Stat -> expert: What's range of values do you expect for the yield?Įxpert -> stat: Well it never goes over 10 tonnes per hectre in my fields! Stat -> expert: What do you consider as "best"?Įxpert -> stat: For now, I just want to select one that'll give me\nthe highest yield. plot = nested_in( site,\n "Narrabri" ~ 20,\n "Roseworthy" ~ 10)) Stat -> design: set_units(site = c("Narrabri", "Roseworthy"),\n. Stat -> design: set_trts(var = c("Mace", "RockStar"))Įxpert -> stat: I have a field with 20 plots each at Narrabri and\n10 plots at Roseworthy that I can use for testing Stat -> expert: What varieties are you testing?Įxpert -> stat: I'm testing Mace and RockStar Stat -> design: set_context(aim = "identify best variety") Stat -> design: library(edibble)\nstart_design(name = "wheat") At least now making an adjustment isn’t hard this time! "domain expert" as expert #fffĮxpert -> stat: I want to test which wheat variety is best So I’ll have to tweak some more (when does this end?). The problem I realise now is that the image has become too big and too much text to be concise. I expanded a lot more than previous graphs with plantUML code below. I could get the example code to work but the code for sequence diagram didn’t work for me so I used the online version of plantUML directly. I initially had trouble getting it to work but managed to work re-installing GraphViz. It’s powered by the the plantUML tool which has a extensive support for a sequence diagram (yes!). I came across another R-package for UML diagrams called plantuml. It turns out thought that the nomnoml doesn’t support sequence diagrams and it doesn’t look like it will support it any time either. It seems like you always have to a message when actor/object is interacting. Sequence diagrams are supported by mermaid but there seems to be no distinguishment between an actor and an object. Under the hood, DiagrammeR it’s powered by Graphviz and mermaid. When you go to the website (which has an impressively interface) it has the tagline “Sometimes You Want To Create Nice Diagrams: WHY NOT DO THAT WITH R?”. The most comprehensive R-package to draw a diagram is DiagrammeR. Being somewhat of an anti click-and-point statistical software, I should have perhaps pursued the programmatic route earlier. This was a point when I realise I really need to programmatically create the diagram. Let’s use this in the edibble documentation… Wait the interaction between the statisitican and Design doesn’t fit the narrative well, I need to modify the diagram again! This is perhaps I’ve chosen a font available only in my system (“Fira Code”). One thing to keep in mind is that the font for the PDF version is not rendered correctly. Aligning the objects as a sequence diagram, even with OmniGraffle’s precise object placement, was a bit difficult but it got the job done in the end. There were some UML stencils and I thought it was going well (result in Figure 1). I always find drawing complicated diagrams to be tricky via programming so I initially drew the diagram using OmniGraffle. lifeline) seemed like a good fit to use for illustrating the concept of edibble. The interaction of actors with the system depicted as objects with passage of time depicted as a vertical dotted line (a.k.a. It’s a language that describes standards for all sorts of diagrams, not just the sequence diagram, e.g. communication diagram, interaction overview diagram and so on. UML was developed in the field of software engineering to provide a standard way to visualise the design of a system. One of the standards for drawing this is using the Unified Modelling Language (UML) managed by the Object Management Group (OMG). A sequence diagram will then be formed.A sequence diagram, as described in wikipedia, shows objects interactions arranged in time sequence. Select the desired operation and continue. Then, you will see the operations listed. In the source folder selection screen, add the right source folder. Run again the reverse engineering process. A wrong selection of source folder will make it impossible for Visual Paradigm to analyze the code content properly, thus making it unable to recognize the operations in the selected class, which lead to no operations being listed eventually. Usually, when you work with a project, there should be a folder named like src or source for storing the source code. Source folder is NEITHER the projects directory nor the project folder (unless you store the source files directly under the project folder). Source folder is the root folder in which the *.java files (or the packages) are stored. The problem is due to a wrong selection of source folder. No operations listed Cause of Problem and Solution
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