SUBHANKER CODES

import turtle as t t.tracer(10) t.bgcolor('black') t.setup(1537,865) t.width(20) color=('red','blue') t.ht() for i in range(700): t.fillcolor(color[i%2]) t.pencolor('black') t.begin_fill() t.bk(i) t.rt(120) t.fd(i) t.lt(90) t.fd(i) t.rt(120) t.fd(i) t.rt(31) t.end_fill() t.done() Subscribe to subhanker codes

import turtle as t import colorsys as c t.tracer(200) t.width(5) t.setup(1537,865) t.bgcolor('black') q=0 for i in range(2000): q+=0.01 color=c.hsv_to_rgb(q,1,1) t.fillcolor(color) t.begin_fill() t.circle(i,121) t.circle(120,30) t.fd(i) t.rt(60) t.bk(i) t.rt(90) t.fd(i) t.lt(120) t.end_fill() t.done() Subscribe to subhanker codes

import turtle as t import colorsys as c q=0 t.tracer(200) t.setup(1537,865) t.bgcolor('black') t.width(10) for i in range(600): q+=0.01 color=c.hsv_to_rgb(q,1,1) t.pencolor('black') t.fillcolor(color) t.begin_fill() t.fd(i) t.rt(120) t.circle(i,120) t.fd(i) t.lt(120) t.bk(i) t.circle(i,121) t.end_fill() t.done() Subscribe to subhanker codes

import turtle as t import colorsys as c t.tracer(10) t.bgcolor('black') t.setup(1537,865) t.width(20) q=0 for i in range(1200): q+=0.01 color=c.hsv_to_rgb(q,1,1) t.pencolor(color) t.begin_fill() t.fd(i) t.rt(10) t.fd(i) t.circle(i,90) t.fd(i) t.rt(120) t.setpos(0,0) t.circle(i,30) t.end_fill() t.done() Subscribe to subhanker codes

import turtle as t import colorsys as c t.setup(1537,865) t.tracer(60) t.bgcolor('black') t.width(2) q=0 for i in range(500): q+=0.01 color=c.hsv_to_rgb(q,1,1) t.pencolor('black') t.fillcolor(color) t.fd(i) t.rt(180) t.fd(i) t.rt(90) t.begin_fill() t.fd(i) t.rt(60) t.fd(i) t.circle(i,270) t.fd(i) t.rt(121) t.end_fill() t.done() Subscribe to subhanker codes

import turtle as t t.tracer(200) t.width(2) t.bgcolor('black') t.setup(1537,865) color=('red','blue') for i in range(1200): t.pencolor(color[i%2]) t.fd(i) t.rt(120) t.fd(i) t.circle(i,30) t.fd(i) t.begin_fill() t.circle(i,120) t.fd(i) t.lt(30) t.end_fill() t.bk(i) t.lt(121) t.done() Subscribe to subhanker codes

import turtle as t import colorsys as c t.tracer(20) t.setup(1537,865) t.bgcolor('black') t.ht() p=0 t.width(4) for i in range(1200): color=c.hsv_to_rgb(p,1,1) p+=0.01 t.fillcolor(color) t.fd(i) t.begin_fill() t.rt(200) t.fd(i) t.rt(120) t.fd(i) t.rt(60) t.fd(i) t.rt(120) t.end_fill() t.done() output: Subscribe to subhanker codes

import turtle as t import colorsys as c t.setup(1537,865) t.tracer(100) t.bgcolor('black') p=0 for i in range(600): t.width(40) p+=0.01 color=c.hsv_to_rgb(p,1,1) t.pencolor(color) t.fd(i) t.rt(120) t.fd(i) t.rt(60) t.begin_fill() t.fd(i) t.lt(30) t.fd(i) t.circle(i,61) t.end_fill() t.done() Subscribe to subhanker codes

import turtle as t import colorsys as c t.width(30) t.tracer(50) t.bgcolor('black') t.setup(1537,865) r=0.0 for i in range(2000): r+=0.01 color=c.hsv_to_rgb(r,1,1) t.pencolor('black') t.fillcolor(color) t.fd(i) t.rt(200) t.fd(i) t.lt(300) t.begin_fill() t.fd(i) t.rt(60) t.fd(i) t.circle(i,90) t.fd(i) t.rt(270) t.end_fill() t.done() output : Subscribe to subhanker codes

import turtle as t t.setup(1537,865) t.tracer(100) t.pencolor('cyan') t.bgcolor('black') for i in range(1000): t.fd(i) t.rt(180) t.fd(i) t.circle(i,90) t.circle(i,40) t.fd(i) t.rt(30) t.done() output:    subscribe to  subhanker codes

import turtle as t t.tracer(100) t.setup(1537,865) t.bgcolor('black') color=('red','blue') t.ht() t.width(10) for i in range(1000): t.pencolor(color[i%2]) t.begin_fill() t.fd(i) t.rt(90) t.fd(i) t.circle(22,90) t.circle(i,90) t.rt(272) t.end_fill() t.done() output:

import turtle as t import colorsys as c t.setup(1537,865) t.width(6) t.tracer(20) t.bgcolor('black') q=0 for i in range(1000): color=c.hsv_to_rgb(q,1,1) q+=0.09 t.fillcolor(color) t.begin_fill() t.fd(i) t.rt(120) t.fd(i) t.rt(90) t.fd(i) t.circle(i,50.1) t.fd(i) t.end_fill() t.done() ------------------ OUTPUT ------------------

import turtle as t import colorsys as c t.tracer(20) t.bgcolor('black') t.setpos(0,-230) r=0 t.setup(1537,865) t.width(20) t.ht() for i in range(2000): r+=0.01 color=c.hsv_to_rgb(r,1,1) t.fillcolor(color) t.begin_fill() t.circle(i,120) t.circle(90,90) t.circle(i,120) t.end_fill() t.done() OUTPUT 👇👇👇

import turtle as t import colorsys as c t.setup(1537,865) t.width(2) t.tracer(20) t.setpos(60,100) t.bgcolor('black') q=0 for i in range(2000): color=c.hsv_to_rgb(q,1,1) q+=0.09 t.fillcolor(color) t.begin_fill() t.fd(i) t.rt(120) t.fd(i) t.rt(60) t.fd(i) t.circle(i,120) t.fd(90) t.end_fill() t.done()

import turtle as t t.setup(1537,865) t.bgcolor('black') color=('red','white') t.tracer(200) t.width(30) for i in range(2000): t.fillcolor(color[i%2]) t.begin_fill() t.fd(i) t.rt(200) t.fd(i) t.rt(90) t.fd(i) t.circle(i,90) t.end_fill() t.done()

import turtle as t import colorsys as c t.tracer(20) t.setup(1537,865) w=0 t.bgcolor('black') t.width(10) for i in range(2000): w+=0.01 color=c.hsv_to_rgb(w,1,1) t.fillcolor(color) t.begin_fill() t.fd(i) t.rt(120) t.fd(i) t.rt(240) t.fd(i) t.circle(i,120.1) t.end_fill() t.done()

import turtle as t t.tracer(200) t.setup(1537,865) t.width(10) t.bgcolor('black') for i in range(1000): t.pencolor('white') t.begin_fill() t.fd(i) t.setpos(0,0) t.fd(i) t.rt(120) t.fd(i) t.lt(60) t.circle(i,90) t.fd(i) t.rt(90) t.fd(i) t.rt(120.9) t.end_fill() t.done()

import turtle as t import colorsys as c t.tracer(200) t.width(40) t.setup(1537,865) t.bgcolor('black') t.setpos(-100,-100) q=0 for i in range(2000): q+=0.01 color=c.hsv_to_rgb(q,1,1) t.pencolor(color) t.fd(i) t.circle(90,120) t.fd(i) t.circle(i,120) t.done()

import turtle as t import colorsys as c t.setup(1537,865) t.bgcolor('black') t.pencolor('black') t.tracer(20) #subhanker codes t.width(6) r=0 t.ht() for i in range(2000): r+=0.01 color=c.hsv_to_rgb(r,1,1) t.fd(i) t.fillcolor(color) t.begin_fill() t.fd(i) t.rt(58) t.setpos(0,0) t.fd(i) t.rt(100) t.fd(i) t.rt(199) t.end_fill() t.done()

import turtle as t t.bgcolor('black') t.setup(1537,865) t.tracer(200) t.pencolor('black') t.width(2) color=('red','orange','purple') for i in range(2020): t.fillcolor(color[i%3]) t.begin_fill() t.fd(i) t.rt(200) t.fd(i) t.circle(22,99) t.fd(i) t.rt(200) t.circle(i,90) t.end_fill() t.done()