
Introduce the quick design of a SAP BPC resource planning model, covering employee, project, and category structures, with currency translation from local to report currency.
Create and configure dimensions for the SAP BPC resource model, including category, type, key, and hierarchy, then add time and resource account dimensions from scratch.
Create dimensions for the planning model by defining category, time, and company currency, then set up local currency and translations to euro, jvp, and dollar.
Create the currency rates dimension for the rates model by defining the currency type and adding a rate property, then save and verify a single rate member with no hierarchy.
Create and configure EPM connections to SAP BPC models by using credentials, port numbers, and environment setups to log in and access planning models.
download, save locally, and connect the input form to planning in EPM to manage labor hours, labor costs, and revenue in the planning model and pnl.
Learn how to create a simple when/endwhen calculation in SAP BPC logic script, defining destination accounts, factors, and intersections to drive data calculations.
Explore using the expression keyword in when/endwhen to compute results with numbers, multiplication and division, and system variables across records in SAP BPC logic script.
Navigate the web administration cockpit for SAP BPC logic script, using validation messages, common and keyword tools, and member search to build, test, and refine logic scripts.
Create a data manager package to suppress automatic calculations when saving and configure process chains for logic script execution. Define package type, year, categories, and clear data regions for processing.
Set scope in SAP BPC logic script using XDIM_MEMBERSET and data manager packaging to filter by category, project, and employees, then run to view labor data.
Learn how to change the scope and aggregate records in SAP BPC logic scripts. Limit data manager package selections to labor hours, resource accounts, and specific member IDs.
Log in to bw or netweaver and use the bpc logic script tester to validate your environment and region. Simulate records for employee and time accounts, verify aggregation, inspect measures.
Learn to build a lookup function in sap bpc to retrieve labour rates by employee grade (junior or senior), company, year, and project, using mapping and a source model.
Learn to modularize SAP BPC logic scripts using the include statement, organizing labor cost data and logic files into reusable packages.
Apply MDX tuples lookup to retrieve markup and base project sales on labor cost, using resource accounts, time periods, and currency considerations to generate revenue forecasts.
Push labor cost and revenue data into the planning model by building and mapping accounts, currencies, projects, and company dimensions, then validate and refine mappings for accurate planning.
Learn to distribute data with run allocation by applying weight factors, copying 2017 data across periods, dividing by 12, and configuring travel accounts in a planning script.
Master creating variables with the select statement in SAP BPC by building time-based properties, defining periods, and filtering members for forecasting and current year.
Use for/next loops within when/endwhen to generate forecasted annual numbers. Assign members, apply time-based weighting, divide by 12, and iterate across forecast periods.
Learn to implement conditional logic in SAP BPC logic script using WHEN/ENDWHEN, weight factors, and nested if statements to compute values, divide by 12, or return zero.
Retrieve fx rates using the lookup script and translate inputs to align the local currency with the base forecast period for planning.
Improve the fx rate lookup by replacing hard-coded values with a dynamic for-next loop and variables to select report concurrences, making maintenance easier.
Rewrite the main calculations of the resource in default logic by streamlining the code, enforcing labor hours inputs via the template, and optimizing intersections and time dimensions for faster planning.
Expand the time scope in SAP BPC logic script with a for/next loop to apply markup across planning periods, looping through year and forecast periods to validate results.
Explore challenges in SAP BPC's default logic planning model, including crafting logic scripts, managing resource accounts, and handling company code scope and validation to ensure correct data propagation.
Tackles the challenges of destination_app in default by routing WDF related to a company code when selecting WRVS and WDR, offering two options: adjust input for WTS or redesign mansion.
Rewrite the main calculations of the planning model in default logic using sap bpc script, employing when statements and conditional logic for data-driven testing.
Expand the time scope for FX translation in SAP BPC logic script by incorporating the time dimension and time members into lookups and updating the time loop.
Learn how to dynamically change the initial scope when drivers are sent in default, recalculate all figures, and update currency translation using a loop property and targeted select statements.
Finish the course to unlock the logic you gain and enable you to build and design sophisticated calculations in SAP BPC.
Explore the NetWeaver commit statement (v10), its effect on scope and the initial scope from a data manager package or full logic database, and verify behavior with the logic tester.
Explore how to read transaction and master data with when/endwhen, using mdx logic to read intersections, pre-populate data, and loop through members, while switching modes to optimize performance.
Design and Build Awesome SAP BPC Calculations!
Logic Script or Script Logic is a powerful proprietary language used in SAP BPC for logic execution. While it is widely used in almost every BPC implementation, especially for the Planning Models, there aren’t many resources teaching you on best practices or how to write it correctly.
The official SAP BPC420 BPC Administration course is covering only marginally how the Logic Script code should be written. Therefore the majority of the consultants are learning by doing without tutor guidance. The so-called “Trial and error” method.
This course has been created with core idea that the best way of learning something is to practice This is the reason the course is all about telling while showing. You will not see any presentation slides!
There are five sections.