The document provides instructions for using FracaFlow software to model fractures in reservoirs. It includes steps for loading data, analyzing structures, faults and fractures, creating zones of interest, modeling fractures, and simulating wells. Key steps are importing data like grids, horizons, wells and facies; analyzing structures, faults and fractures; creating lithostratigraphic scales; modeling fractures parallel to faults or stratified by facies; generating discrete fracture networks; and adding data for permeability, mud losses, production etc. The document contains detailed procedures and parameters for fracture modeling and simulation in normal fault and fold-related reservoirs.
i m constantly looking for a job and this this portfolio is to give you a deeper insight into my experience and skills I have gained over my recent history.
Thrid part of the Course "Java Open Source GIS Development - From the building blocks to extending an existing GIS application." held at the University of Potsdam in August 2011
GeoScript - Spatial Capabilities for Scripting LanguagesJustin Deoliveira
GeoScript adds spatial capabilities to dynamic scripting languages. With implementations in Python, JavaScript, Scala, and Groovy, GeoScript provides an interface to the powerful geospatial data access, processing and rendering functionality of the GeoTools library.
GeoScript provides concise and simple apis that allow developers to perform a variety of tasks quickly. Some include:
Geoprocessing - Coordinate reference system transforms, geometry operations, and feature queries.
Data Juggling - GeoScript allows you to read and write feature data in a variety of formats. Converting Shapefiles to PostGIS tables, and processing on the fly while converting formats.
Mapping Services - Using a simple web framework in conjunction with GeoScript, it is possible to write custom geospatial services quickly and easily like a simple WMS or WFS implementation.
GeoScript is a new project but is growing in the number of users and contributors. Come check this talk out if you are interested in learning about a new tool to add to your geospatial hacking toolbox. Maybe you have tried to use GeoTools but find it too difficult and complex to use. Or perhaps your java skills are not where you would like them to be. If that is the case this talk, and GeoScript, might be just what you are looking for.
It is required that after the course study
you should:
Have a general concept about DT
Master Panorama DT operation
Master Panorama data analysis
Chapter 1 DT Introduction
Chapter 2 Panorama DT Introduction
Chapter 3 Panorama DT Data Analysis
Collect System Air interface data
Analyze Air interface data
Assist Export Analysis report
Qualcom CAIT
CDMA Air Interface Tester
WILL TECH DM2K/Pecker
Pecker Navigator, Pecker Analyzer
Panorama
Qualcom CAIT
CDMA Air Interface Tester
WILL TECH DM2K/Pecker
Pecker Navigator, Pecker Analyzer
Panorama
i m constantly looking for a job and this this portfolio is to give you a deeper insight into my experience and skills I have gained over my recent history.
Thrid part of the Course "Java Open Source GIS Development - From the building blocks to extending an existing GIS application." held at the University of Potsdam in August 2011
GeoScript - Spatial Capabilities for Scripting LanguagesJustin Deoliveira
GeoScript adds spatial capabilities to dynamic scripting languages. With implementations in Python, JavaScript, Scala, and Groovy, GeoScript provides an interface to the powerful geospatial data access, processing and rendering functionality of the GeoTools library.
GeoScript provides concise and simple apis that allow developers to perform a variety of tasks quickly. Some include:
Geoprocessing - Coordinate reference system transforms, geometry operations, and feature queries.
Data Juggling - GeoScript allows you to read and write feature data in a variety of formats. Converting Shapefiles to PostGIS tables, and processing on the fly while converting formats.
Mapping Services - Using a simple web framework in conjunction with GeoScript, it is possible to write custom geospatial services quickly and easily like a simple WMS or WFS implementation.
GeoScript is a new project but is growing in the number of users and contributors. Come check this talk out if you are interested in learning about a new tool to add to your geospatial hacking toolbox. Maybe you have tried to use GeoTools but find it too difficult and complex to use. Or perhaps your java skills are not where you would like them to be. If that is the case this talk, and GeoScript, might be just what you are looking for.
It is required that after the course study
you should:
Have a general concept about DT
Master Panorama DT operation
Master Panorama data analysis
Chapter 1 DT Introduction
Chapter 2 Panorama DT Introduction
Chapter 3 Panorama DT Data Analysis
Collect System Air interface data
Analyze Air interface data
Assist Export Analysis report
Qualcom CAIT
CDMA Air Interface Tester
WILL TECH DM2K/Pecker
Pecker Navigator, Pecker Analyzer
Panorama
Qualcom CAIT
CDMA Air Interface Tester
WILL TECH DM2K/Pecker
Pecker Navigator, Pecker Analyzer
Panorama
How to Build a Telegraf Plugin by Noah CrowleyInfluxData
Telegraf is a plugin-driven server agent for collecting & reporting metrics and there are many plugins already written to source data from a variety of services and systems. However, there may be instances where you need to write your own plugin to source data from your particular systems. In this InfluxDays NYC 2019 session, Noah Crowley will provide you with the steps on how to write your own Telegraf plugin. Writing your own Telegraf plugin will require an understanding of the Go programming language.
Building a Telegraf Plugin by Noah Crowly | Developer Advocate | InfluxDataInfluxData
Telegraf is a plugin-driven server agent for collecting & reporting metrics and there are many plugins already written to source data from a variety of services and systems. However, there may be instances where you need to write your own plugin to source data from your particular systems. In this session, Noah will provide you with the steps on how to write your own Telegraf plugin.
A procedure or tutorial to create channel cross sections from LiDAR with Microstation V8i SS3 Open Roads tools. Cross sections may be uploaded to HECRAS using GeoPAK Cross Section Tools after procedure is complete. Procedure allows a hydraulic engineer to quickly create HECRAS cross sections without knowledge of ArcGIS. The HECAS model may be used to calculate water surface elevation and velocity along a channel. In addition, it may be used to calculate scour.
How to Build a Telegraf Plugin by Noah CrowleyInfluxData
Telegraf is a plugin-driven server agent for collecting & reporting metrics and there are many plugins already written to source data from a variety of services and systems. However, there may be instances where you need to write your own plugin to source data from your particular systems. In this InfluxDays NYC 2019 session, Noah Crowley will provide you with the steps on how to write your own Telegraf plugin. Writing your own Telegraf plugin will require an understanding of the Go programming language.
Building a Telegraf Plugin by Noah Crowly | Developer Advocate | InfluxDataInfluxData
Telegraf is a plugin-driven server agent for collecting & reporting metrics and there are many plugins already written to source data from a variety of services and systems. However, there may be instances where you need to write your own plugin to source data from your particular systems. In this session, Noah will provide you with the steps on how to write your own Telegraf plugin.
A procedure or tutorial to create channel cross sections from LiDAR with Microstation V8i SS3 Open Roads tools. Cross sections may be uploaded to HECRAS using GeoPAK Cross Section Tools after procedure is complete. Procedure allows a hydraulic engineer to quickly create HECRAS cross sections without knowledge of ArcGIS. The HECAS model may be used to calculate water surface elevation and velocity along a channel. In addition, it may be used to calculate scour.
47. Analisa Fracture New > Analysis > Fracture Analysis Import well data Analisa fracture: Pilih bedding Pilih Openfracture > Autogathering > move to selection by group Pilh Fault >Autogathering > move to selection by group> Bikin nama baru validasi Hubungan fractdensity dgn Lithology Facies New>Analysis>Fracture Density Log Computation Tipe sajian density frequency dapat menentukan fasies yang memiliki densitas fracture terbesar
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50. AnalisaStruktur Dalam Fold Mengenal pola struktur/trend~distribusi fracture New > Analysis > Structural Analysis [abalisa kurvatur] Attributc omputation> smooth dulu> Attribut computtation>curvature> 1stprincipal curv. Create Fault network/ Fault picking validasi
51. MembuatZoi Normal Fault New>Zone of interest Input grid data; top-bottom layer Lateral Extention>Manual selection>Begin Manual Selection>Add to Zone of Interest>Add zone of Interest to Database Fold related Fault Input grid data; Well radius selection>set 1 cell around well.. >add to zoi > add zoi to database