         |         |    
         |         |    
         |         |    
---------*---------*----
         |         |    
         |         |    
         |         |    
         |         |    
         |         |    

r > 0 berarti garis yang lebih tebal

f(i,j,u=mod(i+r,2s),v=mod(j+r,2s))=(" -|*")[1+(u<=2r)+2(v<=2r)]
for i=1:2(s-1)m println((f(i,j)for j=1:2(s-1)n)...)end

**-----*****-----*****--
**-----*****-----*****--
||     |||||     |||||  
||     |||||     |||||  
||     |||||     |||||  
||     |||||     |||||  
||     |||||     |||||  
**-----*****-----*****--
**-----*****-----*****--
**-----*****-----*****--
**-----*****-----*****--
**-----*****-----*****--
||     |||||     |||||  
||     |||||     |||||  
||     |||||     |||||  
||     |||||     ||||| 

Tangani sudut dengan memeriksa garis mana pada grid asli yang paling dekat

f(i,j,u=mod(i+r,2s),v=mod(j+r,2s))=(" -|")[abs(u-r)<abs(v-r)?1+(u<=2r):1+2(v<=2r)]
for i=1:2(s-1)m println((f(i,j)for j=1:2(s-1)n)...)end

|-------|||-------|||---
||-----|||||-----|||||--
||     |||||     |||||  
||     |||||     |||||  
||     |||||     |||||  
||     |||||     |||||  
||     |||||     |||||  
||-----|||||-----|||||--
|-------|||-------|||---
---------|---------|----
|-------|||-------|||---
||-----|||||-----|||||--
||     |||||     |||||  
||     |||||     |||||  
||     |||||     |||||  
||     |||||     |||||  

Seorang peri memberi tahu kami untuk menghapus setiap s-1baris

f(i,j,u=mod(i+r,2s),v=mod(j+r,2s))=(" -|")[abs(u-r)<abs(v-r)?1+(u<=2r):1+2(v<=2r)]
for i=1:2(s-1)m println((f(i+(i-1)÷(s-1),s+j+(j-1)÷(s-1))for j=1:2(s-1)n)...)end

---||------||------||---
--||||----||||----||||--
  ||||    ||||    ||||  
  ||||    ||||    ||||  
  ||||    ||||    ||||  
  ||||    ||||    ||||  
--||||----||||----||||--
---||------||------||---
---||------||------||---
--||||----||||----||||--
  ||||    ||||    ||||  
  ||||    ||||    ||||  
  ||||    ||||    ||||  
  ||||    ||||    ||||  
--||||----||||----||||--
---||------||------||---

Melintasi secara diagonal dan selesai

f(i,j,u=mod(i-j+r,2s),v=mod(j+i+r,2s))=(" \\/")[abs(u-r)<abs(v-r)?1+(u<=2r):1+2(v<=2r)]
for i=1:2(s-1)m println((f(i+(i-1)÷(s-1),s+j+(j-1)÷(s-1))for j=1:2(s-1)n)...)end

 ///\\\  ///\\\  ///\\\ 
////\\\\////\\\\////\\\\
////\\\\////\\\\////\\\\
///  \\\///  \\\///  \\\
\\\  ///\\\  ///\\\  ///
\\\\////\\\\////\\\\////
\\\\////\\\\////\\\\////
 \\\///  \\\///  \\\/// 
 ///\\\  ///\\\  ///\\\ 
////\\\\////\\\\////\\\\
////\\\\////\\\\////\\\\
///  \\\///  \\\///  \\\
\\\  ///\\\  ///\\\  ///
\\\\////\\\\////\\\\////
\\\\////\\\\////\\\\////
 \\\///  \\\///  \\\/// 

JavaScript (ES6), 154 byte

f=
(m,n,s,r)=>[...Array((s+=r)*n*2)].map((_,i)=>[...Array(s*m*2)].map((_,j)=>i/s&1^j/s&1?`\\ `[g(j%s)]:`/ `[g(s-1-j%s)],g=j=>i%s-j>r|j-i%s>r).join``).join`
`

<div oninput=o.textContent=f(+m.value,+n.value,+s.value,+r.value)>
m: <input type=number min=0 id=m><br>
n: <input type=number min=0 id=n><br>
s: <input type=number min=0 id=s><br>
r: <input type=number min=0 id=r></div>
<pre id=o>

Langsung menghitung karakter di setiap sel output.

CJam, 44

q~:R+,_ff{-zR>}{_W%:~\+"\ /"f=}%_W%Wf%+*f*N*

Cobalah online

Penjelasan:

q~           read and evaluate the input
:R+          save the last number in variable R, then add the last 2 numbers (s+r)
,_           make an array [0 1 … s+r-1] and duplicate it
ff{…}        make a matrix, calculating for each (x,y) pair from the 2 arrays:
  -z         abs(x-y)
  R>         compared with R (1 if greater, 0 if not)
{…}%         transform each row of the matrix:
  _W%        duplicate and reverse it
  :~         bitwise-NOT each element (0 → -1, 1 → -2)
  \+         prepend to the original row
  "\ /"f=    replace numbers with characters from this string (by index):
              0 → '\'; 1, -2 → ' '; -1 → '/'
              this generates the "/\" part
_W%          duplicate the matrix and reverse the rows
Wf%+         reverse each row, then append (by rows) to the original matrix
              this adds the "\/" part
*            repeat the matrix (by rows) n times
f*           repeat each row m times
N*           join the rows with newlines

C # (.NET Core) , 167 byte

(c,r,s,n)=>{int w=s+n,i=0,j;var g="";for(;i<r*2*w;i++,g+="\n")for(j=0;j<c*2*w;){int y=i%w,q=(j/w+i/w+1)%2,p=~-w*q+j++%w*(1-2*q);g+=p>y+n|p<y-n?' ':"\\/"[q];}return g;}

Cobalah online!

Saya terkejut dengan ukuran yang saya kelola; Saya awalnya mengharapkan solusi yang lebih lama. Dalam mengatakan ini, saya yakin ada trik lain yang saya lewatkan.

DeGolfed

(c,r,s,n)=>{
    int w=s+n, // rhombus quadrant width, and height
        i=0, // string row
        j; // string column

    var g="";

    // go through every character row and column
    for(; i < r*2*w; i++, g += "\n")
        for(j = 0; j < c*2*w;)
        {
            int y = i % w, // vertical position in the quadrant
                q = ( j / w + i / w + 1) % 2, // Get the rhombus quadrant as a 0 or 1
                p = ~-w * q + j++ % w * (1-2*q); // horizontal position in quadrant. the value is either ascending or descending depending on the quadrant

            // select which character to use at this [i,j] position
            g += p > y + n | p < y - n ? ' ' : "\\/"[q];
        }

    return g;
}

Python 2 , 201 189 byte

def f(m,n,s,r):Z=range(s+r);R=[r-~min(i,s+~i+r,min(s-1,r))for i in Z];L=[m*(' '*(s+~i)+'/'*R[i]+'  '*(i-r)+'\\'*R[i]+' '*(s+~i))for i in Z];print'\n'.join((L+[l[s+r:]+l[:s+r]for l in L])*n)

Cobalah online!

Menggunakan fakta bahwa bagian bawah sama dengan bagian atas, tetapi bergeser:

Top:       /\/\/\
Bottom:     /\/\/\

Disimpan 22 byte berkat Jonathan Frech

Perl 5, 159 + 3 (-anl) byte

($m,$n,$s,$r)=@F;$s=$"x($s+$r-1);$_="$s/\\$s"x$m;$n*=2;{$t=$_;map$t=~s, ?(\S) ?,$1x$&=~y///c,ge,1..$r;print$t;redo if s, /,/ ,g&&s,\\ , \\,g||y,/\\,\\/,&&--$n}

Cobalah secara Online