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#include "StarFuelWidget.hpp"
#include "StarInterpolation.hpp"
#include "StarGameTypes.hpp"
#include "StarRoot.hpp"
#include "StarAssets.hpp"
namespace Star {
FuelWidget::FuelWidget() {
auto assets = Root::singleton().assets();
m_textStyle.fontSize = assets->json("/interface.config:font.buttonSize").toInt();
m_textStyle.loadJson(assets->json("/interface.config:textStyle"));
m_fuelLevel = 0;
m_maxLevel = 0;
m_potential = 0;
m_requested = 0;
m_pingTimeout = 0;
disableScissoring();
}
void FuelWidget::update(float dt) {
if ((m_pingTimeout -= dt) < 0)
m_pingTimeout = 0;
}
void FuelWidget::renderImpl() {
context()->resetInterfaceScissorRect();
Vec2F textureSize = Vec2F(context()->textureSize("/interface/fuel/fuelgauge.png"));
RectF entireTex = RectF::withSize({}, textureSize);
RectF entirePosition = RectF::withSize(Vec2F(screenPosition()), textureSize);
Vec2F textPosition = entirePosition.center();
float fuel = 1;
float fuelPotential = 1;
float fuelRequested = 0;
if (m_maxLevel > 0) {
fuel = std::min(1.0f, m_fuelLevel / m_maxLevel);
fuelPotential = std::min(1.0f, (m_fuelLevel + m_potential) / m_maxLevel);
fuelRequested = std::min(1.0f, m_requested / m_maxLevel);
fuel -= fuelRequested;
if (fuel < 0)
fuel = 0;
}
auto shift = [](float begin, float end, RectF templ) {
RectF result = templ;
result.min()[0] = lerp(begin, templ.min()[0], templ.max()[0]);
result.max()[0] = lerp(end, templ.min()[0], templ.max()[0]);
return result;
};
if (std::fmod(m_pingTimeout, 0.2f) > 0.1f)
context()->drawInterfaceQuad("/interface/fuel/fuelgaugebackgroundflash.png", shift(0, 1, entireTex), shift(0, 1, entirePosition));
else
context()->drawInterfaceQuad("/interface/fuel/fuelgaugebackground.png", shift(0, 1, entireTex), shift(0, 1, entirePosition));
context()->drawInterfaceQuad("/interface/fuel/fuelgaugegreen.png",
shift(fuel, fuelPotential, entireTex),
shift(fuel, fuelPotential, entirePosition));
context()->drawInterfaceQuad("/interface/fuel/fuelgaugered.png",
shift(fuel, fuelRequested, entireTex),
shift(fuel, fuelRequested, entirePosition));
context()->drawInterfaceQuad("/interface/fuel/fuelgauge.png", shift(0, fuel, entireTex), shift(0, fuel, entirePosition));
context()->drawInterfaceQuad("/interface/fuel/fuelgaugemarkings.png", shift(0, 1, entireTex), shift(0, 1, entirePosition));
auto& guiContext = GuiContext::singleton();
guiContext.setTextStyle(m_textStyle);
if (m_potential != 0) {
guiContext.setFontColor(Color::White.toRgba());
} else if (m_fuelLevel == 0) {
if ((m_requested != 0) && (m_requested == m_fuelLevel))
guiContext.setFontColor(Color::Orange.toRgba());
else
guiContext.setFontColor(Color::Red.toRgba());
} else {
guiContext.setFontColor(Color::White.toRgba());
}
guiContext.renderInterfaceText(strf("Fuel {}/{}", std::min(m_fuelLevel + m_potential, m_maxLevel), (int)m_maxLevel),
{textPosition, HorizontalAnchor::HMidAnchor, VerticalAnchor::VMidAnchor});
}
void FuelWidget::setCurrentFuelLevel(float amount) {
m_fuelLevel = amount;
}
void FuelWidget::setMaxFuelLevel(float amount) {
m_maxLevel = amount;
}
void FuelWidget::setPotentialFuelAmount(float amount) {
m_potential = amount;
}
void FuelWidget::setRequestedFuelAmount(float amount) {
m_requested = amount;
}
void FuelWidget::ping() {
m_pingTimeout = 1.0f;
}
}
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