def draw_name(name, location):
"""Draw the two-letter postal code at the center of the state.
location -- a position
"""
center = position_to_xy(location)
get_canvas().draw_text(name.upper(), center, anchor='center', style='bold')
def draw_name(name, location):
"""Draw the two-letter postal code at the center of the state.
location -- a position
"""
center = position_to_xy(location)
get_canvas().draw_text(name.upper(), center, anchor='center', style='bold')
def draw_dot(location, sentiment_value=None, radius=3):
"""Draw a small dot at location.
location -- a position
sentiment_value -- a number between -1 (negative) and 1 (positive)
"""
center = position_to_xy(location)
color = get_sentiment_color(sentiment_value)
get_canvas().draw_circle(center, radius, fill_color=color)
def draw_dot(location, sentiment_value=None, radius=3):
"""Draw a small dot at location.
location -- a position
sentiment_value -- a number between -1 (negative) and 1 (positive)
"""
center = position_to_xy(location)
color = get_sentiment_color(sentiment_value)
get_canvas().draw_circle(center, radius, fill_color=color)
def draw_dot(location, frequency_value=None, radius=3):
"""Draw a small dot at location.
location -- a position
frequency_value -- a number between 0 and 1 (positive)
"""
center = position_to_xy(location)
color = get_frequency_color(frequency_value)
get_canvas().draw_circle(center, radius, fill_color=color)
def draw_state(shapes, sentiment_value=None):
"""Draw the named state in the given color on the canvas.
state -- a list of list of polygons (which are lists of positions)
sentiment_value -- a number between -1 (negative) and 1 (positive)
canvas -- the graphics.Canvas object
"""
for polygon in shapes:
vertices = [position_to_xy(position) for position in polygon]
color = get_sentiment_color(sentiment_value)
get_canvas().draw_polygon(vertices, fill_color=color)
def draw_state(shapes, sentiment_value=None):
"""Draw the named state in the given color on the canvas.
state -- a list of list of polygons (which are lists of positions)
sentiment_value -- a number between -1 (negative) and 1 (positive)
canvas -- the graphics.Canvas object
"""
for polygon in shapes:
vertices = [position_to_xy(position) for position in polygon]
color = get_sentiment_color(sentiment_value)
get_canvas().draw_polygon(vertices, fill_color=color)
