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Effect Data Assign Table / Effektdaten-Zuordnungstabelle / Tableau d’assignation des données d’effets / Tabla de asignación de datos para efectos

 

CGP-1000 Data List

 

40

 

table#15
Dry/Wet

table#16
Feedback Level (Reverb, Delay types, Flanger types)

 

Data

Dry 

(dB)

Wet 

(dB)

Data

Dry 

(dB)

Wet 

(dB)

Data

Dry 

(dB)

Wet 

(dB)

 

1

0.00 -

 

 

44

0.00 -6.63 87

-7.89  0.00 

2

0.00 -71.97 45

0.00 -6.24 88

-8.33  0.00 

3

0.00 -59.93 46

0.00 -5.85 89

-8.78  0.00 

4

0.00 -52.89 47

0.00 -5.46 90

-9.25  0.00 

5

0.00 -47.89 48

0.00 -5.09 91

-9.72  0.00 

6

0.00 -44.01 49

0.00 -4.72 92

-10.21 0.00 

7

0.00 -40.85 50

0.00 -4.37 93

-10.71 0.00 

8

0.00 -38.17 51

0.00 -4.01 94

-11.23 0.00 

9

0.00 -35.85 52

0.00 -3.67 95

-11.77 0.00 

10

0.00 -33.80 53

0.00 -3.33 96

-12.32 0.00 

11

0.00 -31.97 54

0.00 -3.00 97

-12.89 0.00 

12

0.00 -30.32 55

0.00 -2.68 98

-13.48 0.00 

13

0.00 -28.81 56

0.00 -2.36 99

-14.09 0.00 

14

0.00 -27.42 57

0.00 -2.05 100

-14.72 0.00 

15

0.00 -26.13 58

0.00 -1.74 101

-15.37 0.00 

16

0.00 -24.93 59

0.00 -1.44 102

-16.06 0.00 

17

0.00 -23.81 60

0.00 -1.14 103

-16.77 0.00 

18

0.00 -22.76 61

0.00 -0.85 104

-17.50 0.00 

19

0.00 -21.76 62

0.00 -0.56 105

-18.28 0.00 

20

0.00 -20.82 63

0.00 -0.28 106

-19.08 0.00 

21

0.00 -19.93 64

0.00 0.00 107

-19.93 0.00 

22

0.00 -19.08 65

-0.28 0.00 108

-20.82 0.00 

23

0.00 -18.28 66

-0.56 0.00 109

-21.76 0.00 

24

0.00 -17.50 67

-0.85 0.00 110

-22.76 0.00 

25

0.00 -16.77 68

-1.14 0.00 111

-23.81 0.00 

26

0.00 -16.06 69

-1.44 0.00 112

-24.93 0.00 

27

0.00 -15.37 70

-1.74 0.00 113

-26.13 0.00 

28

0.00 -14.72 71

-2.05 0.00 114

-27.42 0.00 

29

0.00 -14.09 72

-2.36 0.00 115

-28.81 0.00 

30

0.00 -13.48 73

-2.68 0.00 116

-30.32 0.00 

31

0.00 -12.89 74

-3.00 0.00 117

-31.97 0.00 

32

0.00 -12.32 75

-3.33 0.00 118

-33.80 0.00 

33

0.00 -11.77 76

-3.67 0.00 119

-35.85 0.00 

34

0.00 -11.23 77

-4.01 0.00 120

-38.17 0.00 

35

0.00 -10.71 78

-4.37 0.00 121

-40.85 0.00 

36

0.00 -10.21 79

-4.72 0.00 122

-44.01 0.00 

37

0.00 -9.72  80

-5.09 0.00 123

-47.89 0.00 

38

0.00 -9.25  81

-5.46 0.00 124

-52.89 0.00 

39

0.00 -8.78  82

-5.85 0.00 125

-59.93 0.00 

40

0.00 -8.33  83

-6.24 0.00 126

-71.97 0.00 

41

0.00 -7.89  84

-6.63 0.00 127

-

 

 

0.00 

42

0.00 -7.46  85

-7.04 0.00 

43

0.00 -7.04  86

-7.46 0.00 

 

Data

Value (%)

Data

Value (%)

Data

Value (%)

 

1

-99.20654297

44

-31.49414063

87

36.21826172

2

-97.63183594

45

-29.91943359

88

37.79296875

3

-96.05712891

46

-28.34472656

89

39.36767578

4

-94.48242188

47

-26.77001953

90

40.94238281

5

-92.90771484

48

-25.1953125

91

42.51708984

6

-91.33300781

49

-23.62060547

92

44.09179688

7

-89.75830078

50

-22.04589844

93

45.66650391

8

-88.18359375

51

-20.47119141

94

47.24121094

9

-86.60888672

52

-18.89648438

95

48.81591797

10

-85.03417969

53

-17.32177734

96

50.390625

11

-83.45947266

54

-15.74707031

97

51.96533203

12

-81.88476563

55

-14.17236328

98

53.54003906

13

-80.31005859

56

-12.59765625

99

55.11474609

14

-78.73535156

57

-11.02294922

100

56.68945313

15

-77.16064453

58

-9.448242188

101

58.26416016

16

-75.5859375

59

-7.873535156

102

59.83886719

17

-74.01123047

60

-6.298828125

103

61.41357422

18

-72.43652344

61

-4.724121094

104

62.98828125

19

-70.86181641

62

-3.149414063

105

64.56298828

20

-69.28710938

63

-1.574707031

106

66.13769531

21

-67.71240234

64

0

107

67.71240234

22

-66.13769531

65

1.574707031

108

69.28710938

23

-64.56298828

66

3.149414063

109

70.86181641

24

-62.98828125

67

4.724121094

110

72.43652344

25

-61.41357422

68

6.298828125

111

74.01123047

26

-59.83886719

69

7.873535156

112

75.5859375

27

-58.26416016

70

9.448242188

113

77.16064453

28

-56.68945313

71

11.02294922

114

78.73535156

29

-55.11474609

72

12.59765625

115

80.31005859

30

-53.54003906

73

14.17236328

116

81.88476563

31

-51.96533203

74

15.74707031

117

83.45947266

32

-50.390625

75

17.32177734

118

85.03417969

33

-48.81591797

76

18.89648438

119

86.60888672

34

-47.24121094

77

20.47119141

120

88.18359375

35

-45.66650391

78

22.04589844

121

89.75830078

36

-44.09179688

79

23.62060547

122

91.33300781

37

-42.51708984

80

25.1953125

123

92.90771484

38

-40.94238281

81

26.77001953

124

94.48242188

39

-39.36767578

82

28.34472656

125

96.05712891

40

-37.79296875

83

29.91943359

126

97.63183594

41

-36.21826172

84

31.49414063

127

99.20654297

42

-34.64355469

85

33.06884766

43

-33.06884766

86

34.64355469

 

table#17
Feedback Level (Chorus types)

table#18
Level

table#19
LFO Depth

 

Data

Value 

(%)

Data

Value 

(%)

Data

Value

(%)

Data

Value

(%)

 

1

-72.29 33

-35.57 65

1.15  97

37.87 

2

-71.14 34

-34.42 66

2.29  98

39.01 

3

-70.00 35

-33.28 67

3.44  99

40.16 

4

-68.85 36

-32.13 68

4.59  100

41.31 

5

-67.70 37

-30.98 69

5.74  101

42.46 

6

-66.55 38

-29.83 70

6.88  102

43.60 

7

-65.41 39

-28.69 71

8.03  103

44.75 

8

-64.26 40

-27.54 72

9.18  104

45.90 

9

-63.11 41

-26.39 73

10.33 105

47.05 

10

-61.96 42

-25.24 74

11.47 106

48.19 

11

-60.82 43

-24.10 75

12.62 107

49.34 

12

-59.67 44

-22.95 76

13.77 108

50.49 

13

-58.52 45

-21.80 77

14.92 109

51.64 

14

-57.37 46

-20.65 78

16.06 110

52.78 

15

-56.23 47

-19.51 79

17.21 111

53.93 

16

-55.08 48

-18.36 80

18.36 112

55.08 

17

-53.93 49

-17.21 81

19.51 113

56.23 

18

-52.78 50

-16.06 82

20.65 114

57.37 

19

-51.64 51

-14.92 83

21.80 115

58.52 

20

-50.49 52

-13.77 84

22.95 116

59.67 

21

-49.34 53

-12.62 85

24.10 117

60.82 

22

-48.19 54

-11.47 86

25.24 118

61.96 

23

-47.05 55

-10.33 87

26.39 119

63.11 

24

-45.90 56

-9.18  88

27.54 120

64.26 

25

-44.75 57

-8.03  89

28.69 121

65.41 

26

-43.60 58

-6.88  90

29.83 122

66.55 

27

-42.46 59

-5.74  91

30.98 123

67.70 

28

-41.31 60

-4.59  92

32.13 124

68.85 

29

-40.16 61

-3.44  93

33.28 125

70.00 

30

-39.01 62

-2.29  94

34.42 126

71.14 

31

-37.87 63

-1.15  95

35.57 127

72.29 

32

-36.72 64

0.00  96

36.72 

 

Data

dB

Data

dB

Data

dB

Data

dB

 

0

 

 

-

 

 

32

-23.95 64

-11.90 96

-4.86 

1

-84.15 33

-23.41 65

-11.64 97

-4.68 

2

-72.11 34

-22.89 66

-11.37 98

-4.50 

3

-65.07 35

-22.39 67

-11.11 99

-4.33 

4

-60.07 36

-21.90 68

-10.85 100

-4.15 

5

-56.19 37

-21.42 69

-10.60 101

-3.98 

6

-53.03 38

-20.96 70

-10.35 102

-3.81 

7

-50.35 39

-20.51 71

-10.10 103

-3.64 

8

-48.03 40

-20.07 72

-9.86  104

-3.47 

9

-45.98 41

-19.64 73

-9.62  105

-3.30 

10

-44.15 42

-19.22 74

-9.38  106

-3.14 

11

-42.50 43

-18.81 75

-9.15  107

-2.98 

12

-40.98 44

-18.41 76

-8.92  108

-2.82 

13

-39.59 45

-18.02 77

-8.69  109

-2.66 

14

-38.31 46

-17.64 78

-8.47  110

-2.50 

15

-37.11 47

-17.27 79

-8.25  111

-2.34 

16

-35.99 48

-16.90 80

-8.03  112

-2.18 

17

-34.93 49

-16.54 81

-7.81  113

-2.03 

18

-33.94 50

-16.19 82

-7.60  114

-1.88 

19

-33.00 51

-15.85 83

-7.39  115

-1.72 

20

-32.11 52

-15.51 84

-7.18  116

-1.57 

21

-31.26 53

-15.18 85

-6.98  117

-1.42 

22

-30.46 54

-14.86 86

-6.77  118

-1.28 

23

-29.68 55

-14.54 87

-6.57  119

-1.13 

24

-28.94 56

-14.22 88

-6.37  120

-0.98 

25

-28.23 57

-13.92 89

-6.18  121

-0.84 

26

-27.55 58

-13.62 90

-5.98  122

-0.70 

27

-26.90 59

-13.32 91

-5.79  123

-0.56 

28

-26.27 60

-13.03 92

-5.60  124

-0.42 

29

-25.66 61

-12.74 93

-5.41  125

-0.28 

30

-25.07 62

-12.46 94

-5.23  126

-0.14 

31

-24.50 63

-12.18 95

-5.04  127

0.00 

 

Data

Value

(%)

Data

Value

(%)

Data

Value

(%)

Data

Value 

(%)

 

0

0.00  32

25.20 64

50.39 96

75.59 

1

0.78  33

25.98 65

51.17 97

76.37 

2

1.56  34

26.76 66

51.95 98

77.15 

3

2.34  35

27.54 67

52.73 99

77.93 

4

3.13  36

28.32 68

53.52 100

78.71 

5

3.91  37

29.10 69

54.30 101

79.49 

6

4.69  38

29.88 70

55.08 102

80.27 

7

5.47  39

30.66 71

55.86 103

81.05 

8

6.25  40

31.45 72

56.64 104

81.84 

9

7.03  41

32.23 73

57.42 105

82.62 

10

7.81  42

33.01 74

58.20 106

83.40 

11

8.59  43

33.79 75

58.98 107

84.18 

12

9.38  44

34.57 76

59.77 108

84.96 

13

10.16 45

35.35 77

60.55 109

85.74 

14

10.94 46

36.13 78

61.33 110

86.52 

15

11.72 47

36.91 79

62.11 111

87.30 

16

12.50 48

37.70 80

62.89 112

88.09 

17

13.28 49

38.48 81

63.67 113

88.87 

18

14.06 50

39.26 82

64.45 114

89.65 

19

14.84 51

40.04 83

65.23 115

90.43 

20

15.63 52

40.82 84

66.02 116

91.21 

21

16.41 53

41.60 85

66.80 117

91.99 

22

17.19 54

42.38 86

67.58 118

92.77 

23

17.97 55

43.16 87

68.36 119

93.55 

24

18.75 56

43.95 88

69.14 120

94.34 

25

19.53 57

44.73 89

69.92 121

95.12 

26

20.31 58

45.51 90

70.70 122

95.90 

27

21.09 59

46.29 91

71.48 123

96.68 

28

21.88 60

47.07 92

72.27 124

97.46 

29

22.66 61

47.85 93

73.05 125

98.24 

30

23.44 62

48.63 94

73.83 126

99.02 

31

24.22 63

49.41 95

74.61 127

100.00 

 

table#20
Dyna Attack Time (ms)

table#21
Dyna Release Time (ms)

table#22
Ring Mod Osc Freq Course (Hz)

 

Data Value Data

Value

Data Value Data Value

 

0

0.3

32

54.0

64

112

96

170

1

0.9

33

56.0

65

114

97

172

2

1.8

34

58.0

66

116

98

174

3

2.7

35

60.0

67

118

99

176

4

3.6

36

61.0

68

120

100

178

5

5.4

37

63.0

69

121

101

180

6

7.2

38

65.0

70

123

102

181

7

9.0

39

67.0

71

125

103

183

8

10.0

40

69.0

72

127

104

185

9

12.0

41

70.0

73

129

105

187

10

14.0

42

72.0

74

130

106

189

11

16.0

43

74.0

75

132

107

190

12

18.0

44

76.0

76

134

108

192

13

20.0

45

78.0

77

136

109

194

14

21.0

46

80.0

78

138

110

196

15

23.0

47

81.0

79

140

111

198

16

25.0

48

83.0

80

141

112

200

17

27.0

49

85.0

81

143

113

201

18

29.0

50

87.0

82

145

114

203

19

30.0

51

89.0

83

147

115

205

20

32.0

52

90.0

84

149

116

207

21

34.0

53

92.0

85

150

117

209

22

36.0

54

94.0

86

152

118

210

23

38.0

55

96.0

87

154

119

212

24

40.0

56

98.0

88

156

120

214

25

41.0

57

100.0 89

158

121

216

26

43.0

58

101.0 90

160

122

218

27

45.0

59

103.0 91

161

123

220

28

47.0

60

105.0 92

163

124

221

29

49.0

61

107.0 93

165

125

223

30

50.0

62

109.0 94

167

126

225

31

52.0

63

110.0 95

169

127

227

 

Data Value Data

Value

Data

Value

Data

Value

 

0

2.6 32

86.8 64

369.1 96

1064.0 

1

3.0 33

91.2 65

390.8 97

1085.7 

2

3.4 34

95.5 66

412.5 98

1107.4 

3

3.9 35

99.8 67

434.2 99

1129.1 

4

4.3 36

104.2 

68

456.0 100

1150.8 

5

4.7 37

108.5 

69

477.7 101

1172.5 

6

5.2 38

112.9 

70

499.4 102

1194.3 

7

5.6 39

117.2 

71

521.1 103

1216.0 

8

6.0 40

121.6 

72

542.8 104

1237.7 

9

6.5 41

125.9 

73

564.5 105

1259.4 

10

6.9 42

130.2 

74

586.2 106

1281.1 

11

7.3 43

134.6 

75

608.0 107

1302.8 

12

7.8 44

138.9 

76

629.7 108

1346.3 

13

8.2 45

143.3 

77

651.4 109

1389.7 

14

8.6 46

147.6 

78

673.1 110

1433.1 

15

13.0 47

152.0 79

694.8  111

1476.6 

16

17.3 48

156.3 80

716.5  112

1520.0 

17

21.7 49

160.6 81

738.3  113

1563.4 

18

26.0 50

165.0 82

760.0  114

1606.8 

19

30.4 51

169.3 83

781.7  115

1650.3 

20

34.7 52

173.7 84

803.4  116

1693.7 

21

39.0 53

178.0 85

825.1  117

1737.1 

22

43.4 54

182.4 86

846.8  118

1780.6 

23

47.7 55

186.7 87

868.5  119

1824.0 

24

52.1 56

195.4 88

890.3  120

1867.4 

25

56.4 57

217.1 89

912.0  121

1910.8 

26

60.8 58

238.8 90

933.7  122

1954.3 

27

65.1 59

260.5 91

955.4  123

1997.7 

28

69.4 60

282.2 92

977.1  124

2041.1 

29

73.8 61

304.0 93

998.8  125

2084.6 

30

78.1 62

325.7 94

1020.5 126

2128.0 

31

82.5 63

347.4 95

1042.3 127

2171.4 

 

Data Value Data

Value

Data

Value

Data

Value

 

0

0.7 32

25.6 64

151.4 

96

895.0 

1

1.3 33

26.9 65

160.2 

97

946.1 

2

2.0 34

28.9 66

169.6 

98

1000.7 

3

2.7 35

30.3 67

179.0 

99

1057.2 

4

3.4 36

32.3 68

189.1 

100

1117.7 

5

4.0 37

33.6 69

199.9 

101

1181.7 

6

4.7 38

35.7 70

211.3 

102

1249.0 

7

5.4 39

37.7 71

223.4 

103

1320.3 

8

6.1 40

39.7 72

236.2 

104

1395.7 

9

6.7 41

42.4 73

249.7 

105

1475.1 

10

7.4 42

44.4 74

263.8 

106

1559.2 

11

8.1 43

47.1 75

279.3 

107

1648.7 

12

8.7 44

49.8 76

294.7 

108

1742.9 

13

9.4 45

52.5 77

311.6 

109

1841.8 

14

10.1 46

55.9  78

329.7 110

1947.5 

15

10.8 47

59.2  79

348.6 111

2058.5 

16

11.4 48

62.6  80

368.1 112

2175.6 

17

12.1 49

65.9  81

389.6 113

2300.1 

18

12.8 50

70.0  82

411.8 114

2431.3 

19

13.5 51

73.3  83

435.4 115

2569.9 

20

14.1 52

78.1  84

459.6 116

2716.6 

21

14.8 53

82.1  85

485.9 117

2871.4 

22

15.5 54

86.8  86

514.1 118

3035.6 

23

16.2 55

92.2  87

543.1 119

3208.5 

24

16.8 56

96.9  88

574.0 120

3391.6 

25

17.5  57

103.0 89

607.0 121

3585.4 

26

18.2  58

108.3 90

642.0 122

3790.0 

27

19.5  59

115.1 91

678.3 123

4006.6 

28

20.9  60

121.1 92

717.3 124

4234.8 

29

21.5  61

128.5 93

757.7 125

4477.0 

30

22.9  62

135.9 94

801.5 126

4732.1 

31

24.2  63

143.3 95

847.2 127

5002.6 

 

table#23
V-Flanger Delay Offset

table#24
Modulation Phase

 

Data

Value

Data

Value

 

0

0.1 

70

6.4 

1

0.1 

71

6.7 

2

0.1 

72

7.0 

3

0.2 

73

7.4 

4

0.2 

74

7.7 

5

0.2 

75

8.1 

6

0.2 

76

8.5 

7

0.2 

77

9.0 

8

0.3 

78

9.4 

9

0.3 

79

9.9 

10

0.3 80

10.3 

11

0.3 81

10.7 

12

0.4 82

11.2 

13

0.4 83

11.6 

14

0.4 84

12.1 

15

0.4 85

12.5 

16

0.4 86

12.9 

17

0.5 87

13.4 

18

0.5 88

13.8 

19

0.5 89

14.2 

20

0.5 90

14.7 

21

0.6 91

15.1 

22

0.6 92

15.6 

23

0.6 93

16.0 

24

0.7 94

16.4 

25

0.7 95

16.9 

26

0.7 96

17.3 

27

0.8 97

17.8 

28

0.8 98

18.2 

29

0.8 99

18.6 

30

0.9 100

19.1 

31

0.9 101

19.5 

32

1.0 102

20.0 

33

1.0 103

20.4 

34

1.1 104

20.8 

35

1.1 105

21.3 

36

1.2 106

21.7 

37

1.2 107

22.2 

38

1.3 108

22.6 

39

1.4 109

23.0 

40

1.4 110

23.5 

41

1.5 111

23.9 

42

1.6 112

24.4 

43

1.7 113

24.8 

44

1.8 114

25.2 

45

1.8 115

25.7 

46

1.9 116

26.1 

47

2.0 117

26.5 

48

2.1 118

27.0 

49

2.3 119

27.4 

50

2.4 120

27.9 

51

2.5 121

28.3 

52

2.6 122

28.7 

53

2.7 123

29.2 

54

2.9 124

29.6 

55

3.0 125

30.1 

56

3.2 126

30.5 

57

3.3 127

30.9 

58

3.5 128

31.4 

59

3.7 129

31.8 

60

3.9 130

32.3 

61

4.1 131

32.7 

62

4.3 132

33.1 

63

4.5 133

33.6 

64

4.7 134

34.0 

65

5.0 135

34.5 

66

5.2 136

34.9 

67

5.5 137

35.3 

68

5.8 138

35.8 

69

6.0 139

36.2 

 

Data

Value

 

0

-180

1

-158

2

-135

3

-113

4

-90

5

-68

6

-45

7

-23

8

0

9

23

10

45

11

68

12

90

13

113

14

135

15

158

16

180

Summary of Contents for Clavinova CGP-1000

Page 1: ...ktparameter Liste des param tres d effets Lista de par metros de efectos Effect Data Assign Table 39 Effektdaten Zuordnungstabelle Tableau d assignation des donn es d effets Tabla de asignaci n de dat...

Page 2: ...ive Tutti 0 120 50 Regular OrchFlute 0 119 50 Regular Strings OrchOboe 0 121 50 Regular OrchHorns 0 118 50 Regular StringFalls 0 121 49 Live Marcato 0 115 50 Regular SynthStrings1 0 112 51 Regular Syn...

Page 3: ...SaxAppeal 0 123 67 Live SaxyMood 0 120 67 Regular Moonlight 0 115 72 Regular GrowlSax 0 118 67 Regular Category Voice Name Voice Number Voice Type MSB LSB PRG Saxophone SopranoSax 0 112 65 Regular Alt...

Page 4: ...opBrass 0 118 62 Regular BrassHit 0 126 62 Regular AnalogBrass 0 112 64 Regular TbnSection 0 113 58 Regular Category Voice Name Voice Number Voice Type MSB LSB PRG Brass SmallBrass 0 117 62 Regular So...

Page 5: ...ular HiBias 0 116 81 Regular VinylLead 0 115 81 Regular PanLead 0 122 81 Regular StringBells 0 124 89 Regular CrystalEyes 0 125 89 Regular Padbells 0 126 89 Regular MelodyMaker 0 117 90 Regular BigTun...

Page 6: ...4 19 Regular SlowRotary 0 65 19 Regular FastRotary 0 66 19 Regular ChurchOrgan 0 0 20 Regular Organ ChurchOrgan3 0 32 20 Regular ChurchOrgan2 0 35 20 Regular NotreDame 0 40 20 Regular OrganFlute 0 64...

Page 7: ...AnaVelBrass2 0 45 64 Regular AnalogBrass2 0 64 64 Regular Reed SopranoSax 0 0 65 Regular AltoSax 0 0 66 Regular SaxSection 0 40 66 Regular Category Voice Name Voice Number Voice Type MSB LSB PRG Reed...

Page 8: ...le 0 0 111 Regular Shanai 0 0 112 Regular Shanai2 0 64 112 Regular Pungi 0 96 112 Regular Hichiriki 0 97 112 Regular Percussive TinkleBell 0 0 113 Regular Bonang 0 96 113 Regular Altair 0 97 113 Regul...

Page 9: ...0 33 Regular FingerBass 121 0 34 Regular FingerSlap 121 1 34 Regular PickBass 121 0 35 Regular FretlessBass 121 0 36 Regular SlapBass1 121 0 37 Regular Bass SlapBass2 121 0 38 Regular SynthBass1 121 0...

Page 10: ...mBoxTom 121 1 119 Regular ElectricDrum 121 2 119 Regular Rev Cymbal 121 0 120 Regular SoundEffect GtrFretNoise 121 0 121 Regular GtrCutNoise 121 1 121 Regular StringSlap 121 2 121 Regular BreathNoise...

Page 11: ...127 127 127 127 127 Harmonics Strum Noise Fret Noise Harmonics Strum Noise Fret Noise Hard Strum Noise Fret Noise Hard Hard Strum Noise Fret Noise 121 121 120 120 120 Slide Slide 116 115 Medium 110 1...

Page 12: ...Value 127 127 127 127 127 127 127 127 127 127 127 127 127 127 Pick Harmonics Strum Noise Fret Noise Pick Harmonics Strum Noise Fret Noise Pick Harmonics Strum Noise Fret Noise Pick Harmonics EFX Pick...

Page 13: ...ass Key Range below B5 above C6 above C8 below B5 above C6 above C8 below B5 above C6 above C8 below B5 above C6 above C8 Key On Velocity Value 127 127 127 127 127 127 127 127 127 Harmonics EFX Slap E...

Page 14: ...127 127 127 Glissando Down Glissando Down Glissando Up Glissando Up Valve Noise Breath Noise Falls Valve Noise C6 B6 Key On Noise C7 B7 Key Off Noise Breath Noise 121 121 121 121 120 120 120 120 120...

Page 15: ...m Rock 1 Tom Electro 1 42 F 1 F 3 1 Hi Hat Closed Hi Hat Closed 2 43 G1 G3 Floor Tom H Hybrid Tom 2 Tom Room 2 Tom Rock 2 Tom Electro 2 44 G 1 G 3 1 Hi Hat Pedal Hi Hat Pedal 2 45 A1 A3 Low Tom Hybrid...

Page 16: ...og 2 Snare Dry Snare Jazz M Brush Tap 2 Band Snare 2 Snare Studio L 41 F1 F3 Tom Analog 1 Tom Analog 1 Tom Brush 1 Floor Tom L 42 F 1 F 3 1 Hi Hat Closed Analog Hi Hat Closed 3 Hi Hat Closed 43 G1 G3...

Page 17: ...d Clap Power Hand Clap Power 40 E1 E3 Snare Rough Snare Loose 41 F1 F3 Tom Power 1 Tom Power 1 42 F 1 F 3 1 Hi Hat Closed Power Hi Hat Closed Power Edge 43 G1 G3 Tom Power 2 Tom Power 2 44 G 1 G 3 1 H...

Page 18: ...Tom L Wind Chime Bongo H Slap Bongo H Slap 42 F 1 F 3 Hi Hat Closed Telephone Ring 2 Bongo L Open 1 Finger Bongo L Open 1 finger 43 G1 G3 Floor Tom H Bongo L Open 3 Finger Bongo L Open 3 finger 44 G...

Page 19: ...ow Tom 1 44 G 1 G 3 Pedal Hi hat Analog CHH 2 45 A1 A3 Low Tom Room Mid Tom 2 Power Mid Tom 2 Electric Mid Tom 2 Analog Mid Tom 2 46 A 1 A 3 Open Hi hat Analog OHH 47 B1 B3 Low Mid Tom Room Mid Tom 1...

Page 20: ...Timpani F Scratch Pull 43 G1 G3 Timpani G Sticks 44 G 1 G 3 Timpani G Square Click 45 A1 A3 Timpani A Metronome Click 46 A 1 A 3 Timpani A Metronome Bell 47 B1 B3 Timpani B Guitar Fret 48 C2 C4 Timpa...

Page 21: ...scoHands Swing Jazz ModernBigBand ModBigBandBld ClassicBigBand OrchBigBand1 OrchBigBand2 TradPianoJazz ModernJazz AcousticJazz MediumJazz FastJazz TradPianoBallad ModernJazzBld CoolJazzBallad MovieSwi...

Page 22: ...p Tijuana PubPiano Showtune Carnival Learning2 4 Learning3 4 Learning4 4 Learning6 8 ChildrensMarch Fun3 4 Fun4 4 Fun6 8 World Flamenco SpanishPaso PopFlamenco FrenchMusette ItalianMazurka IrishHymn1...

Page 23: ...DEMO FUNCTION UTILITY OWNER FUNCTION FUNCTION MIDI PRESET MIXING CONSOLE MIXING CONSOLE PANEL PART VOL VOICE CHANNEL ON OFF USB FUNCTION UTILITY MEDIA USER INTERNET FUNCTION UTILITY CONFIG 2 DIRECT A...

Page 24: ...mM7 b5 Minor major seventh mM7 1 b3 5 7 CmM7 Minor major seventh ninth mM7 9 1 2 b3 5 7 CmM7 9 Diminished dim 1 b3 b5 Cdim Diminished seventh dim7 1 b3 b5 6 Cdim7 Seventh 7 1 3 5 b7 C7 Seventh suspend...

Page 25: ...cs of a hall 1 2 MEDIUM HALL 1 3 WARM ROOM Reverb simulating the acoustics of a warm room 2 3 WOODY ROOM Reverb simulating the acoustics of a woody room 2 4 RICH PLATE Reverb simulating a rich plate r...

Page 26: ...ck delays are provided 6 0 ECHO Two delayed sounds L and R and independent feedback delays for L and R 7 0 CROSS DELAY The feedback of the two delayed sounds is crossed 8 0 TEMPO DELAY Tempo synchroni...

Page 27: ...100 0 OD TDLY Overdrive Tempo Delay Overdrive and Tempo Delay are connected in series 100 1 CMP DST TDL Compressor Distortion Tempo Delay Compressor Distortion and Tempo Delay are connected in series...

Page 28: ...aker 2 99 1 TREMOLO1 Rich Tremolo effect with both volume and pitch modulation 70 16 TREMOLO2 71 19 TREMOLO3 70 0 EP TREMOLO 70 18 GT TREMOLO1 Guitar Tremolo 1 71 20 GT TREMOLO2 Guitar Tremolo 2 70 19...

Page 29: ...le 16 6 Cch Level 0 127 0 127 table 18 7 High Damp 0 1 1 0 1 10 8 9 10 Dry Wet D63 W D W D W63 1 127 table 15 11 12 13 EQ Low Frequency 32Hz 2 0kHz 4 40 table 3 14 EQ Low Gain 12 12dB 52 76 15 EQ High...

Page 30: ...Delay 0 1mS 200 0mS 1 0 1mS 99 3mS 2 0 127 0 63 table 5 12 Density 0 4 0 4 13 Er Rev Balance E63 R E R E R63 1 127 14 High Damp 0 1 1 0 1 10 15 Feedback Level 63 63 1 127 table 16 16 No Parameter Dis...

Page 31: ...127 table 1 2 LFO Depth 0 127 0 127 table 19 3 4 5 6 EQ Low Frequency 32Hz 2 0kHz 4 40 table 3 7 EQ Low Gain 12 12dB 52 76 8 EQ High Frequency 500Hz 16 0kHz 28 58 table 3 9 EQ High Gain 12 12dB 52 76...

Page 32: ...34 60 table 3 5 Output Level 0 127 0 127 table 18 6 7 EQ Mid Frequency 100Hz 10 0kHz 14 54 table 3 8 EQ Mid Gain 12 12dB 52 76 9 EQ Mid Width 0 1 12 0 1 120 10 Dry Wet D63 W D W D W63 1 127 table 15 1...

Page 33: ...127 0 127 table 19 3 Cutoff Frequency Offset 0 127 0 127 4 Resonance 1 0 12 0 10 120 5 6 EQ Low Frequency 32Hz 2 0kHz 4 40 table 3 7 EQ Low Gain 12 12dB 52 76 8 EQ High Frequency 500Hz 16 0kHz 28 58 t...

Page 34: ...8 table 3 9 EQ High Gain 12 12dB 52 76 10 Dry Wet D63 W D W D W63 1 127 table 15 11 Drive 0 127 0 127 12 EQ Low Gain distortion 12 12dB 52 76 13 EQ Mid Gain distortion 12 12dB 52 76 14 LPF Cutoff 1 0k...

Page 35: ...1 Vowel a i u e o 0 4 2 Move speed 1 62 1 62 3 Drive 0 127 0 127 4 Output Level 0 127 0 127 table 18 5 6 7 8 9 10 11 12 13 14 15 16 No Parameter Display Value See Table Control 1 Sampling Freq Control...

Page 36: ...Control 1 Delay Time 64th 3 4thx6 0 19 table 14 2 Delay Feedback Level 63 63 1 127 table 16 3 Delay Mix 0 127 0 127 4 Dist Drive 0 127 0 127 5 Dist Output Level 0 127 0 127 table 18 6 Dist EQ Low Gai...

Page 37: ...16 0 kHz 28 58 table 3 9 EQ High Gain 12 12 dB 52 76 10 Dry Wet D63 W D W D W63 1 127 table 15 11 Stage 3 11 3 11 12 13 LFO phase difference 180 180 deg 4 124 14 15 16 No Parameter Display Value See...

Page 38: ...52 76 15 EQ High Frequency 500 Hz 16 0 kHz 28 58 table 3 16 EQ High Gain 12 12 dB 52 76 No Parameter Display Value See Table Control 1 On off SW Off On 0 1 2 Low Level 0 127 0 127 3 Mid Level 0 127 0...

Page 39: ...17 2 14 2 3 46 7 3 78 12 3 110 17 3 15 2 5 47 7 5 79 12 5 111 17 5 16 2 6 48 7 6 80 12 6 112 17 6 17 2 8 49 7 8 81 12 8 113 17 8 18 2 9 50 7 9 82 12 9 114 18 0 19 3 1 51 8 1 83 13 1 115 18 1 20 3 2 52...

Page 40: ...55 14 54 87 6 57 119 1 13 24 28 94 56 14 22 88 6 37 120 0 98 25 28 23 57 13 92 89 6 18 121 0 84 26 27 55 58 13 62 90 5 98 122 0 70 27 26 90 59 13 32 91 5 79 123 0 56 28 26 27 60 13 03 92 5 60 124 0 4...

Page 41: ...rdal Vocorder 89 93 90 29 27 Barbershop Barbershop Chordal Vocorder 89 96 90 32 28 JazzMixedCho J_MixedCho Chordal Vocorder 89 104 90 40 29 Dream Girls Dream Girls Chordal Vocorder 89 94 90 30 30 Sing...

Page 42: ...2 Channel O X X X X O X X X Set by recording Different from one of the Track2 Auto Ch Set O X X X X X X X X Lyrics Language O X X X X O Lyrics Language X X X QuickStart O X X X X X X X X PAT On Off X...

Page 43: ...hord Fingering Style Setting StopAcmp O X X X X X X X O Style OTSLinkTiming O X X X X X X X X SynchroStopWindow O X X X X X X X O Style StyleTouch O X X X X X X X O Style SectionSet O X X X X X X X X...

Page 44: ...lay Music O X X X X X X X X Keyword O X X X X X X X X Style FileNumber O X X X X X X X X Beat O X X X X X X X X SearchArea O X X X X X X X X Tempo From O X X X X X X X X Tempo To O X X X X X X X X Gen...

Page 45: ...O Voice X X O O Voice Octave for Right2 X X X X O Voice X X O O Voice Octave for Left X X X X O Voice X X O O Style CONTROLLER MW Low Pass Filter Control Right1 X X X X O Voice O Keyboard Voice X O O...

Page 46: ...X O Effect O Keyboard Voice X O O Style EQ Low Freq Right1 X X X X O EQ O Keyboard Voice X O O Voice EQ Low Freq Right2 X X X X O EQ O Keyboard Voice X O O Voice EQ Low Freq Left X X X X O EQ O Keyboa...

Page 47: ...tting X X O Mic Mic Setting VHType X X X X X O Mic Setting X X O Mic Mic Setting VHParameters X X O X X O Mic Setting X X X Mic Setting Main Mic Setting Mic Setting OverAll Setting EQ Low Freq O X X X...

Page 48: ...tness Right2 X X X X O Voice O Keyboard Voice X O O Voice Brightness Left X X X X O Voice O Keyboard Voice X O O Style Harmonic Content Harmonic Content Song Part X X X X X O Filter X X X Harmonic Con...

Page 49: ...Style Song Reverb Type Reverb Return Level X X X X X O Effect O X O Style Song Reverb Return Level Reverb Depth Reverb Depth Style Part X X X X X X O X O Style Reverb Depth Song Part X X X X X O Effec...

Page 50: ...e X O X X X X X X X Receive Start Stop X O X X X X X X X SysEx Transmit X O X X X X X X X SysEx Receive X O X X X X X X X Chord SysEx Transmit X O X X X X X X X Chord SysEx Receive X O X X X X X X X T...

Page 51: ...X Display Style Tempo O X X X X X X X X Popup Display Time O X X X X X X X X ScreenOut Monitor Type O X X X X X X X X Cannot be reset with Factory Reset ScreenContent O X X X X X X X X Cannot be reset...

Page 52: ...0000 1101 0000 1110 0000 1111 0001 0000 0001 0001 0001 0010 0001 0011 0001 0100 0001 0101 0001 0110 0001 0111 0001 1000 0001 1001 0001 1010 0001 1011 0001 1100 0001 1101 0001 1110 0001 1111 0010 0000...

Page 53: ...H Sustain Damper GM1 GM2 0 127 00H 7FH Data O O Harmony Channel Melody Channel O O O All Keyboard parts X O X O O O O 65 41H Portamento GM2 0 127 00H 7FH 0 63 64 127 OFF ON O Except NaturalPiano Organ...

Page 54: ...s O O X X O X O X X 124 7CH Omni Off GM2 0 00H Data O X O 1 X X X X X X O X O X X 125 7DH Omni On GM2 0 00H Data O X O 2 X X X X X X O X O X X 126 7EH Mono GM2 0 16 00H 10H Data O X O X X X X X X O X...

Page 55: ...m instrument note number mm 00H 40H 7FH 64 0 63 O Drum only X O X X X X X O O X O X X 19H rrH mmH Drum Pitch Fine rr drum instrument note number mm 00H 40H 7FH 64 0 63 O Drum only X O X X X X X O O X...

Page 56: ...F 00 0F 00 0F 00 0F MASTER TUNE 102 4 0 102 3 cent 1st bit3 0 bit15 12 2nd bit3 0 bit11 8 3rd bit3 0 bit7 4 4th bit3 0 bit3 0 Panel setting value O O O O X X 04 1 00 7F MASTER VOLUME 0 127 7F O X O Av...

Page 57: ...O O O O O 32 1 00 7F CHORUS PARAMETER 13 Depends on Chorus Type O O O O O O 33 1 00 7F CHORUS PARAMETER 14 Depends on Chorus Type O O O O O O 34 1 00 7F CHORUS PARAMETER 15 Depends on Chorus Type O O...

Page 58: ...10 0k Hz O O O O X X 0B 1 01 78 EQ Q3 0 1 12 0 O O O O X X 0C 1 NOT USED 0D 1 34 4C EQ GAIN4 12 0 12 dB O O O O X X 0E 1 0E 36 EQ FREQUENCY4 100 10 0k Hz O O O O X X 0F 1 01 78 EQ Q4 0 1 12 0 O O O O...

Page 59: ...LSB O O O O O O Address H Size H Data H Parameter Description Voice MIDI Reception MIDI Transmission PLAY REC Regular Drum Natural Organ Voice Mic Vocal Harmony Song Right1 Right2 Left Keyboard Style...

Page 60: ...5 1 00 7F BEND AMPLITUDE CONTROL 100 0 100 40 O X O O X O O X X O X O X X 26 1 00 7F BEND LFO PMOD DEPTH 0 127 00 O X O O X O O X X O X O X X 27 1 00 7F BEND LFO FMOD DEPTH 0 127 00 O X O O X O O X X...

Page 61: ...X O O X X O X X O X O O X 69 1 00 7F PITCH EG INITIAL LEVEL 64 0 63 40 O X O O X X O X X O X O X X 6A 1 00 7F PITCH EG ATTACK TIME 64 0 63 40 O X O O X X O X X O X O X X 6B 1 00 7F PITCH EG RELEASE L...

Page 62: ...ar Drum Natural Organ Voice Mic Vocal Harmony Song Right1 Right2 Left Keyboard Style Extra Right1 Right2 Left Style Song Upper Lower PLAY REW From panel Right1 Right2 Left 3n rr 00 1 00 7F PITCH COARS...

Page 63: ...whichever is received X ignored 00000100 04 Sub ID 1 Device Control Message 00000101 05 Sub ID 2 Global Parameter Control 00000001 01 Slot path length 1 00000001 01 Parameter ID width 1 00000001 01 V...

Page 64: ...reset value absolute MIDI Event Data Format Voice MIDI Reception MIDI Transmission PLAY REC Regular Drum Natural Organ Voice Mic Vocal Harmony Song Right1 Right2 Left Keyboard Style Extra Right1 Right...

Page 65: ...dddddd d2 chord type ct 0ddddddd d3 bass note bn 0ddddddd d4 bass type bt 11110111 F7 End of Exclusive cr Chord Root 0fffnnnn fff b or nnnn note root 0000nnnn 0n bbb 0fff0000 x0 reserved 0001nnnn 1n b...

Page 66: ...0 when transmit n 0 F when recieve 01001100 4C Model ID 0hhhhhhh hh Address High 0mmmmmmm mm Address Mid 0lllllll ll Address Low 11110111 F7 End of Exclusive XG Dump Request F0 43 2n 4C hh mm ll F7 O...

Page 67: ...pth F0 43 73 01 50 11 0n 05 dd F7 O Available for song Natural Voices X O O X X O X O X 11110000 F0 Exclusive status 01000011 43 YAMAHA ID 01110011 73 Clavinova ID 00000001 01 Model ID Clavinova commo...

Page 68: ...w 0000mmmm 0m Master Tune MSB 0000llll 0l Master Tune LSB 0ccccccc cc don t care 11110111 F7 End of Exclusive MIDI Key LED Mode F0 43 73 01 11 0n 47 dd F7 O X X X X X X X X 11110000 F0 Exclusive statu...

Page 69: ...1 05 00 03 04 00 00 dd dd F7 STYLE dd dd Style No Entered when recording F0 43 7E 00 ss dd F7 Section Control Refer to the MIDI Data Format Entered when recording Data Format Parameter Description Not...

Page 70: ...38 64 65 66 67 71 72 73 74 84 91 93 94 96 97 98 99 100 101 1 16 1 16 9nH v 1 127 9nH v 0 0 127 3 0 127 Mode 1 OMNI ON POLY Mode 2 OMNI ON MONO Mode 3 OMNI OFF POLY Mode 4 OMNI OFF MONO 1 16 1 16 9nH...

Page 71: ...CGP 1000 Data List 71 MEMO...

Page 72: ...tal Musical Instrument Division Yamaha Corporation 2007 Yamaha Corporation WG99220 703MWAP5 2 01A0 Printed in China Clavinova Web site http music yamaha com homekeyboard Yamaha Manual Library http www...

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