In this tutorial we are providing a step by step guide on how to create a Oracle Hyperion Planning data forms (both simple and composite).
This guide is presented to you by epmvirtual.com
3. Key aspects of creating a planning application covered include setting the data source, application name, shared services project, and instance; defining properties like currency, calendar, and plan types; building out dimensions like Account, Entity, Period,
Dimensionality & Dimensions of Hyperion Planningepmvirtual.com
In this tutorial we are providing the details of Oracle Hyperion Planning applications' dimensions and their details.
This guide is presented to you by epmvirtual.com
This document describes Hyperion Planning, a software for budgeting and forecasting that addresses problems with previous Excel-based processes. It offers a multi-dimensional data structure, web and Excel access, security setup by region/account, and allows for bottom-up/top-down budgeting and plan vs actual analysis. The new system integrates data from ERP and other sources using an integration layer and Essbase, and provides reporting, forms, and analysis through a web interface.
This document summarizes how to manage access permissions in Hyperion Planning. It describes the different types of planning elements that can be assigned permissions, including scenarios, versions, accounts, entities, and custom dimensions. It also outlines the different access permission levels of Read, Write, and None. Administrators can enable security on dimensions and then assign access permissions to individual members for users and groups.
This document provides syntax and usage examples for several Essbase calculation commands:
CALC ALL calculates the entire database; CALC DIM calculates specific dimensions; CALC TWOPASS calculates two-pass members; CALC FIRST/LAST/AVERAGE calculate time balance members; SET UPDATECALC turns intelligent calculation on/off; SET AGGMISSG specifies how missing values are consolidated; SET CALCPARALLEL enables parallel calculation; AGG consolidates values without formulas; and FIX restricts calculations to a subset of members.
The document discusses security concepts in Oracle Hyperion Planning including user security, levels of planning security, and roles. It covers how to determine user privileges, assign access rights to application elements, and create security filters using the Shared Services Console. The four levels of security are user authentication, task security, object security, and data security. Specific roles like administrator, interactive user, and planner are also defined.
Beginning Calculation Manager for Essbase and Hyperion Planning Alithya
This presentation will introduce the attendee to Calculation Manager. Calculation Manager is the new tool to create business rules and business rule sets to run against Hyperion Planning and Oracle Essbase. By attending the presentation, the attendee will learn about differences between Calculation Manager and Hyperion Business Rules, as well as see a live demo of the tool to develop and deploy business rules to a Hyperion Planning application.
The document discusses Hyperion's product suite which includes tools for business intelligence, planning, performance management, and data management. It provides an overview of Essbase, a multidimensional database that allows users to analyze business data from multiple perspectives and levels. Key concepts covered include multidimensional data modeling, OLAP operations for analyzing data (e.g. drill-down, drill-up, slice and dice), and comparing multi-dimensional and relational database approaches.
This document provides guidelines for coding standards and best practices when working with Hyperion Essbase. It defines common Essbase objects and terms, and outlines standards for naming conventions, formatting, and proper use of comments in outlines and calculation scripts. The document aims to promote consistency and mitigate issues when maintaining Essbase applications.
This document contains a preliminary requirements gathering and scoping questionnaire for implementing a Hyperion Planning process to manage and control business costs. It includes questions in several areas to understand organizational setup, charts of accounts, data integration, performance management processes, planning/budgeting/forecasting, consolidation issues, and financial reporting/analytics. The goal is to determine critical success factors and gather information to create an effective requirements document for the project.
This document provides an overview of FDMEE (Financial Data Quality Management, Enterprise Edition) capabilities presented by Tony Scalese from Edgewater Ranzal. The summary includes:
FDMEE has evolved over the past 20 years from its origins as Upstream to support more flexible data integration, transformations, and analytics capabilities compared to prior versions. FDMEE supports capabilities like parallel processing, calculation scripts, batch automation, and scheduling to improve performance. It can directly integrate data from sources like ERPs and perform transformations.
There are several techniques to optimize performance in Essbase applications, including designing the outline using the hourglass model, defragmentation, restructuring, compression techniques, and cache settings. The best technique for optimizing data loads is to order dimensions in the source file from largest to smallest dense dimensions followed by largest to smallest sparse dimensions, as this allows blocks to be created and filled sequentially for faster loading. Calculation performance can be improved through techniques like parallel calculation, formulas, caching, and two-pass calculation.
Oracle Hyperion Planning Best PracticesIssam Hejazin
This document discusses key considerations for a successful Hyperion Planning implementation. It covers important project phases like analyze/design, build, test, and rollout. It recommends building techniques such as application definition, delineating plan types, defining dimensionality, integrating metadata and data, building forms, developing calculations, and defining process flow and security. Critical success factors include clearly defined goals, stakeholder participation, finance and IT involvement, thorough testing, and consistent project management.
The document discusses Oracle's FDMEE (FDM Enterprise Edition), which replaced the classic FDM and ERPi data integration tools in Oracle EPM version 11.1.2.3. FDMEE can integrate data from various sources like ERP systems, databases, and files into EPM applications like Oracle Hyperion Planning. It has the functions of both classic FDM and ERPi and uses the Oracle Data Integrator engine. The document then provides a tutorial on using FDMEE to load data from a text file into an Oracle Hyperion Planning application in three parts - concepts, configuration and definition, and execution.
The document discusses the key dimensions in Oracle Financial Consolidation and Close Cloud (FCCS) that provide the structure for financial consolidation and reporting. The dimensions include Account, Period, Data Source, Currency, Entity, Consolidation, Intercompany, Movement, Scenario, Year, and View. Each dimension represents an important aspect of the consolidation process and allows FCCS to track financial data at different levels for reporting and analysis.
1. The document provides step-by-step instructions for creating a planning application in Hyperion Planning, including creating dimensions, members, and data entry forms.
2. Key steps include connecting to the application URL, selecting a data source and project, setting calendar and currency options, defining plan types, and building dimensions like Account, Entity, Period, and custom dimensions.
3. The instructions also cover creating data entry forms by selecting dimensions for rows, columns, and members, previewing the form layout, and managing the forms through folders.
Hyperion Planning and Essbase are both tools for budgeting, forecasting and analytics. Hyperion Planning uses Essbase as its backend database and provides a centralized web interface for planning. It allows for workflow management and task lists. Essbase is a more basic analytic engine that requires developing custom Excel templates for data input and does not have the same level of built-in workflow capabilities. Key differences include dimensionality limits, data loading methods, and implementation processes between the two tools.
Finit solutions - Automating Data Loads with FDMEEfinitsolutions
The document discusses automating data loads in Oracle's Hyperion Financial Data Management and Enterprise Performance Management (FDMEE) product. It provides an overview of Finit Solutions, an expert services firm in EPM implementations. The webinar agenda covers batch processing basics in FDMEE such as defining batches, batch types, rules, scheduling and custom scripting. It provides examples of using custom scripts for write-back integrations and logging. The webinar aims to help users get the most out of EPM by automating data loads with FDMEE.
This document provides an overview of the key dimensions and concepts in Hyperion Financial Management (HFM), including:
1. The 12 standard dimensions in HFM for organizing accounting data such as Account, Entity, Value, Scenario, and Custom Dimensions.
2. Descriptions of how each dimension works including the different account types, time balance behaviors, consolidation rules, and currency translation methods.
3. Explanations of intercompany processing dimensions and concepts like ICP accounts, elimination, and partner security.
This document provides an overview of the MaxL language, which is used to automate administrative operations on Hyperion Essbase databases through intuitive SQL-like statements composed of verbs, objects, and other grammatical elements; it describes the basic structure of MaxL statements and how they are constructed using keywords, names, strings, and numbers; and it gives examples of common MaxL statement anatomy and how MaxL interfaces with the Essbase architecture.
This document discusses valid and invalid intersections in Oracle Financial Consolidation and Close Cloud. It provides examples of defining valid intersection rules to filter cell intersections for users entering data. Specifically, it shows how intersections can be set as valid only for certain entity and consolidation dimension members, with level 0 entity members set as invalid intersections and their cells made read-only.
Oracle Financial Consolidation and Close Cloud Service (FCCS) is the latest evolution of Oracle’s market-leading Financial Close Suite. What makes it different than Hyperion Financial Management (HFM)? A lot!
We delivered a side-by-side review of FCCS and HFM. If you’re a customer of Hyperion Enterprise, HFM, or non-Oracle financial reporting packages evaluating alternative solutions, you will gain a much deeper understanding of Oracle’s strategy in the consolidation and close domain.
Discussion included:
-Functional and technical comparison of FCCS and HFM (Dimensions, Rules, Reporting, etc.)
-Migration considerations/best practices
-Product direction from Oracle
Workforce Plus: Tips and Tricks to Give Workforce an Extra Kick! Alithya
This document provides tips and tricks for configuring the Oracle Workforce module. It discusses dimensionality considerations when building a workforce application and outlines the different planning granularity options. It also covers scenario handling, compensation calculations including base salary, additional earnings, benefits and taxes. Configuration of components, options, and tiers is explained. Custom dimensions, calculations, and expense logic are discussed. Effective use of out-of-the-box functionality versus custom configurations is recommended.
This document discusses taking source filters in Oracle's Financial Data Management Enterprise Edition (FDMEE) to the next level. It presents two case studies of customizing source filters: 1) For a Universal Data Adapter extracting from SQL, dynamically setting a filter parameter value to include all entities in a division. 2) For an HFM extract, dynamically setting dimension filters based on a user attribute value. The document explains how to build custom filter values in a BefImport script and update the parameter value at runtime to make it dynamic rather than static. This allows more flexible filtering than the out-of-the-box capabilities in FDMEE.
This document provides an overview of Oracle's Financial Data Quality Management, Enterprise Edition (FDMEE). It describes FDMEE's introduction, architecture, key differences from the previous Financial Data Management product, and value-added features. The document also walks through the FDMEE graphical user interface and components for navigation, setup, integration, data loading, and batch processing.
EPM, ERP, Cloud and On-Premise – All options explained - OOW CON9532Ray Février
Oracle Enterprise Performance Management provides multiple and extensive integration options with both Oracle and non-Oracle enterprise resource planning systems, both on premises and in the cloud. This session explains all the options and their respective benefits, plus it discusses the future roadmap for integration functionality.
This document provides an overview of Oracle Essbase and related products:
- Essbase is an OLAP server that enables modeling of business scenarios and analysis of data from different perspectives. It includes the Essbase database, server, administration services, and client tools.
- Related products include Integration Services, Essbase Studio, Smart View, and the Spreadsheet Add-in. Smart View and the Add-in integrate Essbase with Microsoft Office.
- Integration Services bridges Essbase with transactional databases to enable hybrid analysis and drill-through reporting.
Key Considerations for a Successful Hyperion Planning ImplementationAlithya
The document provides an overview and recommendations for a successful Hyperion Planning implementation. It discusses key project phases, recommended build techniques including application definition, dimensionality, master data integration, building the planning model, and form and calculation development. It also covers tips for planning design including delineating plan types, defining dimensionality, integrating master data from various sources, and best practices for building forms to ensure performance.
This document provides guidelines for coding standards and best practices when working with Hyperion Essbase. It defines common Essbase objects and terms, and outlines standards for naming conventions, formatting, and proper use of comments in outlines and calculation scripts. The document aims to promote consistency and mitigate issues when maintaining Essbase applications.
This document contains a preliminary requirements gathering and scoping questionnaire for implementing a Hyperion Planning process to manage and control business costs. It includes questions in several areas to understand organizational setup, charts of accounts, data integration, performance management processes, planning/budgeting/forecasting, consolidation issues, and financial reporting/analytics. The goal is to determine critical success factors and gather information to create an effective requirements document for the project.
This document provides an overview of FDMEE (Financial Data Quality Management, Enterprise Edition) capabilities presented by Tony Scalese from Edgewater Ranzal. The summary includes:
FDMEE has evolved over the past 20 years from its origins as Upstream to support more flexible data integration, transformations, and analytics capabilities compared to prior versions. FDMEE supports capabilities like parallel processing, calculation scripts, batch automation, and scheduling to improve performance. It can directly integrate data from sources like ERPs and perform transformations.
There are several techniques to optimize performance in Essbase applications, including designing the outline using the hourglass model, defragmentation, restructuring, compression techniques, and cache settings. The best technique for optimizing data loads is to order dimensions in the source file from largest to smallest dense dimensions followed by largest to smallest sparse dimensions, as this allows blocks to be created and filled sequentially for faster loading. Calculation performance can be improved through techniques like parallel calculation, formulas, caching, and two-pass calculation.
Oracle Hyperion Planning Best PracticesIssam Hejazin
This document discusses key considerations for a successful Hyperion Planning implementation. It covers important project phases like analyze/design, build, test, and rollout. It recommends building techniques such as application definition, delineating plan types, defining dimensionality, integrating metadata and data, building forms, developing calculations, and defining process flow and security. Critical success factors include clearly defined goals, stakeholder participation, finance and IT involvement, thorough testing, and consistent project management.
The document discusses Oracle's FDMEE (FDM Enterprise Edition), which replaced the classic FDM and ERPi data integration tools in Oracle EPM version 11.1.2.3. FDMEE can integrate data from various sources like ERP systems, databases, and files into EPM applications like Oracle Hyperion Planning. It has the functions of both classic FDM and ERPi and uses the Oracle Data Integrator engine. The document then provides a tutorial on using FDMEE to load data from a text file into an Oracle Hyperion Planning application in three parts - concepts, configuration and definition, and execution.
The document discusses the key dimensions in Oracle Financial Consolidation and Close Cloud (FCCS) that provide the structure for financial consolidation and reporting. The dimensions include Account, Period, Data Source, Currency, Entity, Consolidation, Intercompany, Movement, Scenario, Year, and View. Each dimension represents an important aspect of the consolidation process and allows FCCS to track financial data at different levels for reporting and analysis.
1. The document provides step-by-step instructions for creating a planning application in Hyperion Planning, including creating dimensions, members, and data entry forms.
2. Key steps include connecting to the application URL, selecting a data source and project, setting calendar and currency options, defining plan types, and building dimensions like Account, Entity, Period, and custom dimensions.
3. The instructions also cover creating data entry forms by selecting dimensions for rows, columns, and members, previewing the form layout, and managing the forms through folders.
Hyperion Planning and Essbase are both tools for budgeting, forecasting and analytics. Hyperion Planning uses Essbase as its backend database and provides a centralized web interface for planning. It allows for workflow management and task lists. Essbase is a more basic analytic engine that requires developing custom Excel templates for data input and does not have the same level of built-in workflow capabilities. Key differences include dimensionality limits, data loading methods, and implementation processes between the two tools.
Finit solutions - Automating Data Loads with FDMEEfinitsolutions
The document discusses automating data loads in Oracle's Hyperion Financial Data Management and Enterprise Performance Management (FDMEE) product. It provides an overview of Finit Solutions, an expert services firm in EPM implementations. The webinar agenda covers batch processing basics in FDMEE such as defining batches, batch types, rules, scheduling and custom scripting. It provides examples of using custom scripts for write-back integrations and logging. The webinar aims to help users get the most out of EPM by automating data loads with FDMEE.
This document provides an overview of the key dimensions and concepts in Hyperion Financial Management (HFM), including:
1. The 12 standard dimensions in HFM for organizing accounting data such as Account, Entity, Value, Scenario, and Custom Dimensions.
2. Descriptions of how each dimension works including the different account types, time balance behaviors, consolidation rules, and currency translation methods.
3. Explanations of intercompany processing dimensions and concepts like ICP accounts, elimination, and partner security.
This document provides an overview of the MaxL language, which is used to automate administrative operations on Hyperion Essbase databases through intuitive SQL-like statements composed of verbs, objects, and other grammatical elements; it describes the basic structure of MaxL statements and how they are constructed using keywords, names, strings, and numbers; and it gives examples of common MaxL statement anatomy and how MaxL interfaces with the Essbase architecture.
This document discusses valid and invalid intersections in Oracle Financial Consolidation and Close Cloud. It provides examples of defining valid intersection rules to filter cell intersections for users entering data. Specifically, it shows how intersections can be set as valid only for certain entity and consolidation dimension members, with level 0 entity members set as invalid intersections and their cells made read-only.
Oracle Financial Consolidation and Close Cloud Service (FCCS) is the latest evolution of Oracle’s market-leading Financial Close Suite. What makes it different than Hyperion Financial Management (HFM)? A lot!
We delivered a side-by-side review of FCCS and HFM. If you’re a customer of Hyperion Enterprise, HFM, or non-Oracle financial reporting packages evaluating alternative solutions, you will gain a much deeper understanding of Oracle’s strategy in the consolidation and close domain.
Discussion included:
-Functional and technical comparison of FCCS and HFM (Dimensions, Rules, Reporting, etc.)
-Migration considerations/best practices
-Product direction from Oracle
Workforce Plus: Tips and Tricks to Give Workforce an Extra Kick! Alithya
This document provides tips and tricks for configuring the Oracle Workforce module. It discusses dimensionality considerations when building a workforce application and outlines the different planning granularity options. It also covers scenario handling, compensation calculations including base salary, additional earnings, benefits and taxes. Configuration of components, options, and tiers is explained. Custom dimensions, calculations, and expense logic are discussed. Effective use of out-of-the-box functionality versus custom configurations is recommended.
This document discusses taking source filters in Oracle's Financial Data Management Enterprise Edition (FDMEE) to the next level. It presents two case studies of customizing source filters: 1) For a Universal Data Adapter extracting from SQL, dynamically setting a filter parameter value to include all entities in a division. 2) For an HFM extract, dynamically setting dimension filters based on a user attribute value. The document explains how to build custom filter values in a BefImport script and update the parameter value at runtime to make it dynamic rather than static. This allows more flexible filtering than the out-of-the-box capabilities in FDMEE.
This document provides an overview of Oracle's Financial Data Quality Management, Enterprise Edition (FDMEE). It describes FDMEE's introduction, architecture, key differences from the previous Financial Data Management product, and value-added features. The document also walks through the FDMEE graphical user interface and components for navigation, setup, integration, data loading, and batch processing.
EPM, ERP, Cloud and On-Premise – All options explained - OOW CON9532Ray Février
Oracle Enterprise Performance Management provides multiple and extensive integration options with both Oracle and non-Oracle enterprise resource planning systems, both on premises and in the cloud. This session explains all the options and their respective benefits, plus it discusses the future roadmap for integration functionality.
This document provides an overview of Oracle Essbase and related products:
- Essbase is an OLAP server that enables modeling of business scenarios and analysis of data from different perspectives. It includes the Essbase database, server, administration services, and client tools.
- Related products include Integration Services, Essbase Studio, Smart View, and the Spreadsheet Add-in. Smart View and the Add-in integrate Essbase with Microsoft Office.
- Integration Services bridges Essbase with transactional databases to enable hybrid analysis and drill-through reporting.
Key Considerations for a Successful Hyperion Planning ImplementationAlithya
The document provides an overview and recommendations for a successful Hyperion Planning implementation. It discusses key project phases, recommended build techniques including application definition, dimensionality, master data integration, building the planning model, and form and calculation development. It also covers tips for planning design including delineating plan types, defining dimensionality, integrating master data from various sources, and best practices for building forms to ensure performance.
Wishtree Academy provides training and consulting in areas like Oracle ERP, business intelligence, performance management, Cognos, TIBCO and VMware. Their placement program helps students transform their dreams into reality through technical interview preparation, resume preparation, business communication training, personality analysis and more. Courses include Oracle Foundation, OBIEE Fast Track, Planning Fast Track and more.
Essbase beginner's guide olap fundamental chapter 1Amit Sharma
This document provides an overview and introduction to OLAP concepts for beginners using Essbase. It defines key OLAP terms like cubes, dimensions, measures and explains core functionality like slicing, dicing, rotating and aggregating data in multidimensional databases. The document provides examples and diagrams to illustrate concepts and is intended to help readers understand and learn the basics of working with Hyperion Essbase.
Hyperion Planning System 9 Installation GuideShehzad Kazmi
This document provides an installation guide for Hyperion Planning - System 9. It outlines the sequence for installing the various components, which are: Shared Services, Essbase (including Essbase Client, Server, Administration Services, and Provider Services), Hyperion Planning, and Hyperion Reporting & Analysis. The guide walks through installing and configuring Shared Services first, then provides instructions for installing and configuring each subsequent component in the defined sequence. It also describes verifying the services and configurations. The overall document provides a comprehensive overview and step-by-step instructions for a full Hyperion Planning - System 9 installation.
An introduction to hyperion public sector planningAmit Sharma
Oracle Hyperion Public Sector Planning and Budgeting (PSPB) is a budgeting and planning solution that helps public sector organizations manage budgets. PSPB allows users to allocate salary and position budgets to ledger accounts, see the impact of salary plans on operating expenses, define budget requests, and integrate with ERP systems. The key steps to set up a PSPB application include creating a data source, defining dimensions like year and currency, setting up plan types, creating the Essbase database, and configuring properties.
This document discusses tuning Essbase databases for batch processing and client retrieval. It covers tuning both BSO and ASO databases. For BSO tuning, the document focuses on understanding database structures, query requirements, and hardware infrastructure. Specific steps covered include checking block sizes, changing dimension storage types, and configuring caches. For ASO tuning, the document discusses compacting outline files, designing and materializing aggregate views, and measuring the impact on query performance. The goal of tuning is to minimize batch processing time and optimize retrieval for client requirements.
Integrating Strategic Planning Targets with Operational Budgeting and Forecas...Alithya
This presentation flows through the strategic planning process to operational budgeting and forecasting. Mija demonstrates how the solution plugs right into the Oracle EPM framework allowing users to share reports, analysis and dashboards across the enterprise as well as integrate results with other business processes.
Getting the Most out of EPMA: HFM Managing Metadata with EPMAfinitsolutions
Whether you previously used Hyperion Enterprise or managed a classic HFM application, moving to EPMA provides many benefits (but also has unique tricks you should know about!). In this webinar, we will review many of the enhancements that EPMA can bring to metadata management, such as:
• Shared metadata among different products or HFM applications within the same environment
• Comparisons of changes between what is loaded and what you are about to load
• Renaming a base member without losing previously-loaded data
• Enhanced features to identify and exclude orphan members
• Audit trails of metadata changes (“Who changed THAT attribute?” “Um, YOU did!”)
o Some do not always see this as a good thing, but auditors like it…
Of course, there are also a few areas we’ll cover to help you understand some limitations with EPMA and some possible workarounds to certain issues, including:
• Needing to be online to work within the web-based tool
• Must view validation error notifications one at a time on web compared to in a single text file
• Some additional complexity due to more features being available to use
Managing metadata with EPMA is what is being taught in Oracle’s HFM Administration training classes, and we hope that after attending this webinar, you will also discover some benefits to using EPMA with your current or future applications.
The document introduces Oracle Hyperion Planning and its suite of Oracle planning products, highlighting how it improves the planning process by shortening cycles, improving predictability, and leveraging intellectual capital. It provides an overview of Hyperion Planning and its modules for financial, workforce, capital asset, and operational planning, as well as its integration capabilities. Contact information is given for Finit Solutions, an Oracle partner that can provide expertise on Oracle/Hyperion products.
CMA Part 1: Planning, Budgeting and Forecasting Mohsin Munir
This document provides an overview of Section A of the 2010 CMA Part 1 exam, which covers planning, budgeting, and forecasting. It discusses key topics that will be covered in this section, including planning concepts, types of budgets, budget methodologies, forecasting techniques, and standard costing. The document also summarizes best practices for budget development, characteristics of effective budgets, and considerations for setting standard costs for direct materials, direct labor, and overhead. It emphasizes the importance of linking budgets to company goals and objectives and involving managers in the budgeting process.
This webinar discusses migrating from Oracle's Hyperion Financial Data Management (FDM) Classic application to the newer FDMEE application. It introduces the speakers and outlines the agenda. The presentation covers prerequisites for conversion, system requirements, artifacts that can and cannot be migrated, opportunities and nuances of FDMEE, and how to develop a migration plan. Benefits of migrating include improved functionality, integration, data integrity, and flexibility. The application migration process involves running scripts, configuring Oracle Data Integrator, importing scenarios, and executing extracts to migrate mappings, historical data, and other artifacts from FDM to FDMEE. Questions from attendees are invited at the end.
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100%の公共交通オープンデータを目指して International Open Data Day 2017 ShizuokaMasaki Ito
This document discusses the history and current state of open data initiatives for public transit schedules and maps in Japan. It provides details on the development of common data formats like GTFS and their adoption by major transit agencies. It also describes some open data portals and applications that have been created to make transit schedule and mapping data more accessible to the public.
A. Lab # BSBA BIS245A-7B. Lab 7 of 7 Database Navigation.docxransayo
A. Lab # : BSBA BIS245A-7
B. Lab 7 of 7 : Database Navigation
C. Lab Overview—Scenario / Summary:
TCOs:
8. Given a database application containing forms, queries, and reports, automate tasks and create a menu system which allows for efficient navigation and operation of the database’s functionality.
Scenario:
The purpose of this iLab is to show the student how to create navigation systems for an Access application. Students will create a main navigation form which links to additional navigation forms called Enter Data and View Reports. Additionally, students will create forms to automate printing reports and Closing/Exiting the Database. The Enter Data form allows you to open Customer and City forms automatically. The View Reports form allows the user to automatically open the Customer List and Customers by City reports. The Print Reports form will allow users to automatically print the reports. The Exit Database form allows users to close the database and exit the application entirely.
The navigation forms can provide some measure of security to the database as they may prevent users unfamiliar with Access from accessing database objects directly; they make using Access more intuitive to use, and can prevent new users from inadvertently damaging your database objects.
D. Deliverables:
Upload the modified Lab7_Start.accdb file that you saved as YourName_Lab7.accdb to the
Week 7 iLab Dropbox.
Step
Deliverable
Points
Part A
Develop the Enter Data, View Reports, Print Reports, and Customer
Database Navigation Forms
Part B
Create the Close Database Form and add it to the Main Database
Navigation Form. Set the Database Options.
E. Lab Steps:
Preparation:
· Download the Access starter file from the Week 7 iLab page, and save the file onto “c:\” directory (your local drive)
· Using Citrix for MS Visio and/or MS Access
· If you are using the Citrix remote lab, follow the login instructions located in the iLab area in Course Home.
· You will have to upload the Lab7_Start.accdbfile to your Citrix folder. Follow the instructions located in the iLab area in Course Home.
· Start MS Access.
· If you are using Citrix, click on Microsoft Office Applications folder.
· If you are using Access on a local computer, select Microsoft Office from your Program Menu.
MS Access Switchboards
In the past, users navigated database applications using a menu system based on a hierarchy similar to that illustrated below.
While this is a logical approach, it was not always efficient or user friendly. Access 2013 allows for development of navigation screens facilitating more efficient movement from one function to another within the database. In this iLab you will create navigation forms that allow users to move through the various objects in a simple Access application. The Access application has two forms (Maintain Customers and Maintain City), and two Reports (Customer List and Customer by City). The navigation system accesses these objects using thi.
This document provides an overview of measures in Power BI Desktop and includes a tutorial for creating basic measures. It discusses automatic measures, creating measures using DAX functions, and common measure examples like sums, averages, and counts. The tutorial guides the reader through understanding measures and creating their own basic measures in the Power BI Desktop model.
The document provides steps for designing a report in FineReport Reporting Tool, including connecting to a database, creating datasets, designing report styles, binding data columns, adding parameters, and inserting charts. It introduces how to define a data connection, create workbooks and datasets, add borders and slope lines, link multiple datasets, layout parameter panels, set chart properties, and preview the report. The overall process takes the user through template creation, deployment, and display in FineReport.
How to Make an Organizational Chart in Visio EffortlesslyDirect Deals, LLC
Download Visio is a powerful diagramming and visualization tool designed to simplify complex concepts with clarity. Whether you need to create flowcharts, organizational charts, network diagrams, or floor plans, Visio provides intuitive tools and a user-friendly interface to bring your ideas to life.
The document discusses creating and modifying forms and reports in Microsoft Access 2010. It covers using the Form Wizard to create forms, filtering records on forms, creating reports using the Report Tool or Blank Report Tool, and modifying the design of forms and reports. The objectives are to create and use forms to add and delete records, create forms and reports using wizards, modify forms and reports, filter records, and print reports.
This document outlines the objectives and steps to create and manage a Microsoft Access 2007 database, including:
1) Creating a database file and designing tables, forms, queries, and reports to enter and display data
2) Populating tables with data and formatting fields
3) Designing forms and queries to view, enter, and extract specific data
4) Creating reports to output selected data
5) Properly closing and exiting the Access program and database
This document provides an overview of the objectives and activities to be covered in a Microsoft Access 2007 workshop, including how to create and populate a database table, design forms and queries, produce reports, and incorporate graphics. It outlines how to create a new blank database, insert and select fields, populate and format a table in Datasheet view, create forms using the Form Wizard, run and design queries using the Query Wizard, create and populate a second table, use the Report Wizard to design reports, and properly close and exit Microsoft Access.
This document provides an overview of a workshop on fundamental Microsoft Access 2007 applications. The objectives are to create and populate an Access database, design forms and queries, produce reports, and incorporate multimedia. It outlines how to create tables and forms using the wizard, add fields and attachments, design queries using criteria, and generate reports. The document demonstrates various Access interface elements and functions for working with objects, saving data, and properly closing the application.
The document provides an overview of a Power BI training course. The course objectives include learning about connecting to data sources, transforming data, building data model relationships, using DAX functions to transform data, and creating visualizations. It discusses topics like importing data from CSV and Excel files into Power BI, using Power Query to transform data, establishing relationships between tables in the data model, using measures and columns with DAX, and building basic and dynamic visualizations. It also provides resources for sample data files and additional learning materials for the course.
CREATING A DATASET FROM EXCEL IN POWER BI REPORT BUILDERSagarDuttPhuloria
This document provides steps to create a dataset from Excel in Power BI Report Builder by:
1. Setting up an embedded data source and dataset in the report using data entered directly.
2. Designing a simple table report based on the created dataset to display aggregated sales data by country and year.
3. Running the report to preview it with actual values and formatting the output.
Odoo 15 Spreadsheet in CRM - How It's a Beneficial ToolCeline George
The spreadsheet tool can be used to generate regular reports based on the database that is automatically updated. Using this tool you can improve your business by inserting data in a pivot view to a spreadsheet.How Accounts Are Affected When an Invoice or Bill Is Generated in Odoo 15. Managers can constantly monitor the team’s performance in order to help to take accurate and relevant decisions for the company. After adding required measures and filtration to the report it can be added and automatically updated in a spreadsheet.
This document provides instructions for creating a basic database in Microsoft Access 2007 that includes tables, forms, queries, and reports. It describes how to create tables and populate them with data, design forms and queries, use the report wizard to generate reports, and properly close the database before exiting Access. The key steps covered include creating tables, adding fields and setting data types, designing forms and queries, running queries, populating additional tables, generating reports, and closing the database.
Here are the steps to modify the Order table:
1. Open the Order table in Design view.
2. Select the PlacedBy field and press Delete.
3. Select the BillingDate field and drag it to the end of the table.
4. Click in the field list between CustomerNum and InvoiceAmt.
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This document provides an overview of advanced queries, form creation, and reports in Access 2007. It discusses how to create delete and append queries. It explains how to build forms using the layout view and wizard view, including customizing field positioning and formatting. It also covers generating reports from tables and queries using the layout view and including total statistics.
What Do Contribution Guidelines Say About Software Testing? (MSR 2025)Andre Hora
Software testing plays a crucial role in the contribution process of open-source projects. For example, contributions introducing new features are expected to include tests, and contributions with tests are more likely to be accepted. Although most real-world projects require contributors to write tests, the specific testing practices communicated to contributors remain unclear. In this paper, we present an empirical study to understand better how software testing is approached in contribution guidelines. We analyze the guidelines of 200 Python and JavaScript open-source software projects. We find that 78% of the projects include some form of test documentation for contributors. Test documentation is located in multiple sources, including CONTRIBUTING files (58%), external documentation (24%), and README files (8%). Furthermore, test documentation commonly explains how to run tests (83.5%), but less often provides guidance on how to write tests (37%). It frequently covers unit tests (71%), but rarely addresses integration (20.5%) and end-to-end tests (15.5%). Other key testing aspects are also less frequently discussed: test coverage (25.5%) and mocking (9.5%). We conclude by discussing implications and future research.
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Designing AI-Powered APIs on Azure: Best Practices& ConsiderationsDinusha Kumarasiri
AI is transforming APIs, enabling smarter automation, enhanced decision-making, and seamless integrations. This presentation explores key design principles for AI-infused APIs on Azure, covering performance optimization, security best practices, scalability strategies, and responsible AI governance. Learn how to leverage Azure API Management, machine learning models, and cloud-native architectures to build robust, efficient, and intelligent API solutions
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Maxon Cinema 4D 2025 is the latest version of the Maxon's 3D software, released in September 2024, and it builds upon previous versions with new tools for procedural modeling and animation, as well as enhancements to particle, Pyro, and rigid body simulations. CG Channel also mentions that Cinema 4D 2025.2, released in April 2025, focuses on spline tools and unified simulation enhancements.
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In essence, Cinema 4D 2025 is a major update that provides artists with more powerful tools and workflows for creating 3D content, particularly in the fields of motion graphics, VFX, and visualization.
Not So Common Memory Leaks in Java WebinarTier1 app
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Exploring Wayland: A Modern Display Server for the FutureICS
Wayland is revolutionizing the way we interact with graphical interfaces, offering a modern alternative to the X Window System. In this webinar, we’ll delve into the architecture and benefits of Wayland, including its streamlined design, enhanced performance, and improved security features.
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This presentation explores code comprehension challenges in scientific programming based on a survey of 57 research scientists. It reveals that 57.9% of scientists have no formal training in writing readable code. Key findings highlight a "documentation paradox" where documentation is both the most common readability practice and the biggest challenge scientists face. The study identifies critical issues with naming conventions and code organization, noting that 100% of scientists agree readable code is essential for reproducible research. The research concludes with four key recommendations: expanding programming education for scientists, conducting targeted research on scientific code quality, developing specialized tools, and establishing clearer documentation guidelines for scientific software.
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Explaining GitHub Actions Failures with Large Language Models Challenges, In...ssuserb14185
GitHub Actions (GA) has become the de facto tool that developers use to automate software workflows, seamlessly building, testing, and deploying code. Yet when GA fails, it disrupts development, causing delays and driving up costs. Diagnosing failures becomes especially challenging because error logs are often long, complex and unstructured. Given these difficulties, this study explores the potential of large language models (LLMs) to generate correct, clear, concise, and actionable contextual descriptions (or summaries) for GA failures, focusing on developers’ perceptions of their feasibility and usefulness. Our results show that over 80% of developers rated LLM explanations positively in terms of correctness for simpler/small logs. Overall, our findings suggest that LLMs can feasibly assist developers in understanding common GA errors, thus, potentially reducing manual analysis. However, we also found that improved reasoning abilities are needed to support more complex CI/CD scenarios. For instance, less experienced developers tend to be more positive on the described context, while seasoned developers prefer concise summaries. Overall, our work offers key insights for researchers enhancing LLM reasoning, particularly in adapting explanations to user expertise.
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Adobe After Effects is a software application used for creating motion graphics, special effects, and video compositing. It's widely used in TV and film post-production, as well as for creating visuals for online content, presentations, and more. While it can be used to create basic animations and designs, its primary strength lies in adding visual effects and motion to videos and graphics after they have been edited.
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3. Data Forms are used by the business users and planners to enter, update and analyze the data. Actually,
data forms are spreadsheet like web based grids and connected to the Essbase database which acts as an
central repository for all data.
This tutorial will take you through data form structure, its properties and on how to create simple data
form and composite form.
Data Forms and Folders:
Folders can be used to organize and categorize the data forms. The Folder structure is highlighted in the
below screenshot. The Revenue related forms can be saved under revenue folder and expense forms
under Expense folder etc..
4. As we can see, that sample data form is organized under Revenue folder. Folders are recommended to use
for organizing forms based on their relevancy. It enhances the consistency and application usability.
Data Form Structure:
Below screenshot illustrates the data form structure and its sections,
Page: It consists of drop-down lists. Each drop-down lists contains a list of selected members from a
particular dimension
Point of view (POV): Point of view has the static member selection of dimension members. POV is always
static in nature and Pages are always dynamic
5. Rows and Columns: Rows include Account dimension whereas the column include Period dimension as
shown.
Ensure that all dimensions of Hyperion planning are included in the form and it is must. Each dimension
can appear only in one of the sections page, column, row, or POV.
Data Form Properties:
The data form has the following sections,
•Properties
•Layout
•Other options
•Business Rules
Properties: It has basic details such Name, description and instructions for the form
Layout: In this section, actual layout of the form is designed with POV, Page, rows and Columns
Other options: Properties like display options, precision are set in this section
Business rules: In this section, the business rule are associated with the form and its properties are
defined for business rule execution
6. Properties:
In this section, the basic parameters of the data form is defined as shown below,
Form: Name of the data form
Description: This is the description of the data form
Plan Type: Planning application can have multiple plan types. A single plan type has to be associated with
the data form here. Plan type of the form can’t be changed later, so be careful.
The instructions for the form can be provided in the space at the end of the tab as shown.
7. Layout:
In this section, the layout of the form can be defined by selecting dimension and its members in the POV,
Page, rows and Columns.
Other options:
In this section, the precision for the
numeric values are set as shown.
8. Business rules:
In this section, the required business rules can be associated with the form and its properties can be
defined for execution.
As highlighted, properties can be set for the selected business rule for execution.
Run on Load: The business rule gets executed upon loading the data form
Run on Save: The business rule will get executed when data in the data form gets saved
The other two optional options of Use Members on Data Form and Hide Prompt are applicable for
runtime prompts.
9. Data Form Creation:
This section will take you through how to create the data forms in the Hyperion Planning application. Two
types of data forms can be created which are,
1. Simple data form
2. Composite data form
Simple data form has a single-grid structure whereas the composite data form can have multiple data
forms together in single display.
Simple data form:
1. Logon to the Hyperion Planning Application
2. Navigate to Administration->Manage->Data Form
This will lead to the below screen and you can see that there is no data form or folder created in the app.
10. 3. Click on the ‘+’ symbol as shown to create the folder.
4. It will prompt for the folder in the
next screen as shown. Provide the name
for the folder and click on OK to create
the folder
5.Next, select the created folder ‘Revenue’ as shown and select create data form as shown in the following
image
or go to Actions and Click on Create Simple data form.
11. Once you click on create data form, it will lead to the following screen where the basic parameters of the
form can be provided.
Provide Name, description, plan type and instruction for the data form and click on Next.
Clicking next will take to the next layout section as shown in the following screen.
12. Drag and drop the dimensions in the Page, POV, Rows and Columns. In this example, we have Account
dimension in row, Period and Year dimension in the Columns, Entity dimension in page and the other
dimensions in the POV.
The properties of the each dimension can be updated in the right-hand side as shown.
The properties will get selected by default, but if you want to change any setting, you can change the
properties and Click on Next.
13. It will lead to the following other options screen where you can update the precision settings if required
and click on Next.
On Clicking next, it will open the business rule screen where the business rule can be
associated with the data form for execution.
As shown in the following screen, select the business rule and select the appropriate business rule
property to associate the rule for execution and Click on Finish.
14. Now, the form is saved in the revenue folder as shown below.
We have successfully created the simple data form. Click on the form to open the data form.
15. Composite Data Form:
1. Logon to the Hyperion Planning Application
2. Navigate to Administration->Manage->Data Form
3. Click on the create composite form icon as shown above or go to Actions and click on create
composite form to create the new form.
This will lead to the below screen,
16. 4. Provide the form name and description and click on next to go to the Layout section
Custom: We can split horizontally and vertically into different sections as per our own wish in this layout
2-Column Layout: It creates two sections with division in between i.e. in 2 columns.
2-Row Layout: It splits horizontally and creates two sections
5. Select the required layout for this composite form
6. As shown above, click on the “Add Form” to add form to that section. This will lead an
another pop-up to select the data form
17. 6. Select the form that has to be added to this section and click on OK as shown.
7. Likewise, select the data form for
the other section also.
8. Select the common dimension
property and update whether the
dimension is local or common for
Both forms
18. Click on Finish to create the form and you can see the form created in the revenue folder.
Finally, we have created the composite form and we can open the form to view.