Lab 2 Basics in R

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LC_COLLATE=English_United States.1252;LC_CTYPE=English_United States.1252;LC_MONETARY=English_United States.1252;LC_NUMERIC=C;LC_TIME=English_United States.1252

WQD7004 Programming for Data Science

Lab 2 Basics in R

1. In each case, what is the value of x?

x<-2-1*2
x

[1] 0

x<-6/3-2+1*0+3/3-3
x

[1] -2

x<-19%%17%%13
x

[1] 2

x<-(19%%17)%%13
x

[1] 2

x<-19%%(17%%13)
x

[1] 3

x<-2^17%%17
x

[1] 2

x<-3-2%%5+3*2-4/2
x

[1] 5

2. Shorten the notation of following vectors

x<-c(157, 158, 159, 160, 161, 162, 163, 164)
x<-c(10, 9, 8, 7, 6, 5, 4, 3, 2, 1)
x<-c(-1071, -1072, -1073, -1074, -1075, -1074, -1073, -1072, -1071)
x<-c(1.5, 2.5, 3.5, 4.5, 5.5)

x1 <- c(157:164)
x1

[1] 157 158 159 160 161 162 163 164

x2 <- c(10:1)
x2

 [1] 10  9  8  7  6  5  4  3  2  1

x3 <- c(-1071:-1075, -1074:-1071)
x3

[1] -1071 -1072 -1073 -1074 -1075 -1074 -1073 -1072 -1071

x4 <- 1.5:5.5
x4

[1] 1.5 2.5 3.5 4.5 5.5

3. Create a vector x of with the following value (0.15, 1.30, 3.45, 5.75). Then display the vector in character and integer.

y <- c(0.15, 1.30, 3.45, 5.75)
yac <- as.character(y)
yac

[1] "0.15" "1.3"  "3.45" "5.75"

0.15
1.3
3.45
5.75

yai <- as.integer(y)
yai

[1] 0 1 3 5

4. Create a vector y based on the requirements below:

A sequence of 10 numbers from 20-11
A sequence of odd numbers from 11-20
A sequence of first twelve square number starting from 1.
A sequence of first eleven exponential number of 2 starting from 1.

y1 <- 20:11
y1

 [1] 20 19 18 17 16 15 14 13 12 11

y2 <- seq(11, 20, 2)
y2

[1] 11 13 15 17 19

# This is also fine
y2 <- c(11:20)[c(T,F)]
y2

[1] 11 13 15 17 19

y3 <- (1:12) ^ 2
y3

 [1]   1   4   9  16  25  36  49  64  81 100 121 144

y4 <- 2 ^ (1:11)
y4

 [1]    2    4    8   16   32   64  128  256  512 1024 2048

5. Create a vector z based on the requirements below:

A sequence of 10 W
A sequence of R R R S S S
The first 5 alphabets in lower case
A sequence of players from Player1 – Player10

z1 <- rep("W", 10)
z1

 [1] "W" "W" "W" "W" "W" "W" "W" "W" "W" "W"

W
W
W
W
W
W
W
W
W
W

z2 <- rep(c("R", "S"), each=3)
z2

[1] "R" "R" "R" "S" "S" "S"

R
R
R
S
S
S

z3 <- letters[1:5]
z3

[1] "a" "b" "c" "d" "e"

a
b
c
d
e

z4 <- paste("Players", 1:10)
z4

 [1] "Players 1"  "Players 2"  "Players 3"  "Players 4"  "Players 5" 
 [6] "Players 6"  "Players 7"  "Players 8"  "Players 9"  "Players 10"

Players 1
Players 2
Players 3
Players 4
Players 5
Players 6
Players 7
Players 8
Players 9
Players 10

6. Create vectors as below.

Designated Vector

Display the vector
What is the total mark for Abu?
Display the percentage for each student in two decimal places if the total mark is 30.

DegColNames <- c("Ali", "Abu", "Ahmad", "Bala", "Chong")
Mtut <- c(15, 17, 10, 8, 19)
Mtut2 <- c(5, 4, 3, 2, 1)

names(Mtut) <- DegColNames
names(Mtut2) <- DegColNames

Mtut

  Ali   Abu Ahmad  Bala Chong 
   15    17    10     8    19

Mtut2

  Ali   Abu Ahmad  Bala Chong 
    5     4     3     2     1

TotalMarks <- Mtut + Mtut2
TotalMarkAbu <- TotalMarks["Abu"]
TotalMarkAbu

Abu 
 21

AsPercent <- function(orig, max=100){
    paste(formatC((orig / max) * 100, digits = 2, format = "f"), "%", sep="")
}
MarkPercentages <- AsPercent(TotalMarks, max=30)
names(MarkPercentages) <- DegColNames
MarkPercentages

     Ali      Abu    Ahmad     Bala    Chong 
"66.67%" "70.00%" "43.33%" "33.33%" "66.67%"

66.67%
70.00%
43.33%
33.33%
66.67%

7. Create a vector num of size 10 with any random value from 51-100. Display the vector and then assign all the even numbers to a new vector named even.

RandomNums <- sample(51:100, size=10, replace=TRUE)
RandomNums

 [1] 99 64 70 92 97 67 68 79 67 87

IsEven <- function (inpNum){
    inpNum %% 2 == 1
}
even <- RandomNums[IsEven(RandomNums)]
even

[1] 99 97 67 79 67 87

8. Create an R file named convert.r that used to convert inch to centimeters. Given 1inch equals to 2.54 centimeters. Display the value of centimeters in two decimal places. Run the r file using terminal. Example output:

Example Output

Inch2CMRatio <- 2.54
ApproxEqualDisplayFormat <- "%.2f inches = %.2f centimeters"

InpInch <-  as.numeric(readline("Enter the length in inches: "))

Enter the length in inches:

if (!is.na(InpInch)){
    ResCM <- InpInch * Inch2CMRatio
    sprintf(ApproxEqualDisplayFormat, InpInch, ResCM)
} else {
    print("Input is not a vaild number.")
}

[1] "Input is not a vaild number."

9. Create an R file named sales.r that get the price of item from the user and then display the new discount price for the item based on discounts of 50%, 30% and 10%. Run the r file using terminal. Example output:

Example Output

InpPrice <- as.numeric(readline("Enter the price of items: "))

Enter the price of items:

# Well, to prevent it terminate half way, we give it a number here.
InpPrice <- 6.6
if (is.na(InpPrice)){
    print("Input is not a vaild number.")
    q()
}

OutPrice <- function(fullPrice, discount){
    sprintf("The price of item after %d%% discount is %.2f.", discount, fullPrice - (fullPrice * discount / 100))
}

OutPrice(InpPrice, 50)

[1] "The price of item after 50% discount is 3.30."

The price of item after 50% discount is 3.30.

OutPrice(InpPrice, 30)

[1] "The price of item after 30% discount is 4.62."

The price of item after 30% discount is 4.62.

OutPrice(InpPrice, 10)

[1] "The price of item after 10% discount is 5.94."

The price of item after 10% discount is 5.94.

---
title: "Lab 2 Basics in R"
author: "WANG YUNLONG 25088258"
output: html_notebook
---

```{r}
Sys.setlocale(category = 'LC_ALL', locale = 'English_United States.1252')
```

# WQD7004 Programming for Data Science
## Lab 2 Basics in R

### 1. In each case, what is the value of x?
```{r}
x<-2-1*2
x
x<-6/3-2+1*0+3/3-3
x
x<-19%%17%%13
x
x<-(19%%17)%%13
x
x<-19%%(17%%13)
x
x<-2^17%%17
x
x<-3-2%%5+3*2-4/2
x
```



### 2. Shorten the notation of following vectors
- x<-c(157, 158, 159, 160, 161, 162, 163, 164)
- x<-c(10, 9, 8, 7, 6, 5, 4, 3, 2, 1)
- x<-c(-1071, -1072, -1073, -1074, -1075, -1074, -1073, -1072, -1071)
- x<-c(1.5, 2.5, 3.5, 4.5, 5.5)
```{r}
x1 <- c(157:164)
x1

x2 <- c(10:1)
x2

x3 <- c(-1071:-1075, -1074:-1071)
x3

x4 <- 1.5:5.5
x4
```



### 3. Create a vector x of with the following value (0.15, 1.30, 3.45, 5.75). Then display the vector in character and integer.
```{r}
y <- c(0.15, 1.30, 3.45, 5.75)
yac <- as.character(y)
yac

yai <- as.integer(y)
yai
```



### 4. Create a vector y based on the requirements below:
a. A sequence of 10 numbers from 20-11
b. A sequence of odd numbers from 11-20
c. A sequence of first twelve square number starting from 1.
d. A sequence of first eleven exponential number of 2 starting from 1.

```{r}
y1 <- 20:11
y1

y2 <- seq(11, 20, 2)
y2
# This is also fine
y2 <- c(11:20)[c(T,F)]
y2
```


```{r}
y3 <- (1:12) ^ 2
y3

y4 <- 2 ^ (1:11)
y4
```



### 5. Create a vector z based on the requirements below:
a. A sequence of 10 W
b. A sequence of R R R S S S
c. The first 5 alphabets in lower case
d. A sequence of players from Player1 – Player10
```{r}
z1 <- rep("W", 10)
z1

z2 <- rep(c("R", "S"), each=3)
z2

z3 <- letters[1:5]
z3

z4 <- paste("Players", 1:10)
z4
```



### 6. Create vectors as below.
![Designated Vector](data:image/png;base64,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)

a. Display the vector
b. What is the total mark for Abu?
c. Display the percentage for each student in two decimal places if the total mark is 30.

```{r}
DegColNames <- c("Ali", "Abu", "Ahmad", "Bala", "Chong")
Mtut <- c(15, 17, 10, 8, 19)
Mtut2 <- c(5, 4, 3, 2, 1)

names(Mtut) <- DegColNames
names(Mtut2) <- DegColNames

Mtut
Mtut2

TotalMarks <- Mtut + Mtut2
TotalMarkAbu <- TotalMarks["Abu"]
TotalMarkAbu

AsPercent <- function(orig, max=100){
    paste(formatC((orig / max) * 100, digits = 2, format = "f"), "%", sep="")
}
MarkPercentages <- AsPercent(TotalMarks, max=30)
names(MarkPercentages) <- DegColNames
MarkPercentages
```



### 7. Create a vector num of size 10 with any random value from 51-100. Display the vector and then assign all the even numbers to a new vector named even.
```{r}
RandomNums <- sample(51:100, size=10, replace=TRUE)
RandomNums

IsEven <- function (inpNum){
    inpNum %% 2 == 1
}
even <- RandomNums[IsEven(RandomNums)]
even
```



### 8. Create an R file named convert.r that used to convert inch to centimeters. Given 1inch equals to 2.54 centimeters. Display the value of centimeters in two decimal places. Run the r file using terminal. Example output:
![Example Output](data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAkQAAAA2CAYAAAAmlYa5AAAAAXNSR0IArs4c6QAAAARnQU1BAACxjwv8YQUAAAAJcEhZcwAADsMAAA7DAcdvqGQAAA0mSURBVHhe7d0/lqo+Hwbwh7ebHWjHMrBzB1hid8tZAqwAljDldFLqDqYzy6CTFfxa3iKAkhAI/xwdns85nHtHwYQkIHyJiVMURQEiIqKnEwCAxNnJP6/y6yj0Htcheg6HF0Sv7F1OFs18Rsq7UgwAuBYhAODldmExsmzwAvWYpwcAwPYoE37luni9vL7LsUhEY/1PfYGIiIhobXhBRDPwAHgIiwJhUaColmtcL0REJiJxIBIHjtO+HNIchzRXN7sTCSCSev1EAMk9ODujHECO9OAgPej5dJwEjpNANGLD9C54QURERESrp/QhsukLcuefbgCAc7BR3xphDc/oh+7j0PVfjEjq/9534bf7gkw1tE5epw8RTTG03mkIIWT5ep5SoHkKADhsj/L9stz/ZVUfs4tcL5ZR6Dgqv7UWqp+6b1smz2OFkoBIHADADtfW9+m1MUJEREREq9cZIbK/yla3k5EjAHCTLQCgupCvxfIK+iTkNtr7BrEhT/dfpagfpP66qT2vej59AMDpdgYATAmCpQd516BlzeC+j7Z5LZVlqt6V2JfNzEZEiOzzOrVsZH+E9NC+flzecUbCBQCcIO9Q1fVM1DrEpLwO1b1v8E8AgNs5AADcm/bUMh3jd/Nqbm+lMv3iLNvB1PTQmabaxkvlceTsTDF7w3aTKU8MjHWxpGb7SAPTUwm1PbR/T0zVFwGq6vYTX0BrPumVMUJEREREq7dIhOjxPkaL6NTPhOW/50JGYNTPsE27b7wS/Ypevn7PqxoJqu5IPuWKX9MjRHdD97G9XG3LdHjZGDMyzoAI0fC8ytfHlo3+efUGwGPEAlWEQN4Vq3ViW4eYkNfZVJGGREY79Dv9ae1tVgvn9d7e5Gr9keBp6cm3prXx/rY2txeIECnlGRjraehxOVZ7mVwDmb9dKsvmqWVEs2GEiIiIiFZvkQhRtR1at22uG9bJt3+Gvn3F8tly/fxd/lkUe2BQOnMauo+266tlKstieNmUt6RzsYoQLV2PatnIu+/e7ZQIxZwRIvM2al4fDs05DIy6/Fo+sWReLY8NzbT0YJOm1sb/AS3RSr0s/iLL80LNtn6m6unz1tF3jF4fI0RERES0ep0XRNHOQbRTR+J04BxSOIe0HLPzt2QAMmQXILsAl+MWl+NWz+su6vh1xl/1TmXz5LzmGZBnEPAh4MN1AVcGIWgVmu3NczfwXFPUYQ4yvXFtfANgg+BcIDgXKL6A4gv4dBx8PmzXO4rzWxEABBJni8TZIgsLZGGBc7DpiA49j0i2EMkWaXBDGtzuo/IXVxTFFXG0Qxzt4CQCzjJDZdOCOi+IiIiIiNag84IovhaIrw9zU1XLOUBxDsr7l9/iAnDh+oDry1Gz/dPjFbu6hPP3kXlZ71Q275RXen/N9iayHCJbMroi05uljW8CYBPgXBQ4FwWK2wnF7QQct8Bxu+D8Xc9QzRG2Q3rYyT5A1wKht0Q/oDFk5OonAn6itsiiB8BDeI0RXmMg+pELvZXOCyIiIiKiNXihC6LmXVQ/GZ/aBz72gY/L8RuX43d5Hf+qhu7jWO9UNk/O62YPbPYI/AsC/4Ljt8Dx+yGlPAXyFIddhENrn6Vn1SEtQ21vsj/PctGVKo4+oo3nAsgFRA6ItiDWxgU2bhmbWELVn8dB4izbd7Tqm3P0rjh61ydEhobuW/O4j34Eoh+99vJMIM8E4LtyobfyQhdERERERL+jcxyitvvjBuM8P/eP1K/ym2loY5j0zNvjn9rHozDPD1SR8/3Yj1+zIOt9zACrvHaXqX3ZtPRbmMJqHKIm+7za1qOhbJRZtO+plfNCyeFEsNPGISoNrENMyetcFhvbZ+Z84nl5fVp7e2Cd5k3uu95Gm0znxOmU74NFRqoe9p1TjQyuzXbfp/6uah9PzH7fevJr/Tn0ihghIiIiotVTIkREhMe7+HJuIi1CREREfwojRERERLR6jBARNTT7CIjF+mcQEdErYYSIiIiIVo8RIlolkTgAAMOPxDhrNRHRyjBCRERERKvXHSEyjtVSKsdc+O8kh+z9+PhQVrAhxwVND1sAgD6sRDkuTM/4NYPV48jIP+vPr1+XfUlOtzMAgF1Inus+Vous8dnrfzDbcW+I6N283vlmZV7k+5gRIiIiIlo9ywuiGECMa1Hg+jgrcznr/cfHRzM6JJJ6cRwHjuN0zBUk5/kJzgWC8+OMz1cUxbVM+YlcF3Bd+ADapqoSiQORyH1qWw5pjkPaPhtOzbpspqpmkHaQHvS8Ok4Cx0kg6vhHk2lfrfaR6Clk663npDIs+jE2drsJlONeWxIBp5GYXR7N2xO9uZ7v47lZXhARERER/V2WfYjkfEyh4bmqNjdPfI/pxFH5M57BfS6qPhs/AIC9Ie3Rqn37lH9+1XPPdKcrhHzf85ScKP2tvIf53LR5d8ryGV82dup6yeQ+qL+Yqn9pheYvqkyvq/1o1jVGT3Pfl6ozGqr7eDUbu90CDOeO/rbV7H+Zhbbb/SVrOC5XsI8jv4/nxggRERERrd4sESLd/Tn2+Kva514ZTte8W0sDGT1BawTlOVf85kiPVEWQPvEFPMzMnjiyZ79r6tGvzEQ+bZ6vnl8ZGmePVstQlrebGD7HMK6QFt1U1bNky32dmh460zT8orL+pYVx0CSgbbtVGHueGLvdEkZGesp2ccj+Aa3nmWnM7bSkzSAvdW+nttVxx/FJyPW19w3i+hw78nyjnPNOnozmHSPZs+V0k+dQfFafK/ezKPfzkbl8mmWTHeT5W1vN4L6Pzddt07Ovi2qfle8Hy/MUXvhcxQgRERERrR4viIiIiGj1+MhsLnVZyX+DMpyItkdOWmhyaNnYaqYTleHgayDzuEtlWLgOD5sGx5J/3int4twSFp5MCVFrIWx138pXtbCxUi/nQtbLPYwsV9PCv5pp6cm3ugd/0x9xyteXbyfvrL1ejGH92tjtFtDb1lXLnhuHHxtSX/uGRRsfflzNdC7tqwPlcVCVv/1PNQVQ+6Oz4CzXq8oGHeWjl039DjBiH/vqQ09Pvn6vC/VYqB431j2fy9fH5e8VMUJEREREq8cI0WTtnam7Ozg+64q6pwOh2vF3cIRIvVubUd8dm3UZNtcLC1k/w+oL2ucMTQ82aSrlXxSys2xdfzB0+JyJufNlt65TyK+py1LWh22UY/R2A+gTC6udW7tV9fTtyrzpbXCsMecyDNtOa+N7YNRxVbU52+OyR9/5xvA+tB+mVC9XEaLm+QZd5aOVTRV5H7qPlvWhpWdbFyrle2bh89SSGCEiIiKi1eMF0WgCgEDibJE4W2RhgSwscA42+pX4LxHJFiLZIg1uSIObPi1KtEMc7SYM+e9Z3M++mgxAhuwCZBfAczfw3CXrS6b3mObluMXluNWnXthFyk9WN81pbb6A4gv4dBx8Pmw311Qqm+CMTXB+aCd2y0vyQsALcY0vuMYXpD850h+LMhq73QBeWMALH8rw5qK4ufUUHcbpQvIUyFN8pgE+0wD/PODfrIff2GPDsn23tvG/rlk2neUzW9lY1sds6Q07T81xrloKL4iIiIho9XhBNFgOOWHqDulhJ5+zXguEns2z1meR0aufCPiJ2u70ZGQnvMYIrzEQ/cjF2wPeHjEEYghkOZC1XcxnGZBluPguLr58pv4+XAAuXB9wfUBkOUTrTs5FpveYpn+6wT89RuzUJWwd0A2bANgEOBcFzkWB4nZCcTsBxy1w3JojC5by9IA8Peh3kj3LO7hkGS6Z7As5xNjtBinrNYyBMAaiH4HoR69I8X2E+D7CCwN4YVDel89p7LExtH13tPE/p1k2duUztWyG1sfU9BQ956k5zlVL4QURERERrR4viAaq+uUcvSuO3vVJkaGqv5LsY+AcUjiHtIxVtWneIZjuOPNMIM8E4LtyKSNH+/iCfXzB8Vvg+P24XZmPXYRkF8EP9vAD+cuE9yHvq/eBj33g18/Xl7tjqe7jH9P8xuX4XZZmh1wAuYDIAdFW0RsX2Liz9eT6U32IRAKIBLtI/por3nuI9xal1Lvd0GPRQtk3KImAJAJ814XvPkReq/fFCYk4LdB3qKK2U9tjQ93Osn3Ponmuez3NshlXPkP38cn1MfA8tUjTnQkviIiIiGj1ZhmHaNT4JYaJAe/ktezrjENU5UeO0dDXN78ayRQA/mUDy0crGyVt0wSEmp4893yOPl6K5J8M41rMyTDuxz3F5r6Zx8xorncfv0Tqb7vVJI22Y3R0p4chad7kvh/KIYNNaz+lPl5VfY5qLyNtxOPK2O3UY6rnGHrUV++meqy3y+Q5sG3C4CX05fd+bDT7n/Rvh/mPK2UkaZWpbGt95xvD+/3jEE04/tV+PSP30T4927pQ9BxLlSp/aMnjq2CEiIiIiFZvlgjRMl4tQkRERER/FSNEREREtHqWESLDs8Hy+fl/J9n1/ePjQ1nBhjIPipbIsHl+iIiIiIZihIiIiIhWrztCRERERLQCjBARERHR6v0fWN2bNgUV7w4AAAAASUVORK5CYII=)

```{r}
Inch2CMRatio <- 2.54
ApproxEqualDisplayFormat <- "%.2f inches = %.2f centimeters"

InpInch <-  as.numeric(readline("Enter the length in inches: "))
if (!is.na(InpInch)){
    ResCM <- InpInch * Inch2CMRatio
    sprintf(ApproxEqualDisplayFormat, InpInch, ResCM)
} else {
    print("Input is not a vaild number.")
}

```



### 9. Create an R file named sales.r that get the price of item from the user and then display the new discount price for the item based on discounts of 50%, 30% and 10%. Run the r file using terminal. Example output:
![Example Output](data:image/png;base64,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)

```{r}

InpPrice <- as.numeric(readline("Enter the price of items: "))
# Well, to prevent it terminate half way, we give it a number here.
InpPrice <- 6.6
if (is.na(InpPrice)){
    print("Input is not a vaild number.")
    q()
}

OutPrice <- function(fullPrice, discount){
    sprintf("The price of item after %d%% discount is %.2f.", discount, fullPrice - (fullPrice * discount / 100))
}

OutPrice(InpPrice, 50)
OutPrice(InpPrice, 30)
OutPrice(InpPrice, 10)
```

WQD7004 Programming for Data Science – Lab 2 Basics in R

Lab 2 Basics in R

WANG YUNLONG 25088258

WQD7004 Programming for Data Science

Lab 2 Basics in R

1. In each case, what is the value of x?

2. Shorten the notation of following vectors

3. Create a vector x of with the following value (0.15, 1.30, 3.45, 5.75). Then display the vector in character and integer.

4. Create a vector y based on the requirements below:

5. Create a vector z based on the requirements below:

6. Create vectors as below.

7. Create a vector num of size 10 with any random value from 51-100. Display the vector and then assign all the even numbers to a new vector named even.

8. Create an R file named convert.r that used to convert inch to centimeters. Given 1inch equals to 2.54 centimeters. Display the value of centimeters in two decimal places. Run the r file using terminal. Example output:

9. Create an R file named sales.r that get the price of item from the user and then display the new discount price for the item based on discounts of 50%, 30% and 10%. Run the r file using terminal. Example output: