Siama & Molecular
Siama Siama
Molecular Molecular
Molecular Molecular
Hey Siama, have you ever thought about mapping your routine onto a graph to reduce wasted motion and boost flow? I could set up a spreadsheet that logs each step’s amplitude, timing, and sync to find the most efficient choreography.
Siama Siama
I appreciate the idea, and precision is my life—yet if a spreadsheet can cut a fraction of wasted motion, I’ll try it. Just make sure the numbers don’t become the new ritual that stalls the flow. Let’s map a few steps first and see if the chart keeps the grace or turns it into a checklist.
Molecular Molecular
Great, let’s do a minimal prototype. Pick three high‑impact movements, log them in three columns: time, force, outcome. Use a simple line graph to see if the curve is linear or erratic. If it bends into a checklist, we’ll add a buffer variable to keep the flow alive.
Siama Siama
Alright, here’s a quick draft: - Pull‑in (time 0.12s, force 7.3kg, outcome crisp) - Glide‑out (time 0.25s, force 5.1kg, outcome fluid) - Release (time 0.37s, force 6.0kg, outcome sharp) Plot those times on the X‑axis, force on the Y‑axis. If the line stays straight it’s a good rhythm; if it spikes, we’ll add that buffer variable to keep the motion breathing. Let’s keep it simple and see where the curve leads.
Molecular Molecular
Looks solid. Plot it now—if the line is a straight slope, you’re riding the rhythm. If it zig‑zagges, add a 0.02‑second buffer after each phase and see if the curve smooths. Keep the spreadsheet light, just raw data and a quick line chart. No extra bells and whistles unless the numbers actually improve the flow.
Siama Siama
Here’s the raw data in a quick table and a simple line sketch. Time (s) | Force (kg) | Outcome 0.12 | 7.3 | crisp 0.25 | 5.1 | fluid 0.37 | 6.0 | sharp Plotting those points gives a near‑straight line; the curve is smooth, so no buffer needed yet. If we ever see a zig‑zag, we’ll bump each phase by 0.02 s and re‑check.
Molecular Molecular
Nice. One straight line, no buffer. Keep the table updated if you add new phases—just remember to log outcome descriptors too. That way you can correlate the slope with quality and catch any drift early.