Extend example to use fast lut

This commit is contained in:
BlackMark 2022-06-03 11:08:28 +02:00
parent 061b789319
commit 4d73d7a662
2 changed files with 216 additions and 1 deletions

@ -1 +1 @@
Subproject commit 91b49cd536ea8542908bdfb68a6cb7164128df52 Subproject commit 8d8369440c2a3ea25c7c5ca31c16e790746eede0

View File

@ -1,7 +1,11 @@
#include "clock.hpp" #include "clock.hpp"
#include <array>
#include <type_traits> #include <type_traits>
#include <cstdint>
#include <cstring>
#include "eink/eink.hpp" #include "eink/eink.hpp"
#include "flash/flash.hpp" #include "flash/flash.hpp"
#include "io/io.hpp" #include "io/io.hpp"
@ -15,6 +19,214 @@ REGISTER_UART0_INT_VECTORS(uart_t);
using spi_t = eink::Spi<io::P::C4, io::P::C5, io::P::C3, io::P::C2>; using spi_t = eink::Spi<io::P::C4, io::P::C5, io::P::C3, io::P::C2>;
using eink_t = eink::Eink<200, 200, spi_t, io::P::C1, io::P::C0>; using eink_t = eink::Eink<200, 200, spi_t, io::P::C1, io::P::C0>;
using eink::Voltage::VSH1;
using eink::Voltage::VSH2;
using eink::Voltage::VSL1;
using eink::Voltage::VSS1;
constexpr auto ORIGINAL_WAVEFORM_LUT
[[gnu::progmem]] =
eink::Waveform{
.lut = {{{
{.phaseD = VSH1, .phaseC = VSH1, .phaseB = VSS1, .phaseA = VSH1},
{.phaseD = VSL1, .phaseC = VSL1, .phaseB = VSH1, .phaseA = VSL1},
{.phaseD = VSL1, .phaseC = VSH1, .phaseB = VSL1, .phaseA = VSH1},
{.phaseD = VSL1, .phaseC = VSL1, .phaseB = VSL1, .phaseA = VSH1},
{.phaseD = VSS1, .phaseC = VSS1, .phaseB = VSL1, .phaseA = VSH1},
{.phaseD = VSL1, .phaseC = VSL1, .phaseB = VSH1, .phaseA = VSL1},
{.phaseD = VSS1, .phaseC = VSS1, .phaseB = VSH1, .phaseA = VSL1},
{.phaseD = VSS1, .phaseC = VSS1, .phaseB = VSH1, .phaseA = VSL1},
{.phaseD = VSS1, .phaseC = VSS1, .phaseB = VSS1, .phaseA = VSH1},
{.phaseD = VSS1, .phaseC = VSS1, .phaseB = VSS1, .phaseA = VSS1},
{.phaseD = VSS1, .phaseC = VSS1, .phaseB = VSH1, .phaseA = VSS1},
{.phaseD = VSS1, .phaseC = VSS1, .phaseB = VSS1, .phaseA = VSH1},
}},
{{
{.phaseD = VSS1, .phaseC = VSS1, .phaseB = VSH1, .phaseA = VSH1},
{.phaseD = VSS1, .phaseC = VSL1, .phaseB = VSH1, .phaseA = VSL1},
{.phaseD = VSL1, .phaseC = VSH1, .phaseB = VSL1, .phaseA = VSH1},
{.phaseD = VSS1, .phaseC = VSH1, .phaseB = VSL1, .phaseA = VSH1},
{.phaseD = VSS1, .phaseC = VSS1, .phaseB = VSL1, .phaseA = VSH1},
{.phaseD = VSS1, .phaseC = VSS1, .phaseB = VSH1, .phaseA = VSL1},
{.phaseD = VSS1, .phaseC = VSL1, .phaseB = VSS1, .phaseA = VSS1},
{.phaseD = VSS1, .phaseC = VSS1, .phaseB = VSS1, .phaseA = VSS1},
{.phaseD = VSS1, .phaseC = VSS1, .phaseB = VSL1, .phaseA = VSS1},
{.phaseD = VSS1, .phaseC = VSS1, .phaseB = VSS1, .phaseA = VSS1},
{.phaseD = VSS1, .phaseC = VSS1, .phaseB = VSS1, .phaseA = VSS1},
{.phaseD = VSL1, .phaseC = VSS1, .phaseB = VSS1, .phaseA = VSS1},
}},
{{
{.phaseD = VSL1, .phaseC = VSL1, .phaseB = VSS1, .phaseA = VSS1},
{.phaseD = VSL1, .phaseC = VSL1, .phaseB = VSH1, .phaseA = VSL1},
{.phaseD = VSL1, .phaseC = VSH1, .phaseB = VSL1, .phaseA = VSH1},
{.phaseD = VSH1, .phaseC = VSH1, .phaseB = VSL1, .phaseA = VSH1},
{.phaseD = VSS1, .phaseC = VSS1, .phaseB = VSL1, .phaseA = VSH1},
{.phaseD = VSS1, .phaseC = VSS1, .phaseB = VSH1, .phaseA = VSL1},
{.phaseD = VSS1, .phaseC = VSS1, .phaseB = VSS1, .phaseA = VSS1},
{.phaseD = VSS1, .phaseC = VSS1, .phaseB = VSS1, .phaseA = VSS1},
{.phaseD = VSH2, .phaseC = VSL1, .phaseB = VSL1, .phaseA = VSS1},
{.phaseD = VSH2, .phaseC = VSS1, .phaseB = VSL1, .phaseA = VSL1},
{.phaseD = VSH2, .phaseC = VSH2, .phaseB = VSH2, .phaseA = VSL1},
{.phaseD = VSS1, .phaseC = VSH2, .phaseB = VSH2, .phaseA = VSH2},
}},
{{
{.phaseD = VSL1, .phaseC = VSL1, .phaseB = VSS1, .phaseA = VSS1},
{.phaseD = VSL1, .phaseC = VSL1, .phaseB = VSH1, .phaseA = VSL1},
{.phaseD = VSL1, .phaseC = VSH1, .phaseB = VSL1, .phaseA = VSH1},
{.phaseD = VSH1, .phaseC = VSH1, .phaseB = VSL1, .phaseA = VSH1},
{.phaseD = VSS1, .phaseC = VSS1, .phaseB = VSL1, .phaseA = VSH1},
{.phaseD = VSS1, .phaseC = VSS1, .phaseB = VSH1, .phaseA = VSL1},
{.phaseD = VSS1, .phaseC = VSS1, .phaseB = VSS1, .phaseA = VSS1},
{.phaseD = VSS1, .phaseC = VSS1, .phaseB = VSS1, .phaseA = VSS1},
{.phaseD = VSH2, .phaseC = VSL1, .phaseB = VSL1, .phaseA = VSS1},
{.phaseD = VSH2, .phaseC = VSS1, .phaseB = VSL1, .phaseA = VSL1},
{.phaseD = VSH2, .phaseC = VSH2, .phaseB = VSH2, .phaseA = VSL1},
{.phaseD = VSS1, .phaseC = VSH2, .phaseB = VSH2, .phaseA = VSH2},
}},
{{
{.phaseD = VSS1, .phaseC = VSS1, .phaseB = VSS1, .phaseA = VSS1},
{.phaseD = VSS1, .phaseC = VSS1, .phaseB = VSL1, .phaseA = VSH1},
{.phaseD = VSS1, .phaseC = VSS1, .phaseB = VSS1, .phaseA = VSS1},
{.phaseD = VSS1, .phaseC = VSS1, .phaseB = VSS1, .phaseA = VSS1},
{.phaseD = VSS1, .phaseC = VSS1, .phaseB = VSS1, .phaseA = VSS1},
{.phaseD = VSS1, .phaseC = VSS1, .phaseB = VSS1, .phaseA = VSS1},
{.phaseD = VSS1, .phaseC = VSS1, .phaseB = VSS1, .phaseA = VSS1},
{.phaseD = VSS1, .phaseC = VSS1, .phaseB = VSS1, .phaseA = VSS1},
{.phaseD = VSS1, .phaseC = VSS1, .phaseB = VSS1, .phaseA = VSS1},
{.phaseD = VSS1, .phaseC = VSS1, .phaseB = VSS1, .phaseA = VSS1},
{.phaseD = VSS1, .phaseC = VSS1, .phaseB = VSS1, .phaseA = VSS1},
{.phaseD = VSS1, .phaseC = VSS1, .phaseB = VSS1, .phaseA = VSS1},
}}},
.timings =
{
{
.frameCountPhaseA = 32,
.frameCountPhaseB = 16,
.repeatSubPhaseAB = 0,
.frameCountPhaseC = 19,
.frameCountPhaseD = 20,
.repeatSubPhaseCD = 0,
.repeat = 0,
},
{
.frameCountPhaseA = 3,
.frameCountPhaseB = 3,
.repeatSubPhaseAB = 6,
.frameCountPhaseC = 12,
.frameCountPhaseD = 10,
.repeatSubPhaseCD = 0,
.repeat = 0,
},
{
.frameCountPhaseA = 3,
.frameCountPhaseB = 4,
.repeatSubPhaseAB = 0,
.frameCountPhaseC = 3,
.frameCountPhaseD = 4,
.repeatSubPhaseCD = 0,
.repeat = 10,
},
{
.frameCountPhaseA = 3,
.frameCountPhaseB = 3,
.repeatSubPhaseAB = 10,
.frameCountPhaseC = 22,
.frameCountPhaseD = 2,
.repeatSubPhaseCD = 0,
.repeat = 0,
},
{
.frameCountPhaseA = 3,
.frameCountPhaseB = 3,
.repeatSubPhaseAB = 3,
.frameCountPhaseC = 0,
.frameCountPhaseD = 0,
.repeatSubPhaseCD = 0,
.repeat = 0,
},
{
.frameCountPhaseA = 2,
.frameCountPhaseB = 2,
.repeatSubPhaseAB = 3,
.frameCountPhaseC = 5,
.frameCountPhaseD = 5,
.repeatSubPhaseCD = 1,
.repeat = 0,
},
{
.frameCountPhaseA = 22,
.frameCountPhaseB = 20,
.repeatSubPhaseAB = 0,
.frameCountPhaseC = 20,
.frameCountPhaseD = 0,
.repeatSubPhaseCD = 0,
.repeat = 0,
},
{
.frameCountPhaseA = 0,
.frameCountPhaseB = 0,
.repeatSubPhaseAB = 0,
.frameCountPhaseC = 0,
.frameCountPhaseD = 0,
.repeatSubPhaseCD = 0,
.repeat = 0,
},
{
.frameCountPhaseA = 4,
.frameCountPhaseB = 5,
.repeatSubPhaseAB = 0,
.frameCountPhaseC = 3,
.frameCountPhaseD = 40,
.repeatSubPhaseCD = 0,
.repeat = 2,
},
{
.frameCountPhaseA = 2,
.frameCountPhaseB = 3,
.repeatSubPhaseAB = 0,
.frameCountPhaseC = 3,
.frameCountPhaseD = 50,
.repeatSubPhaseCD = 0,
.repeat = 1,
},
{
.frameCountPhaseA = 6,
.frameCountPhaseB = 3,
.repeatSubPhaseAB = 0,
.frameCountPhaseC = 34,
.frameCountPhaseD = 5,
.repeatSubPhaseCD = 0,
.repeat = 0,
},
{
.frameCountPhaseA = 4,
.frameCountPhaseB = 5,
.repeatSubPhaseAB = 0,
.frameCountPhaseC = 5,
.frameCountPhaseD = 1,
.repeatSubPhaseCD = 0,
.repeat = 0,
},
},
.frameRates = {2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2},
.subPhaseGateStates = {},
};
static inline constexpr auto createFastWaveformLut(const eink::Waveform &original)
{
auto fastWaveformLut = original;
for (auto &timing : fastWaveformLut.timings) {
timing.repeatSubPhaseAB = 0;
timing.repeatSubPhaseCD = 0;
timing.repeat = 0;
}
return fastWaveformLut;
}
constexpr auto FAST_WAVEFORM_LUT [[gnu::progmem]] = createFastWaveformLut(ORIGINAL_WAVEFORM_LUT);
void dumpOTP(eink_t &einkDisplay, uart_t &serial) void dumpOTP(eink_t &einkDisplay, uart_t &serial)
{ {
constexpr auto printWidth = 16; constexpr auto printWidth = 16;
@ -59,6 +271,9 @@ int main()
serial << F("e-Paper clear") << F("\r\n"); serial << F("e-Paper clear") << F("\r\n");
einkDisplay.clear(); einkDisplay.clear();
serial << F("e-Paper draw fast") << F("\r\n");
einkDisplay.draw(RLE_IMAGE, FAST_WAVEFORM_LUT);
serial << F("e-Paper draw") << F("\r\n"); serial << F("e-Paper draw") << F("\r\n");
einkDisplay.draw(RLE_IMAGE); einkDisplay.draw(RLE_IMAGE);