ritakurban

import random
from random import randint
import pylab

class TrafficSimulation:
    """A class that simulates traffic on a single lane. """
    def __init__(self, length, density, maxvel, prob):
        """ Initializes the instance of a simulation. The user has to specify the length of the road,
        the initial density, max velocity and the probability of slowing down.
        """

ritakurban

# Installing all the necessary libraries
library(Matching)
library(rbounds)
library(tableHTML)

# Loading the data
load("datamatch.Rdata")

# Outcome variables
outcomes <- datamatch[10:18]

ritakurban

library(haven)
# Installing thelibraries and importing the data
library(foreign)
library(Matching)
setwd("~/Downloads")
nsw_dw <- read_dta("nsw_dw.dta")

# Subsetting the treatment and control groups
treat <- subset(nsw_dw, treat==1)
control <- subset(nsw_dw, treat == 0)

ritakurban

install.packages("Matching")
library(Matching)
data(lalonde)

#Creaing two subsets: people with high school degree and people without high school degree
nodegree <- subset(lalonde, nodegr==1) 
degree <- subset(lalonde, nodegr==0) 
mean(nodegree$re78)
#[1] 4929.842
mean(degree$re78)