I want the operator to not wait until the processor finishes and continue to load different part number from the QueueIn to the next QueueX based on the GlobalTable lookup.
If I do the followings, it errors out.
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Since you only have a single token right now that runs through the routing table row by row, the entries in the table necessarily have to happen in that exact sequence. To allow for the order of operations to vary, create one token per row and syncronize them through the list.
I modified your model so only QueueIn2 and the processors push to the list (when the item needs to be moved via Process Flow). I also changed the way the process time is read by assigning the row number of the current task to a label on the item.
Your way of having Pull from List to synchronize with the list is good!
I am having an issue when I change the source quantities. The Product5 quantity changes from 1 to 2 in the Source2.
The operator is taking first box(Product 5) to Queue5 and then second box(Product 5) to QueueOut2. It supposed to take Product5 to Queue5 and then to QueueOut2.
The Process Flow was build on the assumption that each row in the routing table would only be used once. There is no logic in place that dictates that a "Product5" item needs to always use the first row first.
A better approach then might be to create one token per item that enters the input queue. This token then gets the first row for that product type from the table and manages the entire process until the item enters the output queue. To that end, I added an additional column that denotes which row follows the current one.
Hi Felix, @Felix Möhlmann
I ran into another issue if I add more destination to Product5 on Row 2 in the GlobalTable2_Routing.
Now the item just go back and fore the processor and the queue itself now.
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