Roland JV-1010 owner manual Type33 ENHANCER→ Flanger serial, Type34 ENHANCER→ Delay serial

●Type33: ENHANCER→ FLANGER (serial)

———————+————————————————————————————————+———————————————————————

prm1	Enhancer Sens	0 -		127
prm2	Enhancer Mix Level	0 -		127
prm3	Flanger Pre Delay Time	0 -		125
prm4	Flanger Rate	0 -		125
prm5	Flanger Depth	0	-	127
prm6	Flanger Feedback Level	0	-	98
prm7	Flanger Balance	0	-	100
prm8	Output Level	0	-	127

●Type34: ENHANCER→ DELAY (serial)

———————+————————————————————————————————+———————————————————————

prm1	Enhancer Sens	0 -		127
prm2	Enhancer Mix Level	0 -		127
prm3	Delay Time	0 -		126
prm4	Delay Feedback Level	0 -		98
prm5	Delay HF Damp	0	-	17
prm6	(not used)
prm7	Delay Balance	0	-	100
prm8	Output Level	0	-	127

●Type35: CHORUS→ DELAY (serial)

———————+————————————————————————————————+———————————————————————

prm1	Chorus Pre Delay Time	0 -		125
prm2	Chorus Rate	0 -		125
prm3	Chorus Depth	0 -		127
prm4	(not used)
prm5	Chorus Balance	0 -		100
prm6	Delay Time	0 -		126
prm7	Delay Feedback Level	0 -		98
prm8	Delay HF Damp	0	-	17
prm9	Delay Balance	0	-	100
prm10	Output Level	0	-	127

●Type36: FLANGER→ DELAY (serial)

———————+————————————————————————————————+———————————————————————

prm1	Flanger Pre Delay Time	0 -		125
prm2	Flanger Rate	0 -		125
prm3	Flanger Depth	0 -		127
prm4	Flanger Feedback Level	0 -		98
prm5	Flanger Balance	0 -		100
prm6	Delay Time	0 -		126
prm7	Delay Feedback Level	0	-	98
prm8	Delay HF Damp	0	-	17
prm9	Delay Balance	0	-	100
prm10	Output Level	0	-	127

●Type37: CHORUS→ FLANGER (serial)

———————+————————————————————————————————+———————————————————————

prm1	Chorus Pre Delay Time	0 -		125
prm2	Chorus Rate	0 -		125
prm3	Chorus Depth	0 -		127
prm4	Chorus Balance	0 -		100
prm5	Flanger Pre Delay Time	0 -		125
prm6	Flanger Rate	0 -		125
prm7	Flanger Depth	0	-	127
prm8	Flanger Feedback Level	0	-	98
prm9	Flanger Balance	0	-	100
prm10	Output Level	0	-	127

● Type38: CHORUS/DELAY (parallel)

———————+————————————————————————————————+———————————————————————

prm1	Chorus Pre Delay Time	0 -		125
prm2	Chorus Rate	0 -		125
prm3	Chorus Depth	0 -		127
prm4	(not used)
prm5	Chorus Balance	0 -		100
prm6	Delay Time	0 -		126
prm7	Delay Feedback Level	0 -		98
prm8	Delay HF Damp	0	-	17
prm9	Delay Balance	0	-	100
prm10	Output Level	0	-	127

● Type39: FLANGER/DELAY (parallel)

———————+————————————————————————————————+———————————————————————

prm1	Flanger Pre Delay Time	0 -		125
prm2	Flanger Rate	0 -		125
prm3	Flanger Depth	0 -		127
prm4	Flanger Feedback Level	0 -		98
prm5	Flanger Balance	0 -		100
prm6	Delay Time	0 -		126
prm7	Delay Feedback Level	0	-	98
prm8	Delay HF Damp	0	-	17
prm9	Delay Balance	0	-	100
prm10	Output Level	0	-	127

●Type40: CHORUS/FLANGER (parallel)

———————+————————————————————————————————+———————————————————————

prm1	Chorus Pre Delay Time	0 -		125
prm2	Chorus Rate	0 -		125
prm3	Chorus Depth	0 -		127
prm4	Chorus Balance	0 -		100
prm5	Flanger Pre Delay Time	0 -		125
prm6	Flanger Rate	0 -		125
prm7	Flanger Depth	0	-	127
prm8	Flanger Feedback Level	0	-	98
prm9	Flanger Balance	0	-	100
prm10	Output Level	0	-	127

MIDI Implementation

■Decimal/Hexadecimal Table (hexadecimal values are indicated by a following “H”)

MIDI uses 7-bit hexadecimal values to indicate data values and the address and size of exclusive messages. The following table shows the correspondence between decimal and hexadecimal numbers.

+——————+——————++——————+——————++——————+——————++——————+——————+
D		H	D		H	D		H	D	H
+——————+——————++——————+——————++——————+——————++——————+——————+
	0	00H		32	20H		64	40H	96	60H
	1	01H		33	21H		65	41H	97	61H
	2	02H		34	22H		66	42H	98	62H
	3	03H		35	23H		67	43H	99	63H
	4	04H		36	24H		68	44H	100	64H
	5	05H		37	25H		69	45H	101	65H
	6	06H		38	26H		70	46H	102	66H
	7	07H		39	27H		71	47H	103	67H
	8	08H		40	28H		72	48H	104	68H
	9	09H		41	29H		73	49H	105	69H
	10	0AH		42	2AH		74	4AH	106	6AH
	11	0BH		43	2BH		75	4BH	107	6BH
	12	0CH		44	2CH		76	4CH	108	6CH
	13	0DH		45	2DH		77	4DH	109	6DH
	14	0EH		46	2EH		78	4EH	110	6EH	Appendices
	15	0FH		47	2FH		79	4FH	111	6FH
	16	10H		48	30H		80	50H	112	70H
	17	11H		49	31H		81	51H	113	71H
	18	12H		50	32H		82	52H	114	72H
	19	13H		51	33H		83	53H	115	73H
	20	14H		52	34H		84	54H	116	74H
	21	15H		53	35H		85	55H	117	75H
	22	16H		54	36H		86	56H	118	76H
	23	17H		55	37H		87	57H	119	77H
	24	18H		56	38H		88	58H	120	78H
	25	19H		57	39H		89	59H	121	79H
	26	1AH		58	3AH		90	5AH	122	7AH
	27	1BH		59	3BH		91	5BH	123	7BH
	28	1CH		60	3CH		92	5CH	124	7CH
	29	1DH		61	3DH		93	5DH	125	7DH
	30	1EH		62	3EH		94	5EH	126	7EH
	31	1FH		63	3FH		95	5FH	127	7FH

+——————+——————++——————+——————++——————+——————++——————+——————+

D: decimal

H: hexadecimal

*Decimal expressions such as used for MIDI channel, Bank Select, and Program Change will be the value 1 greater than the decimal value given in the above table.

*Since each MIDI byte carries 7 significant data bits, each byte can express a maximum of 128 different values. Data for which higher resolution is required must be transmitted using two or more bytes. For example a value indicated as a two-byte value of aa bbH would have a value of aa x 128 + bb.

*For a signed number (+/-), 00H = -64, 40H = +/-0, and 7FH = +63. I.e., the decimal equivalent will be 64 less than the decimal value given in the above table. For a two-byte signed number, 00 00H = -8192, 40 00H = +/-0, and 7F 7FH = +8191. For example the decimal expression of aa bbH would be aa bbH - 40 00H = (aa x 128 + bb - 64 x 128.

*Hexadecimal notation in two 4-bit units is used for data indicated as “nibbled”. The nibbled two-byte value of 0a 0b H would be a x 16 + b.

<Example 1> What is the decimal equivalent of 5AH?

From the above table, 5AH = 90.

<Example 2> What is the decimal equivalent of the 7-bit hexadecimal values 12 34H?

From the above table, 12H = 18 and 34H = 52

Thus, 18 x 128 + 52 = 2356

<Example 3> What is the decimal equivalent of the nibbled expression 0A 03 09 0DH?

From the above table, 0AH = 10, 03H = 3, 09H = 9, 0DH = 13

Thus, the result is ((10 x 16 + 3) x 16 + 9) x 16 + 13 = 41885

<Example 4> What is the nibbled equivalent of the decimal number 1258?

16	) 1258
16	)	78...10
16	)	4...14
		0... 4

From the above table, 0=00H, 4=04H, 14=0EH, 10=0AH

Thus the result is 00 04 0E 0AH

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