electry

breed [electrons-cs  electron-cs]
breed [lights-on-cs light-on-cs]
breed [mafseks-on-cs  mafsek-on-cs]
breed [mafseks-off-cs   mafsek-off-cs]
breed [battery-cs  batteries-cs]



breed [electrons-pc  electron-Pc]
breed [lights-on-Pc  light-on-Pc]
breed [mafseks-on-Pc mafsek-on-Pc]
breed [mafseks-off-Pc  mafsek-off-Pc]
breed [battery-Pc   batteries-Pc]

globals [ current ]

to setup [ 
   clear all 
  
]
end 

to set-up-mafsek-on-ciruit-Serial 
  
   set-default-shape mafseks-on-cs  "mafsek-on-cs"
  create-mafseks-on-cs 1 [
       setxy 20 11
        set size 12
        set heading 180
    ]
end 

to set-up-mafsek-off-ciruit-Serial
  
   set-default-shape mafseks-off-cs  "mafsek-off-cs"
  create-mafseks-off-cs 1 [
       setxy 20 8.5
        set size 12
        set heading 0
    ]
end 

to set-up-light-on-ciruit-Serial 
  
  set-default-shape lights-on-cs  "light-on-cs"
  create-lights-on-cs 1 [
    
    setxy 25 20
    set size 2
    set heading 90
    
  ]
  
   
  set-default-shape lights-on-cs  "light-on-cs"
  create-lights-on-cs 1 [
    
    setxy 15 20
    set size 2
    set heading 90
    
  ]
end  

to set-up-electron-ciruit-Serial
 
 set-default-shape electrons-cs  "electron-cs"
  create-electrons-cs 10 [
    setxy 10 10
    set size 0.5
    set heading 90
  ]
end 

to set-up-battery-ciruit-Serial
   
   set-default-shape battery-cs  "battery-cs"
   create-battery-cs 1 [
       setxy 30 9
        set size 12
        set heading 360
    ] 
end 

to set-up-light-on-Parallel-circuit
 set-default-shape lights-on-Pc "light-on-Pc"
    create-lights-on-Pc 1 [
    setxy 62 15
    set size 2
    set heading 90
  ]
  set-default-shape lights-on-Pc  "light-on-Pc"
  create-lights-on-Pc 1 [
    setxy 62 20
    set size 2
    set heading 90
  ]
end 

to set-up-mafsek-on-Parallel-circuit
  
 set-default-shape mafseks-on-Pc  "mafsek-on-Pc"
  create-mafseks-on-Pc 1 [
    setxy 57 10.5
    set size 8
    set heading 180
  ]
end 

to set-up-mafsek-off-Parallel-circuit
  
 set-default-shape mafseks-off-Pc  "mafsek-off-Pc"
  create-mafseks-off-Pc 1 [
    setxy 58 10.5
    set size 8
    set heading 90
  ]
end 

to set-up-electron-Parallel-circuit
 
 set-default-shape electrons-Pc  "electron-Pc"
  create-electrons-Pc 10 [
    setxy 50 10
    set size 0.5
    set heading 90
    
    ]
end 

to set-up-battery-Parallel-circuit
   
   set-default-shape battery-Pc  "battery-Pc"
   create-battery-Pc 1 [
       setxy 68 9
        set size 12
        set heading 360
    ] 
end 

to Closed-Circuit-Serial
ca  
end  

to open-Circuit-Serial
  
ca
 ca                                              ;; clear everything
 
  ask patches[
    ;; if patches are between (10,10) to (10,20)...
    if (pxcor = (10) and pycor >= (10) and pycor <= ( 20 ) )
      [set pcolor red]                                ;; ... draws left edge in red
    ;; if patches are between (35,10) to (35,20)...
    if ( pxcor = (35) and pycor >= (10) and pycor <= (20) )
      [set pcolor red]                                ;; ... draws right edge in red
    ;; if patches are between (10,10) to (35,10)...
    if ( pycor = (10) and pxcor >= (10) and pxcor <= (35) )
      [set pcolor red]                                ;; ... draws bottom edge in red
    ;; if patches are between (10,20) to (35,20)...
    if ( pycor = (20) and pxcor >= (10) and pxcor <= (35) )
      [set pcolor red]                                ;; ... draws upper edge in red
    ]
 
    set-up-light-on-ciruit-Serial
    set-up-mafsek-off-ciruit-Serial
    set-up-electron-ciruit-Serial
    set-up-battery-ciruit-Serial
end 

to Burning-light-cs
  ca 
end  

to close-circuit-cs
  ca
end 

to insert-light-cs
ca
end  

to Increasing-electrons-cs
ca
end  

to open-circuit-pc
  ca
end 

to Burning-light-pc
  ca 
end  

to close-circuit-pc
  
  ca
end 

to insert-light-pc 
  set-default-shape lights-on-Pc  "light-on-Pc"
  create-lights-on-Pc 1 [
    setxy 56 20
    set size 2
    set heading 90
  ]
end 

to Increasing-electrons
ca
end  

to Increasing-electrons-pc
ca
end  

to setup-ciruit-Serial
  ca                                              ;; clear everything
 
  ask patches[
    ;; if patches are between (10,10) to (10,20)...
    if (pxcor = (10) and pycor >= (10) and pycor <= ( 20 ) )
      [set pcolor red]                                ;; ... draws left edge in red
    ;; if patches are between (35,10) to (35,20)...
    if ( pxcor = (35) and pycor >= (10) and pycor <= (20) )
      [set pcolor red]                                ;; ... draws right edge in red
    ;; if patches are between (10,10) to (35,10)...
    if ( pycor = (10) and pxcor >= (10) and pxcor <= (35) )
      [set pcolor red]                                ;; ... draws bottom edge in red
    ;; if patches are between (10,20) to (35,20)...
    if ( pycor = (20) and pxcor >= (10) and pxcor <= (35) )
      [set pcolor red]                                ;; ... draws upper edge in red
    ]
 
    set-up-light-on-ciruit-Serial
    set-up-mafsek-off-ciruit-Serial  
    set-up-electron-ciruit-Serial
    set-up-battery-ciruit-Serial
end 

;******************************************************************

to go-pc
  tick

  ask electrons-pc
    [
   ; set heading 360
   ; fd speed-of-electrons
   
    fd 0.5
  ]

  ask electrons-pc with [pcolor = black]
  [
    hatch-electrons-pc 1
   [
      set color orange - 2  ;; dark orange
      set size 1
       setxy  50 10 
   ]
          ifelse
    pxcor >= 50   and pxcor <= 74 [ fd 0.5] 
      [ set heading 270 ]
      
  
  ask electrons-Pc
     
   [ ifelse
    pycor >= 10   and pycor <= 20 [ fd 0.5] 
      [ set heading 360 ]
     ]
     ; setxy max-pxcor - 10 ycor
  
    set current current + 1
    die
 
]
;  if current >= Filling-Capacity
 ; [
  ;  user-message (word "The Sink Is Full; Time Taken to Fill = " ticks " isecs ")
   ; stop
  ;]
end 

;*************************************************


; ***********************************

to go-cs
  tick

  ask electrons-cs
    [
    set heading 90
   ; fd speed-of-electrons
   
    fd 0.5
  ]

  ask electrons-cs with [pcolor = black]
  [
    hatch-electrons-cs 1
   [
      set color orange - 2  ;; dark orange
      set size 1
       setxy  10 10 
   ]
     ask electrons-cs
   
  [ ifelse
    pxcor >= 10   and pxcor <= 34 [ fd 0.5] 
      [ set heading 90 ]
     ]  
  
  ; ask electrons-cs
   
  ;  [ ifelse
  ;  pycor >= 10   and pycor <= 30 [ fd 1] 
   ;   [ set heading 0 ]
   ;  ]
    
    ask electrons-cs
   
    [ ifelse
    pycor >= 10   and pycor <= 19.5 [ fd 0.5] 
      [ set heading 270 ]
     ]
    
       
   ask electrons-cs
   
    [ ifelse
    pxcor    <= 36    and pxcor >= 11 [ fd 0.5] 
      [ set heading 180] stop   
     ] 
   
   
  
    set current current + 1
    die
 
]
;  if current >= Filling-Capacity
 ; [
  ;  user-message (word "The Sink Is Full; Time Taken to Fill = " ticks " isecs ")
   ; stop
  ;]
end 

;*************************************************

to  go-Serial-circuit
   

   ask electrons-cs
   
  [ ifelse
    pxcor >= 10   and pxcor <= 34 [ fd 0.5] 
      [ set heading 0 ]
     ]  
  
  ; ask electrons-cs
   
  ;  [ ifelse
  ;  pycor >= 10   and pycor <= 30 [ fd 1] 
   ;   [ set heading 0 ]
   ;  ]
    
    ask electrons-cs
   
    [ ifelse
    pycor >= 10   and pycor <= 19.5 [ fd 0.5] 
      [ set heading 270 ]
     ]
    
       
   ask electrons-cs
   
    [ ifelse
    pxcor    <= 36    and pxcor >= 11 [ fd 0.5] 
      [ set heading 180] stop   
     ] 
   
   
    
    ;**************************************************
     ; we try but donwt sucseec 
  ;  ask patches with  color of red 
  ;       patch-set set pcolor orange
;*********************************************************


       
   ; ask electrons-cs
   
    ;[ ifelse
    ;pxcor    <= 34    and pxcor >= 10 [ bk 1] 
     ; [ set heading 360]
     ;] 

    
  ;  repeat 2 [ fd 8 rt 90 ]   
end 

to setup-ciruit-Parallel 
                                              
  ask patches[
    ;; if patches are between (50,10) to (50,20)...
    if (pxcor = (50) and pycor >= (10) and pycor <= ( 20 ) )
      [set pcolor red]                                ;; ... draws left edge in blue
    ;; if patches are between (75,10) to (75,20)...
    if ( pxcor = (75) and pycor >= (10) and pycor <= (20) )
      [set pcolor red]                                ;; ... draws right edge in blue
    ;; if patches are between (50,10) to (75,10)...
    if ( pycor = (10) and pxcor >= (50) and pxcor <= (75) )
      [set pcolor red]                                ;; ... draws bottom edge in blue
    ;; if patches are between (50,20) to (75,20)...
    if ( pycor = (20) and pxcor >= (50) and pxcor <= (75) )
      [set pcolor red]                                     ;; ... draws upper edge in pink
       ;; if patches are between (50,15) to (75,15)...
       if ( pycor = (15) and pxcor >= (50) and pxcor <= (75) )
      [set pcolor red]                                     ;; ... draws middle edge in pink 
      
    ]
  
    set-up-light-on-Parallel-circuit
    set-up-mafsek-on-Parallel-circuit
    set-up-battery-Parallel-circuit
    set-up-electron-Parallel-circuit
end 

to go-Parallel-circuit
  
  ask electrons-Pc
   
  [ ifelse
    pxcor >= 50   and pxcor <= 74 [ fd 0.5] 
      [ set heading 0 ]
     ]  
  
  ask electrons-Pc
     
   [ ifelse
    pycor >= 10   and pycor <= 20 [ fd 0.5] 
      [ set heading 0 ]
     ]
   
    
   
  ;  ask electrons-Pc
   
   ; [ ifelse
    ; pxcor    <= 34    and pxcor >= 10 [ bk 1] 
    ; [ set heading 360]
  ; ] 
end