48 |
49 |
63 |
64 |
--------------------------------------------------------------------------------
/src/lib/Documentation/BoxedPhysics.md:
--------------------------------------------------------------------------------
1 | # Boxed Physics
2 |
3 | ---
4 |
5 | Boxed Physics is an implementation of the Box2D physics engine that allows for the use of joints, springs, sliders, and other complex physics interactions within your projects.
6 | This documentation will guide you through the process of using Boxed Physics.
7 |
8 | ---
9 |
10 | ## Working with Worlds
11 | When using the Boxed Physics extension, you must initialize the physics environment before starting your project. To do this, use the `Make world, Scale 1m: [SCALE] Gravity: [GRAVITY] Wind: [WIND] Scene: [SCENE]` block.
12 |
13 | > Note: the environment is initialised to the default every time the project starts, but it's good practice to use this block every flag click anyways
14 |
15 | ### Scene Types
16 | The scene type determines the containment type for your physics world:
17 | - **Semi-closed stage:** Prevents objects from leaving the bottom and sides of the stage but allows infinite upward movement.
18 | - **Boxed stage:** Fully contains objects within the stage, preventing them from leaving the top, bottom, or sides.
19 | - **Opened stage:** Only prevents objects from falling off the bottom.
20 | - **Nothing:** Removes all walls, allowing objects to move freely.
21 |
22 | ```scratch
23 | when gf clicked
24 | Make world, Scale 1m: [50] Gravity: [-10] Wind: [0] Scene: [semi-closed stage v] :: #2cb0c0
25 | ```
26 |
27 | ### Changing World Options
28 | Once the world is created, you can modify gravity and wind dynamically without creating a new world.
29 |
30 | ```scratch
31 | when gf clicked
32 | forever
33 | Set world options, Gravity: (-10) Wind: ((5) * ([sin v] of ((timer) * (70)))) :: #2cb0c0
34 | end
35 | ```
36 |
37 | Additionally, you can enable slow motion using the `Set slow motion to [VALUE]` block.
38 |
39 | ---
40 |
41 | ## Creating Your First Object
42 | Objects in Boxed Physics are invisible physics-based hitboxes. To add an object, define its shape and attributes, and then create it in the world.
43 |
44 | ### Basic Box Example
45 | ```scratch
46 | when gf clicked
47 | Dеfine Box, Width: [100] Height: [100] :: #2cb0c0
48 | Make object [Object1] at X: [0] y: [0] Dir: [90] :: #2cb0c0
49 | forever
50 | Step Simulation :: #2cb0c0 //Remember to run this block every tick
51 | end
52 | ```
53 |
54 | You can create multiple objects efficiently:
55 | ```scratch
56 | when gf clicked
57 | Dеfine Box, Width: [100] Height: [100] :: #2cb0c0
58 | set [index v] to (0)
59 | repeat (4)
60 | change [index v] by (1)
61 | Make object (join [Object] (index)) at X: [random(-100, 100)] y: [random(-100, 100)] Dir: [0] :: #2cb0c0
62 | end
63 | ```
64 |
65 | ### Other Shapes
66 |
67 | #### Circles
68 | ```scratch
69 | Dеfine Circle, Size: [100] :: #2cb0c0
70 | Make object [Object1] at X: [0] y: [0] Dir: [90] :: #2cb0c0
71 | ```
72 |
73 | #### Polygons
74 | 1. **Costume-based:** Directly convert the current costume into a polygon (no holes).
75 | 2. **Point-based:** Define polygons with a list of coordinates.
76 |
77 | ```scratch
78 | Dеfine polygon as this costume :: #2cb0c0
79 | Make object [Object2] at X: [50] y: [50] Dir: [0] :: #2cb0c0
80 |
81 | Dеfine polygon, Points: [0 50 40 -50 -40 -50] :: #2cb0c0 // Triangle
82 | Make object [Object3] at X: [0] y: [0] Dir: [90] :: #2cb0c0
83 | ```
84 |
85 |
86 | > Point-based objects simply take an array of "x y" values seperated by 3 spaces. You can visualise any point-based polygon in [this demo](https://studio.penguinmod.com/fullscreen.html?project_url=https://p7scratchextensions.pages.dev/ext/BoxedPhysics/examples/BoxedPhysics point render system.pmp).
87 |
88 | ### Defining Base Attributes
89 | Customize objects with the `Define base` block:
90 | - **Type** Determines if the object is static or dynamic.
91 | - **Density, Friction, Bounce** Control physical properties like weight, surface interaction, and bounciness.
92 |
93 | ```scratch
94 | when gf clicked //Super bouncy imovable triangle
95 | Dеfine polygon, Points: [0 50 40 -50 -40 -50] :: #2cb0c0
96 | Dеfine base, Type: [static v] Density: [0.1] Friction: [0.5] Bounce: [2] :: #2cb0c0
97 | Make object [Object1] at X: [0] y: [0] Dir: [90] :: #2cb0c0
98 | ```
99 |
100 | ---
101 |
102 | ## Modifying Objects
103 |
104 | ### Damping (air resistance)
105 | The damping of each object can also be changed with the `Set [BODYATTR] of object [NAME] to [VALUE]` block.
106 |
107 | ```scratch
108 | when gf clicked
109 | Set [damping v] of object [Object1] to [0.1] :: #2cb0c0
110 | ```
111 |
112 | ### Destroying Objects
113 | You can delete individual objects or clear all objects at once.
114 | ```scratch
115 | when I receive [Destroy Object1 v]
116 | Destroy object [Object1] :: #2cb0c0
117 |
118 | when I receive [Nuke everything! v]
119 | Destroy every object :: #2cb0c0 //This will also remove all joints
120 | ```
121 |
122 | ### Moving Objects
123 |
124 | #### Direct Movement
125 | ```scratch
126 | Move object [Object1] to X: [50] Y: [50] :: #2cb0c0
127 | Set rotation of object [Object1] to [45] :: #2cb0c0
128 | ```
129 |
130 | #### Velocity and Impulse
131 | Rotational impulses are simple, just a number for power, but positional impulses are a little more complex.
132 | Positional impulses can be one of two types: `World Impulse` or `Impulse`.
133 | They both take a direction, and power, but they behave differently.
134 | The `Impulse` option is meant for quick movements (like jumping)
135 | while the `World Impulse` option is meant for movement over time (like pushing a wheel).
136 |
137 | ```scratch
138 | Set Velocity of object [Object1] to X: [10] Y: [0] Dir: [0] :: #2cb0c0
139 | Apply Angular Impulse to object [Wheel1] power: [20] :: #2cb0c0
140 | ```
141 |
142 | ---
143 |
144 | ## Making Joints
145 | Joints connect objects and enable complex interactions like wheels, sliders and more.
146 | You can create many types of joints, including:
147 |
148 | - Rotating
149 | - Spring
150 | - Weld
151 | - Slider
152 |
153 |
154 | ```scratch
155 | Dеfine Spring, Length: [100] Damping: [0.7] Freq: [5] :: #2cb0c0
156 | Create Joint [Spring1] of type [Spring v] between [Object1] at [0] [0] and [Object2] at [0] [0] :: #2cb0c0
157 | ```
158 |
159 |
160 | > Experiment with all the joint types in [this demo](https://studio.penguinmod.com/fullscreen.html?project_url=https://p7scratchextensions.pages.dev/ext/BoxedPhysics/examples/Joints.pmp) to see what they do.
161 |
162 | ### Joint Properties
163 | - **Settable:** Motor On, Speed, Limits, Torque
164 | - **Gettable:** Angle, Speed, Torque, Tension
165 |
166 | ---
167 |
168 | ## Performance Options
169 | You can optimize your simulation by configuring iteration settings to allow for more objets with less lag, or have better physics with fewer objects.
170 | While this doesn't visually change anything _(usually)_ it does change how performant things are, and you will notice that with bigger simulations.
171 |
172 | ```scratch
173 | Set physics options, Position iterations: [10] Velocity iterations: [10] Continuous physics: Warm starting: :: #2cb0c0
174 | ```
175 |
176 | ---
177 |
178 | ## Math Utilities
179 | Boxed Physics also includes some math blocks for convenience:
180 | - **Rotate a point:** Rotate a point around the origin (0, 0).
181 | - **Get rotation from:** Find the direction from one point to another.
182 | - **Magnitude:** Calculate the vector length.
183 | - **Distance:** Measure the distance between two points.
184 |
185 | ```scratch
186 | (Get [x v] from point x [10] y [-10] rotated by [90] :: #2cb0c0)
187 | (Get rotation from x [0] y [0] to x [10] y [15] :: #2cb0c0)
188 | (Magnitude of x [5] y [3] :: #2cb0c0)
189 | (Distance between x [0] y [0] and x [-20] y [10] :: #2cb0c0)
190 | ```
191 |
192 | ---
193 |
194 | ## Examples
195 | Need more help?
196 | Try some example projects [here](https://p7scratchextensions.pages.dev/ext/BoxedPhysics/examples).
197 |
--------------------------------------------------------------------------------
/src/lib/Documentation/FreeServers.md:
--------------------------------------------------------------------------------
1 | # FREE SERVERS
2 |
3 |
4 |
5 | ### English:
6 | > Thanks to this extension, you can check any server for whether it is working or not.
7 | > You can also find a free server for yourself.
8 |
9 | ### Русский:
10 | > Благодаря этому расширению вы можете проверить любой сервер на предмет того, работает он или нет.
11 | > Вы также можете найти бесплатный сервер для себя.
12 |
13 |
14 |
15 | ---
16 |
17 | ## Server verification block (Блок проверка сервера):
18 |
19 | ```scratch
20 |
21 | ```
22 |
23 | ## Example (Пример):
24 | ```scratch
25 |
26 | ```
27 |
--------------------------------------------------------------------------------
/src/lib/Documentation/NumberUtilities.md:
--------------------------------------------------------------------------------
1 | # Number Utilities Extension Documentation
2 |
3 | The Number Utilities extension adds useful number formatting and manipulation capabilities to your projects. This extension provides blocks for formatting numbers in different locales, working with decimals, currencies, and performing various number checks and conversions.
4 |
5 | ## Basic Number Formatting
6 |
7 | ### Format Number with Locale
8 | ```scratch
9 | (format number [10000] with locale [English (US) v] :: #59c059)
10 | ```
11 | Formats a number according to the specified locale's conventions. This affects how decimal points, thousands separators, and other formatting elements appear.
12 |
13 | Examples:
14 | - US English: `1,234.56`
15 | - German: `1.234,56`
16 | - French: `1 234,56`
17 |
18 | Available locales include system default and many country-specific options like English (US), Spanish (Spain), Japanese, and more.
19 |
20 | ### Format with Decimal Places
21 | ```scratch
22 | (format [3.14159] with [2] decimal places :: #59c059)
23 | ```
24 | Formats a number with a specific number of decimal places.
25 |
26 | Examples:
27 | - `3.14159` with 2 decimals → `3.14`
28 | - `10.8` with 3 decimals → `10.800`
29 | - `5` with 1 decimal → `5.0`
30 |
31 | ### Format with Significant Figures
32 | ```scratch
33 | (format [3.14159] with [3] significant figures :: #59c059)
34 | ```
35 | Formats a number to show a specific number of significant digits.
36 |
37 | Examples:
38 | - `3.14159` with 3 significant figures → `3.14`
39 | - `123.456` with 2 significant figures → `120`
40 | - `0.0012345` with 2 significant figures → `0.0012`
41 |
42 | ## Currency and Percentage Formatting
43 |
44 | ### Format as Currency
45 | ```scratch
46 | (format [123.45] as currency in [USD v] :: #59c059)
47 | ```
48 | Formats a number as currency in the specified currency code.
49 |
50 | Examples:
51 | - USD: `$123.45`
52 | - EUR: `€123.45`
53 | - JPY: `¥123`
54 |
55 | Supports many currency codes including USD, EUR, GBP, JPY, CNY, and more.
56 |
57 | ### Format as Percentage
58 | ```scratch
59 | (format [0.8547] as percentage with [1] decimals :: #59c059)
60 | ```
61 | Converts a decimal number to a percentage with the specified number of decimal places.
62 |
63 | Examples:
64 | - `0.8547` with 1 decimal → `85.5%`
65 | - `0.333` with 2 decimals → `33.30%`
66 | - `1.5` with 0 decimals → `150%`
67 |
68 | ## Scientific Notation
69 |
70 | ### Convert to Exponential Notation
71 | ```scratch
72 | (convert [1234.5678] to exponential notation with [2] decimals :: #59c059)
73 | ```
74 | Converts a number to scientific notation with the specified number of decimal places.
75 |
76 | Examples:
77 | - `1234.5678` with 2 decimals → `1.23e+3`
78 | - `0.00123` with 3 decimals → `1.230e-3`
79 | - `1000000` with 1 decimal → `1.0e+6`
80 |
81 | ## Number Validation
82 |
83 | ### Check if Integer
84 | ```scratch
85 |
86 | ```
87 | Returns true if the number is an integer (whole number), false otherwise.
88 |
89 | Examples:
90 | - `5` → true
91 | - `5.5` → false
92 | - `0` → true
93 |
94 | ### Check if Finite
95 | ```scratch
96 |
97 | ```
98 | Returns true if the number is finite (not infinity or -infinity), false otherwise.
99 |
100 | Examples:
101 | - `42` → true
102 | - `Infinity` → false
103 | - `-Infinity` → false
104 |
105 | ### Check if NaN
106 | ```scratch
107 |
108 | ```
109 | Returns true if the value is NaN (Not a Number), false otherwise.
110 |
111 | Examples:
112 | - `NaN` → true
113 | - `42` → false
114 | - `"hello"` → true (when converted to number)
115 |
116 | ## Number Manipulation
117 |
118 | ### Round to Multiple
119 | ```scratch
120 | (round [127] to nearest [10] :: #59c059)
121 | ```
122 | Rounds a number to the nearest multiple of the specified value.
123 |
124 | Examples:
125 | - `127` to nearest `10` → `130`
126 | - `42` to nearest `5` → `40`
127 | - `7.8` to nearest `2` → `8`
128 |
129 | ### Parse Number from Text
130 | ```scratch
131 | (parse number from text [123.45] :: #59c059)
132 | ```
133 | Converts a text string to a number. Returns an error message if the text cannot be converted.
134 |
135 | Examples:
136 | - `"123.45"` → `123.45`
137 | - `"abc"` → `Error: Invalid number`
138 | - `"1e3"` → `1000`
139 |
140 | ### Clamp Number
141 | ```scratch
142 | (clamp [50] between [0] and [100] :: #59c059)
143 | ```
144 | Restricts a number to stay within the specified minimum and maximum values.
145 |
146 | Examples:
147 | - `50` between `0` and `100` → `50`
148 | - `150` between `0` and `100` → `100`
149 | - `-10` between `0` and `100` → `0`
150 |
151 | ## Error Handling
152 | It will mostly just go back to the default if something is invalid or doesn't seem to be right.
153 |
154 | ## Additional Notes
155 |
156 | - The system locale is automatically detected from the user's browser settings
157 | - Currency formatting uses standard international currency codes
158 | - All number formatting follows international standards for maximum compatibility
159 |
--------------------------------------------------------------------------------
/src/lib/Documentation/TurboWeather.md:
--------------------------------------------------------------------------------
1 | *This extension has a section in the [PenguinMod Privacy Policy](https://penguinmod.com/privacy) under "Editor extensions"*
2 |
3 | ## Early documentation.
4 |
5 | # Introduction
6 | This extension is intended for retrieving weather data all around the globe. For security purposes, we don't provide data that could potentially be used to doxx or expose a user's location online.
7 | We remove the latitude and longitude from all results, as well as some other JSON keys that could result in the user getting doxxed.
8 |
9 | We also will not, ever, make blocks that reveal the coordinates you selected. This would be a huge security no-no.
10 |
11 | We will not remove these limitations because do you really want to expose the data of anyone who clicks the flag on your project? Don't be like that, dude.
12 | Anyways, it's really recommended you know how JSON works and kinda familiarize yourself with it. It will be a key part of this process.
13 |
14 | # Privacy Policy
15 | No one from the Ruby Developers team stores or keeps your location data in any way.
16 | However, be warned that the services we use for data fetching and Ruby Developers are not in the same field.
17 | All services are third-party, and as such, we don't control what they do with your data, as we aren't related to them.
18 | If you have doubts about the security of your data or are worried about your privacy, we invite you to read these pages of the following services we retrieve our data from:
19 | - [OpenMeteo (weather data) - Terms of Service](https://open-meteo.com/en/terms)
20 | - [OpenStreetMap (location data) - Privacy Policy](https://osmfoundation.org/wiki/Privacy_Policy)
21 |
22 | # Blocks
23 | These are all the blocks in TurboWeather:
24 | ```scratch
25 | get coordinates of user:: #e0bb4a
26 |
27 | (get selected measuring system:: #e0bb4a)
28 |
29 | set coordinates to (0) and (0):: #e0bb4a
30 |
31 |
32 |
33 | set measuring system to [metric v]:: #e0bb4a
34 |
35 | get the weather data:: #e0bb4a
36 |
37 | (get the fetched weather JSON:: #e0bb4a)
38 |
39 | get key [hourly.temperature_2m] out of [weather v] data:: #e0bb4a
40 |
41 | get length of key [hourly.temperature_2m] out of [weather v] data:: #e0bb4a
42 |
43 | get item number (0) out of array ["Apple", "Banana", "Peach", "Grapes", "Pineapple", "Orange", "Strawberry"]:: #e0bb4a
44 |
45 | (get weather description of weather code (0):: #e0bb4a)
46 |
47 | get location from coordinates:: #e0bb4a
48 |
49 | (get the fetched location JSON:: #e0bb4a)
50 |
51 | (get day and time for timezone [America/New_York]:: #e0bb4a)
52 | ```
53 | All of these may seem too advanced, but don't worry. Getting used to these is really easy and fast. Just keep reading!
54 |
55 | # Block Explanations
56 | TurboWeather provides various blocks to interact with weather and location data. Here's a simplified explanation for each block:
57 |
58 | 1. **Get Coordinates of User:** Retrieves the user's coordinates using browser geolocation.
59 | 2. **Get Selected Measuring System:** Returns the currently selected measuring system (metric or imperial).
60 | 3. **Set Coordinates to [Number] and [Number]:** Manually sets the latitude and longitude coordinates.
61 | 4. **Get User Coordinates Successful?:** Checks if the user's coordinates were successfully obtained.
62 | 5. **Set Measuring System to [Metric or Imperial]:** Sets the measuring system to either metric or imperial.
63 | 6. **Get Weather Data:** Fetches weather data from OpenMeteo using the current coordinates.
64 | 7. **Get the Fetched Weather JSON:** Returns the JSON data obtained from the weather data retrieval.
65 | 8. **Get Key [Key] out of [Weather/Location] Data:** Retrieves a specific value from the weather or location data using a key.
66 | 9. **Get Length of Key [Key] out of [Weather/Location] Data:** Returns the total length of a JSON key.
67 | 10. **Get Item Number [Number] out of Array [Array]:** Retrieves an item from an array.
68 | 11. **Get Weather Description of Weather Code [Code]:** Gets the description of a weather code.
69 | 12. **Get Location from Coordinates:** Retrieves location data from OpenStreetMap's Nominatim API using the current coordinates.
70 | 13. **Get the Fetched Location JSON:** Returns the JSON data obtained from the location data retrieval.
71 | 14. **Get Day and Time for Timezone [Timezone]:** Returns formatted date and time information for the specified timezone.
72 |
73 | # Examples
74 | ## Get current weather data:
75 | ```scratch
76 | when green flag clicked
77 | get coordinates of user:: #e0bb4a
78 | if then
79 | get the weather data:: #e0bb4a
80 | if > then
81 | say (join (join [It's] (get key [current.temperature_2m] out of [weather v] data:: #e0bb4a) ) [°C outside right now!]
82 | end
83 | end
84 | ```
85 | ## Get your timezone:
86 | ```scratch
87 | when green flag clicked
88 | get coordinates of user:: #e0bb4a
89 | if then
90 | get the weather data:: #e0bb4a
91 | if > then
92 | say (join [In your timezone, it's ] (get day and time for timezone (get key [timezone] out of [location v] data:: #e0bb4a):: #e0bb4a)
93 | end
94 | end
95 | ```
96 |
--------------------------------------------------------------------------------
/src/lib/Documentation/pages.js:
--------------------------------------------------------------------------------
1 | // duplicate the import line and change the variable name
2 | // then use the path to the md file and then add ?raw
3 | // ex:
4 | // "./test.md?raw"
5 | // "./particle-tools.md?raw"
6 | import PageParticleTools from "./particle-tools.md?raw";
7 |
8 | // Extra Control (unlisted)
9 | import PageExtraControl from "./Extra-Control.md?raw";
10 | // Free Servers
11 | import PageFreeServers from "./FreeServers.md?raw";
12 |
13 | // TurboWeather
14 | import PageTurboWeather from "./TurboWeather.md?raw";
15 |
16 | // Number Utilities
17 | import PageNumberUtilities from "./NumberUtilities.md?raw";
18 |
19 | import PageMoreTypes from "./More-Types.md?raw";
20 |
21 | // Boxed Physics
22 | import BoxedPhysics from "./BoxedPhysics.md?raw";
23 |
24 | export default {
25 | // the key is the path to the docs page
26 | // so you can do "sharkpool-particle-tools" for example
27 | // you cant use / like "sharkpool/particle-tools" yet
28 | "particle-tools": PageParticleTools,
29 | "Extra-Control": PageExtraControl,
30 |
31 | // FreeServers
32 | "FreeServers": PageFreeServers,
33 |
34 | //TurboWeather
35 | "TurboWeather": PageTurboWeather,
36 |
37 | // Number Utilities
38 | "NumberUtilities": PageNumberUtilities,
39 |
40 | "more-types": PageMoreTypes,
41 |
42 | // Boxed Physics
43 | "BoxedPhysics": BoxedPhysics,
44 | };
45 |
--------------------------------------------------------------------------------
/src/lib/Documentation/particle-tools.md:
--------------------------------------------------------------------------------
1 | # Particle Tools
2 |
3 | This extension contains numerous tools that make creating particle engines easy!
4 |
5 | To use this extension properly, you will need to use clones.
6 |
7 | ## The Basics
8 |
9 | The way this extension works is by making and storing an ID for a clone to use. The ID contains an x and y velocity that the host can use to change its posiion by.
10 |
11 | All values are customizable; you can even apply forces like gravity to your particles!
12 |
13 | ---
14 | ## ID Blocks
15 |
16 | ```scratch
17 | generate new particle ID with velocity x [5] and y [8] :: #0090ff
18 | ```
19 | This Block creates a new ID number with the inputted x and y velocity. In this case, the x velocity is 5 and the y velocity is 8.
20 |
21 | ---
22 |
23 | ```scratch
24 | replace particle ID [2] with velocity x [5] and y [8] :: #0090ff
25 | ```
26 | This Block replaces the inputted ID number with the inputted x and y velocity.
27 |
28 | If the inputted ID doesnt exist, it will simply create a new ID automatically with the inputted values.
29 |
30 | ---
31 |
32 | ```scratch
33 | delete all particle IDs:: #0090ff
34 | ```
35 | This Block deletes *all* stored IDs and their values.
36 |
37 | ---
38 |
39 | ```scratch
40 | delete particle ID [5] :: #0090ff
41 | ```
42 | This Block deletes the inputted ID and its values.
43 |
44 | ---
45 |
46 | ```scratch
47 | when particle ID is [added v] :: #0090ff :: hat
48 | ```
49 | This Block runs when a ID is deleted/added.
50 |
51 | ---
52 |
53 | ```scratch
54 | particle ID [2] [exists v] ? :: #0090ff :: boolean
55 | ```
56 | This Block checks if an ID exists or if its being used.
57 |
58 | ---
59 |
60 | ```scratch
61 | (particle ID: [5] (all v):: #0090ff)
62 | ```
63 | This Block reports the specified values of the inputted ID.
64 |
65 | For example, I made an ID with the ID set to **5**, x velocity set to **3**, and y velocity set to **8**.
66 | Depending on what you set the dropdown to (__left column__), the Block will report different values (__right column__):
67 |
68 | | Left columns | Right columns |
69 | | ------------- |:-------------:|
70 | | all | {"ID":"5","X Velocity":"3","Y Velocity":"8"} |
71 | | x velocity | 3 |
72 | | y velocity | 8 |
73 |
74 | #### Note: Setting the dropdown to 'all' will output a JSON...
75 |
76 | ---
77 |
78 | ```scratch
79 | (number of particle IDs :: #0090ff)
80 | ```
81 | This Block reports the number of all existing ID's.
82 |
83 | ---
84 |
85 | ## Velocity Randomizer
86 |
87 |
88 | ```scratch
89 | (pick random [1] to [10] precision (on v) :: #0090ff)
90 | ```
91 | This Block generates a random number from input one (1) to input two (10). Setting precision mode to 'on' will make the Block generate a number with decimals.
92 |
93 | This block is meant to go into the ID generation blocks. You can technically use a pick random block instead.
94 |
95 | **Example:**
96 | ```scratch
97 | generate new particle ID with velocity x (pick random [-9] to [9] precision (on v) :: #0090ff) and y (pick random [10] to [20] precision (off v) :: #0090ff) :: #0090ff
98 | ```
99 | This will make a new ID with the x velocity set to a **random precise number** from -9 to 9 and the y velocity set to a **random number** from 10 to 20.
100 |
101 | ---
102 |
103 | ## Gravity and Force
104 |
105 | ```scratch
106 | set gravity to [9.8] :: #0090ff
107 | ```
108 | This Block will set the gravity force.
109 |
110 | ---
111 |
112 | ```scratch
113 | (current gravity :: #0090ff)
114 | ```
115 | This Block reports the current gravity.
116 |
117 | ---
118 |
119 | ```scratch
120 | update (x velocity v) with gravity for particle ID:[3]:: #0090ff
121 | ```
122 | This Block updates the **x, y, or both velocities** of an inputted ID with the current gravity force.
123 |
124 | This adds a cool gravitational effect with your particles!
125 |
126 | ---
127 |
128 | ```scratch
129 | update (y velocity v) with force [2.5] for particle ID:[3]:: #0090ff
130 | ```
131 | This Block updates the **x, y, or both velocities** of an inputted ID with an inputted force.
132 |
133 | This also adds a cool gravitational effect with your particles!
134 |
135 | ---
136 |
137 | ## Basic Example Usage:
138 |
139 | Creating Clones Loop:
140 | ```scratch
141 | when green flag clicked
142 | forever
143 | generate new particle ID with velocity x (pick random [-9] to [9] precision (on v) :: #0090ff) and y (pick random [10] to [20] precision (off v) :: #0090ff) :: #0090ff
144 | create clone of (myself v)
145 | ```
146 |
147 | Particle Clones Loop
148 | ```scratch
149 | when I start as a clone // Without Gravity
150 | set [Clone ID v] to (number of particle IDs :: #0090ff) //The Variable Should be Sprite-Only
151 | repeat (20)
152 | ...
153 | change x by (particle ID: (Clone ID) (x velocity v):: #0090ff)
154 | change y by (particle ID: (Clone ID) (y velocity v):: #0090ff)
155 | ...
156 | end
157 | delete this clone
158 |
159 | when I start as a clone // With Gravity
160 | set [Clone ID v] to (number of particle IDs :: #0090ff) //The Variable Should be Sprite-Only
161 | repeat (20)
162 | ...
163 | change x by (particle ID: (Clone ID) (x velocity v):: #0090ff)
164 | change y by (particle ID: (Clone ID) (y velocity v):: #0090ff)
165 | update (y velocity v) with gravity for particle ID:(Clone ID):: #0090ff
166 | ...
167 | end
168 | delete this clone
169 | ```
170 |
--------------------------------------------------------------------------------
/src/lib/Extension/Component.svelte:
--------------------------------------------------------------------------------
1 |
94 |
95 |
See some cool extensions made by other people here.
51 |
52 | To use some of these extensions in your projects, click the "Copy URL"
53 | button on an extension and
54 | load it into PenguinMod,
55 | or click the "View" button to create a new project with the extension.
56 |
85 | Note: Some extensions may be added to the Extension Gallery in
86 | PenguinMod Studio. If you cannot find an extension that was
87 | previously listed here, check there.
88 |
10 | Extension creators might have written some explanations on how to use their
11 | extensions.
12 |
13 | This page contains a list of those explanations below.
14 |
17 | Step 1:
18 |
19 | • Open the Extensions Menu at the bottom left of the Editor.
20 |
21 |
26 |
27 |
28 |
29 |
30 | Step 2:
31 |
32 | • Scroll to the bottom of the list and click on "Custom Extension" You can
33 | also click the "Load Custom Extension" button on the left.
34 |
35 |
36 |
41 |
46 |
47 |
48 |
49 |
50 | Step 3:
51 |
52 | • Paste in any extension URL you have copied from this website here.
53 |
54 |
59 |
60 |
61 |
62 |
63 | If you did it correctly, the extension should appear in the category
64 | list.
65 |
66 | If you have questions, feel free to join our Discord.
67 |
44 | 
48 | 
26 |
27 | 
41 | 
46 |
47 | 
59 |
60 |
61 |
62 |