A major error of “mishandling of global variables” placed in the LPF was discovered and corrected in the relevant section. The variable that buffers the audio in the code that builds the LPF was shared among the outputs of Wavetable, resulting in a near-monaural sound output configuration, but the problem was solved by adding a
is implemented in mode2 = page# 9.
After adding “Depth” to Modulator’s parameters, I put together the display of parameters related to LFO on one page. I came up with the idea of linking the assignment of the Depth setting parameter in the Modulator to the DelayTimeRange parameter in the 9th item of mode4. The LCD display has Rate/Depth/Feedback in place. The
Adjustments were made to narrow the deviation value of the data referenced by the interpolation mechanism from the delay buffer of the CombFilter. The variable region where the LFO drives is switched according to the delay time setting of the ring buffer that makes up the CombFilter. Calculated 1/8 of the variable region using BitShift
The problem that the CombFilter’s Feedback circuit had could be solved by adjusting the level and making a reverse phase connection. After setting the feedback to its maximum value, we checked for points where the audio would break down. Since the Comb Filter operates with 8 x oversampling using Linear Interpolation, the 16-bit data array
I am looking for a structure that will ensure ground potential and continuity with the antenna rods. In this prototype, PogoPin is inserted in the core on the SMA side, while spring pressure ensures a secure contact point, We inserted a cermet of M3 size into the opposite side of the GFRP guyliner, cut a
As a result of Eureka! being activated for the first time in a while, it is now possible to avoid the hiccups that used to occur on the Pitch side. In short, a filter that removes unwanted noise components is placed in front of average to prevent intervention, The key is to set the threshold
The parameter on the left side of the LCD in “THRES” mode, in the center column indicates the starting address of the 16-step chord sequencer. The timing of the trigger signal to drive the steps is set by the threshold point = volume value of the left hand position. This is a recording of the
A function to set the starting address of the Chord Sequencer was implemented on the wireless remote control. As a result of changes to the program that spilled over to the main unit side, the amount of work was greater than expected. In order to execute a circular code with the end of the address
SW6, located on the lower left side of the remote controller, was assigned to “record switch only,” but in the first round of program modification, the specifications were changed to allow page switching with HOLD while keeping this functionality. However, as a result of operational tests, it was found that page switching was time-consuming. In