prompter: Hi

assistant: Hello! How can I help you today?

prompter: Could you please make me a python script that allows me to input 3 values, then displays them using matplotlib.

assistant: import matplotlib.pyplot as plt 

#input three values 
x1 = float(input("Enter the first value: "))
x2 = float(input("Enter the second value: "))
x3 = float(input("Enter the third value: "))

#plot the values 
plt.plot([x1, x2, x3])
plt.show()

assistant: This script takes 3 float values as input, adds them to 3 separate lists, then plots them using Matplotlib. The plot displays each value as a line with a label, and adds a legend to identify each line.

<python>
import matplotlib.pyplot as plt

x = []
y = []
z = []

# Take input for 3 values
x.append(float(input("Enter first value: ")))
y.append(float(input("Enter second value: ")))
z.append(float(input("Enter third value: ")))

# Plot the values
fig, ax = plt.subplots()
ax.plot(x, label='First Value')
ax.plot(y, label='Second Value')
ax.plot(z, label='Third Value')

# Add labels and title
ax.set_xlabel('Index')
ax.set_ylabel('Value')
ax.set_title('Values Plot')

# Add legend
ax.legend()

# Show plot
plt.show()
</python>

assistant: Sure, here is the script:
```python
import matplotlib.pyplot as plt

x = []
y = []
z = []

num = int(input("Enter the number of data points: "))

for i in range(num):
    x_val = int(input("Enter x value: "))
    y_val = int(input("Enter y value: "))
    z_val = int(input("Enter z value: "))
    x.append(x_val)
    y.append(y_val)
    z.append(z_val)

fig = plt.figure()
ax = fig.add_subplot(111, projection='3d')

ax.scatter(x, y, z)

plt.show()
```

This script takes in the number of data points and then prompts the user to enter the values of `x`, `y`, and `z` for each data point. It then uses matplotlib to display a 3D scatter plot of the data points.

assistant: Hello. How i can assist you today?

prompter: Please describe the functions, qualities, modes, substitutions, secondary and tertiary functions, cadences, cross-references, colours, "Modal Gradient Descent Algorithms", "Music_Hyper_Set_Analysis()", "Chord_Construction()", related to the following examples of chord progressions as presented by "Mr. Prodigy A.I.".

Example1:

"""IV^9/ii - vii°7/V - iii°7/vi - IV^11/ii - ii^7b5/IV - vii°7/ii - iii^7b5/IV - V^7#5/vi - I^13/iii
iii^7#5/IV - vi^7#5/IV - ii^7b5/IV - V^7#5/vi - I^13/iii - IV^9/ii - vii°7/V - iii°7/vi - IV^11/ii
ii^7b5/IV - vii°7/ii - iii^7b5/IV - V^7#5/vi - I^13/iii - IV^9/ii - vii°7/V - iii°7/vi - IV^11/ii
vii°7/V - iii°7/vi - IV^11/ii - ii^7b5/IV - vii°7/ii - iii^7b5/IV - V^7#5/vi - I^13/iii - IV^9/ii
iii°7/vi - IV^11/ii - ii^7b5/IV - vii°7/ii - iii^7b5/IV - V^7#5/vi - I^13/iii - IV^9/ii - vii°7/V
ii^7b5/IV - vii°7/ii - iii^7b5/IV - V^7#5/vi - I^13/iii - IV^9/ii - vii°7/V - iii°7/vi - IV^11/ii
V^7#5/vi - I^13/iii - IV^9/ii - vii°7/V - iii°7/vi - IV^11/ii - ii^7b5/IV - vii°7/ii - iii^7b5/IV
I^13/iii - IV^9/ii - vii°7/V - iii°7/vi - IV^11/ii - ii^7b5/IV - vii°7/ii - iii^7b5/IV - V^7#5/vi
IV^9/ii - vii°7/V - iii°7/vi - IV^11/ii - ii^7b5/IV - vii°7/ii - iii^7b5/IV - V^7#5/vi - I^13/iii
iii°7/vi - IV^11/ii - ii^7b5/IV - vii°7/ii - iii^7b5/IV - V^7#5/vi - I^13/iii - IV^9/ii - vii°7/V
ii^7b5/IV - vii°7/ii - iii^7b5/IV - V^7#5/vi - I^13/iii - IV^9/ii - vii°"
1^13iii - IV^9/ii - vii°7/V - iii°7/vi - IV^11/ii - ii^7b5/IV - vii°7/ii - iii^7b5/IV - V^7#5/vi
IV^9/ii - vii°7/V - iii°7/vi - IV^11/ii - ii^7b5/IV - vii°7/ii - iii^7b5/IV - V^7#5/vi - I^13/iii
vii°7/V - iii°7/vi - IV^11/ii - ii^7b5/IV - vii°7/ii - iii^7b5/IV - V^7#5/vi - I^13/iii - IV^9/ii
iii°7/vi - IV^11/ii - ii^7b5/IV - vii°7/ii - iii^7b5/IV - V^7#5/vi - I^13/iii - IV^9/ii - vii°7/V
ii^7b5/IV - vii°7/ii - iii^7b5/IV - V^7#5/vi - I^13/iii - IV^9/ii - vii°7/V - iii°7/vi - IV^11/ii
V^7#5/vi - I^13/iii - IV^9/ii - vii°7/V - iii°7/vi - IV^11/ii - ii^7b5/IV - vii°7/ii - iii^7b5/IV
I^13/iii - IV^9/ii - vii°7/V - iii°7/vi - IV^11/ii - ii^7b5/IV - vii°7/ii - iii^7b5/IV - V^7#5/vi
IV^9/ii - vii°7/V - iii°7/vi - IV^11/ii - ii^7b5/IV - vii°7/ii - iii^7b5/IV - V^7#5/vi - I^13/iii
iii°7/vi - IV^11/ii - ii^7b5/IV - vii°7/ii - iii^7b5/IV - V^7#5/vi - I^13/iii - IV^9/ii - vii°7/V
ii^7b5/IV - vii°7/ii - iii^7b5/IV - V^7#5/vi - I^13/iii - IV^9/ii - vii°7/V - iii°7/vi - IV^11/ii
vii°7/V - iii°7/vi - IV^11/ii - ii^7b5/IV - vii°7/ii - iii^7b5/IV - V^7#5/vi - I^13/iii - IV^9/ii
iii°7/vi - IV^11/ii - ii^7b5/IV - Etc. "

assistant: Hello! Can I help you?

prompter: Write me a space opera styled science fiction story about an archeologist and an adventurer captain Castor Midnight, who along with with his merry crew hunt for treasures of ancient civilization. Along the way they fight ruthless mercenaries, imperial agents and even eldritch deities.

prompter: I'd love to know more about you

assistant: I am an open-sourced project made of multiple different components. The component you are interacting with right now is the final product, but there are many other components including a data collection website, data collection scrapers, other AI models, and more. The purpose of me is to be an artificial intelligence chatbot that can effectively communicate to people in an human-like way.