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Poplar Optimization Algorithm || Step-By-Step || ~xRay Pixy

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The Poplar Optimization Algorithm (POA) is a nature-inspired optimization method based on how poplar trees reproduce. It uses sexual propagation (seed dispersal by wind) for exploration and asexual reproduction (cutting and regrowth) for exploitation. Mutation and chaos factors help maintain diversity and prevent premature convergence, making POA efficient for solving complex optimization problems. Learn the Poplar Optimization Algorithm Step-By-Step using Examples. Video Chapters: Poplar Optimization Algorithm (POA) 00:00 Introduction 02:12 POA Applications 03:32 POA Steps 05:50 Execute Algorithm 1 13:45 Execute Algorithm 2 16:38 Execute Algorithm 3 18:15 Conclusion Main Points of the Poplar Optimization Algorithm (POA) Nature-Inspired Algorithm – Based on the reproductive mechanisms of poplar trees. Two Key Processes : Sexual Propagation (Seed Dispersal) – Uses wind to spread seeds, allowing broad exploration. Asexual Reproduction (Cuttings) – Strong branches grow ...
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TURTLE GRAPHICS USING PYTHON || Happy Birthday To You || 09 || ~xRay Pixy

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Python Turtle Graphics || Create a Happy Birthday Message to Someone Special || Feirnds || Family Members ||
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Donkey and Smuggler Optimization Algorithm || STEP-BY-STEP || ~xRay Pixy

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Donkey and Smuggler Optimization Algorithm Learn Donkey and Smuggler Optimization Algorithm Step-By-Step with Examples Video Chapters: Introduction: 00:00 Donkey's Behavior: 02:02 Donkey Mode: 04:20 Donkey and Smuggler Optimization Algorithm: 06:49 Smuggler Mode: 08:02 Donkey and Smuggler Optimization Algorithm STEPS: 11:54 Donkey and Smuggler Optimization Algorithm FLOWCHART: 15:39 Conclusion: 16:24 About Donkey and Smuggler Optimization Algorithm: - Introduced in 2019 by Ahmed S Shamsaldin et. al. - Nature Inspired Population-Based Metaheuristic Optimization Algorithm. - Used to Solve Complex Optimization Problems. - Implemented to solve Real Life Optimization Problems such as Travelling Salesman Problem (TSP) Routing Problems     Ambulance Routing Donkey and Smuggler Optimization Algorithm MODES: Smuggler Mode [Non-Adaptive] Donkey Mode [Adapative] Donkey and Smuggler Optimization Algorithm STEPS: Initialize algorithm parameters i.e., Population Size, Dimensions...
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TURTLE GRAPHICS USING PYTHON || Turtle Star || 08 || ~xRay Pixy

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TURTLE GRAPHICS USING PYTHON || Turtle Star || 08 ||  STEPS Python Turtle Graphics Design First Import Turtle Here, variable r is considered a Turtle. Set Turtle Speed. Set Line Width. Set Background Color as while.  Select Colors for the Design. Create a List of Colors. For Loop Initialization. Access Colors from the List inside Loop. Set Direction for Turtle. SOURCE CODE import turtle r = turtle.Turtle() r = turtle.Pen() r.speed(1000) r.width(2) turtle.bgcolor('white') c = ['blue','lime','red','black','gold','aqua','purple','silver'] for x in range (600):     r.pencolor(c[x%8])     r.forward(x)     r.right(160) r.done() OUTPUT
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Python Turtle Graphics || STAR SPIRAL DESIGN 0 7|| ~xRay Pixy

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SOURCE CODE import turtle r = turtle.Turtle() r = turtle.Pen() r.width(4) r.speed(50) turtle.bgcolor('black') c = ['white','red','blue','orange'] for i in range (700):     r.pencolor(c[i%4])     r.left(i)     r.right(100) r.done()
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Python Turtle Graphics || Flower Design 0 6|| ~xRay Pixy

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Python Turtle Graphics || Flower Design 0 6|| SOURCE CODE from turtle import Turtle r = Turtle() r.screen.bgcolor('black') color = ['red','lime','yellow'] r.screen.tracer(0,0) for x in range(150):     r.circle(x)     r.color(color[x%3])     r.left(60) r.screen.exitonclick() r.screen.mainloop() OUTPUT
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Python Turtle Graphics || SPIRAL Design 05 || ~xRay Pixy

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Python Turtle Graphics || SPIRAL Design 05 ||  SOURCE CODE import turtle r = turtle.Turtle() s = turtle.Screen() s.bgcolor('white') r.width(2) r.speed(20) color = ('lime','aqua','red','indigo') for i in range (300):     r.pencolor(color[i%3])     r.forward(i*4)     r.right(121) OUTPUT
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TURTLE GRAPHICS USING PYTHON || Turtle Star || 04 || ~xRay Pixy

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PYTHON TURTLE GRAPHICS || Turtle Star || SOURCE CODE from turtle import * color('blue','yellow') begin_fill() while True:     forward(300)     left(170)     if abs(pos())<1:         break end_fill() OUTPUT
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TURTLE GRAPHICS USING PYTHON || CIRCLE PATTERN || ~xRay Pixy

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TURTLE GRAPHICS USING PYTHON SOURCE CODE import turtle as r r.title('CIRCLE PATTERN') r.speed(20) r.bgcolor('white') r.shape('circle') r.color('red') for i in range (0,360,10):     r.seth(i)     r.circle(125) r.done() OUTPUT
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PYTHON TURTLE GRAPHICS DESIGNS || Geometric Art || ~xRay Pixy

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PYTHON TURTLE GRAPHICS DESIGNS SOURCE CODE FOR SPIRAL HEXAGON import turtle colors = ['red','yellow','blue','green','white','orange','silver','pink'] s = turtle.Pen() turtle.bgcolor('black') for i in range (250):     s.pencolor(colors [i % 6])     s.width(i/100 +1)     s.forward(i)     s.left(50) OUTPUT
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Python Turtles Graphics | Source Code | ~xRay Pixy

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Python Turtles Graphics || Source Code || PYTHON TURTLE SOURCE CODE import turtle c = turtle.Turtle() c.color("blue") c.pensize(10) c.shape("turtle") c.backward(150) c.left(90) c.forward(150) c.right(90) c.forward(150) c.left(45) c.forward(40) c.right(67) c.backward(50) c.left(250) c.backward(60) c.left(180) c.forward(50) c.right(90) c.forward(100) c.down() c.forward(150) c.left(60) c.down() c.forward(40) c.down() c.right(60) c.forward(100) c.left(230) c.forward(200) c.up() c.right(52) c.forward(50) c.backward(200) c.left(20) c.forward(100) turtle.done()
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Python For Beginners - Python Basics

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PYTHON FOR BEGINNERS # Variables: Used to hold Values x = 200 y = 2 z = x+y print(z) OUTPUT: 202 # Careating Strings in Python r = 'Create stings' print(r) d = 'Don\'t Give Up' print(d) OUTPUT   Create stings Don't Give Up #Hold Values in Strings val = 50 disp = 'My Value is %s' print(disp % val) OUTPUT:  My Value is 50 #placeholder different variables - replace stings msg = '%s: Python is good' msg2 = '%s: Yes' c1 = 'Roy' c2 = 'Jhon' print(msg % c1) print(msg2 % c2) OUTPUT   Roy: Python is good Jhon: Yes #Hold Multiple Values  Hold= 'Add %s and %s' num1 = 23 num2 = 65 print(Hold % (num1,num2)) OUTPUT:   Add 23 and 65 #String Multiplication print(3 * 'R') OUTPUT:  RRR #How to use Space/Tab Space = ' ' * 10 print('%s Hello' % Space) print() print('%s Life = Peace' % Space) OUTPUT  :             Hello            Life = Peace #Create a String List and access Values from it. Simple...
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