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\hypersetup{
pdftitle={Exercise SW03},
pdfauthor={Matteo Frongillo},
colorlinks=true,
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pdfcreator={LaTeX via pandoc}}
\title{Exercise SW03}
\author{Matteo Frongillo}
\date{2025-03-11}
\begin{document}
\maketitle
\subsection{Introduction}\label{introduction}
In this document, we will explore the implementation of two geometric
shapes, Rectangle and Circle, using Python. We will discuss the theory
behind these shapes and how they are implemented in the
\texttt{programm.py} file.
\subsection{Theory}\label{theory}
\subsubsection{Circle}\label{circle}
\begin{Shaded}
\begin{Highlighting}[]
\NormalTok{import matplotlib.pyplot as plt}
\NormalTok{import math}
\NormalTok{class Circle:}
\NormalTok{ def \_\_init\_\_(self, color, xPos, yPos, radius): \#constructor}
\NormalTok{ self.color = color}
\NormalTok{ self.xPos = xPos}
\NormalTok{ self.yPos = yPos}
\NormalTok{ self.radius = radius}
\NormalTok{ def resize(self, size):}
\NormalTok{ self.radius *= size}
\NormalTok{ return "New radius: ", self.radius}
\NormalTok{ def get\_origin(self):}
\NormalTok{ return (self.xPos, self.yPos)}
\NormalTok{ def set\_origin(self, x, y):}
\NormalTok{ self.xPos = x}
\NormalTok{ self.yPos = y}
\NormalTok{ def draw(self):}
\NormalTok{ print(f"Circle: color=\{self.color\}, center=(\{self.xPos\}, \{self.yPos\}), radius=\{self.radius\}")}
\NormalTok{ fig, ax = plt.subplots()}
\NormalTok{ circle = plt.Circle((self.xPos, self.yPos), self.radius, color=self.color, fill=False)}
\NormalTok{ ax.add\_patch(circle)}
\NormalTok{ ax.set\_aspect(\textquotesingle{}equal\textquotesingle{}, adjustable=\textquotesingle{}box\textquotesingle{})}
\NormalTok{ ax.set\_xlim(self.xPos {-} self.radius {-} 1, self.xPos + self.radius + 1)}
\NormalTok{ ax.set\_ylim(self.yPos {-} self.radius {-} 1, self.yPos + self.radius + 1)}
\NormalTok{ ax.axhline(y=0, color=\textquotesingle{}k\textquotesingle{})}
\NormalTok{ ax.axvline(x=0, color=\textquotesingle{}k\textquotesingle{})}
\NormalTok{ ax.plot(self.xPos, self.yPos, \textquotesingle{}ro\textquotesingle{}) \# red dot at the center}
\NormalTok{ plt.grid(True)}
\NormalTok{ plt.show()}
\NormalTok{ def area(self):}
\NormalTok{ area = round(self.radius**2*math.pi,2)}
\NormalTok{ return area}
\end{Highlighting}
\end{Shaded}
\subsubsection{Rectangle}\label{rectangle}
\begin{Shaded}
\begin{Highlighting}[]
\NormalTok{import matplotlib.pyplot as plt}
\NormalTok{import math}
\NormalTok{class Rectangle:}
\NormalTok{ def \_\_init\_\_(self, color, xPos, yPos, width, height): \#constructor}
\NormalTok{ self.color = color}
\NormalTok{ self.xPos = xPos}
\NormalTok{ self.yPos = yPos}
\NormalTok{ self.width = width}
\NormalTok{ self.height = height}
\NormalTok{ def resize(self, size):}
\NormalTok{ self.width *= size}
\NormalTok{ self.height *= size}
\NormalTok{ return "New width: ", self.width, "New height: ", self.height}
\NormalTok{ def get\_origin(self):}
\NormalTok{ return (self.xPos, self.yPos)}
\NormalTok{ def set\_origin(self, x, y):}
\NormalTok{ self.xPos = x}
\NormalTok{ self.yPos = y}
\NormalTok{ def draw(self):}
\NormalTok{ print(f"Rectangle: color=\{self.color\}, origin=(\{self.xPos\}, \{self.yPos\}), width=\{self.width\}, height=\{self.height\}")}
\NormalTok{ fig, ax = plt.subplots()}
\NormalTok{ rectangle = plt.Rectangle((self.xPos, self.yPos), self.width, self.height, color=self.color, fill=False)}
\NormalTok{ ax.add\_patch(rectangle)}
\NormalTok{ ax.set\_aspect(\textquotesingle{}equal\textquotesingle{}, adjustable=\textquotesingle{}box\textquotesingle{})}
\NormalTok{ ax.set\_xlim(self.xPos {-} 1, self.xPos + self.width + 1)}
\NormalTok{ ax.set\_ylim(self.yPos {-} 1, self.yPos + self.height + 1)}
\NormalTok{ ax.axhline(y=0, color=\textquotesingle{}k\textquotesingle{})}
\NormalTok{ ax.axvline(x=0, color=\textquotesingle{}k\textquotesingle{})}
\NormalTok{ ax.plot(self.xPos, self.yPos, \textquotesingle{}ro\textquotesingle{}) \# red dot at the origin}
\NormalTok{ plt.grid(True)}
\NormalTok{ plt.show()}
\NormalTok{ def area(self):}
\NormalTok{ area = round(self.width*self.height,2)}
\NormalTok{ return area}
\end{Highlighting}
\end{Shaded}
\section{Implementations}\label{implementations}
\begin{Shaded}
\begin{Highlighting}[]
\NormalTok{from circle import Circle}
\NormalTok{from rectangle import Rectangle}
\NormalTok{def test\_shapes():}
\NormalTok{ \# Test Rectangle}
\NormalTok{ rect = Rectangle("blue", 0, 0, 10, 5)}
\NormalTok{ print("Rectangle Area:", rect.area())}
\NormalTok{ rect.draw()}
\NormalTok{ rect.resize(2)}
\NormalTok{ print("Resized Rectangle Area:", rect.area())}
\NormalTok{ rect.set\_origin(5, 5)}
\NormalTok{ print("Rectangle New Origin:", rect.get\_origin())}
\NormalTok{ rect.draw()}
\NormalTok{ \# Test Circle}
\NormalTok{ circ = Circle("red", 0, 0, 5)}
\NormalTok{ print("Circle Area:", circ.area())}
\NormalTok{ circ.draw()}
\NormalTok{ circ.resize(2)}
\NormalTok{ print("Resized Circle Area:", circ.area())}
\NormalTok{ circ.set\_origin(5, 5)}
\NormalTok{ print("Circle New Origin:", circ.get\_origin())}
\NormalTok{ circ.draw()}
\NormalTok{test\_shapes()}
\end{Highlighting}
\end{Shaded}
\end{document}
LUNAR