タイトルはそのうち決める

艦これのおぼえがきとか実験装置とかLaTexのメモとか。

VR sandbox game "Primitier" blueprint storage

Primitier VR

In the latest version 1.7.0 of my favorite VR game, Primitier, a blueprint feature has been added.

With the object duplication function, you can summon anything from complex structures to simple materials.
By scanning any object, you can save it as a blueprint file.

 

When summoning, it requires power based on the corresponding materials and weight.

 

For detailed instructions, refer to this video.


www.youtube.com

 

In the official Primitier Discord, there is a forum for users to share blueprints they have created.
The official Discord link is: https://discord.gg/9dauxbp4Ju

 

Even though it may not be significant enough to share, I have placed some small items below that might be useful.
I will add more as I feel like it, but in general, I will prioritize updating the Japanese articles.

 

There are no specific usage restrictions, so feel free to modify, incorporate into your creations, distribute, etc. I have provided Google Drive links for each item, but if you want them all together, you can find them here:
20231015_PrimitierBlueprint - Google ドライブ

 

 

 

Transportation Series

The electric helicopter of the Infinite generator ver.231009

when flying

This is a convenient electric helicopter with a payload of 500kg or more.
It can also utilize as a boat.

The production cost is on the heavier side:

    Electricity: 1033kJ (equivalent to 2.9 batteries)
    Ancient plastic: 78.5kg
    Dried grass: 70.0kg
    Ancient bearings (outer ring): 51.6kg (equivalent to 43 pieces)
    Ancient bearings (axis): 20.2kg (equivalent to 42 pieces)
    Ancient alloy: 45.4kg
    Ancient motors: 6 units
    Pine wood: 12.1kg
    Limonite: 1.41kg
    Ancient batteries: 3.75kg (3 units)
    Tungsten: 1.43kg
    Ancient LED: 1.31kg
    Rubber: 0.50kg
    Stone: 0.32kg

 

Blueprint on Google Drive:

blueprint_kurosakiworks_helicopter_v231009.pobj - Google ドライブ

 

You can learn how to perate on following YouTube video.
English CC is available.


www.youtube.com

 

The electric helicopter (previous version)


www.youtube.com

The previous version before the design change had a current leak in the infinite generator, resulting in a significant waste of output.
The one above is an improvement on this, so basically, it is inferior. The production cost is also heavier.*1

Blueprint on Google Drive: 

blueprint_kurosakiworks_helicopter_v231001.pobj - Google ドライブ

 

The helicopter (the first model)

The prototype of the helicopter.
It was initially created without much consideration, so the balance of the propellers may be off.
It doesn't have any particular practical use; it's more of a nostalgic aircraft.

Blueprint on Google Drive: 

blueprint_kw-type_helicopter_proto.pobj - Google ドライブ

 

The helicopter (the first model) mod.1

it works well

The initial helicopter with improved symmetry in the propellers, giving it an aesthetically pleasing appearance.
It is prone to being affected by the wind and has low power, yet surprisingly capable of flying at high altitudes.

The production cost is relatively low, but the requirement of three motors adds a significant expense.*2

Blueprint on Google Drive: 

blueprint_kw-type_LightWeightHelicopter3.pobj - Google ドライブ

 

The large sailing ship

sailing

The one referred to as the third ship.

It moves at a reasonable speed, but there is a problem where it cannot stop because the sails cannot be lowered.
It's a bit impractical when there is wind, but the sails cannot be lowered.
However, it feels good.

*Currently, there is a difficulty in summoning it as it tries to generate at the bottom of the sea.

 

Blueprint on Google Drive: 

blueprint_kw_SailingShip_3rd.pobj - Google ドライブ

 

Tools and objects added in v1.8.0 for traveling to the moon.

A mass driver-like ejection device

launcher

Utilized for launching towards the moon.

It exploits the unique behavior of bearings, with a possibility of becoming unusable over time.
Caution is required as it tends to thrash when lifted off the ground.
When dismantling, first separate the two outer bearing rings that are bound by rubber.

By manipulating the coupling and separation of the bearing shaft installed on the pillar, it can be ejected.

It (almost) flies straight up, so it should not be placed directly under the moon, or it might end up stuck in the far reaches of space.
Large objects cannot be launched straight up, but small items can be managed.

Blueprint on Google Drive: 

blueprint_kw_Massdriver.pobj - Google ドライブ

 

Transmission pole

left: part on the moon, right: part on the ground

Achieving wireless power transmission and wireless heat exchange by connecting through separation bearings.
The elevation around the monolith on the ground is fixed... I think it can be used elsewhere as well.

There are ones that come out on the back of the moon, on the lunar surface, and on the lunar surface with a drone spawner.
The blueprints are below.

I think it can only be used on the ground with the same elevation as the monolith and the big tree. *3

Blueprint on Google Drive: 

ElectricalLine_toMoon - Google ドライブ

 

on the back of the moon

on the lunar surface

on the lunar surface with a drone spawner

 

The minimum configuration of a power transmission block

It further reduces the size of the transmission pole, achieving it with a pair of bearings.
There are individual bearings, each with an item attached to its tip.

left: part on the moon, right: part on the ground

 

The ones with items generate a bearing axis on the ground and an outer ring with an item on the lunar surface.

 

The current lineup includes:

  • blueprint_kw_Transporter_Battery_x2.pobj
    Transports two batteries.
  • blueprint_kw_Transporter_Solarcell_x2.pobj
    Transports two solar cells.
  • blueprint_kw_Transporter_ElectricItemSet.pobj
    Transports solar cells, batteries, large LEDs, and alloy pillars.
  • blueprint_kw_Transporter_Leaves_Sheet.pobj
    Transports large sheets of thinly sliced leaves.
  • blueprint_kw_Transporter_DroneSpawner.pobj
    Transports a drone spawner (red) covered with leaves.
  • blueprint_kw_ElectricalLine_onTheMoon_Simplest.pobj
    The minimum configuration that generates an axis on the ground and an outer ring on the lunar surface.
  • blueprint_kw_ElectricalLine_onTheMoon_Simple.pobj
    A nearly minimum configuration with an alloy-fixed outer ring on the ground and an axis generated on the lunar surface.
  • blueprint_kw_Transporter_Repair.pobj（new!）
    Transports repair materials to the lunar surface.
  • blueprint_kw_Transporter_PineWood_90kg.pobj（new!）
    Transports 90kg of pine wood to the lunar surface.
  • blueprint_kw_Transporter_Wood_100kg.pobj（new!）
    Transports 100kg of wood to the lunar surface.
  • blueprint_kw_Transporter_RespawnPoint.pobj（new!）
    Transports a respawn point column to the lunar surface. If destroyed, it turns into ancient alloy.
  • blueprint_kw_Transporter_Slimes_RedAndBlue.pobj（new!）
    Transports a set of red and blue slimes to the lunar surface.
  • blueprint_kw_Transporter_RawRubber.pobj（new!）
    Transports raw rubber to the lunar surface.
  • blueprint_kw_Transporter_Sulfur.pobj（new!）
    Transports sulfur to the lunar surface.
  • blueprint_kw_Transporter_Rubber.pobj（new!）
    Transports rubber to the lunar surface.

Blueprint on Google Drive: 

TransportBlock_toMoon - Google ドライブ

 

Ancient alloy for circuits

Using ancient alloy in electrical circuits.
The surplus of the alloy begins when the civilization reaches a level where electricity is accessible. *4

The bearing shaft has a diameter of φ4 cm, and the outer ring has a thickness of 4 cm.
The battery and ancient LED are both 5 cm in each dimension, treated as a certain standard size.

I arbitrarily refer to them as the 4cm standard and 5cm standard.

 

5cm standard

A 1 cm thick board

5×1×10 - 50

The thickness is 1 cm, and the length ranges from 10 cm to 50 cm, with intervals of 5 cm.

AncientAlloy_5x1 - Google ドライブ

 

A 5 cm square rod

5x5x

A 5 cm square rod, a rod of appropriate length, and a 10 cm length, 5 cm cube. 

AncientAlloy_5x5x - Google ドライブ

 

A bundle of alloy material measuring 1x1x20

1×1×20

A bundle of alloy material measuring 1x1x20, used for controlling the balance of power supply to motors.
It is composed of materials reduced to the smallest size just before disappearance, bundled together.
One piece horizontally, five pieces arranged side by side, and twenty-five pieces arranged in a corner-shaped configuration.

AncientAlloy_1x1x20s - Google ドライブ

 

4cm standard

a 4x4 rectangular prism

4x4x

The structure is a 4x4 rectangular prism with heights of 4cm (cube), 8cm, 12cm, and 16cm.
Additionally, there is a thin plate with a thickness of 1cm and a length of 48cm.

AncientAlloy_4 - Google ドライブ

 

Circuit components 

Circuit components such as switches and molded pyrite (diodes).

molded pyrite (diodes)

flow from down to up

I refer to a set of alloys and pyrite as the "ancient diode."
It includes a 5cm square, a 4cm square, a 5x5x1, and a 5x4x1.

By the way, the 5cm x 5cm one is the same size as ancient batteries.

AncientDiode - Google ドライブ

 

A switching panel

off, circuit-1, circuit-2, circuit-3

A general-purpose switch panel with input in the front and output at the back.
There are two types of output: either two or three, and there are two variations for each type, depending on the presence of a diode (as described later), making a total of four variations.

no diode, simple switching

including diodes. increase outputs.

SwitchPanel - Google ドライブ

 

An Infinite Generator

infinite generator

The extracted power unit of an electric helicopter.
Simply secure it to the circuit using the portion of pyrite located directly beneath the LED.

Refer to the helicopter's instructional video for usage.

blueprint_kw_InfiniteGenerator_v2.pobj - Google ドライブ

 

Control panel for the infinite generator

control panel

This is the same as what is currently installed in the electric helicopter, so the explanation is the same.
Design to discard excess power in parallel.
Not suitable for batteries (inefficient), exclusively designed for infinite power.

Can be used for power control in combination with the above generator.

blueprint_kw_ControlPanel.pobj - Google ドライブ

 

Loop connected battery pack

battery pack

Short-circuited battery sets utilizing the unique electrical properties of Primitier.

When connecting n batteries in parallel for input and output, various unpredictable behaviors occur.

Changes in flow rate based on the number of output connections.

Batteries attempt to output to all inputs except themselves.
When short-circuiting input and output, it results in charging other batteries and outputting to the motor.
Additionally, the input quantity changes based on the number of connected batteries, regardless of the intermediate paths.

 

In the left diagram, the motor, battery, and battery are equally divided into three sections.
In other words, the power from one battery to the motor is 2/3 kW.

For three batteries, the entire circuit inputs 2 kW into the motor.

 

In the right diagram, the motor, motor, motor, battery, and battery are equally divided into five sections.
In other words, the power from one battery to the motor is 6/5 kW.

For three batteries, it totals 18/5 kW = 3.6 kW.

 

Even if more batteries are added in parallel in the left diagram, the output remains consistently 2 kW.
By increasing the terminals inputting into the motor, it approaches 2 × (number of batteries) kW.

 

Battery versions with 2, 4, and 6 batteries were created.

 

BatteryPack - Google ドライブ

 

Empty battery

The pre-drained batteries come in handy during tests or such occasions.
After all, it takes three minutes to deplete them since the maximum output is only 2kW.

blueprint_Battery_Empty.pobj - Google ドライブ

 

The battery (with separator)

The battery (with separator)

If it gets too close within 2cm in this world, it starts conducting electricity.
The presence of insulating material makes a difference, but the detection is delicate and undesirable.

Therefore, to assemble it safely, a 3cm thick piece of wood is inserted.

Hence, a 5x3x14cm wooden block is attached to the battery.
It's deliberately burnt and colored black for aesthetic purposes.

blueprint_Battery_Separator.pobj - Google ドライブ

 

Ancient LED (the larger one)

It's not rare because you can obtain the schematic by finding an ancient buoy.
You can synthesize the larger LED by crushing LEDs or obtaining them from a wind power plant, requiring a total of eight LEDs.

blueprint_AncientLED_Large.pobj - Google ドライブ

 

Machine/Tools

Angle Conversion Block Manufacturing Machine

Usage is explained in a previous video.


www.youtube.com

 

blueprint_kw_AngledBlockMaker.pobj - Google ドライブ

 

A ruler (1m)

simple ruler

A readily available ruler made from wheat.
It utilizes the fact that wheat is 5cm square.

blueprint_1m-ruler.pobj - Google ドライブ

 

Precision rulers (1m, 2m)

Lightweight and easy to measure.

Utilizes the 2cm intervals of wood grain for easy reading in 1cm increments.
Also designed for easy reading at 10cm, 50cm, and 1m based on the presence or absence of the surface layer.

blueprint_kw_PineWood_Ruler_1m.pobj - Google ドライブ

blueprint_kw_PineWood_Ruler_2m.pobj - Google ドライブ

 

Tungsten blade

Just the right length and power.

Equipped with an easy-to-grip handle with a bearing shaft.

blueprint_kw_TungstenBlade.pobj - Google ドライブ

 

Standing work pine desk

Perfect for standing work.

A 5cm thick, 1m x 1.5m pine desk.

blueprint_PineWood_StandingDesk.pobj - Google ドライブ

 

Portable generator for blueprinting work

It feels good when worn on the back with a holster.

A handy infinite generator when worn on the back during blueprint-printing work.
Designed to reduce power waste, it can be used as a regular power source for operation.

blueprint_kw_PortableInfiniteGenerator.pobj - Google ドライブ

 

Bearing automatic generator

It produces a lot.

A machine that destroys with iron blades each time a drone appears, generating bearings endlessly as long as it doesn't get caught.

When not in use, stop the generation by placing three additional drones nearby.

blueprint_kw_BearingAutoCollector.pobj - Google ドライブ

 

Long object that makes objects disappear

Switching from object drawing range medium to small...

An item that utilizes the center of mass position for object detection.
It takes advantage of the specification that objects are not drawn if their center of mass is outside the drawing range.

Can be made with a 1000kg stone and pine wood.

You can see how it works in following video.


www.youtube.com

 

blueprint_kw_VanishingMachine.pobj - Google ドライブ

 

Machine part

Bearing spring

It twists

A structure connecting the outer rings of two bearings with a shaft using a plate of 4×14×1 dimensions.
Can be used as a spring, switch-like.

blueprint_BearingSpring.pobj - Google ドライブ

 

Propeller, blade components

Previously made and removed from the vhiecles.

The long one

Originally mounted on the initial helicopter.

Width: 32cm
Length: 482cm
Thickness: 1cm
Consists of 16 layered pieces, 4 sets.

blueprint_wings_32x482x1cm_16layered-4set.pobj - Google ドライブ

 

The square one

Made but unused.

Width: 83cm
Length: 83cm
Thickness: 1cm
Consists of 12 layered pieces, 8 sets.

blueprint_wings_83x83x1cm_12layeredx8sets.pobj - Google ドライブ

 

Decent width and length

Currently in use with the existing helicopter.

Width: 83cm
Length: 218cm
Thickness: 1cm
Stacked in sets of 20 sheets.

Comes with an angled mounting base.
Rotate it in the direction where the base turns black to gain buoyancy.
Be cautious of the clockwise (CW) and counterclockwise (CCW) options.

blueprint_wings_218x83x1cm_20layered_CCW.pobj - Google ドライブ

blueprint_wings_218x83x1cm_20layered_CW.pobj - Google ドライブ

 

If you want to summon everything at once...

 

If you want to summon everything at once, use this

blueprint_wings_218x83x1cm_20layered_8sets.pobj - Google ドライブ

 

Compressed wing components

The 'n' pine blocks at the ends represent the number of layers (2 to the power of 'n').

Items mentioned above, consolidated in one place using Michi's compression technique.

Width: 83cm
Length: 218cm
Thickness: 1cm
Stacked in sets of 2, 4, 8, 16, 32 sheets.

CompressedWings_218x83x1cm - Google ドライブ

 

Compressed wing components (Large Type)

large wings created by horizontally cutting leaves from a big tree

Using Michi's compression technique, there are two, four, eight, sixteen, and thirty-two compressed leaves.
At the center of a side (and around the corner), there's a 4cm × 4cm pine cube.
The number of cubes on the sides, denoted as 'n,' corresponds to the number of leaves (2^n).

Width: 600cm
Length: 600cm
Thickness: 1cm
Stacked in sets of 2, 4, 8, 16, 32 sheets.

CompressedWings_600x600 - Google ドライブ

 

Various burnt items

Three larger ones

 

Smaller ones

All stacked with two different burnt leaves, making it easy to count the layers and looking delicious like chocolate.
Each has a 4cm square pine block attached to the center of the short side for connections.

  • 120×210×1cm, 20 layers
  • 160×210×1cm, 20 layers
  • 120×280×1cm, 20 layers
  • 35×50×1cm, 32 layers

wings_black - Google ドライブ

 

Angle Adjustment Block

Angle Adjustment Block

A 4 cm square block slightly twisted.
It has a suitable angle for helicopter propellers.
It seems to be similar to what is included in the aforementioned blades.

Also added a burnt one. *5

AngledBlock - Google ドライブ

 

Dual-Axis Motors and Engines

Conductive dual-axis motors, dual-axis engines, and non-conductive dual-axis motors.

Blueprinting them is convenient since making them is a bit troublesome.

DualShaft - Google ドライブ

 

Compressed Motor for Contrarotating Propeller

Two motors are connected by the bearing outer ring at the bottom.

Utilizing Michi's technique*6, placing two motors in the same position.

The upper and lower parts rotate in opposite directions.

blueprint_kw_ContraRotatingMotor_C.pobj - Google ドライブ

 

Compressed Multiple Motors

At first glance, it's a normal dual-axis motor.

A series using Michi's compression technique.

The main body and the axis are multiplexed with multiple motors.
Two and four of these have been made.

Since the torque characteristics are unknown, it's unclear if it's useful, but I made it.

Probably not suitable for power generation purposes as electricity may leak between the motors.

CompressedMultiMotor - Google ドライブ

 

Compressed Multiple Bearings

At first glance, it's a normal bearing.

Using Michi's compression technique, the bearing is compressed.

Multiple bearings exist in the same position.
Three types have been made with 2, 4, and 8 bearings.

It is unverified whether this reduces axis wobble.

CompressedMultiBearings - Google ドライブ

 

Compressed Beam Turret

Shoots a lot.

Utilizing Michi's compression technique, a beam turret overlaid in the same position.

The beam turret hangs from a drone, a small one without tracking.
Two, four, eight, and sixteen are overlaid.

When turrets are arranged side by side, they often shoot each other and ignite.
Being grouped like this makes it less likely to ignite, making it easy to use as a heat source, etc.

CompressedBeamTurret - Google ドライブ

 

Material

Something burned completely black

Burned until just before it goes out.
It disappears before becoming red-hot.

Could be used for time-saving incineration or as a stylish black material.

 

Blue Drone

The right side is normal.

Previously, it was challenging to cool, making it impossible to mass-produce blackened drones.

It's black.

blueprint_BlackCharred_BlueDrone.pobj - Google ドライブ

 

Wood, Pine Wood, Dry Leaves

Burned apple tree and pine tree, along with dried leaves of appropriate size.
Some dimensions may include old measurements (not in centimeters).

Gathering items right before burning out, disappearing before turning red.

BlackCharred - Google ドライブ

 

Large Dried Leaves (210×210×519)

Uncut burnt dry leaves.

For creating larger parts like wings, there are 3 different shades of partially burnt dried leaves in addition to fully burnt ones, making a total of 4 colors available.

BlackCharred_Leaves_210x210x519 - Google ドライブ

 

 

Cut Rubber

Cut Rubber

Rubber isn't generated in centimeters, so cutting and adjusting dimensions is a bit tedious.
With that in mind, I had prepared some pre-cut ones... or so I thought until I received comments from an expert mentioning its dependence on sulfur size

Well, setting that aside, there should be value in fixed-size drawings!

  • 20×20×20
  • 20×20×10
  • 10×10×１
  • ５×５×20
  • ５×５×５
  • ４×４×20
  • ４×４×４

Rubber - Google ドライブ

 

Non-flying Green Drones

Back-to-back, no buoyancy drones.

Two green drones stuck back-to-back, resulting in no buoyancy.
The blueprint is probably not useful unless snagged somewhere.

blueprint_GreenDrone_x2.pobj - Google ドライブ

 

Cactus

Cutting a cactus turns it into withered leaves.
Rather than becoming smaller and suitable for blueprint material, the remnants turn into dried leaves.

For details on how to use and handle cacti, check out this YouTube video.


www.youtube.com

 

So, it's crucial to create as many blueprints as possible; otherwise, you might be in trouble in emergencies (?).

 

Measurement process.

Here are the blueprints I created while measuring.
However, some seem to lack a perfect fit... assuming dimensions are in centimeters in the blueprints.

  • 5×5×10 (new!)
  • 6×6×24 (new!!)
  • 7×7×32 (new!)
  • 7×7×37
  • 7×7×40
  • 8×8×40 (new!)
  • 8×8×41 (new!)
  • 8×8×42
  • 8×8×47
  • 9×9×62
  • 10×10×70
  • 11×11×135 (new!)
  • 11×11×137 (new!)
  • 13×13×112
  • 13×13×114
  • 14×14×125
  • 16×16×151
  • 17×17×163
  • 20×20×198
  • 20×20×199

Cactus - Google ドライブ

 

The flooring material (Pine Wood)

The flooring material is pine, with dimensions of 150×450×5, and it is constructed as a unit raised 45cm above the ground.
The terminal unit has three legs, while the intermediate unit has two.
When constructed nearby and connected, it creates a spacious floor.

HousingUnits - Google ドライブ

 

Pine trees

Trunk: 9×9×125, Leaves: 45×45×105 (Seed)

Obtained near the southern base.

blueprint_PineTree_Seed_9x9x125_45x45x105_.pobj - Google ドライブ

 

Trunk: 45×45×622, Leaves: 210×210×519 (Seed)

Obtained at the southern third wall.

blueprint_PineTree_Seed_45x45x622_210x210x519.pobj - Google ドライブ

 

Others

Sun-Tracking Object

Left: Horizontal and Vertical ver. Right: Horizontal ver.

 Inspired by Clowdayo's previous creation "Sunflower," this object adjusts its position based on the angle of its main body.

The light hitting two solar panels changes according to the body's angle, and it aligns itself with the sun by achieving a balance between the forces of two motors.

  • For a single-axis rotation in the horizontal direction, you can modify the size of the solar panels or add weights without issues.
  • For the two-axis vertical version, be cautious when adding objects like solar panels, as an imbalance in the center of rotation may prevent it from facing the sun.
  • The two-axis version can be utilized for power generation since the power from both solar panels converges on the alloy part of the pillar.

Sunflower - Google ドライブ

 

Materials Collection World

While not a blueprint, it includes save data convenient for collecting blueprints.
When using, rename it in the format like "save1.dat."

Pine Big Tree + Tungsten Blade

Big Tree + Tungsten Blade

Save data for when you want to cut 150cm pine material using a tungsten blade.
The tungsten blade is available, making it easy to fell with both hands.
It can be dropped into the sea or rolled on flat ground.

save_PineTree.dat - Google ドライブ

 

Apple Big Tree + Tungsten Blade

Big Tree + Tungsten Blade

Originally from December 4, 2021, save data for when you want to cut 150cm wood (apple).
Similar to the Pine Big Tree save data, it has a tungsten blade for easy felling.

It's the first save data after scattering unnecessary items *7.

save_AppleTree.dat - Google ドライブ

 

Where should I put the blueprints in?

Often, you may find people searching within the Steam folder.
Primitier's user data is located in the Documents folder.
Blueprints are placed inside a subfolder within the save data folder.

C:\Users\%userprofile%\Documents\Primitier\Saves\Blueprints

 

*1:    Electricity: 679 kJ
    Ancient Plastic: 79.8 kg
    Dry Grass: 69.3 kg
    Ancient Bearing (Outer Ring): 50.4 kg
    Ancient Alloy: 49.4 kg
    Ancient Motors: 7 units
    Ancient Bearing (Axle): 19.2 kg
    Pine Wood: 10.4 kg
    Pyrite: 3.04 kg
    Ancient Batteries: 2.50 kg (2 pieces)
    Tungsten: 1.43 kg
    Ancient LEDs: 1.31 kg
    Rubber: 1.03 kg
    Stone: 0.32 kg

*2:Electric: 104 kJ 
Dry grass: 39.6 kg 
Wood: 36.4 kg 
Ancient motors: 3 pieces 
Ancient bearings: 3 sets + 3 shafts 
Ancient alloy: 9.1 kg 
Ancient LED: 1 piece

*3:I haven't verified it because it's troublesome.

*4:When capturing structures like windmills with batteries, a large amount of ancient alloy, which is the component of those structures, becomes available.

*5:2023/11/05

*6:"Michi @michi_07800 #Primitier くろさきさんの描画距離を利用した裏ワザで物を重ねてみた。これでニトロセルロースを何重にも重ねたり色々出来そう。" https://twitter.com/michi_07800/status/1736333233527374045

*7:In the official release for some time, the big tree was an apple, so if you bring save data from just after the release, you can get an apple big tree.