Statechart Class Well

(1)

• Statechart Class Well

Gambar 4.33 Statechart Well

EVENT ATTRIBUTE

Production Production_per_Day

Develop Start_Develop_Date, End_Develop_Date

Drill Well_Type Dry_Hole Well_Status

(2)

• Statechart Class Seismic

Gambar 4.34 Statechart Seismic

EVENT ATTRIBUTE

Draft Seis_Line, Seismic_Year, Seismic_Vint,

Seismic_Serie, Seismic_Status, Seismic_Image

(3)

• Statechart Class Survey Seismic

Gambar 4.35 State Chart Survey Seismic

EVENT ATTRIBUTE

Survey_Start, Survey_End Situation, Main_Terrain, Survey_Name, Survey_Status, Survey_Method,

Survey_Purpose, Survey_Seismic_Image, Seis_Type

(4)

Start_Shot Start_Shot_Date, Shot_Point

End_Shot End_Shot_Date, Shot_Length

Detect_Seis_Line Designated_Number, Center_Lat, Center_Long

(5)

4.1.7 Revised Class Diagram

(6)

4.1.7 Object Definition Language Class Block {

( extent Block

Key Block_Name ) Attribute varchar Block_Name ; Attribute varchar Operator ; Attribute varchar Production ; Attribute date Start_Contract_Date ; Attribute date End_Contract_Date ; Attribute date Start_Explore_Date ; Attribute date End_Explore_Date ; Attribute varchar Prospect_Status ; Attribute blob Block_Image ;

Relationship Area consists_of inverse Area :: represented_by ;

Relationship set<Seismic> represented_by Inverse Seismic :: part of ;

Void Start_Contract ( ) ; Void End_Contract ( ); Void Start_Explore ( ) ; Void End_Explore ( ) ; };

(7)

Class Seismic {

( extent Seismic

Key Seismic_ID )

Attribute varchar Seismic_Line ; Attribute date Seismic_Year ; Attribute varchar Seismic_Vint ; Attribute varchar Seismic_Serie ; Attribute varchar Seismic_Status ; Attribute blob Seismic_Image ;

Attribute blob Seismic_Interpretation_Image ; Relationship Block part_of inverse

Block :: represented_by ;

Relationship set<Survey_Seismic> consist_of inverse Inverse Survey_Seismic :: include ;

Void Draft ( ) ;

Void Interpretation ( ); Void View ( );

(8)

Class Survey_Seismic { ( extent Survey_Seismic

Key Survey_Name ) Attribute varchar Provience ; Attribute varchar Survey_Name ; Attribute varchar Designated_Number ; Attribute varchar Situation ;

Attribute varchar Main_Terrain ; Attribute date Start_Shot_Date ; Attribute date End_Shot_Date ; Attribute varchar Survey_Status ; Attribute varchar Survey_Method ; Attribute varchar Survey_Pupose ; Attribute varchar Shot_Length ; Attribute varchar Shot_Point ; Attribute varchar Seis_Type ; Attribute varchar Center_Lat ; Attribute varchar Center_Long ;

Attribute blob Survey_Seismic_Image ; Relationship Seismic include_of inverse

Seismic :: consists_of ; Void Detect_Seis_Line ( ) ; Void Start_Shot ( ) ;

(9)

Void Survey_Start ( ) ; Void Survey_End ( ) ; }; Class Area { ( extent Area Key Area_Name ) Attribute varchar Area_Name ; Attribute varchar Well_Total ; Attribute date Start_Drilling_Date ; Attribute date End_Drilling_Date ; Attribute varchar Drilling_Status ; Attribute varchar Depth_Measure ; Attribute blob Area_Image ;

Relationship set<Block> represented_by ; Inverse Block :: consists_of ;

Relationship set<Coordinate> represented_by ; Inverse Coordinate :: include_of ; Relationship Well consists_of inverse

Well :: represented_by ; Void Start_Drill ( ) ;

Void End_Drill ( ) ; };

(10)

Class Coordinate {

( extent Coordinate ) Attribute varchar Latitude_Dec_Degs ; Attribute varchar Longitude_Dec_Degs ; Attribute varchar Latitude ;

Attribute varchar Longitude ; Attribute varchar Coodinate_Qual ; Relationship Area include_of inverse

Area :: represented_by ; Void Determine_Coordinate ( ) ; }; Class Well { ( extent Well Key Well_ID )

Attribute varchar Well_ID ; Attribute varchar Well_Type ; Attribute varchar Well_Status ;

Attribute varchar Production_per_Day ; Attribute date Start_Develop_Date ; Attribute date End_Develop_Date ; Relationship set<Area> represented_by ;

(11)

Relationship set<Contractor_Rig> represented_by ; Inverse Contractor_Rig :: part_of ;

Relationship set<Drilling_History> represented_by ; Inverse Area :: include_of ;

Void Drill ( ) ; Void Production ( ) ; Void Develop ( ) ; Void Dry_Hole ( ) ; }; Class Drilling_History { ( extent Drilling_History ) Attriute date Event_Date ; Attribute varchar Qual ;

Attribute varchar Event_Type ; Attribute varchar Activity_Type ; Attribute varchar Mud_Depth ; Relationship Well include inverse

Well :: represented_by ; };

(12)

Class Contractor_Rig { ( extent Contractor_Rig

Key Contractor_Name ) Attribute varchar Contractor_Name ; Attribute varchar Rig_Name ;

Attribute varchar Rig_Category ; Attribute varchar Location ; Attribute date Start_Rent_Date ; Attribute date End_Rent_Date ; Relationship Well part_of inverse

Well :: represented_by ; Void Start_Rent ( ) ;

(13)

4.1.8 Persistence Database Table Seismic Seismic ID Seismic Line Seismic Year SeismicVint Seismic Serie Seismic Status Seismic Image Seismic Interpretation Image Tabel 4.9 Seismic

(14)

Table Survey Seismic Survey ID Provience Survey Name Designated Number Situation Main Terrain Start Shot Date End Shot Date Survey Status Survey Method Survey Purpose Shot Length Shot Point Seis Type Center Lat Center Long Survey Seismic Image

Tabel 4.10 Survey Seismic

Seismic_ID dan Survey_ID adalah merupakan transformasi agregasi antara class seismic dan survey_seismic.

Seismic_ID Survey_ID

(15)

(16)

Table Block Block ID Block Name Operator Start Contract Date End Contract Date Start Explore Date End Explore Date Prospect Status Block Image Tabel 4.12 Block Table Area Area ID Area Name

Well Total Start Drilling Date End Drilling Date Drilling Status Depth Measure Area Image Tabel 4.13 Area Table Well

Well ID Well Type Well Status Production per Day Start Develop Date End Develop Date Tabel 4.14 Well

(17)

Table Drilling History Drilling History

ID

Qual Event Type Activity Type Mud Depth

Tabel 4.15 Drilling History

Table Coordinate

Coordinate ID Latitude Dec Degs

Longitude Dec Degs

Latitude Longitude Coordinate Qual

Tabel 4.16 Coordinate

Block ID, Area ID, Well ID, Drilling History ID, dan Coordinate Id adalah merupakan transformasi agregasi antara class Block, Area, Well, Drilling History, dan Coordinate

Block ID Area ID Well ID Drilling History ID

Coordinate ID

(18)

Table Contractor Rig Contractor

Rig ID

Contractor Name

Rig Name Rig Category

Location Start Rent Date

End Rent Date

(19)

4.2 User Interface (UI)

• UI Block

Gambar 4.37 UI Memilih Block

UI Block :

Pengguna dapat memilih block yang diinginkan dari beberapa pilihan menu block yang ada.

• UI Block

(20)

UI Block :

Pengguna dapat melihat peta dan informasi block operasi eksplorasi perusahaan. Dari

block tersebut pengguna dapat memilih area operasi eksplorasi secara lebih terperinci

untuk mendapatkan informasi mengenai area eksplorasi perusahaan tersebut dan garis

seismic yang ada di block tersebut, dengan cara mengklik nama dari area dan garis dari seismic tersebut.

• UI Area

Gambar 4.39 UI Area

UI Area :

Pengguna dapat melihat peta dan informasi area eksplorasi. Lalu setelah memasuki tampilan area, pengguna dapat melihat informasi mengenai titik koordinat, garis seismic dan sumur yang ada didalam area tersebut, dengan cara megklik titik dari sumur dan garis dari seismic tersebut.

(21)

• UI Coordinate

Gambar 4.40 UI Coordinate

UI Coordinate :

Berisi informasi mengenai titik koordinat suatu area.

• UI Well

Gambar 4.41 UI Well UI Well :

(22)

• UI Drilling History

Gambar 4.42 UI Drilling History

UI Drilling History :

Berisi informasi mengenai drilling history dari suatu sumur.

• UI Contractor Rig

Gambar 4.43 UI Contractor Rig

UI Contractor Rig :

Berisi informasi mengenai contractor rig yang digunakan perusahaan untuk membor suatu sumur.

(23)

• UI Seismic

Gambar 4.44 UI Seismic

(24)

Gambar 4.46 UI Seismic Interpretation Image

UI Seismic :

Berisi informasi mengenai data seismic dan gambar seismic hasil proses dari survey

seismic dan gambar seismic hasil interpretasi. Dari UI ini pengguna juga dapat

(25)

• UI Survey Seismic

Gambar 4.47 UI Survey Seismic

(26)

UI Survey Seismic :

Berisi informasi mengenai data dan gambar hasil survey seismic.

• UI Memasukan Data

Gambar 4.49 UI Memasukan Data Block

(27)

Gambar 4.51 UI Memasukan Data Well

Gambar 4.52 UI Memasukan Data Drilling History

(28)

Gambar 4.54 UI Memasukan Data Contractor Rig

(29)

Gambar 4.56 UI Memasukan Data Survey Seismic

UI Menasukan Data Block, Area, Coordinate, Well, Drilling History, Contractor Rig,

Seismic dan Survey Seismic :

(30)

4.3 Rencana Implementasi

4.3.1 Spesifikasi Perangkat Keras

Spesifikasi perangkat keras minimum yang diperlukan dalam

implementasi aplikasi basis data pada Kondur Petroleum SA adalah sebagai berikut : • Pada Server :

o Processor : Pentium IV Hyper Threading 4GHz o Memory : 2 GB

o Hard Disk : 100 Tera Byte o Monitor : SVGA 15”

• Pada Client :

o Processor : Pentium IV 2GHz o Memory : 512 MB

o Hard Disk : 60 GB

o Monitor : Dual Monitor WUXGA 19”

4.3.4 Spesifikasi Perangkat Lunak

Rancangan aplikasi serta basis data akan digunakan pada bagian-bagian yang terlibat langsung dalam pengolahan informasi yang masuk di Kondur Petroleum SA, tepatnya pada bagian yang menangani kegiatan eksplorasi perusahaan.

Sedangkan perangkat lunak yang akan dipergunakan adalah : 1. Object Store

2. Visual C++ 6

(31)

4. NeuraLog 5. NeuraMap 6. NeuraSection

4.3.5 Jaringan Komputer