| Commit message (Collapse) | Author | Age | Files | Lines |
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* trunk:
enabled eeprom read/write stabilization by default on recent MCUs, to prevent corrupt data
thefreeman-avr32dd20-devkit: enable boost bypass at boot, so AA/NiMH can boot
avr32dd20-devkit: use unimplemented "CH" pin as a boost bypass control
added "emisar-2ch-fet-joined" build, for D4S w/ lighted switch
documented FW3X swapped pins better
documented Wurkkos TS25/TS11/FC13 distinctions
build.sh: don't require DFPs, newer avr-libc doesn't need them
use BLIP_LEVEL instead of 0 for "blip"s
clarified which-hex-file.md a bit; make sure the model number matches
fw3x: reduced pulsing on low modes
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For 3V LEDs on a boost/buck dual fuel driver, this allows
routing power around the boost converter in li-ion mode,
to reduce resistance and increase maximum output.
The AA/NiMH mode is unaffected, and boosts as normal.
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(it's an odd case with a 2 channel driver which only uses 1 set of LEDs)
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This helps when using a regulator which doesn't like being turned off
and back on quickly.
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- changed column order to (model, mcu, name)
- changed column sizes (auto-sized w/ 2 spaces between columns)
- made it handle hex digits in model numbers
- reserved 1900 to 2199 for years only, not model numbers
- noted gChart and thefreeman sharing a brand ID
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(users complained, and extended simple UI probably needs to be off by
default in all factory builds anyway)
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It had no minimum thermal stepdown defined, so it used MAX_7135 by default,
which was level 149/150 ... thus virtually no regulation.
I also made it easier to switch between internal and external temperature
sensors by just commenting out a few lines in the hwdef.h.
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(the MCU's internal sensor works too, but external is a bit better I guess?)
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- upgraded to DSM: lower lows, *much* smoother ramp
- made lows more efficient with underclocking
- fixed party strobe being too blurry
- calibrated UI speed / bogomips multiplier
- added readme to document this hardware's multiple quirks
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strobe
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(also enabled smooth steps on BLF GT, but had to remove stuff to make room)
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- fixed t1616 Vref values getting clobbered sometimes,
wrapped setting those in a #define'd function for ease and consistency
- moved some DAC definitions from hw/ to arch/ to reduce repetition
- fixed thefreeman's other builds
- switched from PWM_TOPS to PWM2_LEVELS (I'm trying to phase out _TOPS)
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(realtime voltage colors, and no simple UI by default)
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internal volt unit
Before this branch, `voltage` was 6 bits: Volts * 10
A couple patches ago, I upgraded it to 16 bits: 65535 * Volts / 10.24
That costs too much extra ROM on attiny85 though, for extra precision
it doesn't even use... so I switched back to an 8-bit value. It's still
more precise than before though: Volts * 40
... and battcheck displays an extra digit now, on devices with ROM for it.
... and battcheck waits a second to get a more accurate measurement
before displaying the first value. It has *much* less variation
between first and later readings now.
Also:
- got t1616 builds working again (tested fc13 and thefreeman-boost-fwaa)
- upgraded t1616 voltage and temp to 12-bit (10 bits + 4x oversampling)
- removed expensive temp conversion from t1616 ADC interrupt
- recalibrated t1616 bogomips again; runs faster after interrupt fix
- increased t1616 internal VDD measurement resolution by 36% (1.5V Vref, not 1.1V)
- fixed sloppy setting of Vref bits
I still need to test / update other t1616 builds,
and fix all the t85 + t1634 code and build targets.
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This patch changes the ADC code to use two internal standard units, and
everything else must convert to these units:
- FSM Volts: centiVolts << 6 (range 0 to 10.24 V per cell)
- FSM Kelvin: Kelvin << 6 (range 0 to 1024 K)
UI-level voltage is still "Volts * 10", and temperature is still Celsius.
FSM expects functions to be provided, to convert from the hardware's
raw ADC measurements to these internal units: `voltage_raw2cooked()`
and `temp_raw2cooked()`. Defaults will be provided by arch/*.[ch] for
each MCU type, or the hwdef can make its own.
Anyway, gotta go fix all the other MCUs and builds now. :(
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ADC doesn't work yet. No voltage, no temperature.
I need to do a lot of refactoring on the ADC code. :(
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Phew, that's a lot of changes! And there's still a lot more to do...
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by raising MCU clock speed to half at levels 2+
instead of the previous value of 1/4th speed
I tried full speed too, which makes ripple much smaller and faster...
but it also causes a big jump in brightness between levels 1 and 2.
My lux meter shows ~350 at 1/150 or ~500 at 2/150,
but at half speed it's ~650 at 2/150,
and at full speed it's ~1100 at 2/150.
So I went for a happy medium to balance ripple, brightness, and runtime.
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@hank-noctigon-kr4-boost, @hank-noctigon-k1-boost, @hank-noctigon-dm11-boost
(0216, 0253, 0273)
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and updated other scripts and files accordingly
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(still need to update file contents afterward,
but doing it in a separate commit so git can detect renames easier)
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(also modified the build scripts to work with the new file structure)
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(just moved files, didn't change the contents yet,
and nothing will work without updating #includes and build scripts and stuff)
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