On the subject of Falling Marbles - Shared

	A	B	C	D	E	F	G	H
1	Gate definitions
2	- Droptime is calculated by taking the gravity constant and seeing how much time is needed for the specified Dropheight. (no friction included)
3	- Length correction is there to give the option to correct for different dropheights by changeing the length of the programming profiles on the programmingwheel. this is done in percentage (%) because the timing of this method changes due to BPM.
4	- Static delay is there to add an amount of delay between the programmingwheel output and the marblegate. This delay is not dependant on BPM.
5	- Length corection and Static delay only effect the actual timing calculations.
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7	Gate 1 - Snare Loud
8	Dropheigth (m)	0,5
9	Droptime (ms)	319			On the use of this sheet:
10	Length correction (%)	0,0
11	Static delay (ms)	0	84,58 ms recommended		- with this sheet you can calculate timing values in 2 ways. Programming Wheel output and the Actual timing of the sound.
12					- you can change the timing of each gate in 3 ways. Dropheight, Length Correction of the programming profiles, and add a static delay.
13					- please only change the green values!
14	Gate 2 - Snare Ghost				- notice that length correction is there can't correct for timing errors in multiple BPMs.
15	Dropheigth (m)	0,05			- notice you can correct for timing errors in every BPM by adding the right amount of Static delay
16	Droptime (ms)	101			- notice that all timing offset problems go away when all dropheights are set equal. Or when dropheight + static delay is equal on all gates
17	Length correction (%)	0,0			- main point of this sheet: If you want to use different dropheights, you need gatespecific static delay
18	Static delay (ms)	0	302,89 ms recommended		- Have fun Martin!
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21	Gate 3 - Kick
22	Dropheigth (m)	0,8
23	Droptime (ms)	404
24	Length correction (%)	0,0
25	Static delay (ms)	0	0 ms recommended
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29	Drumrhythm
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36	Timing calculations
37	- Collumn A - D describes programmingwheel output
38	- Collumn A & B describe the rhythm in musical terms
39	- Collumn C & D describe the rhythm in milliseconds for 2 different BPMs
40	- Collumn E - G display values for each note in the rhythm refering to the Gate Definitions above
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43	Programmingwheel				Droptime (ms)	Length Correction (%)	Static Delay (ms)
44					gate-specific	gate-specific	gate-specific
45	BPM		100	120
46
47		timing (beats)	timing (ms)	timing (ms)
48	Kick	1	0	0	404	0,0	0
49	Snare	2	600	500	319	0,0	0
50	Kick	2,75	1050	875	404	0,0	0
51	Snare	3,25	1350	1125	319	0,0	0
52	Ghost	3,5	1500	1250	101	0,0	0
53	Ghost	3,75	1650	1375	101	0,0	0
54	Snare	4	1800	1500	319	0,0	0
55	Kick	4,5	2100	1750	404	0,0	0
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58	Actual Timings
59	- Collumn A shows actual timing of the note by adding Programming Wheel outputtiming and Droptime together
60	- Collumn C & D show offset compared to the Kick gate.
61	- Beatoffset is calculated by treating an offset of 1 beat as 100% offset
62	- Collumn F - H shows the timings in a different BPM
63
64		Actual timing 1				Actual timing 2
65		programmingwheel + droptime	actual time - droptime kick	relative to 1 beat		programmingwheel + droptime	actual time - droptime kick	relative to 1 beat
66	BPM	100				120
67		timing (ms)	Offset from kick (ms)	Beatoffset (%)		timing (ms)	Offset from kick (ms)	Beatoffset (%)
68	Kick	404	0	0,0		404	0	0,0
69	Snare	919	-85	-14,1		819	-85	-16,9
70	Kick	1454	0	0,0		1279	0	0,0
71	Snare	1669	-85	-14,1		1444	-85	-16,9
72	Ghost	1601	-303	-50,5		1351	-303	-60,6
73	Ghost	1751	-303	-50,5		1476	-303	-60,6
74	Snare	2119	-85	-14,1		1819	-85	-16,9
75	Kick	2504	0	0,0		2154	0	0,0
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