Run :
adb shell getevent -pl
Search for : "ABS_MT_TRACKING_ID" - example :
# https://github.com/imvickykumar999/vixtor/blob/master/Subplot.ipynb | |
import numpy as np, math | |
import matplotlib.pyplot as plt | |
def subplot( | |
l1=False, a1=[1,0,1], b1=[4,9,4], | |
ul1=30, colorl1='blue', two_pointsl1=False, | |
l2=False, a2=[-1,9,2], b2=[2,4,7], |
# This is `python package` for calculating and visualizing 3D geometry questions from class 12 maths NCERT. | |
# { | |
# try... https://imvickykumar999.github.io/vixtor/ | |
# from vixtor import threeDvector as vix | |
# angle = vix.angbwlineandplane(printing=True) | |
# print(angle) | |
# } |
from bs4 import BeautifulSoup | |
soup = BeautifulSoup(open("C:\\path\\to\\your\\html\\file.html", encoding="utf8"), "html.parser") | |
print(soup.find_all("div", class_="someclass")) |
def evaluate(self, node=None) -> float: | |
""" | |
Calculate this tree expression recursively | |
Args: | |
node(BinaryTreeNode): starts at the root node | |
""" | |
# initialize | |
if node is None: |
function onOpen() | |
{ | |
var ui = SpreadsheetApp.getUi(); | |
ui.createMenu('GetValues') | |
.addItem('get current', 'getCurrentCellValue') | |
.addItem('get by row col', 'getByRowAndColumn') | |
.addItem('get by address a1', 'getByCellAddressA1Notation') | |
.addToUi(); |
"""Code to read .mca region files | |
I modified the javascript library mca-js to create this file. | |
mca-js: https://github.com/thejonwithnoh/mca-js | |
This is largely just a python interpretation of that script. | |
----------- | |
MIT License | |
Copyright (c) 2019 Nicholas Westerhausen |
# -*- coding: utf-8 -*- | |
import os | |
import sqlite3 | |
from flask import Flask | |
from flask import redirect | |
from flask import request | |
from flask import session | |
from jinja2 import Template |