class ComponentEnergyManagerSource

true; // Use this to toggle visualisation of plug connections

Necesarry due to synchronization of m_IsSwichedOn

After server restart, this value reports if this device was plugged into something or not at the end of last session.

Electricity icon over the item in inventory

Synchronized variable

Storage persistence ID

Storage persistence ID

Storage persistence ID

Storage persistence ID

Network ID

Network ID

Interval of OnWork(...) calls and device updates.

Energy source can be any EntityAI object

Energy manager: Switches ON the device so it starts doing its work if it has enough energy.

Energy manager: Switches OFF the device.

Energy manager: Changes the status of this device. When it's passive (true), the main timer and OnWork events are not used.

Energy manager: Unplugs the given device from this one.

Energy manager: Unplugs this device from its power source

Energy manager: Unplugs everything directly connected to this device

Energy manager: Sets stored energy for this device. It ignores the min/max limit!

Energy manager: Sets stored energy for this device between 0 and MAX based on relative input value between 0 and 1

Energy manager: Shows/Hides all selections this system works with. Call this if something is wrong with selections (like during Init and Restore event in config)

Energy manager: Unplugs this device when it's necesarry

Energy manager: Changes the maximum amount of energy this device can store (when pristine).

Energy manager: Changes the length of the virtual power cord.

Energy manager: Changes the energy usage per second.

Energy manager: Resets energy usage to default (config) value.

Energy manager: Stores the device which is plugged into the given socket ID.

Energy manager: Sets visibility of the electricity icon (bolt).

Energy manager: Sets the interval of the OnWork(...) calls. Changing this value does not change the rate of energy consumption.

Energy manager: Attempts to plug this device into the energy_source. Returns true if the action was successfull, or false if not (due to plug incompatibility or no free socket on the receiver). The ID of the power socket is chosen automatically unless optional parameter socket_id is used (starting from 0). If the given ID is not free then a free socket is found.

Energy manager: Checks if the device can be switched ON

Energy manager: Checks whenever this device can do work or not.

test_energy

float optional parameter will overwite the default energy consumption value of this device.

Returns: bool Returns true if this device will work when it's switched on. Otherwise it returns false.

Energy manager: Checks if this device is being stopped from working by its wetness level. Returns true when its wetness is not blocking it, false when its to owet to work.

Energy manager: Checks if the device can be switched OFF

Energy manager: Returns state of the switch. Whenever the device is working or not does not matter. Use IsWorking() to account for that as well.

Energy manager: Returns true if the cord of this device is folded. Returns false if it's plugged.

Energy manager: Returns true if this device is set to be passive. False if otherwise.

Energy manager: Returns true if this device is plugged into some other device (even if they are OFF or ruined). Otherwise it returns false.

Energy manager: Consumes the given amount of energy. If there is not enough of stored energy in this device, then it tries to take it from its power source, if any exists. Returns true if the requested amount of energy was consumed. Otherwise it returns false.

Energy manager: Returns true if this device is working right now.

Energy manager: Returns true if this device has enough of stored energy for its own use.

Energy manager: Returns true if this device has any free socket to receive a plug. If optional parameter socket_id is provided then only that socket ID is checked.

Energy manager: Checks if the given plug is compatible with this device's socket. Used by CanReceivePlugFrom() method.

Energy manager: Returns true if this device can receive power plug of the other device.

Energy manager: Returns true if this device can be plugged into the given energy source. Otherwise returns false.

Energy manager: Returns true if the electricity icon (bolt) is supposed to be visible for this device. False if not.

Energy manager: Returns true if this item automatically converts its energy to quantity

Energy manager: Returns true if this device's virtual power cord can reach its energy source at the given position, depending on its cordLength config parameter. Otherwise returns false.

from_position

vector position from where the measurement will be taken

add_tolerance

float parameter will add to the cord's length in meters (optional)

Returns: bool True if the power source will be at reach for the plug, or if config param cordLength is absent or 0. False if not, or is not plugged, or this device lacks Energy Manager component.

vector position_player = g_Game.GetPlayer().GetPosition();

if ( my_device.GetCompEM().IsEnergySourceAtReach( position_player )  )
{
	Print("Power source is at reach!");
}else{
	Print("Power source is NOT at reach!");
}

Energy manager: Returns true if this selection is a plug that's plugged into this device. Otherwise returns false.

Energy manager: Returns the count of power sockets (whenever used or not)

Energy manager: Returns plug type. Check \DZ\data\basicDefines.hpp OR \Scripts\Classes\Component\_constants.h files for types of plugs

Energy manager: Returns the number of devices plugged into this one.

Energy manager: Returns % of stored energy this device has as integer (from 0 to 100)

Energy manager: Returns % of stored energy this device has as float (from 0.0 to 1.0)

Energy manager: Returns the update interval of this device.

Returns wetness exposure value defined in config

Energy manager: Returns the number of energy this device needs to run itself (See its config >> energyUsagePerSecond)

Energy manager: Returns the amount of stored energy this device has

Energy manager: Adds energy to this device and clamps it within its min/max storage limits. Returns the amount of energy that was clamped. Negative value is supported, but you should still use ConsumeEnergy(...) for propper substraction of energy.

Energy manager: Returns the maximum amount of energy this device can curently store. If parameter 'reduceMaxEnergyByDamageCoef' is used in the config of this device then the returned value will be reduced by damage.

Energy manager: Returns the maximum amount of energy this device can store. It's damage is NOT taken into account.

Energy manager: Returns the length of the virtual power cord.

Energy manager: Returns the energy source this device is plugged into

Energy manager: Returns the device which is plugged into the given socket ID.

Energy manager: Returns the device to which the given plug selection belongs to

Energy manager: Returns a device which is plugged into this one. If there are more devices to choose from then it returns the first one that is found.

Energy manager: Returns path to the cord texture file.

Energy manager: Returns an array of devices which are plugged into this one

Energy manager: Returns an array of devices which are plugged into this one and are turned on

Energy manager: Called when energy was consumed on this device

Energy manager: Called when energy was added on this device

Gets called originally when the player is interacting with an item containing this energy component, then recursively following the branches of connection from the original item to the peripheries External calling of this function is not automatic for all item interactions and may need to be implemented on case by case bases Avoid using for gameplay logic, use 'OnInteractBranch' instead

Called when the player is interacting with an item containing this energy component, or when interacting with an item this device is connected to