Indicator Lights + Kerbonov Patch

// A Series of patches for the Kerbonov parts pack, including the Kn-2, the Kn-7, the passenber cabin, and if all goes well, the antenna.
// Descriptions, headers, format, etc. gratuitously lifted from other examples in the Indicator Lights mod by Snark.




//Add an indicator (replace one of the bulbs) on the VHF antenna. The other bulb is left as a static "light" element on the model that does not function. Possibly cover that with an additional indicator for available data to transmit? whether it has power?
@PART[VHFTransceiver]:NEEDS[kerbonov]
{
	//-------------------------------------------------------------------------
    // INDICATOR MESHES
    //-------------------------------------------------------------------------
	MODEL
	{
		model = IndicatorLights/Meshes/z100lamp
		scale = 0.4, 0.4, 0.4
		position = 0.0297, 0.0518, -0.0779
		rotation = 0, 0, 0
	}

	//-------------------------------------------------------------------------
	// CONTROLLABLE EMISSIVES
	//-------------------------------------------------------------------------

	MODULE {
		name = ModuleControllableEmissive
		target = IndicatorLights/Meshes/z100lamp
		emissiveName = indicator
	}

	//-------------------------------------------------------------------------
	// CONTROLLERS
	//-------------------------------------------------------------------------

	MODULE {
		name = ModuleDataTransmitterIndicator
		emissiveName = indicator
		// Get really fancy with busy color. This module type exposes one static
		// field, dataRate. We'll use a random flicker for the animation (like
		// an old-time modem), and we'll plug the data rate both into the flicker
		// period (so higher-speed antennas flicker faster), and into the bias
		// (so higher-speed antennas spend a greater percentage of their time
		// in the "on" state rather than "off").
		//
		// We don't actually have to use the static syntax here (we could just
		// take the data rate for this antenna, do the math, and plug in the
		// literal numbers here). However, using the actual static expression
		// comes with a few benefits. First, it's more maintainable: we
		// can just use the same static expression for all the antennas, rather
		// than having to come up with a different expression with different math
		// for each one. Second, it's more explicit to anyone reading this just
		// *why* the number is what it is. Third, it's more robust: if Squad ever
		// tinkers with the data rates, or someone uses ModuleManager to tweak
		// them, this will automatically follow suit. Fourth, it's friendlier
		// to modders: if you have your own antenna and you want to set it up
		// for IndicatorLights compatibility, you can just copy the following
		// line verbatim and you'll get behavior that's consistent with what
		// IndicatorLights does with the stock antennas.
		busyColor = random($ToggleLED, $Off, divide(400, static(dataRate)), between(subtract(multiply(sqrt(static(dataRate)), 1.1), 2.3), -0.4, 0.5))
	}
}


// Add a single crew indicator to the KPM-1 Small Inline Passenger Compartment
@PART[InlinePassengerCan]:NEEDS[Kerbonov]
{
	//-------------------------------------------------------------------------
    // INDICATOR MESHES
    //-------------------------------------------------------------------------
	MODEL
	{
		model = IndicatorLights/Meshes/squareLamp
		scale = 0.230, 1.0, 0.5
		position = -0.5544, 0, 0.27555
		rotation = 0, -67.5, 0
	}

	//-------------------------------------------------------------------------
	// CONTROLLABLE EMISSIVES
	//-------------------------------------------------------------------------

	MODULE {
		name = ModuleControllableEmissive
		target = IndicatorLights/Meshes/squareLamp:0
		emissiveName = indicator0
	}

	//-------------------------------------------------------------------------
	// CONTROLLERS
	//-------------------------------------------------------------------------

	MODULE {
		name = ModuleCrewIndicatorToggle
		toggleName = indicatorToggle
	}

	MODULE {
		name = ModuleCrewIndicator
	    controllerName = crewController0
		toggleName = indicatorToggle
	}

    MODULE
    {
        name = ModuleScienceAvailabilityIndicator
		controllerName = availability0
        experimentID = crewReport
        lowValueColor = crewController0
        mediumValueColor = highValueColor
        highValueColor = blink(lowValueColor, 200, $Off, 200)
    }

	MODULE {
		name = ModuleScienceDataIndicator
        experimentID = crewReport
        emissiveName = indicator0
		dataColor = crewController0
		emptyColor = availability0
	}


	//-------------------------------------------------------------------------
	// TWEAKS
	//-------------------------------------------------------------------------

	// This pod uses a ModuleColorChanger to handle its ablator, set up
	// so that by default it takes control of *all* emissives on the part.
	// Need to tell it not to tinker with the meshes that we're adding here;
	// otherwise, the crew indicator will end up getting colored with the
	// ablator instead of actually working as a crew indicator.
	@MODULE[ModuleColorChanger] {
	    excludedRenderer = IndicatorLights/Meshes/squareLamp(Clone)
	}
}


// Add crew indicators (3) to the Kn-7 Cabin
@PART[KN7Cabin]:NEEDS[Kerbonov]
{
	//-------------------------------------------------------------------------
    // INDICATOR MESHES
    //-------------------------------------------------------------------------
	MODEL
	{
		model = IndicatorLights/Meshes/nubbinLamp
		scale = 0.7, 0.7, 0.5
		position = -0.6057, -1.1668, 0.4582
		rotation = 0, -60, 0
	}
	MODEL
	{
		model = IndicatorLights/Meshes/nubbinLamp
		scale = 0.7, 0.7, 0.5
		position = -0.6057, -1.2668, 0.4582
		rotation = 0, -60, 0
	}
	MODEL
	{
		model = IndicatorLights/Meshes/nubbinLamp
		scale = 0.7, 0.7, 0.5
		position = -0.6057, -1.3668, 0.4582
		rotation = 0, -60, 0
	}


	//-------------------------------------------------------------------------
	// CONTROLLABLE EMISSIVES
	//-------------------------------------------------------------------------

	MODULE {
		name = ModuleControllableEmissive
		target = IndicatorLights/Meshes/nubbinLamp:0
		emissiveName = indicator0
	}

	MODULE {
		name = ModuleControllableEmissive
		target = IndicatorLights/Meshes/nubbinLamp:1
		emissiveName = indicator1
	}

	MODULE {
		name = ModuleControllableEmissive
		target = IndicatorLights/Meshes/nubbinLamp:2
		emissiveName = indicator2
	}

	//-------------------------------------------------------------------------
	// CONTROLLERS
	//-------------------------------------------------------------------------

	MODULE {
		name = ModuleCrewIndicatorToggle
		toggleName = indicatorToggle
	}

	MODULE {
		name = ModuleCrewIndicator
	    controllerName = crewController0
		toggleName = indicatorToggle
	}

	MODULE {
		name = ModuleCrewIndicator
	    controllerName = crewController1
		toggleName = indicatorToggle
	}

	MODULE {
		name = ModuleCrewIndicator
	    controllerName = crewController2
		toggleName = indicatorToggle
	}

    MODULE
    {
        name = ModuleScienceAvailabilityIndicator
		controllerName = availability0
        experimentID = crewReport
        lowValueColor = crewController0
        mediumValueColor = highValueColor
        highValueColor = blink(lowValueColor, 200, $Off, 200)
    }

    MODULE
    {
        name = ModuleScienceAvailabilityIndicator
		controllerName = availability1
        experimentID = crewReport
        lowValueColor = crewController1
        mediumValueColor = highValueColor
        highValueColor = blink(lowValueColor, 200, $Off, 200)
    }

    MODULE
    {
        name = ModuleScienceAvailabilityIndicator
		controllerName = availability2
        experimentID = crewReport
        lowValueColor = crewController2
        mediumValueColor = highValueColor
        highValueColor = blink(lowValueColor, 200, $Off, 200)
    }

	MODULE {
		name = ModuleScienceDataIndicator
        experimentID = crewReport
        emissiveName = indicator0
		dataColor = crewController0
		emptyColor = availability0
	}

	MODULE {
		name = ModuleScienceDataIndicator
        experimentID = crewReport
        emissiveName = indicator1
		dataColor = crewController1
		emptyColor = availability1
	}

	MODULE {
		name = ModuleScienceDataIndicator
        experimentID = crewReport
        emissiveName = indicator2
		dataColor = crewController2
		emptyColor = availability2
	}



	//-------------------------------------------------------------------------
	// TWEAKS
	//-------------------------------------------------------------------------

	// This pod uses a ModuleColorChanger to handle its ablator, set up
	// so that by default it takes control of *all* emissives on the part.
	// Need to tell it not to tinker with the meshes that we're adding here;
	// otherwise, the crew indicator will end up getting colored with the
	// ablator instead of actually working as a crew indicator.
	@MODULE[ModuleColorChanger] {
	    excludedRenderer = IndicatorLights/Meshes/nubbinLamp(Clone)
	}
}


// Add crew indicators (3) to the Kn-2 Cabin
@PART[KN2Cabin]:NEEDS[Kerbonov]
{
	//-------------------------------------------------------------------------
    // INDICATOR MESHES
    //-------------------------------------------------------------------------
	MODEL
	{
		model = IndicatorLights/Meshes/nubbinLamp
		scale = 0.7, 0.7, 0.5
		position = -0.5594, -0.3261, -0.2687
		rotation = 0, -110, 0
	}
	MODEL
	{
		model = IndicatorLights/Meshes/nubbinLamp
		scale = 0.7, 0.7, 0.5
		position = -0.5594, -0.4261, -0.2687
		rotation = 0, -110, 0
	}
	MODEL
	{
		model = IndicatorLights/Meshes/nubbinLamp
		scale = 0.7, 0.7, 0.5
		position = -0.5594, -0.5261, -0.2687
		rotation = 0, -110, 0
	}



	//-------------------------------------------------------------------------
	// CONTROLLABLE EMISSIVES
	//-------------------------------------------------------------------------

	MODULE {
		name = ModuleControllableEmissive
		target = IndicatorLights/Meshes/nubbinLamp:0
		emissiveName = indicator0
	}

	MODULE {
		name = ModuleControllableEmissive
		target = IndicatorLights/Meshes/nubbinLamp:1
		emissiveName = indicator1
	}

	MODULE {
		name = ModuleControllableEmissive
		target = IndicatorLights/Meshes/nubbinLamp:2
		emissiveName = indicator2
	}

	//-------------------------------------------------------------------------
	// CONTROLLERS
	//-------------------------------------------------------------------------

	MODULE {
		name = ModuleCrewIndicatorToggle
		toggleName = indicatorToggle
	}

	MODULE {
		name = ModuleCrewIndicator
	    controllerName = crewController0
		toggleName = indicatorToggle
	}

	MODULE {
		name = ModuleCrewIndicator
	    controllerName = crewController1
		toggleName = indicatorToggle
	}

	MODULE {
		name = ModuleCrewIndicator
	    controllerName = crewController2
		toggleName = indicatorToggle
	}

    MODULE
    {
        name = ModuleScienceAvailabilityIndicator
		controllerName = availability0
        experimentID = crewReport
        lowValueColor = crewController0
        mediumValueColor = highValueColor
        highValueColor = blink(lowValueColor, 200, $Off, 200)
    }

    MODULE
    {
        name = ModuleScienceAvailabilityIndicator
		controllerName = availability1
        experimentID = crewReport
        lowValueColor = crewController1
        mediumValueColor = highValueColor
        highValueColor = blink(lowValueColor, 200, $Off, 200)
    }

    MODULE
    {
        name = ModuleScienceAvailabilityIndicator
		controllerName = availability2
        experimentID = crewReport
        lowValueColor = crewController2
        mediumValueColor = highValueColor
        highValueColor = blink(lowValueColor, 200, $Off, 200)
    }

	MODULE {
		name = ModuleScienceDataIndicator
        experimentID = crewReport
        emissiveName = indicator0
		dataColor = crewController0
		emptyColor = availability0
	}

	MODULE {
		name = ModuleScienceDataIndicator
        experimentID = crewReport
        emissiveName = indicator1
		dataColor = crewController1
		emptyColor = availability1
	}

	MODULE {
		name = ModuleScienceDataIndicator
        experimentID = crewReport
        emissiveName = indicator2
		dataColor = crewController2
		emptyColor = availability2
	}


	//-------------------------------------------------------------------------
	// TWEAKS
	//-------------------------------------------------------------------------

	// This pod uses a ModuleColorChanger to handle its ablator, set up
	// so that by default it takes control of *all* emissives on the part.
	// Need to tell it not to tinker with the meshes that we're adding here;
	// otherwise, the crew indicator will end up getting colored with the
	// ablator instead of actually working as a crew indicator.
	@MODULE[ModuleColorChanger] {
	    excludedRenderer = IndicatorLights/Meshes/nubbinLamp(Clone)
	}

}