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| Bahamas Flag |
About Flag:
Many of the world's best fleets are sailing under the Bahamas flag of choice due to its reputation for quality and excellence. Many of the biggest names in international shipping choose this flag as a first option because of its reputation for excellence.
A long-standing maritime nation in the Caribbean, The Bahamas understands shipowners' needs. The Bahamas Register's quality and reputation are known throughout the world, representing ship types and nations from around the globe.
The BMA's shipowners can rest assured their fleet will undergo fewer inspections at their ports that result in fewer detentions since the BMA has a first-class record for port state inspections.
It has a significant influence on national and international shipping policies and laws as an IMO Council member and active participant in the IMO Council's work.
As the Bahamas Shipowners Association works to represent the interests of the Authority's shipowners, the Authority listens to their voices as well.
A global network of qualified inspectors, auditors, engineers, surveyors as well as technical and operational support staff, the Bahamas Maritime Authority has a wide range of expertise in the registration of vessels across a broad range of market sectors.
Code:
# Draw bahamas flag in turtle
from turtle import *
bgcolor('white')
hideturtle() # for hiding turtle icon
speed(5) # to increasing the speed of output
height=200 # flag hight
width=2*height # flag width
x_pos=-width/2 # initial x position
y_pos=height/2 # initial y position
penup() # turtle pointer up
colormode(255)
def draw_rect(x_pos,y_pos,height,width):
goto(x_pos,y_pos) # changing the position of the turtle pointer
pencolor(0,169,206) # changing the pen color
fillcolor(0,169,206) # filling the color
pendown() # turtle pointer down
begin_fill() # beginning the filling
for i in range(2):
forward(width) # Forward turtle by width units
right(90) # Turn right turtle by 90 degree
forward(height) # Forward turtle by height units
right(90) # Turn right turtle by 90 degree
end_fill() # ending the filling
penup() # turtle pointer up
def draw_stripe(x_pos,y_pos,height,width):
goto(x_pos,y_pos/3) # changing the position of the turtle pointer
pencolor(253,218,37) # changing the pen color
fillcolor(253,218,37) # filling the color
pendown() # turtle pointer down
begin_fill() # beginning the filling
for i in range(2):
forward(width) # Forward turtle by width units
right(90) # Turn right turtle by 90 degree
forward(height/3) # Forward turtle by height/3 units
right(90) # Turn right turtle by 90 degree
end_fill() # ending the filling
penup() # turtle pointer up
def draw_triangle(x_pos,y_pos,height):
goto(x_pos,y_pos) # changing the position of the turtle pointer
pencolor(0,0,0) # changing the pen color
fillcolor(0,0,0) # filling the color
pendown() # turtle pointer down
begin_fill() # beginning the filling
right(30) # Turn right turtle by 30 degree
for i in range(3):
forward(height) # Forward turtle by height units
right(120) # Turn right turtle by 120 degree
end_fill() # ending the filling
penup() # turtle pointer up
draw_rect(x_pos,y_pos,height,width)
draw_stripe(x_pos,y_pos,height,width)
draw_triangle(x_pos,y_pos,height)
# It will keep output to wait for the click,
# Otherwise output will be disappear.
exitonclick()
Output:
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