<transcript><audio_26>already so um we can basically so so we are going to m in Python you know like this this initial ship that that we know and love and then after a bunch of you know changes that we are going to make is going to transform into this other ship and it's going to be completely different uh because as you will see we</transcript><caption><image_27>The image is a digital illustration of a ship named "The Ship of Theseus". The ship is drawn in a sketch-like style with a brown background. It has a large sail with multiple masts and a pointed bow. The ship appears to be sailing on a body of water, with the sails billowing in the wind. On the right side of the image, there is a small circle with a photo of a man wearing a headset and holding a microphone. The text above the image reads "THE SHIP OF THESEUS".</caption><transcript><audio_28>are add thinks hopefully it's a much better ship but we still call it python so how can we ensure that you know this ship is still here is something that we can still call python this is the question so let's look at some some ways to do that so so in this plot that I'm</transcript><video><caption><image_29>The image is a collage of two images. On the left side, there is a computer screen with a graph and a pie chart. The graph is divided into different sections, each representing a different color. The colors are blue, green, pink, purple, and orange. The chart is color-coded, with the blue section representing the highest value and the green section representing lower value.

On the right side of the image, there are two smaller images. The first image on the left is a close-up of the graph, with a blue circle in the center. The blue circle is slightly larger than the pink circle, and it appears to be a scatter plot. The pink and purple sections are smaller and have a gradient effect, while the orange sections are larger and more prominent. The background of the images is a beige color, and there is text on the top left corner that reads "2014".

In the bottom right corner of the collage, on the bottom left corner, is a photo of a man wearing a headset and holding a microphone.</caption><caption><image_30>The image is a collage of three different elements. On the left side of the image, there is a white paper with a colorful graph on it. The graph is divided into different sections, each representing a different color. The colors range from blue, green, yellow, pink, purple, and orange. The blue section shows a downward trend, while the green section shows an upward trend.

On the right side, there are two smaller images. The first image on the left is a close-up of a person's face, and the second image is of a man wearing a headset. The background is a beige color.</caption></video><transcript><audio_31>showing you here what we're seeing here is the code that was added in some years and how that code survive over time so for instance this blue over here is code that was added at the beginning of python so this was written by Gan rosum and as you can see uh this code was very</transcript><transcript><audio_32>big uh in 2000 and over time the amount of blue code diminish and diminish and diminish and you know today there is still some code over here so so you know there is some some code that was written in in the year 2000 that still survives but there is not a lot so is it has</transcript> already so um we can basically so so we are going to m in Python you know like this this initial ship that that we know and love and then after a bunch of you know changes that we are going to make is going to transform into this other ship and it's going to be completely different uh because as you will see we are add thinks hopefully it's a much better ship but we still call it python so how can we ensure that you know this ship is still here is something that we can still call python this is the question so let's look at some some ways to do that so so in this plot that I'm showing you here what we're seeing here is the code that was added in some years and how that code survive over time so for instance this blue over here is code that was added at the beginning of python so this was written by Gan rosum and as you can see uh this code was very big uh in 2000 and over time the amount of blue code diminish and diminish and diminish and you know today there is still some code over here so so you know there is some some code that was written in in the year 2000 that still survives but there is not a lot so is it has
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