Support for DWe cross-stick and pitch bend?
Posted: Wed Nov 08, 2023 5:00 pm
This is a question for both A) Rob (on feasibility) and B) the rest of us (on usefulness to drummers):
As many of you have probably seen by now, the DWe product is now on the market. DWe snare and toms have an FSR built into the "trigger basket" apparently under a center foam "tower". That sends (wirelessly in the case of DWe) data from the center piezo/trigger to the DWe wireless hub where it is sent as MIDI data out to Soundworks (DWe's VST). Soundworks makes use of those data to do two things, or so it seems:
1) When pressure is sensed by the FSR while playing a rim click, the software plays rim hits as cross sticks. Very nice. No longer would I need to use an eDRUMin input for a BT-1 for accurate cross stick playing.
2) When variable pressure from the center cone is sensed, for example using one stick to apply pressure while hitting the head, the software does pitch bending of that device. A nice to have for realism.
A) Here's the question for Rob: Is it possible for an eDRUMin to receive FSR signals, for example connected to a PED input which is already enabled for hi hat CC control, and implementing those signals as CC data that the Soundworks software could use as described above? We would just need to know which CC data type Soundworks utilizes for these features? It seems to me the PED editor is already set up for this utilization. We would just need to enter the CC type in the PED editor field. Correct?
B) Here's a question for us DIY & eDRUMin users: If Rob could do that, would you be inclined to adding an FSR beneath the center of your snare to utilize these pressure data? Do any among us know what particular parts would be needed? It seems a simple foam tower and an FSR wired to a TS jack is all we'd need. What about the sensitivity of the FSR? I see one on Amazon that's rated for 0-10kg, but I wonder how well this would work in this application? Thoughts on what FSR type we would need to install under the center cone?
Any thoughts and feedback appreciated. If based on feedback here the project seems to be viable, I'm willing to kick off a project and convert my DIY snare by adding an FSR to a center cone and. For starters, I suppose all that's really needed is to take my Roland FD-9 (which has an FSR) plug it into an eDRUMin PED input, assign the proper CC type and see if I can get Soundworks to properly interpret those CC data coming and arrive at the above 1) and 2) functions.
JP
As many of you have probably seen by now, the DWe product is now on the market. DWe snare and toms have an FSR built into the "trigger basket" apparently under a center foam "tower". That sends (wirelessly in the case of DWe) data from the center piezo/trigger to the DWe wireless hub where it is sent as MIDI data out to Soundworks (DWe's VST). Soundworks makes use of those data to do two things, or so it seems:
1) When pressure is sensed by the FSR while playing a rim click, the software plays rim hits as cross sticks. Very nice. No longer would I need to use an eDRUMin input for a BT-1 for accurate cross stick playing.
2) When variable pressure from the center cone is sensed, for example using one stick to apply pressure while hitting the head, the software does pitch bending of that device. A nice to have for realism.
A) Here's the question for Rob: Is it possible for an eDRUMin to receive FSR signals, for example connected to a PED input which is already enabled for hi hat CC control, and implementing those signals as CC data that the Soundworks software could use as described above? We would just need to know which CC data type Soundworks utilizes for these features? It seems to me the PED editor is already set up for this utilization. We would just need to enter the CC type in the PED editor field. Correct?
B) Here's a question for us DIY & eDRUMin users: If Rob could do that, would you be inclined to adding an FSR beneath the center of your snare to utilize these pressure data? Do any among us know what particular parts would be needed? It seems a simple foam tower and an FSR wired to a TS jack is all we'd need. What about the sensitivity of the FSR? I see one on Amazon that's rated for 0-10kg, but I wonder how well this would work in this application? Thoughts on what FSR type we would need to install under the center cone?
Any thoughts and feedback appreciated. If based on feedback here the project seems to be viable, I'm willing to kick off a project and convert my DIY snare by adding an FSR to a center cone and. For starters, I suppose all that's really needed is to take my Roland FD-9 (which has an FSR) plug it into an eDRUMin PED input, assign the proper CC type and see if I can get Soundworks to properly interpret those CC data coming and arrive at the above 1) and 2) functions.
JP