MAPPING OF DAIRY CATTLE FARMS DISTRICT OF BOYOLALI USING WEBGIS Mapping of Dairy Cattle Farms District of Boyolali Using Webgis.
MAPPING OF DAIRY CATTLE FARMS DISTRICT OF
BOYOLALI USING WEBGIS
FINAL PROJECT REPORT
Submitted as One of Fulfillment of the Requirement
For Getting Bachelor Degree in Departement of Informatics,
Faculty of Communications and Informatics
Muhammadiyah University of Surakarta
By :
ELLY LISTYANI NURMAWATI
L200112009
DEPARTMENT OF INFORMATICS
FACULTY OF COMMUNICATION AND INFORMATICS
MUHAMMADIYAH UNIVERSITY OF SURAKARTA
JULY, 2015
MOTTO
"Keep trying and pray, surrender to Allah"
(Author)
"Live like a dense fruit trees, living on the edge of the road and pelted with stones,
but rewarded with fruit"
(Abu Bakr Sibli)
v
DEDICATION
Presence grateful to Allah who has given me strength, knowledge and ease in
completion of this paper. Prayers and peace be always given to the Prophet
Muhammad SAW
For my parents were always my dearest sincerity, always motivated in everything in
all conditions and pray to Allah SWT for me and my dear family gratitude for the
love, support and advice for me.
Lecturer guidance counselor to Mr. Helman Muhammad thank you for guidance,
patience and direction until the completion of this paper
For Mr. Jumadi thank you for his knowledge about Geographic information system
For the class of 2011 Friends International class ( Sunu, Chintya, Coriee, Nidha,
Kemal, Aulia, Nega, Charis and Amin) I thanked a lot for motivation, support,
ridicule and passion that you give me, I will not forget our struggles during college to
receive a bachelor's degree.
For some people who can not mention one by one thanks for that help
vi
ACKNOWLEDGEMENT
Assalamu'alaikum Wr. Wb
Praise the writer turning to Almightly the presence who has given Grace, Hidayah,
and Inayah so I can finish this thesis with the title a “ Mapping of Dairy Cattle
Farms District of Boyolali Using WebGIS”.
This thesis is made to meet the curriculum in Informatics Department of
Muhammadiyah University of
Surakarta, as a student obligations in order to
complete the degree program.
With all humility, the authors realized this thesis is still far from perfection,
therefore the authors expects criticism and constructive suggestions from various
parties for future improvements.
The realization of this thesis is the assistance and cooperation of many
parties, which have provided direction and guidance to the author. So in this moment
I wish to thank as much as possible to:
1. Husni Thamrin, S.T, M.T, Ph.D
as the Dean of the Faculty of
Communication and Information Technology, Muhammadiyah University of
Surakarta
2. Dr.Heru Supriyono M.Sc as chairman of
informatics department of
Muhammadiyah University of Surakarta
3. Helman Muhammad S.T, M.T as a mentor who has taken the time, effort and
mind in providing advice in the preparation of this thesis
vii
TABLE OF CONTENT
TITLE ......................................................................................
i
APPROVAL
......................................................................
ii
VALIDATION ......................................................................
iii
CONTRIBUTION LIST ..........................................................
iv
MOTTO
......................................................................
v
DEDICATION ......................................................................
vi
ACKNOWLEDGEMENT .......................................................
vii
TABLE OF CONTENTS .........................................................
ix
LIST OF TABLES ...................................................................
xii
LIST OF FIGURES .................................................................
xiii
ABSTRACT
......................................................................
xv
CHAPTER I: INTRODUCTION .....................................................................
1
1.1. Background of the Problem ..............................................
1
1.2. Problem Formulation ........................................................
2
1.3. Scope of Problem .............................................................
3
1.4. Research Purposes ...........................................................
3
1.5. Benefit of the Research ....................................................
3
1.6. Systematical of Writing .....................................................
4
CHAPTER II: LITERARY REVIEW .............................................................
5
2.1. Research Study ..................................................................
5
2.2. Theoritical Basic ...............................................................
6
ix
2.2.1 Geographical Information System .............................
6
2.2.2 Dairy Farm.................................................................
8
2.2.3 Quantum GIS .............................................................
9
CHAPTER III: RESEARCH METHODOLOGY ...........................................
10
3.1 Time and Place Research ...................................................
10
3.2 Research Plot .....................................................................
10
3.3 Program Groove .................................................................
11
3.4 System Overview ...............................................................
14
3.5 System Requirement Analysis ...........................................
14
3.6 System Designing ..............................................................
16
3.7 General Design ...................................................................
19
CHAPTER IV: RESULTS AND ANALYSIS ...............................................
24
4.1 Page User Menu .................................................................
28
4.1.1 Home ........................................................................
28
4.1.2 Page Profile ..............................................................
29
4.1.3 Page Print .................................................................
31
4.1.4 Page Download.........................................................
31
4.1.5 Guest Boook Page ....................................................
32
4.2 Admin Page ........................................................................
38
4.2.1 Cattle Data Edit ........................................................
38
4.2.2 Delete Cattle Data ....................................................
39
4.2.3 Log Out.....................................................................
40
x
CHAPTER V:CLOSING
......................................................................
44
5.1. Conclusion
......................................................................
44
5.2. Suggestion
......................................................................
44
......................................................................
45
BIBLIOGRAPHY
APPENDIX
xi
LIST OF TABLES
Table 3.1 Sapiperah Table .............................................................
21
Table 3.2 Guest Book Table ..........................................................
21
Table 3.3 kantorkecamatan Table ................................................
22
Table 3.4 turunan Table ................................................................
22
Table 3.5 wisata Table ..................................................................
22
Table 3.6 geometry_columns Table ..............................................
23
Table 3.7 Spatial_ref_sys_ Table ..................................................
23
Table 3.8 Login Table ...................................................................
23
Table 4.1 Result of Quisioner .......................................................
42
Table 4.2 Result of data.................................................................
43
xii
LIST OF FIGURES
Figure 3.1 Flowchart of Research .................................................
11
Figure 3.2 Flowchart User .............................................................
12
Figure 3.3 Flowchart Admin .........................................................
13
Figure 3.4 Display of Waterfall Process Model Example .............
17
Figure 3.5 Use Case Diagram .......................................................
19
Figure 3.6 Diagram Menu System ...............................................
20
Figure 3.7 Process to Serve the map Using Ms4w ........................
20
Figure 4.1 Common user display ..................................................
24
Figure 4.2 Identify Symbol ...........................................................
25
Figure 4.3 Dairy Cows Data Information......................................
25
Figure 4.4 Detail Information of Data ...........................................
26
Figure 4.5 Derivatives Product of Cow .........................................
26
Figure 4.6 A Tourist Data Page.....................................................
27
Figure 4.7 Searching Data Display ...............................................
27
Figure 4.8 The Result of Searching Data ......................................
28
Figure 4.9 Login Form Display .....................................................
28
Figure 4.10 Home Display ............................................................
29
Figure 4.11 Display History of Boyolali .......................................
29
Figure 4.12 Display Vision and Mision of Disnakkan ..................
30
Figure 4.13 Display Structure Organization of Disnakkan ...........
30
Figure 4.14 Display Tupoksi of Disnakkan ..................................
30
Figure 4.15 Gallery Display ..........................................................
31
Figure 4.16 Page Print Display ....................................................
31
Figure 4.17 Page Download Display ............................................
32
xiii
Figure 4.18 Guest Book Page ........................................................
32
Figure 4.19 Symbol Zoom to Selected Display ............................
33
Figure 4.20 Zoom to Selected Display ..........................................
33
Figure 4.21 Symbol Zoom in Display ...........................................
34
Figure 4.22 Zoom in Display .......................................................
34
Figure 4.23 Symbol Zoom Out Display ........................................
34
Figure 4.24 Zoom Out Display .....................................................
35
Figure 4.25 Pan Display ................................................................
35
Figure 4.26 Symbol Transparency Display ...................................
36
Figure 4.27 Transparency Display ................................................
36
Figure 4.28 Symbol Refresh Display ............................................
37
Figure 4.29 Legend Display .........................................................
37
Figure 4.30 Admin Page Display ..................................................
38
Figure 4.31 Cattle Data Edit..........................................................
38
Figure 4.32 Data Display before Deleting ....................................
39
Figure 4.33 Data Display After Deleting ......................................
39
Figure 4.34 The Result of Deleting Data ......................................
40
Figure 4.35 Logout Display .........................................................
40
Figure 4.36 Back to Admin Page ..................................................
41
xiv
ABSTRACT
As the development of technology will be able to facilitate the organizations
and institutions to improve performance in order to more effectively and efficiently
Based on this it will be designed and built a “MAPPING OF DAIRY CATTLE
FARMS DISTRICT OF BOYOLALI USING WEBGIS”.
This system is built using waterfall method, with software applications is
quantum gis and then the output WebGIS which can display information about dairy
cattle Boyolali. WebGIS is built with PHP, while for managing MySQL database in
default of xampp
Geographic Information System is able to facilitate the public to obtain
information dairy cow milk in Boyolali.
Keyword
: GIS, Cattle, quantum gis
xv
BOYOLALI USING WEBGIS
FINAL PROJECT REPORT
Submitted as One of Fulfillment of the Requirement
For Getting Bachelor Degree in Departement of Informatics,
Faculty of Communications and Informatics
Muhammadiyah University of Surakarta
By :
ELLY LISTYANI NURMAWATI
L200112009
DEPARTMENT OF INFORMATICS
FACULTY OF COMMUNICATION AND INFORMATICS
MUHAMMADIYAH UNIVERSITY OF SURAKARTA
JULY, 2015
MOTTO
"Keep trying and pray, surrender to Allah"
(Author)
"Live like a dense fruit trees, living on the edge of the road and pelted with stones,
but rewarded with fruit"
(Abu Bakr Sibli)
v
DEDICATION
Presence grateful to Allah who has given me strength, knowledge and ease in
completion of this paper. Prayers and peace be always given to the Prophet
Muhammad SAW
For my parents were always my dearest sincerity, always motivated in everything in
all conditions and pray to Allah SWT for me and my dear family gratitude for the
love, support and advice for me.
Lecturer guidance counselor to Mr. Helman Muhammad thank you for guidance,
patience and direction until the completion of this paper
For Mr. Jumadi thank you for his knowledge about Geographic information system
For the class of 2011 Friends International class ( Sunu, Chintya, Coriee, Nidha,
Kemal, Aulia, Nega, Charis and Amin) I thanked a lot for motivation, support,
ridicule and passion that you give me, I will not forget our struggles during college to
receive a bachelor's degree.
For some people who can not mention one by one thanks for that help
vi
ACKNOWLEDGEMENT
Assalamu'alaikum Wr. Wb
Praise the writer turning to Almightly the presence who has given Grace, Hidayah,
and Inayah so I can finish this thesis with the title a “ Mapping of Dairy Cattle
Farms District of Boyolali Using WebGIS”.
This thesis is made to meet the curriculum in Informatics Department of
Muhammadiyah University of
Surakarta, as a student obligations in order to
complete the degree program.
With all humility, the authors realized this thesis is still far from perfection,
therefore the authors expects criticism and constructive suggestions from various
parties for future improvements.
The realization of this thesis is the assistance and cooperation of many
parties, which have provided direction and guidance to the author. So in this moment
I wish to thank as much as possible to:
1. Husni Thamrin, S.T, M.T, Ph.D
as the Dean of the Faculty of
Communication and Information Technology, Muhammadiyah University of
Surakarta
2. Dr.Heru Supriyono M.Sc as chairman of
informatics department of
Muhammadiyah University of Surakarta
3. Helman Muhammad S.T, M.T as a mentor who has taken the time, effort and
mind in providing advice in the preparation of this thesis
vii
TABLE OF CONTENT
TITLE ......................................................................................
i
APPROVAL
......................................................................
ii
VALIDATION ......................................................................
iii
CONTRIBUTION LIST ..........................................................
iv
MOTTO
......................................................................
v
DEDICATION ......................................................................
vi
ACKNOWLEDGEMENT .......................................................
vii
TABLE OF CONTENTS .........................................................
ix
LIST OF TABLES ...................................................................
xii
LIST OF FIGURES .................................................................
xiii
ABSTRACT
......................................................................
xv
CHAPTER I: INTRODUCTION .....................................................................
1
1.1. Background of the Problem ..............................................
1
1.2. Problem Formulation ........................................................
2
1.3. Scope of Problem .............................................................
3
1.4. Research Purposes ...........................................................
3
1.5. Benefit of the Research ....................................................
3
1.6. Systematical of Writing .....................................................
4
CHAPTER II: LITERARY REVIEW .............................................................
5
2.1. Research Study ..................................................................
5
2.2. Theoritical Basic ...............................................................
6
ix
2.2.1 Geographical Information System .............................
6
2.2.2 Dairy Farm.................................................................
8
2.2.3 Quantum GIS .............................................................
9
CHAPTER III: RESEARCH METHODOLOGY ...........................................
10
3.1 Time and Place Research ...................................................
10
3.2 Research Plot .....................................................................
10
3.3 Program Groove .................................................................
11
3.4 System Overview ...............................................................
14
3.5 System Requirement Analysis ...........................................
14
3.6 System Designing ..............................................................
16
3.7 General Design ...................................................................
19
CHAPTER IV: RESULTS AND ANALYSIS ...............................................
24
4.1 Page User Menu .................................................................
28
4.1.1 Home ........................................................................
28
4.1.2 Page Profile ..............................................................
29
4.1.3 Page Print .................................................................
31
4.1.4 Page Download.........................................................
31
4.1.5 Guest Boook Page ....................................................
32
4.2 Admin Page ........................................................................
38
4.2.1 Cattle Data Edit ........................................................
38
4.2.2 Delete Cattle Data ....................................................
39
4.2.3 Log Out.....................................................................
40
x
CHAPTER V:CLOSING
......................................................................
44
5.1. Conclusion
......................................................................
44
5.2. Suggestion
......................................................................
44
......................................................................
45
BIBLIOGRAPHY
APPENDIX
xi
LIST OF TABLES
Table 3.1 Sapiperah Table .............................................................
21
Table 3.2 Guest Book Table ..........................................................
21
Table 3.3 kantorkecamatan Table ................................................
22
Table 3.4 turunan Table ................................................................
22
Table 3.5 wisata Table ..................................................................
22
Table 3.6 geometry_columns Table ..............................................
23
Table 3.7 Spatial_ref_sys_ Table ..................................................
23
Table 3.8 Login Table ...................................................................
23
Table 4.1 Result of Quisioner .......................................................
42
Table 4.2 Result of data.................................................................
43
xii
LIST OF FIGURES
Figure 3.1 Flowchart of Research .................................................
11
Figure 3.2 Flowchart User .............................................................
12
Figure 3.3 Flowchart Admin .........................................................
13
Figure 3.4 Display of Waterfall Process Model Example .............
17
Figure 3.5 Use Case Diagram .......................................................
19
Figure 3.6 Diagram Menu System ...............................................
20
Figure 3.7 Process to Serve the map Using Ms4w ........................
20
Figure 4.1 Common user display ..................................................
24
Figure 4.2 Identify Symbol ...........................................................
25
Figure 4.3 Dairy Cows Data Information......................................
25
Figure 4.4 Detail Information of Data ...........................................
26
Figure 4.5 Derivatives Product of Cow .........................................
26
Figure 4.6 A Tourist Data Page.....................................................
27
Figure 4.7 Searching Data Display ...............................................
27
Figure 4.8 The Result of Searching Data ......................................
28
Figure 4.9 Login Form Display .....................................................
28
Figure 4.10 Home Display ............................................................
29
Figure 4.11 Display History of Boyolali .......................................
29
Figure 4.12 Display Vision and Mision of Disnakkan ..................
30
Figure 4.13 Display Structure Organization of Disnakkan ...........
30
Figure 4.14 Display Tupoksi of Disnakkan ..................................
30
Figure 4.15 Gallery Display ..........................................................
31
Figure 4.16 Page Print Display ....................................................
31
Figure 4.17 Page Download Display ............................................
32
xiii
Figure 4.18 Guest Book Page ........................................................
32
Figure 4.19 Symbol Zoom to Selected Display ............................
33
Figure 4.20 Zoom to Selected Display ..........................................
33
Figure 4.21 Symbol Zoom in Display ...........................................
34
Figure 4.22 Zoom in Display .......................................................
34
Figure 4.23 Symbol Zoom Out Display ........................................
34
Figure 4.24 Zoom Out Display .....................................................
35
Figure 4.25 Pan Display ................................................................
35
Figure 4.26 Symbol Transparency Display ...................................
36
Figure 4.27 Transparency Display ................................................
36
Figure 4.28 Symbol Refresh Display ............................................
37
Figure 4.29 Legend Display .........................................................
37
Figure 4.30 Admin Page Display ..................................................
38
Figure 4.31 Cattle Data Edit..........................................................
38
Figure 4.32 Data Display before Deleting ....................................
39
Figure 4.33 Data Display After Deleting ......................................
39
Figure 4.34 The Result of Deleting Data ......................................
40
Figure 4.35 Logout Display .........................................................
40
Figure 4.36 Back to Admin Page ..................................................
41
xiv
ABSTRACT
As the development of technology will be able to facilitate the organizations
and institutions to improve performance in order to more effectively and efficiently
Based on this it will be designed and built a “MAPPING OF DAIRY CATTLE
FARMS DISTRICT OF BOYOLALI USING WEBGIS”.
This system is built using waterfall method, with software applications is
quantum gis and then the output WebGIS which can display information about dairy
cattle Boyolali. WebGIS is built with PHP, while for managing MySQL database in
default of xampp
Geographic Information System is able to facilitate the public to obtain
information dairy cow milk in Boyolali.
Keyword
: GIS, Cattle, quantum gis
xv