# print("Hello, ESP32!")
import framebuf
from math import *
buffer = bytearray((128*64)//8)  # 128x64 pixels, 1 bit per pixel

def bytearray_to_binary_visual_list(byte_arr):
    # Convert each byte in the bytearray to a binary string with 8 bits, keeping the '0b' prefix
    binary_list = []
    for byte in byte_arr:
        # Use bitwise operations to manually convert to 8-bit binary string
        binary_string = '0b' + ''.join('1' if byte & (1 << (7 - bit)) else '0' for bit in range(8))
        binary_list.append(binary_string)
    return binary_list

# print(bytearray_to_binary_visual_list(buffer))
fb = framebuf.FrameBuffer(buffer, 128, 64, framebuf.MONO_VLSB)

# fb.pixel(0,0,1)

# print(bytearray_to_binary_visual_list(buffer))
x_past=0
y_past=0
def plot_function(fb, func, x_min, x_max, y_min, y_max, width, height):
    global x_past, y_past
    # Scale factors to map function values to the display's pixel coordinates
    x_scale = (x_max - x_min) /(width)
    y_scale = (y_max - y_min) / (height)

    # Loop through each x pixel
    for x_pixel in range(width):
        
        # Convert the pixel x-coordinate to the mathematical x-value
        x_value = x_min + (x_pixel) * x_scale

        # Calculate the corresponding y-value for the function
        y_value = func(x_value)

        # Scale the y-value to the display height and invert it (because displays usually have y=0 at the top)
        y_pixel = int(height - (y_value - y_min) / y_scale)
        
        if func(x_value)>y_max or func(x_value)<y_min:

            print(" pixel= ",x_pixel," ", y_pixel," value= ",x_value," ", y_value ," past= ",x_past," ",y_past)
            x_past=0
            y_past=0
            # fb.vline(x_pixel,y_pixel, 100,1)

        # Ensure y_pixel is within the display range
        if 0 <= y_pixel < height:
            
            fb.pixel(x_pixel-1, y_pixel-1, 1)
            # if x_past!=0 and y_past!=0:
            if x_past*y_past!=0:
                fb.line(x_past, y_past, x_pixel-1, y_pixel-1, 1)
            x_past=x_pixel-1
            y_past=y_pixel-1

def polynom(x):
    y=sin(x)
    return y

plot_function(fb, polynom, -2, 2, -1, 1, 128, 64)

print(bytearray_to_binary_visual_list(buffer))

# # Define the content of the new Python file
# new_file_content = """
# def greet():
#     print("Hello from the newly created Python file!")

# greet()
# """

# # Define the name of the new Python file
# new_file_name = "new_script.py"

# # Create and write the content to the new Python file
# with open(new_file_name, "w") as new_file:
#     new_file.write(new_file_content)

# # Read the content of the new file and execute it
# with open(new_file_name, "r") as new_file:
#     code = new_file.read()
#     exec(code)