NP-chaonay

#### Get the most n highest-amplitude musical note using my custom algorithm of FFT (on FFT length 35999) on each period (4134 samples) in the arr.

### Metadata
+ Author : Nuttapong Punpipat (NP-chaonay)
+ Updated On : 25/05/2020 at 9:56 UTC
+ General Updating Frequency : Weekly
+ Code Snippet Completeness : N/A
+ Stability : Beta

### General Notices

NP-chaonay

# Import objects
import numpy as np
import pandas as pd
import h5py,random
# Prepare file
path='./Misc/msd_summary_file.h5'
hd5_file=h5py.File(path,'r')

# Shuffle and get n randomly-selected songs index (on each mode group (Major-Minor))
maj_index=np.where( hd5_file['analysis']['songs']['mode']==0 )[0]

NP-chaonay

#!/usr/bin/env python3
# Name: Main Stopwatch
# Description: My main stopwatch program written in Python.
# Author: Nuttapong Punpipat (NP-chaonay)
# Version: V.2.0.0_beta
# Revised Date: 2020-06-23 12:20 (UTC)
# License: MIT License
# Version Note:
#       - Major version: indicates of very significant changes or changes that break compatibility on some system/platforms.
#       - Minor version: indicates of significant changes or features adding.

NP-chaonay

#!/usr/bin/env python3
from types import SimpleNamespace as Namespace
import sys

# Future function from np_chaonay.main
def tmp(err,status_msg=None,IsWarning=False):
	name=type(err).__name__
	if not IsWarning:
		type_='Error'
		if status_msg==None: status_msg='Program operation has error due to Python exception.'

NP-chaonay

import pandas as pd
import numpy as np

## Function "pitch_letter_encoder" from future module "np_chaonay.pymusicnote"
def pitch_letter_encoder(pitch_letter):
	"""Encode pitch letter to 0-11
	
	Arguments:
	- pitch_letter (str-alike): pitch letter
	"""

NP-chaonay

#!/usr/bin/env python3
# Name: Academic Todo Recording
# Description: Program helps you deal with entries of academic todo record.
# Author: NP-chaonay (Nuttapong Punpipat)
# Version: 0.0.0_alpha
# Version Note: 
#       - Major version: File produced on different major version is not compatible
#       - Minor version: Features adding
#       - Micro version: Bugs fixing
# Revised Date: 2020-08-09 15:13 (UTC)

NP-chaonay

#!/usr/bin/env python3
# Name: My edited version of gradient descent algorithm No.1
# Description: My edited version of gradient descent algorithm.
#              In this sample code, we use gradient descent for determining value of x in ax^3+bx^2+cx+d that nearly matches to truth value using given a,b,c,d values (x is weight; a,b,c,d are inputted data)
# Author: NP-chaonay (Nuttapong Punpipat)
# Version: Unversioned
# Version Note: None
# Revised Date: 2020-07-27 05:34 (UTC)
# License: MIT License
# Programming Language: Python

NP-chaonay

# Mentimeter Wordcloud Question Scraping

import http.client,json
import pandas as pd

question_id='000000000000'

HTTP_C=http.client.HTTPSConnection('api.mentimeter.com')
HTTP_C.request('GET','/questions/'+question_id+'/result?isPublic=true')
HTTP_R=HTTP_C.getresponse()

NP-chaonay

#!/usr/bin/env python3
# Name: RandomQuizes
# Description: Scripts for random quizes.
# Author: NP-chaonay (Nuttapong Punpipat)
# Version: Unversioned
# Version Note: N/A
# Revised Date: 2020-08-09 07:27 (UTC)
# License: MIT License
# Programming Language: Python
# CUI/GUI Language: English

NP-chaonay

#!/usr/bin/env python3
# Name: Python Initialization for Academic Usage
# Description: Python Initialization for Academic Usage
# Author: NP-chaonay (Nuttapong Punpipat)
# Version: Unversioned
# Version Note: N/A
# Revised Date: 2020-09-10 13:51 (UTC)
# License: MIT License
# Programming Language: Python
# CUI/GUI Language: English