def testDrawSudoku():
print("Testing drawSudokuBoard()...")
print("Since this is graphics, this test is not interactive.")
print("Inspect each of these results manually to verify them.")
basic_graphics.run(getSudokuBoard0(), 10, drawFn=drawSudokuBoard)
basic_graphics.run(getSudokuBoard1(), 10, drawFn=drawSudokuBoard)
print("Done!")
def testDrawChessBoard():
print("Testing drawChessBoard()...")
print("Since this is graphics, this test is not interactive.")
print("Inspect each of these results manually to verify them.")
basic_graphics.run(getStandardChessBoard(), (0, 112, 255),
20,
drawFn=drawChessBoard,
width=500,
height=500)
basic_graphics.run(getSolitaireChessBoard(), (255, 150, 0),
0,
drawFn=drawChessBoard,
width=150,
height=150)
basic_graphics.run(getSimplifiedChessBoard(), (10, 255, 0),
30,
drawFn=drawChessBoard,
width=300,
height=260)
print("Done!")
import basic_graphics
# create_rectangle:
# https://anzeljg.github.io/rin2/book2/2405/docs/tkinter/create_rectangle.html
def draw(canvas, width, height):
##canvas.create_line(2, 150, width/2, height/2)
#######
##canvas.create_rectangle(100,100,150,150)
#######
# most graphics functions allow you to use optional parameters
# to change the appearance of the object. These are written with the code
# paramName=paramValue
# after the core parameters in the code
# fill changes the internal color of the shape
##canvas.create_rectangle( 0, 0, 150, 150, fill="yellow")
# width changes the size of the border
##canvas.create_rectangle(100, 50, 250, 100, fill="orange", width=5)
# outline changes the color of the border
##canvas.create_rectangle( 50, 100, 150, 200, fill="green",
outline="red", width=3)
# width=0 removes the border entirely
##canvas.create_rectangle(125, 25, 175, 190, fill="purple", width=0)
#######
basic_graphics.run(width=400, height=300)
text='by Aidan Freeman',
fill='white',
font=f'Arial {42} bold')
playButton = canvas.create_rectangle(500, 350, 900, 450, fill='lime')
playLabel = canvas.create_text(700,
400,
text='PLAY Test!',
fill='white',
font=f'Arial {42} bold')
playButton.pack()
serverButton = canvas.create_rectangle(500, 500, 900, 600, fill='lime')
serverLabel = canvas.create_text(700,
550,
text='Server Browser (Coming Soon)',
fill='white',
font=f'Arial {20} bold')
versionLabel = canvas.create_text(1290,
690,
text='Client Version 0.0.6',
fill='white',
font=f'Arial {10} bold')
#mouse Click events
def onMousePress(mouseX, mouseY):
pass
#window size
basic_graphics.run(width=1366, height=768)
def testDrawDashedLine():
print('Testing drawDashedLine()... (confirm visually)')
print(' drawDashedLine: dashLength of 5, win size of 400x400...', end='')
basic_graphics.run(5, width=400, height=400, drawFn=drawDashedLine)
print(' drawDashedLine: dashLength of 20, win size of 800x200...', end='')
basic_graphics.run(20, width=800, height=200, drawFn=drawDashedLine)
def testDrawFancyWheels():
print('Testing drawFancyWheels()... (confirm visually)')
print(' drawFancyWheels: 1 row x 1 col, win size of 400x400...', end='')
basic_graphics.run(1, 1, width=400, height=400, drawFn=drawFancyWheels)
print(' drawFancyWheels: 4 rows x 6 cols, win size of 900x600...', end='')
basic_graphics.run(4, 6, width=900, height=600, drawFn=drawFancyWheels)
def testDrawLetterTypePieChart():
print('Testing drawLetterTypePieChart()...')
basic_graphics.run(drawFn=drawLetterTypePieCharts, width=800, height=800)
print('Do a visual inspection to verify this passed!')
