Returns the highest note that has been added to the NoteSet. */

Function Name : hw_usb_clear_bcctrl Description : Clear BCCTRL's bits. Arguments : usb_utr_t *ptr : Pointer to usb_utr_t stru

Function Name : hw_usb_clear_dclrm Description : Reset DCLRM-bits (FIFO buffer not auto-cleared) of the FIFOSEL : correspondin

Function Name : hw_usb_clear_dvstctr Description : Clear the bit pattern specified in argument, of the specified : port's DVST

Function Name : hw_usb_hclear_uact Description : Clear UACT-bit (USB Bus Enable) specified port's DVSTCTR0 : register. When Ho

Function Name : hw_usb_hset_sureq Description : Set te SUREQ-bit in the DCPCTR register : (Set SETUP packet send when HostCont

Function Name : hw_usb_read_dcpmaxp Description : Returns DCPMAXP register content. Arguments : usb_utr_t *ptr : Pointer to u

Function Name : hw_usb_read_fifo32 Description : Data is read from the specified pipemode's FIFO register, 32-bits : wide, cor

Function Name : hw_usb_read_fifoctr Description : Returns the value of the FIFOCTR register corresponding to : specified PIPEM

Function Name : hw_usb_rmw_dvstctr Description : Read-modify-write the specified port's DVSTCTR. Arguments : usb_utr_t *ptr :

Function Name : hw_usb_set_csclr Description : Set CSCLR bit in the specified pipe's PIPECTR register Arguments : usb_utr_t *ptr

Function Name : hw_usb_set_utst Description : Not processed as the functionality is provided by R8A66597(ASSP). Arguments : usb_utr_t

Function Name : hw_usb_write_dcpcfg Description : Specified data is written to DCPCFG register. Arguments : usb_utr_t *ptr :

Returns error code

Returns true if more loading needed later

newName must be allowed to be edited by this function

Function to modulate NoteSet up offset semitones

Returns whether we're all good to go

Returns NULL if insufficient details found, or not enough RAM to create

This isn't super optimal, like the int32_t version is, but only rarely used

* Function Name: read_status * Description : Reads the status of serial flash memory. * Arguments : uint8_t * status1 : Serial Flash(0) *

sub-function of AuditionPadAction if recording is on, make sure to record note off so that you can end tails

sub-function of AuditionPadAction if count in is not on, record note on as per usual

Returns false if had trouble loading some (will often not be all) Clusters

2^16 used in place of "1" in "big" arithmetic below

2^16 used in place of "1" in "big" arithmetic below

When these return false it means they're transparent, showing what's underneath. These *must* check whether image has been supplied - if not, just ret

Surely this shouldn't be quite necessary?

This must only be called if playback is on and this Clip is active!

save previous knob position if regular midi learn is being used

Set the attack time constant from a full-scale (0 to 2^31) number. The parameter is exponentially mapped to a number between 0.5 and 70-ish ms

update the blend level, where blend is the wet level (i.e. ONE_Q31 is full wet) returns wet percentage

Set the ratio based on a full-scale (0 to 2^31) number. A inverse (1/x) mapping is used, where 0 corresponds to a ratio of 2:1, 2^31 corresponds to a

Set the release time constant from a full-scale (0 to 2^31) number. The parameter is exponentially mapped to a number between 50 and 400-ish ms

Set the sidechain cutoff frequency from a full-scale (0 to 2^31) integer. The parameter is exponentially mapped so 0 to 2^31 corresponds to about 0 t

Call this after setInstrument() / setAudioInstrument(). I forget exactly where setupPatching() fits into this picture... Arranger view calls that befo

starts stem export process which includes setting up UI mode, timer, and preparing instruments / clips for exporting