New command and feature also made some general changes to control and button necessary
joystick.cpp:
- add optional parameter to joystick_CommandsDriving function
bool altStickMapping (default false)
if true this currently swaps BOTTOM_LEFT with BOTTOM_RIGHT for experimental
different joystick mapping
button.cpp:
- fix/move variable declaration outside of switch
- add 12x case: send count to control task
control.cpp:
- create new section in handle loop for button events
- move x1 commands from JOYSTICK and MASSAGE case to new button
section
- remove unnecessary variable buttonEvent (only using buttonCount now)
- add functionality to 12x button event -> toggle alternative stick
mapping
readme.md:
- add new x12 button command
While testing this feature briefly that approach did not appear to be a good idea.
- noticed that the driving with joystick was a little unintuitive/unexpected (maybe just not used to it?)
- BUG that the state does not reset to center when previous state was
X-AXIS? Resulting in the armchair to slightly shake randomly at
joystick center
-> this has to be fixed if this approach is tested again.
This reverts commit b2b12fe5de1e16ea2f25dfa4b0c3ac6845024c71.
modified function
joystickPos_t joystick_evaluatePosition(float x, float y, joystickPos_t* prevPos)
because prevPos has to be stored http.cpp/hpp and joystick.cpp/hpp had
to be updated as well
TODO: add function without hysteresis again?
WIP this has to be tested
- joystick.hpp/cpp
- add function joystick_scaleCoordinatesLinear(joystickData_t * data, float pointX, float pointY)
that scales the coordinates with 2 different slopes before and
after certain point
- control.cpp
- scale coordinates linear with new function instead of exponential in JOYSTICK mode
- scale coordinates linear with new function instead of exponential in HTTP mode
- config.cpp
- adjust / decrease http joystick tolerances
Note: tested the armchair in http and joystick mode briefly and
optimized the scaling point slightly
- joystick.hpp/cpp
- add function joystick_scaleCoordinatesExp(joystickData_t * data, float exponent)
which updates joystick data with its scaled coordinates and
re-calculated radius
- control.cpp
- scale coordinates exponential (pow 2) in JOYSTICK mode
- scale coordinates exponential (pow 2) in HTTP mode
- config.cpp
- fixed swapped x/y zero tolerances for hardware joystick
Note: tested armchair with scaling exponents 1.5; 2; 3 and noticed that
2 works best
- add function joystick_generateCommandsShaking that generates motor
commands from joystick data
- pulses motors:
- intervals depend on joystick radius
- direction depends on joystick position (currently only on-x-axis and on-y-axis
supported)
As already did for http joystick:
- Add different config options tolerance zero for X and Y axis for
normal/actual joystick.
This makes it possible to set Y tolerance to a lower value resulting in
a more responsive turning action, with still having a large range around
X axis for turning mode
- joystick.cpp/hpp:
- move method scaleCoordinate from joystick class to public function
- modify scaleCoordinate function to accept float values instead of
ADC pin, change tolerance parameters to percent instead of absolute
number
- change method getData to use the public function now
- control.cpp:
- use scaleCoordinate function in http mode
- calculate radius in http mode
- config.cpp
- adjust tolerance thresholds for joystick to percent
- App.js
- disable "snap to zero" feature -> just scale joystick output to
value of -1 to 1
Move section that defines joystick position enum to a separate function
(outside of joystick class), this makes it usable for other inputs as
well
- create new function joystick_evaluatePosition
- call the new function in joystickgetData (where code was initially)
- change function joystick_generateCommandsDriving to accept joystick
data struct instead of joystick object as parameter -> makes the
function usable with other input than hardware joystick too
- add new function to joystick.hpp/cpp
- reads data from joystick and generates commands for driving in
"joystick" mode
- returns struct with commands for both motors
- main.cpp
- add code for testing the new function
- enable 5v regulator (needed for pullups AB left motor)
- add newly created motorRight to handle function
- add new struct with two motorcommands to motorctl.hpp
- Create class 'evaluatedJoystick'
- evaluates a joystick with 2 analog signals
- scales the adc input to coordinates with detailed tolerances
- calculates angle and radius
- defines an enum with position information
- Add joystick configuration and class instance to config.cpp
- Add code for testing the new class to main.cpp
- Add joystick.cpp to cmakelists
now function `joystick.getData` can be used globally to obtain a struct with
current position data of the joystick
