x = r * (1 + Sin(1 * t) ^ 1)
y = r * Cos(t) * (1 + Sin(t) ^ 1)
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x = r * (1 + Sin(1 * t) ^ 3)
y = r * Cos(t) * (1 + Sin(t) ^ 1)
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x = r * (1 + Sin(1 * t) ^ 5)
y = r * Cos(t) * (1 + Sin(t) ^ 1)
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x = r * (1 + Sin(0.5 * t) ^ 5)
y = r * Cos(t) * (1 + Sin(t) ^ 1)
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x = r * (1 + Sin(0.5 * t) ^ 1)
y = r * Cos(t) * (1 + Sin(t) ^ 1)
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x = r * (1 + Sin(1.5 * t) ^ 3)
y = r * Cos(t) * (1 + Sin(t) ^ 1)
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x = r * (1 + Sin(1.5 * t) ^ 1)
y = r * Cos(t) * (1 + Sin(t) ^ 1)
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x = r * (1 + Sin(1.5 * t) ^ 2)
y = r * Cos(t) * (1 + Sin(t) ^ 1)
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x = r * (1 + Sin(1 * t) ^ 2)
y = r * Cos(t) ^ 3 * (1 + Sin(t) ^ 1)
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x = r * (1 + Sin(1 * t) ^ 1)
y = r * Cos(0.5 * t) ^ 1 * (1 + Sin(t) ^ 1)
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x = r * (1 + Sin(1 * t) ^ 2)
y = r * Cos(0.5 * t) ^ 1 * (1 + Sin(t) ^ 1)
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x = r * (1 + Sin(1 * t) ^ 2)
y = r * Cos(1.5 * t) ^ 1 * (1 + Sin(t) ^ 1)
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x = r * (1 + Sin(1 * t) ^ 2)
y = r * Cos(3 * t) ^ 1 * (1 + Sin(t) ^ 1)
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x = r * (1 - Sin(5 * t) ^ 3)
y = r * Cos(1 * t) ^ 1 * (1 - Sin(3 * t) ^ 3)
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x = r * (1 - Sin(3 * t) ^ 3)
y = r * Cos(1 * t) ^ 1 * (1 - Sin(3 * t) ^ 3)
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x = r * (1 - Sin(2 * t) ^ 1)
y = r * Cos(2 * t) ^ 1 * (1 - Sin(3 * t) ^ 1)
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