fish

Vars
aquarium_vc_color	If present aquarium visual will be this color
average_size	Average size for this fish type in centimeters. Will be used as gaussian distribution with 20% deviation for fishing, bought fish are always standard size
average_weight	Average weight for this fish type in grams
breeding_timeout	How long it takes to produce new fish
breeding_wait	The time limit before new fish can be created
compatible_types	If set, the fish can also breed with these fishes types
death_text	The message shown when the fish dies.
dedicated_in_aquarium_icon	If present and it also has a dedicated icon state, this icon file will be used for in-aquarium visual for the fish instead of its icon
dedicated_in_aquarium_icon_state	If present this icon will be used for in-aquarium visual for the fish instead of icon_state
disliked_bait	Bait identifiers that make catching this fish harder and less likely Bait identifiers: Path \| Trait \| list("Type"="Foodtype","Value"= Food Type Flag like [MEAT])
do_flop_animation	If this fish should do the flopping animation
evolution_types	A list of possible evolutions. If set, offsprings may be of a different, new fish type if conditions are met.
experisci_scannable	If this fish type counts towards the Fish Species Scanning experiments
favorite_bait	Bait identifiers that make catching this fish easier and more likely Bait identifiers: Path \| Trait \| list("Type"="Foodtype","Value"= Food Type Flag like [MEAT])
feeding_frequency	How often the fish needs to be fed
fillet_type	Fish autogenerated from this behaviour will be processable into this
fish_ai_type	Fishing behaviour
fish_traits	List of fish trait types, these may modify probabilty/difficulty depending on rod/user properties or dictate how the fish behaves or some of its qualities.
fishing_difficulty_modifier	Base additive modifier to fishing difficulty
food	What type of reagent this fish needs to be fed.
grind_results	The grind results of the fish. They scale with the weight of the fish.
health	Current fish health. Dies at 0.
icon_state_dead	icon used when the fish is dead, ifset.
last_feeding	Time of last feedeing
min_pressure	Outside of an aquarium, the pressure needs to be within these two variables for the environment to be safe.
num_fillets	number of fillets given by the fish. It scales with its size.
progenitors	The species' name(s) of the parents of the fish. Shown by the fish analyzer.
random_case_rarity	How rare this fish is in the random cases
required_fluid_type	Required fluid type for this fish to live.
required_temperature_max	Maximum possible temperature for the fish to live.
required_temperature_min	Required minimum temperature for the fish to live.
safe_air_limits	When outside of an aquarium, these gases that are checked (as well as pressure and temp) to assert if the environment is safe or not.
show_in_catalog	Should this fish type show in fish catalog
size	Size in centimeters. Null until update_size_and_weight is called. Number of fillets and w_class scale with it.
source_height	Original height of aquarium visual icon - used to calculate scaledown factor
source_width	Original width of aquarium visual icon - used to calculate scaledown factor
sprite_height	Resulting height of aquarium visual icon - default size of "fish_greyscale" state
sprite_width	Resulting width of aquarium visual icon - default size of "fish_greyscale" state
stable_population	Won't breed more than this amount in single aquarium.
status	Fish status
weight	Weight in grams. Null until update_size_and_weight is called. Grind results scale with it. Don't think too hard how a trout could fit in a blender.
Procs
apply_traits	Traits that the fish is guaranteed to inherit will be inherited, with the assertion that they're compatible anyway. Build a list of incompatible traits. Don't let any such trait pass onto the fish. shuffle the traits, so, in the case of incompatible traits, we don't have to choose which to discard. Instead we let the random numbers do it for us in a first come, first served basis.
create_offspring	Fishes with this trait cannot mate, but could still reproduce asexually, so don't early return. Also mating takes priority over that.
feed	Feed the fishes with the contents of the fish feed
flop_animation	This flopping animation played while the fish is alive.
inherit_traits	This proc has fish_traits list populated with fish_traits paths from three different lists: traits from x_traits and y_traits are compared, and inserted if conditions are met; traits from fixed_traits are inserted unconditionally. traits from removed_traits will be removed from the for loop.
on_temp_animation	Refreshes flopping animation after temporary animation finishes
proper_environment	Checks if our current environment lets us live.
randomize_size_and_weight	Randomizes weight and size.
start_flopping	Starts flopping animation
stop_flopping	Stops flopping animation
update_size_and_weight	Updates weight and size, along with weight class, number of fillets you can get and grind results.

Var Details

var
aquarium_vc_color
–

If present aquarium visual will be this color

var
average_size
–

Average size for this fish type in centimeters. Will be used as gaussian distribution with 20% deviation for fishing, bought fish are always standard size

var
average_weight
–

Average weight for this fish type in grams

var
breeding_timeout
–

How long it takes to produce new fish

var
breeding_wait
–

The time limit before new fish can be created

var
compatible_types
– /list

If set, the fish can also breed with these fishes types

var
death_text
–

The message shown when the fish dies.

var
dedicated_in_aquarium_icon
–

If present and it also has a dedicated icon state, this icon file will be used for in-aquarium visual for the fish instead of its icon

var
dedicated_in_aquarium_icon_state
–

If present this icon will be used for in-aquarium visual for the fish instead of icon_state

var
disliked_bait
– /list

Bait identifiers that make catching this fish harder and less likely Bait identifiers: Path | Trait | list("Type"="Foodtype","Value"= Food Type Flag like [MEAT])

var
do_flop_animation
–

If this fish should do the flopping animation

var
evolution_types
– /list

A list of possible evolutions. If set, offsprings may be of a different, new fish type if conditions are met.

var
experisci_scannable
–

If this fish type counts towards the Fish Species Scanning experiments

var
favorite_bait
– /list

Bait identifiers that make catching this fish easier and more likely Bait identifiers: Path | Trait | list("Type"="Foodtype","Value"= Food Type Flag like [MEAT])

var
feeding_frequency
–

How often the fish needs to be fed

var
fillet_type
–

Fish autogenerated from this behaviour will be processable into this

var
fish_ai_type
–

Fishing behaviour

var
fish_traits
– /list

List of fish trait types, these may modify probabilty/difficulty depending on rod/user properties or dictate how the fish behaves or some of its qualities.

var
fishing_difficulty_modifier
–

Base additive modifier to fishing difficulty

var
food
– /datum/reagent

What type of reagent this fish needs to be fed.

↑
grind_results
– /list

The grind results of the fish. They scale with the weight of the fish.

var
health
–

Current fish health. Dies at 0.

var
icon_state_dead
–

icon used when the fish is dead, ifset.

var
last_feeding
–

Time of last feedeing

var
min_pressure
–

Outside of an aquarium, the pressure needs to be within these two variables for the environment to be safe.

var
num_fillets
–

number of fillets given by the fish. It scales with its size.

var
progenitors
–

The species' name(s) of the parents of the fish. Shown by the fish analyzer.

var
random_case_rarity
–

How rare this fish is in the random cases

var
required_fluid_type
–

Required fluid type for this fish to live.

var
required_temperature_max
–

Maximum possible temperature for the fish to live.

var
required_temperature_min
–

Required minimum temperature for the fish to live.

var
safe_air_limits
– /list

When outside of an aquarium, these gases that are checked (as well as pressure and temp) to assert if the environment is safe or not.

var
show_in_catalog
–

Should this fish type show in fish catalog

var
size
–

Size in centimeters. Null until update_size_and_weight is called. Number of fillets and w_class scale with it.

var
source_height
–

Original height of aquarium visual icon - used to calculate scaledown factor

var
source_width
–

Original width of aquarium visual icon - used to calculate scaledown factor

var
sprite_height
–

Resulting height of aquarium visual icon - default size of "fish_greyscale" state

var
sprite_width
–

Resulting width of aquarium visual icon - default size of "fish_greyscale" state

var
stable_population
–

Won't breed more than this amount in single aquarium.

var
status
–

Fish status

var
weight
–

Weight in grams. Null until update_size_and_weight is called. Grind results scale with it. Don't think too hard how a trout could fit in a blender.

Proc Details

proc
apply_traits
()

Traits that the fish is guaranteed to inherit will be inherited, with the assertion that they're compatible anyway. Build a list of incompatible traits. Don't let any such trait pass onto the fish. shuffle the traits, so, in the case of incompatible traits, we don't have to choose which to discard. Instead we let the random numbers do it for us in a first come, first served basis.

proc
create_offspring
(chosen_type, /obj/item/fish/partner, /datum/fish_evolution/evolution)

Fishes with this trait cannot mate, but could still reproduce asexually, so don't early return. Also mating takes priority over that.

proc
feed
(/datum/reagents/fed_reagents)

Feed the fishes with the contents of the fish feed

proc
flop_animation
()

This flopping animation played while the fish is alive.

proc
inherit_traits
(/list/x_traits, /list/y_traits, /list/fixed_traits, /list/removed_traits)

This proc has fish_traits list populated with fish_traits paths from three different lists: traits from x_traits and y_traits are compared, and inserted if conditions are met; traits from fixed_traits are inserted unconditionally. traits from removed_traits will be removed from the for loop.

This proc should only be called if the fish was spawned with the apply_qualities arg set to FALSE and hasn't had inherited traits already.

proc
on_temp_animation
(/datum/source, animation_duration)

Refreshes flopping animation after temporary animation finishes

proc
proper_environment
()

Checks if our current environment lets us live.

proc
randomize_size_and_weight
(base_size, base_weight, deviation)

Randomizes weight and size.

proc
start_flopping
()

Starts flopping animation

proc
stop_flopping
()

Stops flopping animation

proc
update_size_and_weight
(new_size, new_weight)

Updates weight and size, along with weight class, number of fillets you can get and grind results.

fish /obj/item/fish

Vars

Procs

Var Details

var aquarium_vc_color –

var average_size –

var average_weight –

var breeding_timeout –

var breeding_wait –

var compatible_types – /list

var death_text –

var dedicated_in_aquarium_icon –

var dedicated_in_aquarium_icon_state –

var disliked_bait – /list

var do_flop_animation –

var evolution_types – /list

var experisci_scannable –

var favorite_bait – /list

var feeding_frequency –

var fillet_type –

var fish_ai_type –

var fish_traits – /list

var fishing_difficulty_modifier –

var food – /datum/reagent

↑grind_results – /list

var health –

var icon_state_dead –

var last_feeding –

var min_pressure –

var num_fillets –

var progenitors –

var random_case_rarity –

var required_fluid_type –

var required_temperature_max –

var required_temperature_min –

var safe_air_limits – /list

var show_in_catalog –

var size –

var source_height –

var source_width –

var sprite_height –

var sprite_width –

var stable_population –

var status –

var weight –