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PYTHON PROGRAMMING drawTree() : draws a tree comprised of only rectangles and triangles (as shown above) using the basic shape functions from lab03 drawForest(): draws
PYTHON PROGRAMMING drawTree() : draws a tree comprised of only rectangles and triangles (as shown above) using the basic shape functions from lab03 drawForest(): draws a row of trees with different shades of green placed randomly along a row drawHut(): draws a hut (as shown above) comprising only of rectangles reusing the basic rectangle function from lab03 drawVillage(): draws a collection of huts placed randomly along a row drawScene(): draws the final scene as shown above using the drawForest() and drawVillage() functions
import turtle | |
import math | |
def drawRectangle(t, width, height, tilt, penColor, fillColor): | |
t.color(penColor, fillColor) | |
t.begin_fill() | |
t.seth(tilt) | |
t.forward(width) | |
t.left(90) | |
t.forward(height) | |
t.left(90) | |
t.forward(width) | |
t.left(90) | |
t.forward(height) | |
t.end_fill() | |
t.seth(0) | |
def drawTriangle(t, base, height, penColor, fillColor): | |
t.begin_fill() | |
t.color(penColor, fillColor) | |
t.forward(base) | |
turnAngle = 180 - math.degrees(math.atan2(height,base/2)) | |
t.left(turnAngle) | |
side = math.sqrt((base/2)**2 +(height**2)) | |
t.forward(side) | |
t.left(2*(180-turnAngle)) | |
t.forward(side) | |
t.seth(0) | |
t.end_fill() |
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