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PBSBlade.cpp
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856 lines (708 loc) · 17.5 KB
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/***************************************************************************
* PBSaber
* https://www.artekit.eu/doc/guides/propboard-pbsaber
*
* for Artekit PropBoard
* https://www.artekit.eu/products/devboards/propboard
*
* Written by Ivan Meleca
* Copyright (c) 2018 Artekit Labs
* https://www.artekit.eu
### PBSBlade.cpp
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 3 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
***************************************************************************/
#include "PBSBlade.h"
extern uint32_t getRandom(uint32_t min, uint32_t max);
LedStripBlade::LedStripBlade(LedStripeType type, uint32_t count) :
_type(type),
_count(count),
led_strip(NULL)
{
}
bool LedStripBlade::initialize()
{
led_strip = new PBSStrip();
if (!led_strip)
return false;
if (!led_strip->begin(_count, _type))
{
delete led_strip;
return false;
}
// Clear
COLOR color(0,0,0,0);
led_strip->setSection(0, 1, _count);
led_strip->set(0, 0, color);
led_strip->update(0, true);
return true;
}
void LedStripBlade::onIgnition(ignitionMode mode, uint32_t duration)
{
if (!duration)
{
debugMsg(DebugError, "Invalid ignition duration");
return;
}
debugMsg(DebugInfo, "Doing ignition effect on LedStripBlade, duration: %i ms", duration);
/* Reset all and create a new section */
led_strip->stopAllAnimations();
led_strip->resetAllSections();
led_strip->setSection(0, 1, _count);
switch (mode)
{
case ignitionFull:
// Actually a very fast ramp
duration = 50;
/* no break */
case ignitionRamp:
// Start a fade-in effect
led_strip->fadeIn(duration, 0);
break;
case ignitionScroll:
// Start a fade-in effect
led_strip->fadeIn(duration, 0);
// Start a scrolling effect
led_strip->scroll(1, _count, duration, 0);
break;
}
// Do base shimmer
doBaseShimmer();
// Run animations
led_strip->playAnimations();
effectTimeCounter.startTimeoutCounter(duration);
blade_state = bladeStateIgnition;
}
void LedStripBlade::onRetraction(retractionMode mode, uint32_t duration)
{
if (!duration)
{
debugMsg(DebugError, "Invalid retraction duration");
return;
}
debugMsg(DebugInfo, "Doing retraction effect on LedStrip, duration: %i ms", duration);
switch (mode)
{
case retractionFull:
// Actually a very fast ramp
duration = 100;
/* no break */
case retractionRamp:
// Simply fade-out
led_strip->fadeOut(duration, 0);
break;
case retractionScroll:
// Fade-out while doing a scroll effect
led_strip->fadeOut(duration, 0);
led_strip->scroll(_count, 1, duration, true, 0);
break;
}
// We need to know when to turn the blade off
effectTimeCounter.startTimeoutCounter(duration);
blade_state = bladeStateRetraction;
}
void LedStripBlade::onClash(bladeEffect* clash, uint32_t duration)
{
doEffect(clash, duration);
}
void LedStripBlade::onBlaster(bladeEffect* blaster, uint32_t duration)
{
doEffect(blaster, duration);
}
void LedStripBlade::onStab(bladeEffect* stab, uint32_t duration)
{
doEffect(stab, duration);
}
void LedStripBlade::startLockup(bladeEffect* lockup)
{
doEffect(lockup, 0);
}
void LedStripBlade::stopLockup()
{
// Lockup effect doesn't have a duration and, if flashing, it has to be stopped (flash or
// shimmer with infinite duration)
led_strip->stopFlash(0);
led_strip->stopShimmer(0);
}
void LedStripBlade::setShimmerMode(bladeEffect* shimmer)
{
COLOR old_color = default_shimmer.base_color;
COLOR new_color = shimmer->base_color;
default_shimmer = *shimmer;
if (blade_state == bladeStateIdle)
{
// Check if colors have changed
if (old_color != new_color)
{
led_strip->changeBaseShimmerColor(new_color, BLADE_SHIMMER_SWITCH_DURATION, 0);
effectTimeCounter.startTimeoutCounter(BLADE_SHIMMER_SWITCH_DURATION);
blade_state = bladeStateColorChange;
} else {
doBaseShimmer();
}
}
}
void LedStripBlade::update()
{
if (blade_state == bladeStateOff)
return;
led_strip->poll();
if (blade_state == bladeStateRetraction)
{
if (effectTimeCounter.timeout())
{
effectTimeCounter.stopCounter();
off();
}
return;
} else if (blade_state == bladeStateIgnition)
{
if (effectTimeCounter.timeout())
{
effectTimeCounter.stopCounter();
blade_state = bladeStateIdle;
}
return;
}
// Check end of effect and go back to shimmering
if (effectTimeCounter.active() && effectTimeCounter.timeout())
{
effectTimeCounter.stopCounter();
doBaseShimmer();
}
}
void LedStripBlade::asyncUpdate()
{
led_strip->startAsync();
}
void LedStripBlade::syncUpdate()
{
led_strip->stopAsync();
}
void LedStripBlade::doBaseShimmer()
{
led_strip->baseShimmer(&default_shimmer, 0);
blade_state = bladeStateIdle;
}
bool LedStripBlade::doEffect(bladeEffect* effect, uint32_t duration)
{
switch (effect->type)
{
case effectTypeFlash:
case effectTypeFlashFlicker:
led_strip->flash(effect, duration);
break;
case effectTypeShimmer:
led_strip->shimmer(effect, duration, (uint8_t) 0);
break;
case effectTypeFlashSpark:
led_strip->staticFlash(effect->base_color, 40, 100);
// no break
case effectTypeSpark:
{
uint32_t width;
if (effect->randomize)
effect->base_color = randomColor();
if (effect->depth)
width = effect->depth;
else
width = getRandom(10, 20);
led_strip->spark(effect, duration, getRandom(0, _count - 20), width, 100, 0);
break;
}
case effectTypeBigSpark:
{
uint32_t width;
if (effect->randomize)
effect->base_color = randomColor();
led_strip->staticFlash(effect->base_color, 20, 100);
if (effect->depth)
width = effect->depth;
else
width = _count / 3;
int32_t location = (_count / 2) - width;
if (location < 1)
location = 1;
led_strip->spark(effect, duration, location, width, 100, 0);
break;
}
case effectTypeTipSpark:
{
uint32_t width;
if (effect->randomize)
effect->base_color = randomColor();
if (effect->depth)
width = effect->depth;
else
width = getRandom(10, 20);
uint32_t location = _count - width - LED_STRIP_SPARK_DECAY(width);
led_strip->spark(effect, duration, location, width, 100, 0);
break;
}
case effectTypeInvalid:
return false;
default:
debugPrint(DebugWarning, "Invalid blade effect mode for LED strip");
debugPrint(DebugWarning, "Doing static flash with random color");
effect->base_color = randomColor();
duration = 50;
effect->blend = 100;
/* no break */
case effectTypeStatic:
led_strip->staticFlash(effect->base_color, duration, effect->blend);
break;
}
return true;
}
void LedStripBlade::off()
{
COLOR color(0,0,0,0);
led_strip->set(0, 0, color);
led_strip->update(0, true);
blade_state = bladeStateOff;
}
RgbHbLedBlade::RgbHbLedBlade(uint16_t current1, uint16_t current2, uint16_t current3)
{
leds[0] = leds[1] = leds[2] = NULL;
currents[0] = current1;
currents[1] = current2;
currents[2] = current3;
change_shimmer.active = false;
base_shimmer.active = false;
shimmer.active = false;
flash.active = false;
static_flash.active = false;
fade.active = false;
}
bool RgbHbLedBlade::instanceLED(uint8_t num, uint16_t current)
{
// num is zero-based
if (leds[num])
delete leds[num];
leds[num] = new HBLED(num+1);
if (!leds[num])
return false;
return leds[num]->begin(current);
}
void RgbHbLedBlade::deleteLED(uint8_t num)
{
if (leds[num])
delete leds[num];
leds[num] = NULL;
}
bool RgbHbLedBlade::initialize()
{
bool ret = true;
if (!currents[0] && !currents[1] && !currents[2])
return false;
for (uint8_t i = 0; i < 3; i++)
{
if (currents[i])
ret &= instanceLED(i, currents[i]);
}
if (!ret)
{
deleteLED(0);
deleteLED(1);
deleteLED(2);
} else {
// Start timer
add();
}
return ret;
}
void RgbHbLedBlade::setMultiplier(float val)
{
for (uint8_t i = 0; i < 3; i++)
{
if (leds[i])
leds[i]->setMultiplier(val);
}
}
float RgbHbLedBlade::getMultiplier()
{
for (uint8_t i = 0; i < 3; i++)
{
if (leds[i])
return leds[i]->getMultiplier();
}
return 0;
}
void RgbHbLedBlade::onIgnition(ignitionMode mode, uint32_t duration)
{
if (!duration)
{
debugMsg(DebugError, "Invalid ignition duration");
return;
}
// Ignition on High Brightness LED
debugMsg(DebugInfo, "Doing ignition effect on HBLED, duration: %i ms", duration);
switch (mode)
{
default:
// Not supported on HBLED
debugMsg(DebugInfo, "Ignition effect type not supported on HBLED");
debugMsg(DebugInfo, "Doing ramp with duration 50ms");
// no break
case ignitionFull:
// Actually a very fast ramp
duration = 50;
// no break
case ignitionRamp:
setMultiplier(0);
// Start shimmering
doBaseShimmer();
// Set fade parameters
fade.end = 1.0f;
fade.rate = 1.0f / (float) duration;
fade.value = 0;
fade.active = true;
break;
}
// We need to know when this effect ends
effectTimeCounter.startTimeoutCounter(duration);
blade_state = bladeStateIgnition;
}
void RgbHbLedBlade::onRetraction(retractionMode mode, uint32_t duration)
{
if (!duration)
{
debugMsg(DebugError, "Invalid retraction duration");
return;
}
// Ignition on High Brightness LED
debugMsg(DebugInfo, "Doing retraction effect on HBLED, duration: %i ms", duration);
// Check ignition mode
switch (mode)
{
default:
// Not supported on HBLED
debugMsg(DebugInfo, "Retraction effect type not supported on HBLED");
debugMsg(DebugInfo, "Doing ramp with duration 50ms");
// no break
case retractionFull:
// Actually a very fast ramp
duration = 50;
// no break
case retractionRamp:
// Set fade parameters
fade.end = 0.0f;
fade.value = getMultiplier();
fade.rate = 1.0f / (float) duration;
fade.active = true;
break;
}
// We need to know when this effect ends
effectTimeCounter.startTimeoutCounter(duration);
blade_state = bladeStateRetraction;
}
void RgbHbLedBlade::onClash(bladeEffect* clash, uint32_t duration)
{
doFlashEffect(clash, duration);
}
void RgbHbLedBlade::onBlaster(bladeEffect* blaster, uint32_t duration)
{
doFlashEffect(blaster, duration);
}
void RgbHbLedBlade::onStab(bladeEffect* stab, uint32_t duration)
{
doFlashEffect(stab, duration);
}
void RgbHbLedBlade::startLockup(bladeEffect* lockup)
{
doFlashEffect(lockup, 0);
}
void RgbHbLedBlade::stopLockup()
{
shimmer.active = false;
flash.active = false;
}
void RgbHbLedBlade::poll()
{
COLOR color;
if (effectTimeCounter.active())
{
if (effectTimeCounter.timeout())
{
effectTimeCounter.stopCounter();
if (blade_state == bladeStateRetraction)
{
off();
} else if (blade_state == bladeStateIgnition)
{
blade_state = bladeStateIdle;
} else if (blade_state == bladeStateColorChange)
{
blade_state = bladeStateIdle;
doBaseShimmer();
}
}
}
if (blade_state != bladeStateOff)
{
if (change_shimmer.active)
pollChangeShimmer();
if (base_shimmer.active)
color = pollBaseShimmer();
if (shimmer.active)
color = pollShimmer(color);
if (flash.active)
color = pollFlash(color);
if (static_flash.active)
color = pollStatic(color);
if (fade.active)
pollFade();
if (leds[0])
leds[0]->setValue(color.r);
if (leds[1])
leds[1]->setValue(color.g);
if (leds[2])
leds[2]->setValue(color.b);
}
}
void RgbHbLedBlade::setShimmerMode(bladeEffect* shimmer)
{
COLOR old_color = default_shimmer.base_color;
COLOR new_color = shimmer->base_color;
default_shimmer = *shimmer;
if (blade_state == bladeStateIdle)
{
if (old_color == new_color)
{
doBaseShimmer();
return;
}
uint32_t ticks = BLADE_SHIMMER_SWITCH_DURATION;
change_shimmer.rgbw_value[0] = base_shimmer.color.r;
change_shimmer.rgbw_value[1] = base_shimmer.color.g;
change_shimmer.rgbw_value[2] = base_shimmer.color.b;
change_shimmer.rgbw_value[3] = base_shimmer.color.w;
change_shimmer.rgbw_rate[0] = (float) (new_color.r - base_shimmer.color.r) / ticks;
change_shimmer.rgbw_rate[1] = (float) (new_color.g - base_shimmer.color.g) / ticks;
change_shimmer.rgbw_rate[2] = (float) (new_color.b - base_shimmer.color.b) / ticks;
change_shimmer.rgbw_rate[3] = (float) (new_color.w - base_shimmer.color.w) / ticks;
change_shimmer.ticks = ticks;
change_shimmer.end = new_color;
change_shimmer.active = true;
effectTimeCounter.startTimeoutCounter(BLADE_SHIMMER_SWITCH_DURATION);
blade_state = bladeStateColorChange;
}
}
void RgbHbLedBlade::doShimmer(bladeEffect* params, uint32_t duration, shimmerEffect* dst)
{
uint32_t frequency = params->freq;
if (!frequency || frequency > 25)
frequency = 25;
dst->active = false;
dst->color = params->base_color;
dst->random = params->randomize;
dst->value = 1.0f;
dst->blend = params->blend;
if (!dst->random)
{
uint32_t half_cycle = (1000 / frequency) / 2;
float limit = (float) (100 - params->depth) / 100;
dst->step = (1.0f - limit) / half_cycle;
} else {
dst->value = 1.0f;
}
dst->lower_limit = 100 - params->depth;
if (duration)
{
dst->ticks = duration;
if (!dst->ticks)
dst->ticks = 1;
} else {
dst->ticks = 0;
}
}
void RgbHbLedBlade::doBaseShimmer()
{
doShimmer(&default_shimmer, 0, &base_shimmer);
base_shimmer.blend = 100;
base_shimmer.active = true;
blade_state = bladeStateIdle;
}
void RgbHbLedBlade::doFlashEffect(bladeEffect* effect, uint32_t duration)
{
switch(effect->type)
{
default:
effect->blend = 100;
effect->base_color = randomColor();
duration = 50;
// no break
case effectTypeStatic:
static_flash.active = false;
static_flash.blend = (float) effect->blend / 100;
static_flash.ticks = duration;
static_flash.color = effect->base_color;
static_flash.active = true;
break;
case effectTypeShimmer:
doShimmer(effect, duration, &shimmer);
shimmer.active = true;
break;
case effectTypeFlashFlicker:
case effectTypeFlash:
uint32_t frequency = effect->freq;
if (!frequency || frequency > 25)
frequency = 25;
flash.flicker = (effect->type == effectTypeFlashFlicker);
flash.color = effect->base_color;
flash.blend = (float) effect->blend / 100;
flash.current_color = effect->base_color;
flash.ticks = 1000 / (frequency * 2);
flash.toggle = false;
if (!flash.ticks)
flash.ticks = 1;
if (duration && duration < flash.ticks * 2)
duration = flash.ticks * 2;
flash.duration = duration;
flash.active = true;
break;
}
}
void RgbHbLedBlade::off()
{
base_shimmer.active = shimmer.active = flash.active = fade.active = false;
for (uint8_t i = 0; i < 3; i++)
{
if (leds[i])
leds[i]->setValue(0);
}
blade_state = bladeStateOff;
}
void RgbHbLedBlade::processShimmerEffect(shimmerEffect* effect)
{
if (!effect->random)
{
float limit = (float) effect->lower_limit / 100;
effect->value -= effect->step;
if (effect->value >= 1.0f || effect->value <= limit)
effect->step *= -1;
} else {
effect->value = (float) getRandom(effect->lower_limit, 100) / 100;
}
}
COLOR RgbHbLedBlade::pollBaseShimmer()
{
processShimmerEffect(&base_shimmer);
COLOR color = base_shimmer.color * base_shimmer.value;
return color;
}
COLOR& RgbHbLedBlade::pollShimmer(COLOR& in)
{
processShimmerEffect(&shimmer);
COLOR color = shimmer.color * shimmer.value;
if (shimmer.blend != 100)
{
float blend = (float) shimmer.blend / 100;
in.blend(color, blend);
} else {
in = color;
}
if (shimmer.ticks)
{
shimmer.ticks--;
if (!shimmer.ticks)
shimmer.active = false;
}
return in;
}
COLOR& RgbHbLedBlade::pollFlash(COLOR& in)
{
flash.tick_count++;
if (flash.tick_count >= flash.ticks)
{
flash.tick_count = 0;
flash.toggle = !flash.toggle;
if (flash.toggle)
{
flash.current_color = 0;
} else {
flash.current_color = flash.color;
if (flash.flicker)
{
float mult = (float) getRandom(50, 100) / 100;
flash.current_color *= mult;
}
}
}
if (flash.current_color != 0)
{
COLOR color = flash.current_color;
if (flash.blend != 1)
in.blend(color, flash.blend);
else
in = color;
}
if (flash.duration)
{
flash.duration--;
if (!flash.duration)
flash.active = false;
}
return in;
}
COLOR& RgbHbLedBlade::pollStatic(COLOR& in)
{
if (static_flash.blend != 1)
in.blend(static_flash.color, static_flash.blend);
else
in = static_flash.color;
if (static_flash.ticks)
{
static_flash.ticks--;
if (static_flash.ticks == 0)
static_flash.active = false;
}
return in;
}
void RgbHbLedBlade::pollFade()
{
if (fade.end == 0)
{
// Fade out
fade.value -= fade.rate;
if (fade.value <= 0)
{
fade.value = 0;
fade.active = false;
}
} else {
// Fade in
fade.value += fade.rate;
if (fade.value >= fade.end)
{
fade.value = fade.end;
fade.active = false;
}
}
setMultiplier(fade.value);
}
void RgbHbLedBlade::pollChangeShimmer()
{
change_shimmer.ticks--;
if (!change_shimmer.ticks)
{
base_shimmer.color = change_shimmer.end;
change_shimmer.active = false;
} else {
change_shimmer.rgbw_value[0] += change_shimmer.rgbw_rate[0];
change_shimmer.rgbw_value[1] += change_shimmer.rgbw_rate[1];
change_shimmer.rgbw_value[2] += change_shimmer.rgbw_rate[2];
change_shimmer.rgbw_value[3] += change_shimmer.rgbw_rate[3];
base_shimmer.color = RGBW((uint8_t) change_shimmer.rgbw_value[0],
(uint8_t) change_shimmer.rgbw_value[1],
(uint8_t) change_shimmer.rgbw_value[2],
(uint8_t) change_shimmer.rgbw_value[3]);
}
}