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* Adds a reagent injector component and BCI manipulators to all circuit labs (#71236) <!-- Write **BELOW** The Headers and **ABOVE** The comments else it may not be viewable. --> <!-- You can view Contributing.MD for a detailed description of the pull request process. --> ## About The Pull Request This PR adds a reagent injector component that's exclusive to BCIs. (Requested to be integrated into BCIs by Mothblocks.) When outside of a circuit, the component itself stores the reagents. However, if it's inside of a BCI, the storage is moved to the BCI. The storage can contain up to 15u of reagents and acts like an open container. (However, it won't spill even if you throw it, it just acts like an open container code-wise, don't worry about it.) You can only have one reagent injector in a circuit. Trying to insert multiple will give you an error message. The entire dose is administered at once. (Requirement set by Mothblocks.) Please don't try to dispute any of the specific limitations in the comments as they're out of my control. They're reasonable anyways. Reagent Injector Input/Output: Inject (Input Signal) - Administers all reagents currently stored inside of the BCI into the user. Injected (Output Signal) - Triggered when reagents are injected. Not triggered if the reagent storage is empty. New BCI Input: Show Charge Meter (Number) - Toggles showing the charge meter action. (Adds some capacity for stealth.) Install Detector Outputs: (Added following a comment about having to use weird workarounds for proper loops.) Current State (Number) - Outputs 1 if the BCI is implanted and 0 if it's not. Installed (Signal) - Triggered when the BCI is implanted into it's user. Removed (Signal) - Triggered when the BCI is removed from it's user. This PR also adds BCI manipulation chambers to all currently present circuit labs. (Solution proposed by Mothblocks.) Yes I had to do some other mapping changes to allow for this. No I don't have any mapping experience, why do you ask? <!-- Describe The Pull Request. Please be sure every change is documented or this can delay review and even discourage maintainers from merging your PR! --> ## Why It's Good For The Game One small step for BCIs, one giant leap for circuit kind. (First "proper" circuit to human interaction in the entire game!) This allows for some funky stuff and also makes it less of a pain in the ass to use BCIs. What's not to love? <!-- Argue for the merits of your changes and how they benefit the game, especially if they are controversial and/or far reaching. If you can't actually explain WHY what you are doing will improve the game, then it probably isn't good for the game in the first place. --> ## Changelog <!-- If your PR modifies aspects of the game that can be concretely observed by players or admins you should add a changelog. If your change does NOT meet this description, remove this section. Be sure to properly mark your PRs to prevent unnecessary GBP loss. You can read up on GBP and it's effects on PRs in the tgstation guides for contributors. Please note that maintainers freely reserve the right to remove and add tags should they deem it appropriate. You can attempt to finagle the system all you want, but it's best to shoot for clear communication right off the bat. --> 🆑 add: Added a reagent injector component and BCI manipulators to all circuit labs. (+ install detector component) /🆑 <!-- Both 🆑's are required for the changelog to work! You can put your name to the right of the first 🆑 if you want to overwrite your GitHub username as author ingame. --> <!-- You can use multiple of the same prefix (they're only used for the icon ingame) and delete the unneeded ones. Despite some of the tags, changelogs should generally represent how a player might be affected by the changes rather than a summary of the PR's contents. --> Co-authored-by: Mothblocks <35135081+Mothblocks@ users.noreply.github.com> * Adds a reagent injector component and BCI manipulators to all circuit labs Co-authored-by: RikuTheKiller <88713943+RikuTheKiller@users.noreply.github.com> Co-authored-by: Mothblocks <35135081+Mothblocks@ users.noreply.github.com> Co-authored-by: Paxilmaniac <paxilmaniac@gmail.com>
134 lines
5.3 KiB
Plaintext
134 lines
5.3 KiB
Plaintext
/// Helper define that can only be used in /obj/item/circuit_component/input_received()
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#define COMPONENT_TRIGGERED_BY(trigger, port) (trigger.value && trigger == port)
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/// Define to be placed at any proc that is triggered by a port.
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#define CIRCUIT_TRIGGER SHOULD_NOT_SLEEP(TRUE)
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// Port defines
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#define PORT_MAX_NAME_LENGTH 50
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// Port types. Determines what the port can connect to
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/// Can accept any datatype. Only works for inputs, output types will runtime.
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#define PORT_TYPE_ANY "any"
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// Fundamental datatypes
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/// String datatype
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#define PORT_TYPE_STRING "string"
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#define PORT_MAX_STRING_LENGTH 5000
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#define PORT_MAX_STRING_DISPLAY 100
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/// Number datatype
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#define PORT_TYPE_NUMBER "number"
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/// Signal datatype
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#define PORT_TYPE_SIGNAL "signal"
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/// Signal datatype, with a slight variation in name to suggest it causes instant execution. Can only be an output port.
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#define PORT_TYPE_INSTANT_SIGNAL "instant signal"
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/// Signal datatype, with a slight variation in name to suggest that it can be used to respond to instant execution.
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#define PORT_TYPE_RESPONSE_SIGNAL "response signal"
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/// Table datatype. Derivative of list, contains other lists with matching columns.
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#define PORT_TYPE_TABLE "table"
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/// Options datatype. Derivative of string.
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#define PORT_TYPE_OPTION "option"
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// Composite datatypes
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#define PORT_COMPOSITE_TYPE_LIST "list"
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/// List datatype
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#define PORT_TYPE_LIST(datatype) SSwiremod_composite.composite_datatype(PORT_COMPOSITE_TYPE_LIST, datatype)
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#define PORT_COMPOSITE_TYPE_ASSOC_LIST "assoc list"
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/// Associative List datatype. Derivative of list.
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#define PORT_TYPE_ASSOC_LIST(key_datatype, datatype) SSwiremod_composite.composite_datatype(PORT_COMPOSITE_TYPE_ASSOC_LIST, key_datatype, datatype)
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// Other datatypes
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/// Atom datatype
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#define PORT_TYPE_ATOM "entity"
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/// Datum datatype
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#define PORT_TYPE_DATUM "datum"
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/// The maximum range between a port and an atom
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#define PORT_ATOM_MAX_RANGE 7
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#define COMPONENT_DEFAULT_NAME "component"
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#define COMPONENT_DEFAULT_CATEGORY "Unassigned"
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/// The minimum position of the x and y co-ordinates of the component in the UI
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#define COMPONENT_MIN_RANDOM_POS 200
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/// The maximum position of the x and y co-ordinates of the component in the UI
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#define COMPONENT_MAX_RANDOM_POS 400
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/// The maximum position in both directions that a component can be in.
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/// Prevents someone from positioning a component at an absurdly high value.
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#define COMPONENT_MAX_POS 10000
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// Components
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/// The value that is sent whenever a component is simply sending a signal. This can be anything, and is currently the seconds since roundstart.
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#define COMPONENT_SIGNAL (world.time / (1 SECONDS))
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// Comparison defines
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#define COMP_COMPARISON_EQUAL "="
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#define COMP_COMPARISON_NOT_EQUAL "!="
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#define COMP_COMPARISON_GREATER_THAN ">"
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#define COMP_COMPARISON_LESS_THAN "<"
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#define COMP_COMPARISON_GREATER_THAN_OR_EQUAL ">="
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#define COMP_COMPARISON_LESS_THAN_OR_EQUAL "<="
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// Clock component
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#define COMP_CLOCK_DELAY (0.9 SECONDS)
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// Shells
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/// Whether a circuit is stuck on a shell and cannot be removed (by a user)
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#define SHELL_FLAG_CIRCUIT_UNREMOVABLE (1<<0)
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/// Whether the shell needs to be anchored for the circuit to be on.
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#define SHELL_FLAG_REQUIRE_ANCHOR (1<<1)
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/// Whether or not the shell has a USB port.
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#define SHELL_FLAG_USB_PORT (1<<2)
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/// Whether the shell allows actions to be peformed on a shell if the action fails. This will additionally block the messages from being displayed.
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#define SHELL_FLAG_ALLOW_FAILURE_ACTION (1<<3)
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/// Whether a circuit is not able to be modified
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#define SHELL_FLAG_CIRCUIT_UNMODIFIABLE (1<<5)
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// Shell capacities. These can be converted to configs very easily later
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#define SHELL_CAPACITY_TINY 12
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#define SHELL_CAPACITY_SMALL 25
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#define SHELL_CAPACITY_MEDIUM 50
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#define SHELL_CAPACITY_LARGE 100
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#define SHELL_CAPACITY_VERY_LARGE 500
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/// The maximum range a USB cable can be apart from a source
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#define USB_CABLE_MAX_RANGE 2
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// Circuit flags
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/// Creates an input trigger that means the component won't be triggered unless the trigger is pulsed.
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#define CIRCUIT_FLAG_INPUT_SIGNAL (1<<0)
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/// Creates an output trigger that sends a pulse whenever the component is successfully triggered
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#define CIRCUIT_FLAG_OUTPUT_SIGNAL (1<<1)
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/// Marks a circuit component as admin only. Admins will only be able to link/unlink with these circuit components.
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#define CIRCUIT_FLAG_ADMIN (1<<2)
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/// This circuit component does not show in the menu.
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#define CIRCUIT_FLAG_HIDDEN (1<<3)
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/// This circuit component has been marked as a component that has instant execution and will show up in the UI as so. This will only cause a visual change.
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#define CIRCUIT_FLAG_INSTANT (1<<4)
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/// This circuit component can't be loaded in module component. Saves us some headaches.
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#define CIRCUIT_FLAG_REFUSE_MODULE (1<<5)
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/// This circuit component cannot be inserted into the same circuit multiple times. Only use this for major headaches.
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#define CIRCUIT_NO_DUPLICATES (1<<6)
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// Datatype flags
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/// The datatype supports manual inputs
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#define DATATYPE_FLAG_ALLOW_MANUAL_INPUT (1<<0)
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/// The datatype won't update the value when it is connected to the port
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#define DATATYPE_FLAG_AVOID_VALUE_UPDATE (1<<1)
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/// Allows the datatype to take entity values from the circuit multitool.
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#define DATATYPE_FLAG_ALLOW_ATOM_INPUT (1<<2)
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/// The datatype has been generated and is an existing composite datatype
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#define DATATYPE_FLAG_COMPOSITE (1<<3)
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