please help with python code, i will need to open a file, but inside the text file has three columns the first column is english, second column morse code, third column is phoneticand i want to find the morse code inside the file, and make it morse dictionary, for example make it like this: {"A": ".-", "B": "-...", etc} or is there anyway that i can use dictionary to covert all three column into the dictionary then i can skip part above? heres my code, and the file that i need to open. ```pythondef fonts(font): #morse_dic = {} with open(font, "r") as infile: for line in infile: morse = dict(line.findall(r'(\w)\d+([.-]+)')) #(key, val) = line.split() #new[str(key)] = val #return morse```The image contains a Python function definition, `fonts`, which appears to be a work in progress for processing Morse code data from a file. Here’s a breakdown of the code's components:1. **Function Definition**: - `def fonts(font):` defines a function named `fonts` which takes one parameter `font`.2. **Commented Dictionary**: - `#morse_dic = {}` is a commented-out line indicating the potential initialization of an empty dictionary named `morse_dic`.3. **Opening a File**: - `with open(font, "r") as infile:` opens the file specified by `font` in read mode. `infile` is used as a file object.4. **Reading Lines**: - `for line in infile:` iterates over each line in the file.5. **Regex and Dictionary Creation**: - `morse = dict(line.findall(r'(\w)\d+([.-]+)'))`: This line appears to use a regular expression to find patterns in each line where a word character is followed by digits and a series of dots and dashes, then converts the result into a dictionary.6. **Commented Code Lines**: - `#(key, val) = line.split()` suggests an alternative approach for splitting each line into a key-value pair. - `#new[str(key)] = val` likely indicates updating a dictionary with the key-value pair.7. **Commented Return Statement**: - `#return morse` hints at returning the `morse` dictionary but is currently commented out.Overall, the script seems to be under development for parsing Morse code entries from a file, with various lines commented out for potential troubleshooting or future use. **NATO Phonetic Alphabet and Morse Code Chart**The chart displays the NATO phonetic alphabet alongside their Morse code representations. Each letter and number is associated with a specific word from the NATO phonetic alphabet used to communicate clearly over radio and telephone, especially in noisy conditions. Below is the transcribed list from the image:- **A**: .- ALPHA- **B**: -... BRAVO- **C**: -.-. CHARLIE- **D**: -.. DELTA- **E**: . ECHO- **F**: ..-. FOXTROT- **G**: --. GOLF- **H**: .... HOTEL- **I**: .. INDIA- **J**: .--- JULIETT- **K**: -.- KILO- **L**: .-.. LIMA- **M**: -- MIKE- **N**: -. NOVEMBER- **O**: --- OSCAR- **P**: .--. PAPA- **Q**: --.- QUEBEC- **R**: .-. ROMEO- **S**: ... SIERRA- **T**: - TANGO- **U**: ..- UNIFORM- **V**: ...- VICTOR- **W**: .-- WHISKEY- **X**: -..- XRAY- **Y**: -.-- YANKEE- **Z**: --.. ZULU**Numbers:**- **0**: ----- ZEE-ROW- **1**: .---- WUN- **2**: ..--- TOO- **3**: ...-- TREE- **4**: ....- FOW-ER- **5**: ..... FIFE- **6**: -.... SIX- **7**: --... SEV-VEN- **8**: ---.. ATE- **9**: ----. NIN-ER- **.**: .-.-.- STOP- **!**: -.-.-- BANGThis chart is essential for learning both Morse code and the phonetic alphabet, which are widely used in military, aviation, and radio communications for clarity and accuracy.

#OPENING FILE file1 = open('test.txt','r') linesfile1=file1.readlines() alphabet_column = 0 morsecode_column = 1 resultcolumn_alphabet=[] resultcolumn_morsecode = [] mydict={} #reading first column and saving to list for x in linesfile1: resultcolumn_alphabet.append(x.split()[alphabet_column]) #reading second column and saving to list for x in linesfile1: resultcolumn_morsecode.append(x.split()[morsecode_column]) file1.close() #creating dictionary by using zip #to use first list as key, second as value mydict.update(zip(resultcolumn_alphabet,resultcolumn_morsecode)) print(mydict) Code screenshot for indentation:sample file: output: