jdxi_editor.midi.data.parameter.drum

Drum parameter module for JD-Xi editor.

This module exports drum parameter classes for common and partial parameters.

Submodules

Classes

`DrumCommonParam`	Common parameters for Digital/SuperNATURAL synth tones.
`DrumPartialParam`	Drum kit parameters with their addresses and value ranges

Package Contents

class jdxi_editor.midi.data.parameter.drum.DrumCommonParam(address: int, min_val: int, max_val: int, tooltip: str = '')[source]

Bases: picomidi.sysex.parameter.address.AddressParameter

Common parameters for Digital/SuperNATURAL synth tones. These parameters are shared across all partials.

address

min_val

max_val

tooltip = ''

TONE_NAME_1 = (0, 32, 127)

TONE_NAME_2 = (1, 32, 127)

TONE_NAME_3 = (2, 32, 127)

TONE_NAME_4 = (3, 32, 127)

TONE_NAME_5 = (4, 32, 127)

TONE_NAME_6 = (5, 32, 127)

TONE_NAME_7 = (6, 32, 127)

TONE_NAME_8 = (7, 32, 127)

TONE_NAME_9 = (8, 32, 127)

TONE_NAME_10 = (9, 32, 127)

TONE_NAME_11 = (10, 32, 127)

TONE_NAME_12 = (11, 32, 127)

KIT_LEVEL

property display_name: str: Get display name for the parameter

get_address_for_partial(partial_number: int = 0) → Tuple[int, int][source]: Get parameter area and address adjusted for partial number.

property is_switch: bool: Returns True if parameter is address binary/enum switch

get_switch_text(value: int) → str[source]: Get display text for switch values

validate_value(value: int) → int[source]: Validate and convert parameter value

get_partial_number() → int | None[source]: Returns the partial number (1-3) if this is address partial parameter, None otherwise

class jdxi_editor.midi.data.parameter.drum.DrumPartialParam(address: int, min_val: int, max_val: int, display_min: int | None = None, display_max: int | None = None, tooltip: str | None = '')[source]

Bases: picomidi.sysex.parameter.address.AddressParameter

Drum kit parameters with their addresses and value ranges

display_min = None

display_max = None

tooltip = ''

bipolar_parameters = ['PARTIAL_FINE_TUNE', 'PITCH_ENV_DEPTH', 'PARTIAL_PAN', 'PARTIAL_ALTERNATE_PAN_DEPTH',...

CONVERSION_OFFSETS

PARTIAL_NAME_1 = (0, 32, 127)

PARTIAL_NAME_2 = (1, 32, 127)

PARTIAL_NAME_3 = (2, 32, 127)

PARTIAL_NAME_4 = (3, 32, 127)

PARTIAL_NAME_5 = (4, 32, 127)

PARTIAL_NAME_6 = (5, 32, 127)

PARTIAL_NAME_7 = (6, 32, 127)

PARTIAL_NAME_8 = (7, 32, 127)

PARTIAL_NAME_9 = (8, 32, 127)

PARTIAL_NAME_10 = (9, 32, 127)

PARTIAL_NAME_11 = (10, 32, 127)

PARTIAL_NAME_12 = (11, 32, 127)

ASSIGN_TYPE

MUTE_GROUP

PARTIAL_LEVEL

PARTIAL_COARSE_TUNE

PARTIAL_FINE_TUNE

PARTIAL_RANDOM_PITCH_DEPTH

PARTIAL_PAN

PARTIAL_RANDOM_PAN_DEPTH

PARTIAL_ALTERNATE_PAN_DEPTH

PARTIAL_ENV_MODE

PARTIAL_OUTPUT_LEVEL

PARTIAL_CHORUS_SEND_LEVEL = (25, 0, 127, 0, 127, 'Specifies the level of the signal sent to the chorus for each partial.')

PARTIAL_REVERB_SEND_LEVEL = (26, 0, 127, 0, 127, 'Specifies the level of the signal sent to the reverb for each partial.')

PARTIAL_OUTPUT_ASSIGN = (27, 0, 4, 0, 4, 'Specifies how the sound of each partial will be output. (EFX1, EFX2, DLY, REV, DIR)')

PARTIAL_PITCH_BEND_RANGE

PARTIAL_RECEIVE_EXPRESSION

PARTIAL_RECEIVE_HOLD_1

WMT_VELOCITY_CONTROL

WMT1_WAVE_SWITCH

WMT1_WAVE_GROUP_TYPE = (34, 0, 0, 0, 0, 'Only one preset_type')

WMT1_WAVE_GROUP_ID = (35, 0, 16384, 0, 16384, 'OFF, 1 - 16384')

WMT1_WAVE_NUMBER_L

WMT1_WAVE_NUMBER_R

WMT1_WAVE_GAIN

WMT1_WAVE_FXM_SWITCH = (48, 0, 1, 0, 1, 'OFF, ON')

WMT1_WAVE_FXM_COLOR

WMT1_WAVE_FXM_DEPTH

WMT1_WAVE_TEMPO_SYNC

WMT1_WAVE_COARSE_TUNE

WMT1_WAVE_FINE_TUNE

WMT1_WAVE_PAN

WMT1_WAVE_RANDOM_PAN_SWITCH

WMT1_WAVE_ALTERNATE_PAN_SWITCH

WMT1_WAVE_LEVEL

WMT1_VELOCITY_RANGE_LOWER

WMT1_VELOCITY_RANGE_UPPER

WMT1_VELOCITY_FADE_WIDTH_LOWER

WMT1_VELOCITY_FADE_WIDTH_UPPER

WMT2_WAVE_SWITCH

WMT2_WAVE_GROUP_TYPE

WMT2_WAVE_GROUP_ID

WMT2_WAVE_NUMBER_L

WMT2_WAVE_NUMBER_R

WMT2_WAVE_GAIN

WMT2_WAVE_FXM_SWITCH = (77, 0, 1, 0, 1, 'Frequency Cross-Modulation (FXM),OFF, ON')

WMT2_WAVE_FXM_COLOR

WMT2_WAVE_FXM_DEPTH

WMT2_WAVE_TEMPO_SYNC

WMT2_WAVE_COARSE_TUNE

WMT2_WAVE_FINE_TUNE

WMT2_WAVE_PAN

WMT2_WAVE_RANDOM_PAN_SWITCH

WMT2_WAVE_ALTERNATE_PAN_SWITCH

WMT2_WAVE_LEVEL

WMT2_VELOCITY_RANGE_LOWER

WMT2_VELOCITY_RANGE_UPPER

WMT2_VELOCITY_FADE_WIDTH_LOWER

WMT2_VELOCITY_FADE_WIDTH_UPPER

WMT3_WAVE_SWITCH

WMT3_WAVE_GROUP_TYPE

WMT3_WAVE_GROUP_ID

WMT3_WAVE_NUMBER_L

WMT3_WAVE_NUMBER_R

WMT3_WAVE_GAIN

WMT3_WAVE_FXM_SWITCH = (106, 0, 1, 0, 1, 'Frequency Cross-Modulation (FXM),OFF, ON')

WMT3_WAVE_FXM_COLOR

WMT3_WAVE_FXM_DEPTH

WMT3_WAVE_TEMPO_SYNC

WMT3_WAVE_COARSE_TUNE

WMT3_WAVE_FINE_TUNE

WMT3_WAVE_PAN

WMT3_WAVE_RANDOM_PAN_SWITCH

WMT3_WAVE_ALTERNATE_PAN_SWITCH

WMT3_WAVE_LEVEL

WMT3_VELOCITY_RANGE_LOWER

WMT3_VELOCITY_RANGE_UPPER

WMT3_VELOCITY_FADE_WIDTH_LOWER

WMT3_VELOCITY_FADE_WIDTH_UPPER

WMT4_WAVE_SWITCH

WMT4_WAVE_GROUP_TYPE

WMT4_WAVE_GROUP_ID

WMT4_WAVE_NUMBER_L

WMT4_WAVE_NUMBER_R

WMT4_WAVE_GAIN

WMT4_WAVE_FXM_SWITCH

WMT4_WAVE_FXM_COLOR

WMT4_WAVE_FXM_DEPTH

WMT4_WAVE_TEMPO_SYNC

WMT4_WAVE_COARSE_TUNE

WMT4_WAVE_FINE_TUNE

WMT4_WAVE_PAN

WMT4_WAVE_RANDOM_PAN_SWITCH

WMT4_WAVE_ALTERNATE_PAN_SWITCH

WMT4_WAVE_LEVEL

WMT4_VELOCITY_RANGE_LOWER

WMT4_VELOCITY_RANGE_UPPER

WMT4_VELOCITY_FADE_WIDTH_LOWER

WMT4_VELOCITY_FADE_WIDTH_UPPER

PITCH_ENV_DEPTH

PITCH_ENV_VELOCITY_SENS

PITCH_ENV_TIME_1_VELOCITY_SENS

PITCH_ENV_TIME_4_VELOCITY_SENS

PITCH_ENV_TIME_1

PITCH_ENV_TIME_2

PITCH_ENV_TIME_3

PITCH_ENV_TIME_4

PITCH_ENV_LEVEL_0

PITCH_ENV_LEVEL_1

PITCH_ENV_LEVEL_2

PITCH_ENV_LEVEL_3

PITCH_ENV_LEVEL_4

TVF_FILTER_TYPE

TVF_CUTOFF_FREQUENCY

TVF_CUTOFF_VELOCITY_CURVE

TVF_CUTOFF_VELOCITY_SENS

TVF_RESONANCE = (294, 0, 127, 0, 127, 'Sets the resonance of the filter. Higher settings result in a more...

TVF_RESONANCE_VELOCITY_SENS

TVF_ENV_DEPTH

TVF_ENV_VELOCITY_CURVE_TYPE

TVF_ENV_VELOCITY_SENS

TVF_ENV_TIME_1_VELOCITY_SENS

TVF_ENV_TIME_4_VELOCITY_SENS

TVF_ENV_TIME_1

TVF_ENV_TIME_2

TVF_ENV_TIME_3

TVF_ENV_TIME_4

TVF_ENV_LEVEL_0

TVF_ENV_LEVEL_1

TVF_ENV_LEVEL_2

TVF_ENV_LEVEL_3

TVF_ENV_LEVEL_4

TVA_LEVEL_VELOCITY_CURVE

TVA_LEVEL_VELOCITY_SENS

TVA_ENV_TIME_1_VELOCITY_SENS

TVA_ENV_TIME_4_VELOCITY_SENS

TVA_ENV_TIME_1

TVA_ENV_TIME_2

TVA_ENV_TIME_3

TVA_ENV_TIME_4

TVA_ENV_LEVEL_1

TVA_ENV_LEVEL_2

TVA_ENV_LEVEL_3

ONE_SHOT_MODE

RELATIVE_LEVEL

DRUM_PART = (112, 1, 5, 1, 5, 'Sets the drum partial. 1 - 5')

DRUM_GROUP = (47, 1, 5, 1, 5, 'Sets the drum group. 1 - 5')

validate_value(value: int) → int[source]: Validate and convert parameter value to MIDI range (0-127) :param value: int The value :return: int The validated value

convert_to_midi_old(value: int) → int[source]

Convert the value to MIDI range (0-127) for sending via MIDI.

Parameters:: value – int value to convert
Returns:: int MIDI value

convert_from_display(display_value: int) → int[source]: Convert from display value to MIDI value (0-127) :param display_value: int The display value :return: int The MIDI value

get_display_value() → Tuple[int, int][source]: Get the display range for the parameter :return: Tuple[int, int] The display range

get_address_for_partial(partial_index: int) → tuple[source]: Get the address for address drum partial by index :param partial_index: int The partial index :return: tuple The address

static get_address_for_partial_name(partial_name: str) → int[source]: Get parameter area and address adjusted for partial number. :param partial_name: str The partial name :return: int The address

static get_by_name(param_name: str) → object | None[source]: Get the AnalogParameter by name. :param param_name: str The parameter name :return: Optional[AddressParameterDrumPartial] The parameter Return the parameter member by name, or None if not found

convert_from_midi(midi_value: int) → int[source]: Convert from MIDI value to display value :param midi_value: int The MIDI value :return: int The display value

get_envelope_param_type()[source]

Returns a envelope_param_type, if the parameter is part of an envelope, otherwise returns None.

Returns:: Optional[str] The envelope parameter type