README.md

@@ -1,30 +1,3 @@
-# (Drawing project)
-
-(
-Halloween Theme
-
-A spider descends from its web, then expands rapidly to fill the entire screen before bursting like a firework
-
-)
-
-## Description 
-
-(1. Draw the spider web with the spider
-2. Make the spider descend.
-3. Rise up the spider and make it bigger
-4. At some point, add change it to firework effect 
-
-![1,2's effect was like this](spider.gif)
-![4 will be like this](Fireworks.gif)
-
-)
-
-## Planning
-
-(1. Draw the spider web with the spider
-2. Make the spider descend.
-3. Rise up the spider and make it bigger
-4. At some point, add change it to firework effect )
 # Grace Proposal of Drawing Program for LAI 676
 
 ## Description 

drawing.py

@@ -1,28 +1,7 @@
 # drawing.py
-# ----------Not sure if I sumbmit it right or not
-# By ____Grace__________
+# ----------
+# By ____(you)___________
 #
-# (Halloween Theme with Spider exploding)
-
+# (Briefly describe what this program does.)
 
 from turtle import *
-from superturtle import *
-from superturtle.movement import *
-from spider import *
-from spiderweb import *
-
-
-def drawing(side_length): 
-    draw_web(side_length)
-    penup()
-    goto(0, 0)
-    setheading(0)
-    pendown()
-    draw_spider()
-    draw_connection_line()
-    hideturtle()
-    done()
-
-drawing(300)
-
-    

spider.py

@@ -1,65 +0,0 @@
-from turtle import *
-from superturtle import *
-from superturtle.movement import *
-
-from turtle import *
-
-def draw_circle(radius, x, y, color=None):
-    "Draw a circle with the given radius at the (x, y) position. Optionally fill with color."
-    penup()
-    goto(x, y - radius)  # Move to the correct start point
-    pendown()
-    
-    if color:
-        fillcolor(color)  # Set the fill color
-        begin_fill()  # Start filling the circle with color
-    
-    circle(radius)  # Draw the circle
-    
-    if color:
-        end_fill()  # End the filling
-
-def draw_spider():
-
-    # Step 1: Draw the big circle (spider body) on top of the small circle
-     draw_circle(60, 30, 60, color="grey")  
-
-    # Step 2: Draw the small circle (spider head)
-     draw_circle(20, 30, 0, color="black")  
-
-    # Step 3: Draw legs on big circle
-     draw_legs(60, 30, 60)
-
-def draw_legs(radius, x, y):
-    "Draws legs starting from the perimeter of the big circle (spider's body)"
-    leg_length = 50  # Length of the legs
-    pensize(4)
-    
-    # Draw legs at equal angles from the top of the big circle
-    angles = [-60, -30, 0, 30, 150, 180, 210, 240]  # Angles for legs (top-left, top-right, and bottom)
-    
-    for angle in angles:
-        penup()
-        goto(x, y)  # Go to the center of the big circle
-        setheading(angle)  # Set the heading to the desired angle
-        forward(radius)  # Move forward to the perimeter of the big circle
-        pendown()
-        forward(leg_length)  # Draw the leg
-        penup()
-        backward(leg_length)  # Move back to the perimeter of the big circle
-
-def draw_connection_line():
-    "Draw a line from the top of the big circle (head) to the center of the small circle (body)"
-    penup()
-    goto(30, 400)  
-    pendown()
-    goto(30, 120)  # Draw a line to the center of the small circle (spider's body)
-    penup()
-    goto(0, 0)
-
-# Draw the spider
-# draw_spider()
-# draw_connection_line()
-# hideturtle()
-# done()
-    

spiderall.py

@@ -1,121 +0,0 @@
-from turtle import *
-from superturtle import *
-from superturtle.movement import *
-
-segment_positions = [] 
-def draw_web_line(side_length):
-    global segment_positions
-    fly(-350, 350)
-    for side in range(5):
-        draw_segmented_line(side_length)
-        right(22.5)
-        fly(-350, 350)
-        #right(22.5)
-        
-def draw_segmented_line(side_length):
-    "Draws a line with 4 equal segments and marks the points"
-    segment_length = side_length / 4
-    line_segments = []
-    for segment in range(4):
-        forward(segment_length)
-        mark_point()  # Mark the points at each segment
-        line_segments.append(pos())
-    segment_positions.append(line_segments)
-
-
-def mark_point():
-    "Marks a point at the current location"
-    dot(5, "black")  # Draw a dot to mark the segment points
-
-def connect_segments():
-    "Connects the corresponding segment points of adjacent lines"
-    global segment_positions
-    for i in range(4):  # Iterate over the 4 segments
-        for j in range(5):  # Iterate over the 5 lines
-            next_j = (j + 1) % 5  # To wrap around to the first line after the fifth
-                        # Skip connections if either segment is near the x-axis or y-axis
-            if segment_positions[j][i][0] == -350 or segment_positions[next_j][i][1] == 350:
-                continue
-
-            penup()
-            goto(segment_positions[j][i])  # Go to the current segment
-            pendown()
-            goto(segment_positions[next_j][i])  # Draw a line to the next segment
-
-# Main function to draw the web
-def draw_web(side_length):
-    draw_web_line(side_length)
-    connect_segments()
-
-
-# Draw the web lines
-# draw_web(300)
-# hideturtle()
-# done()
-
-def draw_circle(radius, x, y, color=None):
-    "Draw a circle with the given radius at the (x, y) position. Optionally fill with color."
-    penup()
-    goto(x, y - radius)  # Move to the correct start point
-    pendown()
-    
-    if color:
-        fillcolor(color)  # Set the fill color
-        begin_fill()  # Start filling the circle with color
-    
-    circle(radius)  # Draw the circle
-    
-    if color:
-        end_fill()  # End the filling
-
-def draw_spider():
-
-
-    # Step 1: Draw the big circle (spider body) on top of the small circle
-     draw_circle(60, 30, 60, color="grey")  
-
-    # Step 2: Draw the small circle (spider head)
-     draw_circle(30, 30, 0, color="black")  
-
-    # Step 3: Draw legs on big circle
-     draw_legs(60, 30, 60)
-
-def draw_legs(radius, x, y):
-    "Draws legs starting from the perimeter of the big circle (spider's body)"
-    leg_length = 50  # Length of the legs
-    pensize(4)
-    
-    # Draw legs at equal angles from the top of the big circle
-    angles = [-60, -30, 0, 30, 150, 180, 210, 240]  # Angles for legs (top-left, top-right, and bottom)
-    
-    for angle in angles:
-        penup()
-        goto(x, y)  # Go to the center of the big circle
-        setheading(angle)  # Set the heading to the desired angle
-        forward(radius)  # Move forward to the perimeter of the big circle
-        pendown()
-        forward(leg_length)  # Draw the leg
-        penup()
-        backward(leg_length)  # Move back to the perimeter of the big circle
-
-def draw_connection_line():
-    "Draw a line from the top of the big circle (head) to the center of the small circle (body)"
-    penup()
-    goto(30, 400)  
-    pendown()
-    goto(30, 120)  # Draw a line to the center of the small circle (spider's body)
-    penup()
-    goto(0, 0)
-
-def drawing(side_length): 
-    draw_web(side_length)
-    penup()
-    goto(0, 0)
-    setheading(0)
-    pendown()
-    draw_spider()
-    draw_connection_line()
-    hideturtle()
-    done()
-    
-drawing(300)

spiderweb.py

@@ -1,55 +0,0 @@
-from turtle import *
-from superturtle import *
-from superturtle.movement import *
-
-segment_positions = [] 
-def draw_web_line(side_length):
-    global segment_positions
-    fly(-350, 350)
-    for side in range(5):
-        draw_segmented_line(side_length)
-        right(22.5)
-        fly(-350, 350)
-        #right(22.5)
-        
-def draw_segmented_line(side_length):
-    "Draws a line with 4 equal segments and marks the points"
-    segment_length = side_length / 4
-    line_segments = []
-    for segment in range(4):
-        forward(segment_length)
-        mark_point()  # Mark the points at each segment
-        line_segments.append(pos())
-    segment_positions.append(line_segments)
-
-
-def mark_point():
-    "Marks a point at the current location"
-    dot(5, "black")  # Draw a dot to mark the segment points
-
-def connect_segments():
-    "Connects the corresponding segment points of adjacent lines"
-    global segment_positions
-    for i in range(4):  # Iterate over the 4 segments
-        for j in range(5):  # Iterate over the 5 lines
-            next_j = (j + 1) % 5  # To wrap around to the first line after the fifth
-                        # Skip connections if either segment is near the x-axis or y-axis
-            if segment_positions[j][i][0] == -350 or segment_positions[next_j][i][1] == 350:
-                continue
-
-            penup()
-            goto(segment_positions[j][i])  # Go to the current segment
-            pendown()
-            goto(segment_positions[next_j][i])  # Draw a line to the next segment
-
-# Main function to draw the web
-def draw_web(side_length):
-    draw_web_line(side_length)
-    connect_segments()
-
-
-# Draw the web lines
-# draw_web(300)
-# hideturtle()
-# done()
-