Software Tools for Earth and Environmental Science
–7th WEEK–
Emir Toker
04/12/2020
R Language - Part 3
Syllabus, Last Week and Book
R Language - Part 3
- Read
- Write
- Plot
TakeHome - MidTerm Project
Additional Course - II
Next Week - R Programming
Syllabus, Last Week and Book
Syllabus
Extended Syllabus PDF
Last Week
Book
PDF - (Pg. 127-133 and 150-155)
Homework - I and II
*due date: 07/12/2020 23:59
Homework - I
Create a Notebook
Homework - II
Practice - Data Types and Structures
Additional Course - II
Today, 15:00 - 16:00
R Language
R Language - Part 1 & Part 2
- Basic Math, Assigment, Comment
- Data Types - Classes
- Numeric
- Integer
- Logical
- Character
- Special Values
- Data Structures - Objects
- Vector
- Matrice
- Array
- Data Frame
- List
R Language - Part 3
Read
Write
Plot
Practice - R Language
Practice - R Language
- Read and assign your csv data (Header or seperator ?). “Cekmekoy_Omerli_15min.txt”
- Check the class and structure of your new data.
- Take the “Temperature” parameter and assign it as a new variable.
- Plot the “temperature” vector.
- Print minimum temperature and find which element is the minimum in temperature vector.
- change the minimum value with NA and Print.
- Plot the new “temperature” vector.
- Replace these new temperature values with old temperature values located in your data frame.
- Write your data frame as a new csv file.
Practice - R Language
- Read and assign your csv data (Header or seperator ?). “18397_Cekmekoy_Omerli_15dk.txt”
## sta_no year month day hour minutes temp precipitation pressure
## 1 18397 2017 7 26 18 0 23.9 0.00 1003.0
## 2 18397 2017 7 26 18 15 23.9 0.00 1003.1
## 3 18397 2017 7 26 18 30 23.8 0.00 1003.2
## 4 18397 2017 7 26 18 45 23.8 0.00 1003.2
## 5 18397 2017 7 26 19 0 23.6 0.00 1003.2
## 6 18397 2017 7 26 19 15 23.2 0.00 1003.1
## 7 18397 2017 7 26 19 30 23.2 0.00 1003.1
## 8 18397 2017 7 26 19 45 23.1 0.00 1003.1
## 9 18397 2017 7 26 20 0 23.0 0.00 1003.1
## 10 18397 2017 7 26 20 15 22.8 0.00 1003.0
## 11 18397 2017 7 26 20 30 22.5 0.00 1003.0
## 12 18397 2017 7 26 20 45 22.4 0.00 1003.0
## 13 18397 2017 7 26 21 0 22.2 0.00 1003.0
## 14 18397 2017 7 26 21 15 22.3 0.00 1003.0
## 15 18397 2017 7 26 21 30 22.2 0.00 1003.1
## 16 18397 2017 7 26 21 45 21.7 0.00 1003.1
## 17 18397 2017 7 26 22 0 21.9 0.00 1003.2
## 18 18397 2017 7 26 22 15 21.7 0.00 1003.3
## 19 18397 2017 7 26 22 30 21.6 0.00 1003.3
## 20 18397 2017 7 26 22 45 22.2 0.00 1003.4
## 21 18397 2017 7 26 23 0 22.2 0.00 1003.4
## 22 18397 2017 7 26 23 15 22.1 0.00 1003.5
## 23 18397 2017 7 26 23 30 22.3 0.00 1003.4
## 24 18397 2017 7 26 23 45 22.5 0.00 1003.4
## 25 18397 2017 7 27 0 0 22.3 0.00 1003.4
## 26 18397 2017 7 27 0 15 22.2 0.00 1003.2
## 27 18397 2017 7 27 0 30 22.5 0.00 1003.2
## 28 18397 2017 7 27 0 45 22.6 0.00 1003.2
## 29 18397 2017 7 27 1 0 22.6 0.00 1003.3
## 30 18397 2017 7 27 1 15 22.6 0.00 1003.4
## 31 18397 2017 7 27 1 30 22.6 0.00 1003.2
## 32 18397 2017 7 27 1 45 22.7 0.00 1003.2
## 33 18397 2017 7 27 2 0 22.6 0.00 1003.3
## 34 18397 2017 7 27 2 15 22.5 0.00 1003.2
## 35 18397 2017 7 27 2 30 22.6 0.00 1003.2
## 36 18397 2017 7 27 2 45 22.5 0.00 1003.1
## 37 18397 2017 7 27 3 0 22.5 0.00 1003.1
## 38 18397 2017 7 27 3 15 22.4 0.00 1003.0
## 39 18397 2017 7 27 3 30 22.5 0.00 1003.1
## 40 18397 2017 7 27 3 45 22.4 0.00 1003.3
## 41 18397 2017 7 27 4 0 22.5 0.00 1003.4
## 42 18397 2017 7 27 4 15 22.6 0.00 1003.5
## 43 18397 2017 7 27 4 30 23.0 0.00 1003.5
## 44 18397 2017 7 27 4 45 23.2 0.00 1003.5
## 45 18397 2017 7 27 5 0 24.2 0.00 1003.6
## 46 18397 2017 7 27 5 15 25.1 0.00 1003.5
## 47 18397 2017 7 27 5 30 25.5 0.00 1003.4
## 48 18397 2017 7 27 5 45 26.1 0.00 1003.3
## 49 18397 2017 7 27 6 0 27.1 0.00 1003.3
## 50 18397 2017 7 27 6 15 26.9 0.00 1003.3
## 51 18397 2017 7 27 6 30 27.6 0.00 1003.3
## 52 18397 2017 7 27 6 45 28.0 0.00 1003.2
## 53 18397 2017 7 27 7 0 28.4 0.00 1003.1
## 54 18397 2017 7 27 7 15 28.5 0.00 1003.1
## 55 18397 2017 7 27 7 30 29.3 0.00 1003.0
## 56 18397 2017 7 27 7 45 30.2 0.00 1002.9
## 57 18397 2017 7 27 8 0 30.1 0.00 1002.8
## 58 18397 2017 7 27 8 15 30.1 0.00 1002.8
## 59 18397 2017 7 27 8 30 30.4 0.00 1002.8
## 60 18397 2017 7 27 8 45 30.4 0.00 1002.8
## 61 18397 2017 7 27 9 0 30.8 0.00 1002.9
## 62 18397 2017 7 27 9 15 30.9 0.00 1002.8
## 63 18397 2017 7 27 9 30 31.0 0.00 1002.6
## 64 18397 2017 7 27 9 45 31.5 0.00 1002.6
## 65 18397 2017 7 27 10 0 31.2 0.00 1002.6
## 66 18397 2017 7 27 10 15 30.9 0.00 1002.4
## 67 18397 2017 7 27 10 30 30.9 0.00 1002.4
## 68 18397 2017 7 27 10 45 30.4 0.00 1002.3
## 69 18397 2017 7 27 11 0 30.4 0.00 1002.1
## 70 18397 2017 7 27 11 15 30.0 0.00 1001.9
## 71 18397 2017 7 27 11 30 29.2 0.00 1001.9
## 72 18397 2017 7 27 11 45 29.5 0.00 1001.7
## 73 18397 2017 7 27 12 0 29.4 0.00 1001.6
## 74 18397 2017 7 27 12 15 29.3 0.00 1001.3
## 75 18397 2017 7 27 12 30 29.6 0.00 1001.2
## 76 18397 2017 7 27 12 45 28.8 0.00 1001.3
## 77 18397 2017 7 27 13 0 29.0 0.00 1001.1
## 78 18397 2017 7 27 13 15 29.0 0.00 1001.2
## 79 18397 2017 7 27 13 30 29.2 0.00 1001.3
## 80 18397 2017 7 27 13 45 28.4 0.00 1001.5
## 81 18397 2017 7 27 14 0 27.8 0.00 1001.6
## 82 18397 2017 7 27 14 15 27.4 0.00 1001.6
## 83 18397 2017 7 27 14 30 26.6 0.00 1001.5
## 84 18397 2017 7 27 14 45 26.2 0.00 1001.2
## 85 18397 2017 7 27 15 0 25.8 0.00 1001.1
## 86 18397 2017 7 27 15 15 25.6 0.00 1001.0
## 87 18397 2017 7 27 15 30 25.4 0.00 1000.9
## 88 18397 2017 7 27 15 45 24.2 0.00 1001.8
## 89 18397 2017 7 27 16 0 19.2 7.01 1003.7
## 90 18397 2017 7 27 16 15 19.5 8.80 1003.2
## 91 18397 2017 7 27 16 30 20.1 0.25 1003.1
## 92 18397 2017 7 27 16 45 20.8 0.00 1003.7
## 93 18397 2017 7 27 17 0 21.2 1.13 -9999.0
## 94 18397 2017 7 27 17 15 21.4 0.02 1005.6
## 95 18397 2017 7 27 17 30 21.4 1.25 1005.4
## 96 18397 2017 7 27 17 45 21.4 2.75 1005.1
## 97 18397 2017 7 27 18 0 21.2 0.00 1005.1
## 98 18397 2017 7 27 18 15 21.0 0.00 -9999.0
## 99 18397 2017 7 27 18 30 20.8 0.00 1006.3
## 100 18397 2017 7 27 18 45 20.9 0.00 -9999.0
## 101 18397 2017 7 27 19 0 20.8 0.19 1005.7
## 102 18397 2017 7 27 19 15 20.7 0.00 1006.2
## 103 18397 2017 7 27 19 30 20.8 0.20 1003.6
## 104 18397 2017 7 27 19 45 20.8 0.22 1003.7
## 105 18397 2017 7 27 20 0 20.9 0.00 -9999.0
## 106 18397 2017 7 27 20 15 20.6 0.00 -9999.0
## 107 18397 2017 7 27 20 30 20.6 0.00 1005.1
## 108 18397 2017 7 27 20 45 20.5 0.00 1005.6
## 109 18397 2017 7 27 21 0 20.7 0.00 1005.5
## 110 18397 2017 7 27 21 15 20.8 0.00 1005.7
## 111 18397 2017 7 27 21 30 20.4 0.00 1005.6
## 112 18397 2017 7 27 21 45 20.4 0.00 1005.8
## 113 18397 2017 7 27 22 0 20.6 0.00 1005.8
## 114 18397 2017 7 27 22 15 20.5 0.00 1005.9
## 115 18397 2017 7 27 22 30 20.4 0.00 1006.0
## 116 18397 2017 7 27 22 45 20.5 0.00 1005.9
## 117 18397 2017 7 27 23 0 20.5 0.00 1005.9
## 118 18397 2017 7 27 23 15 20.6 0.00 1005.9
## 119 18397 2017 7 27 23 30 20.5 0.00 1006.0
## 120 18397 2017 7 27 23 45 20.5 0.00 1006.0
## 121 18397 2017 7 28 0 0 20.4 0.00 1006.0
## relative_humidity
## 1 94
## 2 95
## 3 96
## 4 96
## 5 96
## 6 97
## 7 97
## 8 98
## 9 98
## 10 98
## 11 98
## 12 99
## 13 99
## 14 99
## 15 99
## 16 99
## 17 99
## 18 99
## 19 99
## 20 100
## 21 100
## 22 100
## 23 100
## 24 100
## 25 100
## 26 100
## 27 100
## 28 100
## 29 100
## 30 100
## 31 100
## 32 100
## 33 100
## 34 100
## 35 100
## 36 100
## 37 100
## 38 100
## 39 100
## 40 100
## 41 100
## 42 100
## 43 100
## 44 100
## 45 100
## 46 97
## 47 84
## 48 82
## 49 79
## 50 78
## 51 78
## 52 76
## 53 76
## 54 75
## 55 73
## 56 65
## 57 57
## 58 60
## 59 53
## 60 52
## 61 51
## 62 51
## 63 50
## 64 53
## 65 52
## 66 57
## 67 58
## 68 59
## 69 60
## 70 61
## 71 65
## 72 66
## 73 67
## 74 66
## 75 68
## 76 70
## 77 68
## 78 69
## 79 69
## 80 71
## 81 72
## 82 72
## 83 77
## 84 79
## 85 80
## 86 82
## 87 84
## 88 79
## 89 99
## 90 100
## 91 100
## 92 100
## 93 100
## 94 100
## 95 100
## 96 100
## 97 100
## 98 100
## 99 100
## 100 100
## 101 100
## 102 100
## 103 100
## 104 100
## 105 100
## 106 100
## 107 100
## 108 100
## 109 100
## 110 100
## 111 100
## 112 100
## 113 100
## 114 100
## 115 100
## 116 100
## 117 100
## 118 100
## 119 100
## 120 100
## 121 100Practice - R Language
- Read and assign your csv data (Header or seperator ?). “Cekmekoy_Omerli_15min.txt”
- Check the class and structure of your new data.
- Take the “Temperature” parameter and assign it as a new variable.
- Plot the “temperature” vector.
- Print minimum temperature and find which element is the minimum in temperature vector.
- change the minimum value with NA and Print.
- Plot the new “temperature” vector.
- Replace these new temperature values with old temperature values located in your data frame.
- Write your data frame as a new csv file.
Practice - R Language
- Check the class and structure of your new data.
## [1] "data.frame"## 'data.frame': 121 obs. of 10 variables:
## $ sta_no : int 18397 18397 18397 18397 18397 18397 18397 18397 18397 18397 ...
## $ year : int 2017 2017 2017 2017 2017 2017 2017 2017 2017 2017 ...
## $ month : int 7 7 7 7 7 7 7 7 7 7 ...
## $ day : int 26 26 26 26 26 26 26 26 26 26 ...
## $ hour : int 18 18 18 18 19 19 19 19 20 20 ...
## $ minutes : int 0 15 30 45 0 15 30 45 0 15 ...
## $ temp : num 23.9 23.9 23.8 23.8 23.6 23.2 23.2 23.1 23 22.8 ...
## $ precipitation : num 0 0 0 0 0 0 0 0 0 0 ...
## $ pressure : num 1003 1003 1003 1003 1003 ...
## $ relative_humidity: int 94 95 96 96 96 97 97 98 98 98 ...## $names
## [1] "sta_no" "year" "month"
## [4] "day" "hour" "minutes"
## [7] "temp" "precipitation" "pressure"
## [10] "relative_humidity"
##
## $class
## [1] "data.frame"
##
## $row.names
## [1] 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18
## [19] 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36
## [37] 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54
## [55] 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72
## [73] 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90
## [91] 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108
## [109] 109 110 111 112 113 114 115 116 117 118 119 120 121Practice - R Language
- Read and assign your csv data (Header or seperator ?). “Cekmekoy_Omerli_15min.txt”
- Check the class and structure of your new data.
- Take the “Temperature” parameter and assign it as a new variable.
- Plot the “temperature” vector.
- Print minimum temperature and find which element is the minimum in temperature vector.
- change the minimum value with NA and Print.
- Plot the new “temperature” vector.
- Replace these new temperature values with old temperature values located in your data frame.
- Write your data frame as a new csv file.
Practice - R Language
- Take the “Temperature” parameter and assign it as a new variable.
## [1] 23.9 23.9 23.8 23.8 23.6 23.2 23.2 23.1 23.0 22.8 22.5 22.4 22.2 22.3 22.2
## [16] 21.7 21.9 21.7 21.6 22.2 22.2 22.1 22.3 22.5 22.3 22.2 22.5 22.6 22.6 22.6
## [31] 22.6 22.7 22.6 22.5 22.6 22.5 22.5 22.4 22.5 22.4 22.5 22.6 23.0 23.2 24.2
## [46] 25.1 25.5 26.1 27.1 26.9 27.6 28.0 28.4 28.5 29.3 30.2 30.1 30.1 30.4 30.4
## [61] 30.8 30.9 31.0 31.5 31.2 30.9 30.9 30.4 30.4 30.0 29.2 29.5 29.4 29.3 29.6
## [76] 28.8 29.0 29.0 29.2 28.4 27.8 27.4 26.6 26.2 25.8 25.6 25.4 24.2 19.2 19.5
## [91] 20.1 20.8 21.2 21.4 21.4 21.4 21.2 21.0 20.8 20.9 20.8 20.7 20.8 20.8 20.9
## [106] 20.6 20.6 20.5 20.7 20.8 20.4 20.4 20.6 20.5 20.4 20.5 20.5 20.6 20.5 20.5
## [121] 20.4Practice - R Language
- Read and assign your csv data (Header or seperator ?). “Cekmekoy_Omerli_15min.txt”
- Check the class and structure of your new data.
- Take the “Temperature” parameter and assign it as a new variable.
- Plot the “temperature” vector.
- Print minimum temperature and find which element is the minimum in temperature vector.
- change the minimum value with NA and Print.
- Plot the new “temperature” vector.
- Replace these new temperature values with old temperature values located in your data frame.
- Write your data frame as a new csv file.
Practice - R Language
- Plot the “temperature” vector.
plot(temp_data)
Practice - R Language
- Read and assign your csv data (Header or seperator ?). “Cekmekoy_Omerli_15min.txt”
- Check the class and structure of your new data.
- Take the “Temperature” parameter and assign it as a new variable.
- Plot the “temperature” vector.
- Print minimum temperature and find which element is the minimum in temperature vector.
- change the minimum value with NA and Print.
- Plot the new “temperature” vector.
- Replace these new temperature values with old temperature values located in your data frame.
- Write your data frame as a new csv file.
Practice - R Language
- Print minimum temperature and find which element is the minimum in temperature vector.
## [1] 19.2## [1] 89Practice - R Language
- Read and assign your csv data (Header or seperator ?). “Cekmekoy_Omerli_15min.txt”
- Check the class and structure of your new data.
- Take the “Temperature” parameter and assign it as a new variable.
- Plot the “temperature” vector.
- Print minimum temperature and find which element is the minimum in temperature vector.
- change the minimum value with NA and Print.
- Plot the new “temperature” vector.
- Replace these new temperature values with old temperature values located in your data frame.
- Write your data frame as a new csv file.
Practice - R Language
- change the minimum value with NA and Print.
temp_data[89] <- NA
temp_data[which(temp_data==19.2)] <- NA
temp_data[which(temp_data==min(temp_data))] <- NA
print(temp_data)## [1] 23.9 23.9 23.8 23.8 23.6 23.2 23.2 23.1 23.0 22.8 22.5 22.4 22.2 22.3 22.2
## [16] 21.7 21.9 21.7 21.6 22.2 22.2 22.1 22.3 22.5 22.3 22.2 22.5 22.6 22.6 22.6
## [31] 22.6 22.7 22.6 22.5 22.6 22.5 22.5 22.4 22.5 22.4 22.5 22.6 23.0 23.2 24.2
## [46] 25.1 25.5 26.1 27.1 26.9 27.6 28.0 28.4 28.5 29.3 30.2 30.1 30.1 30.4 30.4
## [61] 30.8 30.9 31.0 31.5 31.2 30.9 30.9 30.4 30.4 30.0 29.2 29.5 29.4 29.3 29.6
## [76] 28.8 29.0 29.0 29.2 28.4 27.8 27.4 26.6 26.2 25.8 25.6 25.4 24.2 NA 19.5
## [91] 20.1 20.8 21.2 21.4 21.4 21.4 21.2 21.0 20.8 20.9 20.8 20.7 20.8 20.8 20.9
## [106] 20.6 20.6 20.5 20.7 20.8 20.4 20.4 20.6 20.5 20.4 20.5 20.5 20.6 20.5 20.5
## [121] 20.4Practice - R Language
- Read and assign your csv data (Header or seperator ?). “Cekmekoy_Omerli_15min.txt”
- Check the class and structure of your new data.
- Take the “Temperature” parameter and assign it as a new variable.
- Plot the “temperature” vector.
- Print minimum temperature and find which element is the minimum in temperature vector.
- change the minimum value with NA and Print.
- Plot the new “temperature” vector.
- Replace these new temperature values with old temperature values located in your data frame.
- Write your data frame as a new csv file.
Practice - R Language
- Plot the new “temperature” vector.
Practice - R Language
- Read and assign your csv data (Header or seperator ?). “Cekmekoy_Omerli_15min.txt”
- Check the class and structure of your new data.
- Take the “Temperature” parameter and assign it as a new variable.
- Plot the “temperature” vector.
- Print minimum temperature and find which element is the minimum in temperature vector.
- change the minimum value with NA and Print.
- Plot the new “temperature” vector.
- Replace these new temperature values with old temperature values located in your data frame.
- Write your data frame as a new csv file.
Practice - R Language
- Replace these new temperature values with old temperature values located in your data frame.
## sta_no year month day hour minutes temp precipitation pressure
## 1 18397 2017 7 26 18 0 23.9 0.00 1003.0
## 2 18397 2017 7 26 18 15 23.9 0.00 1003.1
## 3 18397 2017 7 26 18 30 23.8 0.00 1003.2
## 4 18397 2017 7 26 18 45 23.8 0.00 1003.2
## 5 18397 2017 7 26 19 0 23.6 0.00 1003.2
## 6 18397 2017 7 26 19 15 23.2 0.00 1003.1
## 7 18397 2017 7 26 19 30 23.2 0.00 1003.1
## 8 18397 2017 7 26 19 45 23.1 0.00 1003.1
## 9 18397 2017 7 26 20 0 23.0 0.00 1003.1
## 10 18397 2017 7 26 20 15 22.8 0.00 1003.0
## 11 18397 2017 7 26 20 30 22.5 0.00 1003.0
## 12 18397 2017 7 26 20 45 22.4 0.00 1003.0
## 13 18397 2017 7 26 21 0 22.2 0.00 1003.0
## 14 18397 2017 7 26 21 15 22.3 0.00 1003.0
## 15 18397 2017 7 26 21 30 22.2 0.00 1003.1
## 16 18397 2017 7 26 21 45 21.7 0.00 1003.1
## 17 18397 2017 7 26 22 0 21.9 0.00 1003.2
## 18 18397 2017 7 26 22 15 21.7 0.00 1003.3
## 19 18397 2017 7 26 22 30 21.6 0.00 1003.3
## 20 18397 2017 7 26 22 45 22.2 0.00 1003.4
## 21 18397 2017 7 26 23 0 22.2 0.00 1003.4
## 22 18397 2017 7 26 23 15 22.1 0.00 1003.5
## 23 18397 2017 7 26 23 30 22.3 0.00 1003.4
## 24 18397 2017 7 26 23 45 22.5 0.00 1003.4
## 25 18397 2017 7 27 0 0 22.3 0.00 1003.4
## 26 18397 2017 7 27 0 15 22.2 0.00 1003.2
## 27 18397 2017 7 27 0 30 22.5 0.00 1003.2
## 28 18397 2017 7 27 0 45 22.6 0.00 1003.2
## 29 18397 2017 7 27 1 0 22.6 0.00 1003.3
## 30 18397 2017 7 27 1 15 22.6 0.00 1003.4
## 31 18397 2017 7 27 1 30 22.6 0.00 1003.2
## 32 18397 2017 7 27 1 45 22.7 0.00 1003.2
## 33 18397 2017 7 27 2 0 22.6 0.00 1003.3
## 34 18397 2017 7 27 2 15 22.5 0.00 1003.2
## 35 18397 2017 7 27 2 30 22.6 0.00 1003.2
## 36 18397 2017 7 27 2 45 22.5 0.00 1003.1
## 37 18397 2017 7 27 3 0 22.5 0.00 1003.1
## 38 18397 2017 7 27 3 15 22.4 0.00 1003.0
## 39 18397 2017 7 27 3 30 22.5 0.00 1003.1
## 40 18397 2017 7 27 3 45 22.4 0.00 1003.3
## 41 18397 2017 7 27 4 0 22.5 0.00 1003.4
## 42 18397 2017 7 27 4 15 22.6 0.00 1003.5
## 43 18397 2017 7 27 4 30 23.0 0.00 1003.5
## 44 18397 2017 7 27 4 45 23.2 0.00 1003.5
## 45 18397 2017 7 27 5 0 24.2 0.00 1003.6
## 46 18397 2017 7 27 5 15 25.1 0.00 1003.5
## 47 18397 2017 7 27 5 30 25.5 0.00 1003.4
## 48 18397 2017 7 27 5 45 26.1 0.00 1003.3
## 49 18397 2017 7 27 6 0 27.1 0.00 1003.3
## 50 18397 2017 7 27 6 15 26.9 0.00 1003.3
## 51 18397 2017 7 27 6 30 27.6 0.00 1003.3
## 52 18397 2017 7 27 6 45 28.0 0.00 1003.2
## 53 18397 2017 7 27 7 0 28.4 0.00 1003.1
## 54 18397 2017 7 27 7 15 28.5 0.00 1003.1
## 55 18397 2017 7 27 7 30 29.3 0.00 1003.0
## 56 18397 2017 7 27 7 45 30.2 0.00 1002.9
## 57 18397 2017 7 27 8 0 30.1 0.00 1002.8
## 58 18397 2017 7 27 8 15 30.1 0.00 1002.8
## 59 18397 2017 7 27 8 30 30.4 0.00 1002.8
## 60 18397 2017 7 27 8 45 30.4 0.00 1002.8
## 61 18397 2017 7 27 9 0 30.8 0.00 1002.9
## 62 18397 2017 7 27 9 15 30.9 0.00 1002.8
## 63 18397 2017 7 27 9 30 31.0 0.00 1002.6
## 64 18397 2017 7 27 9 45 31.5 0.00 1002.6
## 65 18397 2017 7 27 10 0 31.2 0.00 1002.6
## 66 18397 2017 7 27 10 15 30.9 0.00 1002.4
## 67 18397 2017 7 27 10 30 30.9 0.00 1002.4
## 68 18397 2017 7 27 10 45 30.4 0.00 1002.3
## 69 18397 2017 7 27 11 0 30.4 0.00 1002.1
## 70 18397 2017 7 27 11 15 30.0 0.00 1001.9
## 71 18397 2017 7 27 11 30 29.2 0.00 1001.9
## 72 18397 2017 7 27 11 45 29.5 0.00 1001.7
## 73 18397 2017 7 27 12 0 29.4 0.00 1001.6
## 74 18397 2017 7 27 12 15 29.3 0.00 1001.3
## 75 18397 2017 7 27 12 30 29.6 0.00 1001.2
## 76 18397 2017 7 27 12 45 28.8 0.00 1001.3
## 77 18397 2017 7 27 13 0 29.0 0.00 1001.1
## 78 18397 2017 7 27 13 15 29.0 0.00 1001.2
## 79 18397 2017 7 27 13 30 29.2 0.00 1001.3
## 80 18397 2017 7 27 13 45 28.4 0.00 1001.5
## 81 18397 2017 7 27 14 0 27.8 0.00 1001.6
## 82 18397 2017 7 27 14 15 27.4 0.00 1001.6
## 83 18397 2017 7 27 14 30 26.6 0.00 1001.5
## 84 18397 2017 7 27 14 45 26.2 0.00 1001.2
## 85 18397 2017 7 27 15 0 25.8 0.00 1001.1
## 86 18397 2017 7 27 15 15 25.6 0.00 1001.0
## 87 18397 2017 7 27 15 30 25.4 0.00 1000.9
## 88 18397 2017 7 27 15 45 24.2 0.00 1001.8
## 89 18397 2017 7 27 16 0 NA 7.01 1003.7
## 90 18397 2017 7 27 16 15 19.5 8.80 1003.2
## 91 18397 2017 7 27 16 30 20.1 0.25 1003.1
## 92 18397 2017 7 27 16 45 20.8 0.00 1003.7
## 93 18397 2017 7 27 17 0 21.2 1.13 -9999.0
## 94 18397 2017 7 27 17 15 21.4 0.02 1005.6
## 95 18397 2017 7 27 17 30 21.4 1.25 1005.4
## 96 18397 2017 7 27 17 45 21.4 2.75 1005.1
## 97 18397 2017 7 27 18 0 21.2 0.00 1005.1
## 98 18397 2017 7 27 18 15 21.0 0.00 -9999.0
## 99 18397 2017 7 27 18 30 20.8 0.00 1006.3
## 100 18397 2017 7 27 18 45 20.9 0.00 -9999.0
## 101 18397 2017 7 27 19 0 20.8 0.19 1005.7
## 102 18397 2017 7 27 19 15 20.7 0.00 1006.2
## 103 18397 2017 7 27 19 30 20.8 0.20 1003.6
## 104 18397 2017 7 27 19 45 20.8 0.22 1003.7
## 105 18397 2017 7 27 20 0 20.9 0.00 -9999.0
## 106 18397 2017 7 27 20 15 20.6 0.00 -9999.0
## 107 18397 2017 7 27 20 30 20.6 0.00 1005.1
## 108 18397 2017 7 27 20 45 20.5 0.00 1005.6
## 109 18397 2017 7 27 21 0 20.7 0.00 1005.5
## 110 18397 2017 7 27 21 15 20.8 0.00 1005.7
## 111 18397 2017 7 27 21 30 20.4 0.00 1005.6
## 112 18397 2017 7 27 21 45 20.4 0.00 1005.8
## 113 18397 2017 7 27 22 0 20.6 0.00 1005.8
## 114 18397 2017 7 27 22 15 20.5 0.00 1005.9
## 115 18397 2017 7 27 22 30 20.4 0.00 1006.0
## 116 18397 2017 7 27 22 45 20.5 0.00 1005.9
## 117 18397 2017 7 27 23 0 20.5 0.00 1005.9
## 118 18397 2017 7 27 23 15 20.6 0.00 1005.9
## 119 18397 2017 7 27 23 30 20.5 0.00 1006.0
## 120 18397 2017 7 27 23 45 20.5 0.00 1006.0
## 121 18397 2017 7 28 0 0 20.4 0.00 1006.0
## relative_humidity
## 1 94
## 2 95
## 3 96
## 4 96
## 5 96
## 6 97
## 7 97
## 8 98
## 9 98
## 10 98
## 11 98
## 12 99
## 13 99
## 14 99
## 15 99
## 16 99
## 17 99
## 18 99
## 19 99
## 20 100
## 21 100
## 22 100
## 23 100
## 24 100
## 25 100
## 26 100
## 27 100
## 28 100
## 29 100
## 30 100
## 31 100
## 32 100
## 33 100
## 34 100
## 35 100
## 36 100
## 37 100
## 38 100
## 39 100
## 40 100
## 41 100
## 42 100
## 43 100
## 44 100
## 45 100
## 46 97
## 47 84
## 48 82
## 49 79
## 50 78
## 51 78
## 52 76
## 53 76
## 54 75
## 55 73
## 56 65
## 57 57
## 58 60
## 59 53
## 60 52
## 61 51
## 62 51
## 63 50
## 64 53
## 65 52
## 66 57
## 67 58
## 68 59
## 69 60
## 70 61
## 71 65
## 72 66
## 73 67
## 74 66
## 75 68
## 76 70
## 77 68
## 78 69
## 79 69
## 80 71
## 81 72
## 82 72
## 83 77
## 84 79
## 85 80
## 86 82
## 87 84
## 88 79
## 89 99
## 90 100
## 91 100
## 92 100
## 93 100
## 94 100
## 95 100
## 96 100
## 97 100
## 98 100
## 99 100
## 100 100
## 101 100
## 102 100
## 103 100
## 104 100
## 105 100
## 106 100
## 107 100
## 108 100
## 109 100
## 110 100
## 111 100
## 112 100
## 113 100
## 114 100
## 115 100
## 116 100
## 117 100
## 118 100
## 119 100
## 120 100
## 121 100Practice - R Language
- Read and assign your csv data (Header or seperator ?). “Cekmekoy_Omerli_15min.txt”
- Check the class and structure of your new data.
- Take the “Temperature” parameter and assign it as a new variable.
- Plot the “temperature” vector.
- Print minimum temperature and find which element is the minimum in temperature vector.
- change the minimum value with NA and Print.
- Plot the new “temperature” vector.
- Replace these new temperature values with old temperature values located in your data frame.
- Write your data frame as a new csv file.
Practice - R Language
- Write your data frame as a new csv file.
BONUS - Create a Function
What is Function ?
A function is a set of statements organized together to perform a specific task
ex: mean() (arithmetic mean)
## [1] 2## [1] 2BONUS - Create a Function
What is Function ?
A function is a set of statements organized together to perform a specific task
ex: sample() (takes a sample of the specified size from the elements of x )
## [1] 32 1ex: sum() (returns the sum of all the values)
Practice
Create a Function
Problem: Take a sample belonged to population and sum
box <- 1:6 # This is my population in a BOX
my_samp <- sample(box, size = 2) # This is my sample, I choose two var.
sum(my_samp)box
sampI want to create a new function named my_roll()
my_roll <- function(box) {
box <- 1:6
my_samp <- sample(box)
sum(my_samp)
}my_roll()Practice
Problem: I want to define population myself, in every time. remove pre-defined population box ?
my_roll2 <- function(box) {
my_samp <- sample(box, size = 2)
sum(my_samp)
}my_roll2(box)box ?
box = 1:6
my_roll2(box)
my_roll2(box = 1:6)
my_roll2(1:6)Practice
Create a Function
- You can add new options
- { } and () are important
Workshop - Midterm Project
Workshop - Midterm Project
- Open a new R notebook
- Go to course home page, (Midterm Project)
- Click Rmd and Open “Midterm_Project.Rmd”
- Copy all code and paste in your R notebook
- Same way, open STATION DATA (18397_Cekmekoy_Omerli_15dk.txt) and paste file in your project directory.
- Start to follow Instructions
Next Week (not next, the other one)
Next Week (not next, the other one)
Next Week R Programming - PART I
