![]() Scatterpolar ( r =, theta =, subplot = "polar2" ), 1, 2 ) fig. Scatterpolar ( r =, theta =, thetaunit = "radians" ), 1, 1 ) fig. Scatterpolar ( r =, theta =, marker_symbol = "square" ), 1, 1 ) fig. Plot.Import aph_objects as go from plotly.subplots import make_subplots fig = make_subplots ( rows = 2, cols = 2, specs = * 2 ] * 2 ) fig. While keeping k > 1, and a=1,b=1,a=2,b=2 k-leaf roses are plotted. ![]() # Plot the cardioids in polar co-ordinates ![]() ![]() Plot.title('Cardioids in polar format:radius = a + (b*sin(k*radian))') # Example Python Program to plot Cardioids that are Output2-Cardioids-Symmetrical around x-axis:Įxample3-Cardioids-Symmetrical around y-axis: Plot.title('Cardioids in polar format:radius = a + (b*cos(k*radian))') # Example Python Program to plot Cardioids
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