Update readme

README.md

@@ -17,15 +17,15 @@ This will set-up SimuBridge as well as Scylla, including the necessary plugins.
 
 #### OpenLCA & Example Data Setup
 To install openLCA, go to https://www.openlca.org/download/ and download and run the respective installer.
-Example data setup TBD.
+Download the demo data we provide at `./demo/LCA/demo_dataset.zolca` and import into openLCA via `File > Import > File > demo_dataset.zolca`. Open the demo database by double-clicking on it. Start the IPC server of openLCA by clicking `Tools > Developer tools > IPC Server`, entering port `8081` and clicking `run`. Open SimuBridge in the browser at `http://localhost:3000` and select the `OpenLCA Integration` menu entry. Click `Fetch Impact Methods`, select an impact method such as `ReCiPe 2016 Endpoint (H)` and click `Calculate`. Proceed to configure the simulation scenario and environmental cost variants. The `demo` folder of this repository provides three sample process models and event logs you can use to test out the main functionalities of the SOPA-SimuBridge integration, as well as a screencast.
 
 
 ## 📦️ UI Pages
 The web application is split into multiple pages, each with dedicated purpose.
 Notably, the discovery and simulator views interact with the external process discovery and simulation tools, respectively.
 
 #### LCA Integration Panel
-Configure LCA with host and port for a flexible data fetching. For now, only availability is the normalization method of EF3.0 to calculate impacts.
+Configure LCA with host and port for a flexible data fetching. Note that the availability of LCA data and impact calculation methods is determined by the database loaded into openLCA.
 
 #### Configure Cost Drivers nn Process Model 
 Assign abstract cost drivers to activities within your process model in model based parameters panel.

demo/README.md

@@ -4,9 +4,9 @@
 
 We provide three process models and three event logs to showcase the applicability of SOPA and SimuBridge:a  hiring process in a university, a logistics process, and a pizza delivery process. For each, you can either discover simulation scenarios from the event logs, or create them manually from the respective process model. Then, try out to configure different cost variants using the abstract and concrete cost drivers present in the data set. Assume that one abstract cost driver is relevant for one specific activity of each process. What happens when you:
 
-- change the concretization into concrete cost drivers as defined by the environmental cost variants
-- change simulation parameters of the process: how does executing the process differently change its environmental impact?
-- change concrete cost drivers and simulation parameters at the same time: how does the environmental impact change when process behaviour is influenced by concrete cost drivers?
+- change the concretization of abstract into concrete cost drivers as defined by the environmental cost variants?
+- change simulation parameters of the process --- how does executing the process differently change its environmental impact?
+- change concrete cost drivers and simulation parameters at the same time --- how does the environmental impact change when process behaviour is influenced by concrete cost drivers?
 
 ## LCA Data