Light sensor on multiple targets:
HW:
LS in 4DIAC as (SIFB) export
Generalize Sensor Port : in C++
static const state TUINT32[5] = {0,23,28,29,30};
Then current need for JTAG can limit school examples, but simulation may help and show/teach how IEC61499 can be flexible.
Need to ask about trial runs so they actually happen so:
HW:
LS in 4DIAC as (SIFB) export
- for LEGO HW: add HW calls to C++
- for java simulation - use FBDK as described previously in blog
- hide the subscribe (for motor publish) in composite block, then use FBDK for java
- XML trick so stays SIFB in 4DIAC but is composite block for simulation:
- add
use other composite block XML as example
Generalize Sensor Port : in C++
static const state TUINT32[5] = {0,23,28,29,30};
Then current need for JTAG can limit school examples, but simulation may help and show/teach how IEC61499 can be flexible.
Need to ask about trial runs so they actually happen so:
Trial Runs of the IEC61499 Tutorial:
April 30 - Sprengergasse HTL : Line Follower Tutorial
Wien TGM HTL - in May(?) - some students come to TU ACIN lab Thursdays
?St.Pölten HTL - (update 17Mar.) contact is no longer director. Hopefully he will still answer.
?HTLs of TU Lehramt Informatik Profs (Gangster, )
?in Houston area
?in Houston area
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