started compartmentlising animations 0.1

Python/ShapesStuff/nodal_pattern - Copy.py

@@ -0,0 +1,136 @@
+from turtle import *
+r = 1
+g = 0
+b = 0
+tup = (r,g,b)
+pencolor(tup) 
+change_amount = 0.1
+changing_color = "r+"
+
+#begin_fill()
+pendown()
+
+
+
+def step_color_rainbow():
+    
+    global changing_color
+    global change_amount
+    global r
+    global g
+    global b
+    if(changing_color == "r+"):
+        r += change_amount
+        if(r>1):
+            r = 1
+            changing_color = "b-"        
+    elif(changing_color == "g+"):
+        g += change_amount
+        if(g>1):
+            g = 1
+            changing_color = "r-"
+    elif(changing_color == "b+"):
+        b += change_amount
+        if(b>1):
+            b = 1
+            changing_color = "g-"         
+    if(changing_color == "r-"):
+        r -= change_amount
+        if(r<0):
+            r = 0
+            changing_color = "b+"        
+    elif(changing_color == "g-"):
+        g -= change_amount
+        if(g<0):
+            g = 0
+            changing_color = "r+"         
+    elif(changing_color == "b-"):
+        b -= change_amount
+        if(b<0):
+            b = 0
+            changing_color = "g+"        
+    
+
+
+
+
+
+
+
+def step_color_two():
+    global r
+    global g
+    global b
+    global changing_color
+    
+    r1 = 0.07
+    g1 = 0.02
+    b1 = 0.35
+    
+    r2 = 1
+    g2 = 0.07
+    b2 = 0.31
+    
+    
+    c_amount = 100
+    
+    rdiff = r2-r1
+    gdiff = g2 - g1
+    bdiff = b2 - b1
+    
+    rchange = rdiff/c_amount
+    gchange = gdiff/c_amount
+    bchange = bdiff/c_amount
+    #print(f"{rchange} {gchange} {bchange}")
+    #print(f" {r} {g} {b}")
+    if(changing_color == "r+"):
+        r += rchange
+        g += gchange
+        b += bchange
+    else:
+        r -= rchange
+        g -= gchange
+        b -= bchange
+        
+    if(r >= r2):
+        r = r2
+        g = g2
+        b = b2
+        changing_color = "r-"
+    elif(r <= r1):
+        r = r1
+        g = g1
+        b = b1
+        changing_color = "r+"    
+    
+nodes = 999
+step = 330
+node_angle = 360/nodes
+speed(0)
+bgcolor("black")
+def iterations(n,s):
+    i = 1
+    while True:
+        x = s*i
+        if(x % n== 0) and (x>= n):
+            return i
+        else:
+            i += 1
+
+#print(iterations(nodes,step))
+distance = 1
+flip = 1
+while True:
+    forward(distance * flip)
+    #flip *= -1
+    right(step*node_angle)
+    #node_angle *= 1.0001
+    if abs(pos()) < 1:
+        break
+    
+    #step_color_two()
+    #step_color_rainbow()
+    #print(f"{r} {g} {b}")
+    pencolor((r,g,b))
+    distance +=1
+done()

Python/ShapesStuff/nodal_pattern-DESKTOP-QKEHV8K.py

@@ -0,0 +1,133 @@
+from turtle import *
+r = 1
+g = 0
+b = 0
+tup = (r,g,b)
+pencolor(tup) 
+change_amount = 0.1
+changing_color = "r+"
+
+#begin_fill()
+pendown()
+
+
+
+def step_color_rainbow():
+    
+    global changing_color
+    global change_amount
+    global r
+    global g
+    global b
+    if(changing_color == "r+"):
+        r += change_amount
+        if(r>1):
+            r = 1
+            changing_color = "b-"        
+    elif(changing_color == "g+"):
+        g += change_amount
+        if(g>1):
+            g = 1
+            changing_color = "r-"
+    elif(changing_color == "b+"):
+        b += change_amount
+        if(b>1):
+            b = 1
+            changing_color = "g-"         
+    if(changing_color == "r-"):
+        r -= change_amount
+        if(r<0):
+            r = 0
+            changing_color = "b+"        
+    elif(changing_color == "g-"):
+        g -= change_amount
+        if(g<0):
+            g = 0
+            changing_color = "r+"         
+    elif(changing_color == "b-"):
+        b -= change_amount
+        if(b<0):
+            b = 0
+            changing_color = "g+"        
+    
+
+
+
+
+
+
+
+def step_color_two():
+    global r
+    global g
+    global b
+    global changing_color
+    
+    r1 = 0.07
+    g1 = 0.02
+    b1 = 0.35
+    
+    r2 = 1
+    g2 = 0.07
+    b2 = 0.31
+    
+    
+    c_amount = 100
+    
+    rdiff = r2-r1
+    gdiff = g2 - g1
+    bdiff = b2 - b1
+    
+    rchange = rdiff/c_amount
+    gchange = gdiff/c_amount
+    bchange = bdiff/c_amount
+    #print(f"{rchange} {gchange} {bchange}")
+    #print(f" {r} {g} {b}")
+    if(changing_color == "r+"):
+        r += rchange
+        g += gchange
+        b += bchange
+    else:
+        r -= rchange
+        g -= gchange
+        b -= bchange
+        
+    if(r >= r2):
+        r = r2
+        g = g2
+        b = b2
+        changing_color = "r-"
+    elif(r <= r1):
+        r = r1
+        g = g1
+        b = b1
+        changing_color = "r+"    
+    
+nodes = 999
+step = 247
+node_angle = 360/nodes
+speed(0)
+bgcolor("black")
+def iterations(n,s):
+    i = 1
+    while True:
+        x = s*i
+        if(x % n== 0) and (x>= n):
+            return i
+        else:
+            i += 1
+
+#print(iterations(nodes,step))
+distance = 1
+while True:
+    forward(distance)
+    right(step*node_angle)
+    if abs(pos()) < 1:
+        break
+    
+    step_color_two()
+    #step_color_rainbow()
+    #print(f"{r} {g} {b}")
+    pencolor((r,g,b))
+    distance +=2
+done()

Python/ShapesStuff/nodal_pattern.py

@@ -0,0 +1,134 @@
+from turtle import *
+r = 1
+g = 0
+b = 0
+tup = (r,g,b)
+pencolor(tup) 
+change_amount = 0.1
+changing_color = "r+"
+
+#begin_fill()
+pendown()
+
+
+
+def step_color_rainbow():
+    
+    global changing_color
+    global change_amount
+    global r
+    global g
+    global b
+    if(changing_color == "r+"):
+        r += change_amount
+        if(r>1):
+            r = 1
+            changing_color = "b-"        
+    elif(changing_color == "g+"):
+        g += change_amount
+        if(g>1):
+            g = 1
+            changing_color = "r-"
+    elif(changing_color == "b+"):
+        b += change_amount
+        if(b>1):
+            b = 1
+            changing_color = "g-"         
+    if(changing_color == "r-"):
+        r -= change_amount
+        if(r<0):
+            r = 0
+            changing_color = "b+"        
+    elif(changing_color == "g-"):
+        g -= change_amount
+        if(g<0):
+            g = 0
+            changing_color = "r+"         
+    elif(changing_color == "b-"):
+        b -= change_amount
+        if(b<0):
+            b = 0
+            changing_color = "g+"        
+    
+
+
+
+
+
+
+
+def step_color_two():
+    global r
+    global g
+    global b
+    global changing_color
+    
+    r1 = 0.07
+    g1 = 0.02
+    b1 = 0.35
+    
+    r2 = 1
+    g2 = 0.07
+    b2 = 0.31
+    
+    
+    c_amount = 100
+    
+    rdiff = r2-r1
+    gdiff = g2 - g1
+    bdiff = b2 - b1
+    
+    rchange = rdiff/c_amount
+    gchange = gdiff/c_amount
+    bchange = bdiff/c_amount
+    #print(f"{rchange} {gchange} {bchange}")
+    #print(f" {r} {g} {b}")
+    if(changing_color == "r+"):
+        r += rchange
+        g += gchange
+        b += bchange
+    else:
+        r -= rchange
+        g -= gchange
+        b -= bchange
+        
+    if(r >= r2):
+        r = r2
+        g = g2
+        b = b2
+        changing_color = "r-"
+    elif(r <= r1):
+        r = r1
+        g = g1
+        b = b1
+        changing_color = "r+"    
+    
+nodes = 999
+step = 330
+node_angle = 360/nodes
+speed(0)
+bgcolor("black")
+def iterations(n,s):
+    i = 1
+    while True:
+        x = s*i
+        if(x % n== 0) and (x>= n):
+            return i
+        else:
+            i += 1
+
+#print(iterations(nodes,step))
+distance = 1
+speed = 0
+while True:
+    forward(distance)
+    right(step*node_angle)
+    if abs(pos()) < 1:
+        break
+    
+    step_color_two()
+    #step_color_rainbow()
+    #print(f"{r} {g} {b}")
+    pencolor((r,g,b))
+    distance +=1
+done()