Method processSensorContent

source/Gui/InspectorWindow.cpp:643–670

}

void _InspectorWindow::processSensorContent(SensorDescription& sensor)
{
    if (ImGui::TreeNodeEx("Properties", TreeNodeFlags)) {
        AlienImGui::ComboOptionalColor(
            AlienImGui::ComboColorParameters().name("Scan color").textWidth(CellFunctionTextWidth).tooltip(Const::GenomeSensorScanColorTooltip), sensor.restrictToColor);

        AlienImGui::Combo(
            AlienImGui::ComboParameters()
                .name("Scan mutants")
                .values({"None", "Same mutants", "Other mutants", "Free cells", "Handcrafted cells", "Less complex mutants", "More complex mutants"})
                .textWidth(CellFunctionTextWidth)
                .tooltip(Const::SensorRestrictToMutantsTooltip),
            sensor.restrictToMutants);
        AlienImGui::InputFloat(
            AlienImGui::InputFloatParameters()
                .name("Min density")
                .format("%.2f")
                .step(0.05f)
                .textWidth(CellFunctionTextWidth)
                .tooltip(Const::GenomeSensorMinDensityTooltip),
            sensor.minDensity);
        AlienImGui::InputOptionalInt(
            AlienImGui::InputIntParameters().name("Min range").textWidth(CellFunctionTextWidth).tooltip(Const::GenomeSensorMinRangeTooltip), sensor.minRange);
        AlienImGui::InputOptionalInt(
            AlienImGui::InputIntParameters().name("Max range").textWidth(CellFunctionTextWidth).tooltip(Const::GenomeSensorMaxRangeTooltip), sensor.maxRange);
        ImGui::TreePop();
    }
}

void _InspectorWindow::processReconnectorContent(ReconnectorDescription& reconnector)
{