Source Academy Game - Storywriter guide
Contents
- Story Simulator
- Txt Guide
- Getting Started
- What’s in a Checkpoint?
- Key Concepts
- Default checkpoint
- Txt Format Guide
- Main .txt
- Location Guide
- Actions
- Objects
- BoundingBoxes
- Characters
- Bgm
- Sfx
- Dialogue Guide
- Dialogue Header
- Dialogue Body
- Action Guide
- Action execution order
- Entities that can trigger actions
- Actions API
- Action Repeatability
- Action Conditions
- Entity Guide
- Sample Checkpoint
Getting Started
Important keywords to know as a story writer
- Source Academy Game
- Interactive visual novel to complement students’ learning
- Comprised of chapters
- Chapters
- Main division of the Source Academy game
- Released on specified open date (can be specified in Chapter Simulator)
- Comprised of several checkpoints
- Checkpoints
- Within a chapter, checkpoints are played in progression as previous checkpoint is completed.
- Basic ‘programmable’ unit of Source Academy story; every checkpoint is specified using a text-based CSV
- Checkpoint is a storywriter’s tool to place the student in an entirely new scenario within the course of a single chapter.
- Enables writers to provide students with different set of objectives and also a new map with a different set of locations/objects/dialogues to interact with.
If you’re looking to write your own checkpoint txt:
-
Refer to the following Sample Checkpoint or download this sample txt for reference as you read the txt guide.
-
You may download the following Source Academy Game Txt Syntax highlighter vs code extension to highlight your txt under the Sa language
Authoring Workflow
These are the steps in authoring a story:
- Use Object Placement to design a scene, print the generated text file from the browser console log
- Add dialogues and actions onto your checkpoint text file by following the Txt Guide
- Try out your checkpoint using Checkpoint Simulator
- When you’re happy with your checkpoint text, upload your checkpoint text as an asset on S3 using Asset Uploader
- After making 1 or more checkpoint text files, you may wrap and publish your chapter by providing title, open date, publish status, and component checkpoint files through the Chapter Simulator.
Story Simulator
Story Simulator provides a set of tools to help writers generate the .txt file and simulate a single checkpoint, which they can then upload. Story Simulator has various tools that you can use by clicking on their names on the Story Simulator Main Menu.
Object Placement
Enables you to rearrange objects, bounding boxes and background in the scene and capture their coordinates and asset paths.
Tools available
- At side panel:
- Asset Selection - The Asset Selection on the side panel is a place to look for assets you’d like to place on scene. You can click to open/close folders and click on assets to select it.
- Asset Viewer - Displays image that you selected with Asset Selection to let you visualise it before placing it on scene.
- At game screen’s Object Placement:
- Background Paint Bucket - Paints background on scene. To use, select an image from the
/locationfolder of the Asset Selection section and click on the paint bucket to see the new background. - Add Selected Object - Adds more foreground images to the scene. To use, select an object from any folder of the Asset Selection section and click on the paint bucket to see the new background.
- Bounding box - Lets you draw bounding boxes. To use, click on the tool and drag to draw rectangles on scene.
- Drag or resize - Lets you drag things around the scene. To use, click on the tool and start dragging objects and bounding boxes. ⌨️ Hint: Use the
[and]keys to resize images and bounding boxes. - Print coordinates - Lets you see coordinates on hover and print them out in the console. To use, click and look at console to see the .txt
- Erase all - Erases everything on scene. Be careful when using this as there is no Undo button.
- Background Paint Bucket - Paints background on scene. To use, select an image from the
Checkpoint Simulator
Runs a checkpoint txt file using actual game engine. You may either load your local text files to the browser or use existing S3 files
- Choose a default (i.e. base) checkpoint file (from local or S3)
- Choose a checkpoint txt file (from local or S3)
- Click on ‘Simulate Checkpoint’ and play your story that combines these two text files.
Note: Do note that your game state is not saved to backend and txts are not uploaded. You may upload them once you’re satisfied using the asset uploader.
Asset uploader
Enables you to upload and delete assets (images, sounds, and checkpoint .txts) that that are used by the game.
Uploading files
- Choose a folder that you’d like to upload your asset into.
- Choose file or files that you want to upload.
- Click on Upload image.
- Refresh page to see your new asset in Asset Selection.
Note: You may not overwrite existing files, but you can always delete them and then reupload them. This step is made so that you don’t accidentally overwrite files.
Deleting files
- Click on the trash can icon to delete a file.
- Confirm whether you actually want to delete the file.
Chapter Simulator
A place to control and simulate stories which are published to students.
Editing/Creating a chapter
- Use dropdown to choose a chapter you want to edit/ create.
- Give a title for chapter
- Choose open date for chapter
- Choose a background image for the chapter
- Choose and order the checkpoint text files that should make up that chapter (Possibly give your full chapter a go?)
- Adjust whether or not this story should be published.
- Hit Save to make changes to your chapter.
Txt Guide
A guide to writing the .txt read by the Source Academy game engine.
What’s in a Checkpoint?
Definition and structure of a checkpoint
As you may already know, checkpoint is a part of chapter, which are played in progression once the previous one has finished.
A checkpoint is made up of (1) set of objectives and (2) a game map.
Objectives 📝
Refers to a set of goals that a player must achieve in order to clear the checkpoint.
It can be a simple list such as:
talkToHartin
goToClassRoom
Explanation: We define two objectiveIds, talkToHartin and goToClassroom. As the player interacts with various entities in the game, these objectives may be fulfilled through actions. Once both these tasks are fulfilled by the player, the player can proceed to the next checkpoint.
Game Map 🗺️
Refers to all the locations in the checkpoint and how each location is configured. Storywriters have great control when it comes to customising locations, such as which other locations it is connected to, what objects are present in it, or even game modes available, just to name a few customiseable aspects of a location.
Key Concepts
Entities
Entity refers to an element in the game, such as a specific location, object, or dialogue. Refer to Entity Guide to learn more about types of entities and what they mean in the game.
Actions 🎬
Actions are the main drivers of a story. They are the storywriters’ tool or “Source”😉 to enable the game to progress based on player choices.
- How actions are triggered: Storywriters can attach actions to entities. For example, attaching action to a location causes the action to be performed when location is visited while attaching actions to objects causes action to be performed when object is clicked. Look out for 🎬 to see whether objects can have actions.
- What actions do: Using actions, storywriters can cause new objects and dialogues to be added to the map, move the player to a different location, mark objectives as “complete” and much more.
- Storywriters can specify whether the action occurs just once or many times.
- See Action Guide for more information.
Ids
Each entity such has its own id. Storywriters typically provide these in order to refer to a specific entity.
- Example:
mainDoor1could refer to one particular instance of a door image that is located in the center of the Hallway. - Typically written in camelCase.
- Ids can have types such as locationId, objectId, etc. depending on the type of entity it is referring to.
- Warning❗ Ids are unique across the entire checkpoint. Even though id’s have different types, you cannot have a character with characterId of
carand an object with objectId ofcartoo.
Default checkpoint
All checkpoints inherit the /stories/defaultCheckpoint.txt in S3, sample here.
This reduces the need to redeclare locations and items that are present throughout the game.
You may overwrite this by uploading with the defaultCheckpoint.txt filename.
Txt Format Guide
A little guide on the unique .txt syntax
1. Types of listing
There are two types of listing
point-listing
Vertical listing of items separated by newlines
Example:
item1
item2
item3
comma-listing
Horizontal listing of items separated by commas
Example:
item1, item2, item3
2. Paragraphs
The .txt uses Python-like paragraph format
A paragraph is made up of a header and a body.
header
body
body
body
Storywriters can create paragraph bodies by indenting with 4 spaces or 1 tab
Example:
header1
line3
line4
header5
line6
line7
line8
line9
line10
line11
line12
In the above example, there are two main headers, header1 and header5, each containing a body of text underneath.
header1’s body is a point-listing made up of just 2 points:line3andline4header5’s body is a point-listing 4 points:line6,line9,line10, andline12- We can also nest further things underneath one point.
line6’s body is a point-listing of 2 points:line7andline8, whileline10’s body is a point-listing of 1 points:line11.
3. Txt Lines
Lines refer to all non-empty lines in the text file, whichever paragraph they are in. A txt line is typically one of the following:
- An id such as
studentRoom - A category such as
characters - A CSV (see CSV format)
- A configuration line (see Configuration Line)
4. CSV format
This format specifies properties for an entity.
Examples:
cheiftain, Chieftain, happy, left
myChair, /objects/chair.png, 100, 100
CSV’s describes an entity (e.g. character or object)’s properties. The order of properties matters. The proper CSV format must be followed in order to accurately describe an entity.
5. Configuration line
This format specifies the value(s) for a certain key, using a : symbol.
Examples:
startingLoc: studentRoom
modes: talk, move, explore
This line describes the value for a particular configuration such as the value of startingLoc (starting location) or the list of game modes in a location. In case the value is a comma-listing, the order of values typically don’t matter.
6. Comments
As in most programming languages, you can comment out lines or sections of lines using // and /* */.
single-line comments
// ignores all characters occuring after it in the same line.
objectives
checkedScreen
// talkedToLokKim1
// talkedToLokKim2
// talkedToLokKim3
multi-line comments
/* */ ignores characters between /* and */, possibly spanning multiple lines.
objectives
checkedScreen
/* talkedToLokKim1
talkedToLokKim2
talkedToLokKim3 */
Main .txt
The following must be specified in the main outermost layer of the .txt
Main Txt Configuration lines
| Key | Value(s) | Requirements for value |
|---|---|---|
startingLoc |
The starting location of the player upon entering the chapter | Must be an existing location id |
Main Txt Paragraphs
The following are paragraphs present in the outermost layer of .txt
Header:objectives
Body
Point-listing of objectiveIds that players must accomplish to complete the checkpoint.
Example:
objectives
talkToHartin
solveThePuzzle
Explanation: We define that players must accomplish the tasks talkToHartin and solveThePuzzle to proceed to next checkpoint.
Header:gameStartActions
Body
Point-listing of actions that execute whenever student revisits the checkpoint.
Example:
gameStartActions
show_dialogue*(welcomeBack)
Explanation: Whenever the student comes back to play this game, he is shown the welcomeBack message.
Header:checkpointCompleteActions
Body
Point-listing of actions that execute once student has completed the checkpoint.
Example:
checkpointCompleteActions
show_dialogue(wellDone)
Explanation: When the student has completed the checkpoint, he is shown the welcomeDone message.
Header: locations
Body
Point-listing of CSVs to declare locations present in the checkpoint.
CSV format: locationId, location asset path, location name, asset type(optional), number of frames(optional)
| Property | Meaning |
|---|---|
| locationId | Declaration of new location with that locationId |
| location asset path | The path to an image file to be used in painting the background of the location |
| location name | display for that location when players click on “Move” |
| asset type | Image or Sprite type. Asset type can be omitted if type is Image but is mandatory for Sprite |
| number of frames | Number of frames of a spritesheet. Required only for Sprite assets |
Example:
locations
studentRoom, /locations/room.png, Student Room, Sprite, 11
hallway, /locations/hallaway.png, Hallway
Explanation: We create two locations, one with locationId studentRoom that uses the spritesheet /locations/room.png with 11 frames as an animated background and has the display name Student Room, and another with locationId hallway that uses /locations/hallway.png as background and has the display name Hallway
Note: Animated background spritesheets must have frames with dimensions 1920x1080
Header:<specific-locationId>
Use one of the locationIds you defined previously under locations paragraph
Body
Nested paragraph describing a specific location
Example:
studentRoom
modes: ...
objects
...
characters
...
Refer to Location Guide for more information on writing location paragraphs.
Header:dialogues
Body
Point-listing of dialogue (paragraphs) that can be brought up
Example:
dialogues
uninhabited, The Uninhabited Planet
...
newBegin, A new beginning
...
Refer to Dialogue Guide for more information on writing dialogues.
Location Guide
How to write paragraphs describing a certain location.
Each location paragraph is headed by the locationId of the location that you want to describe.
The following must be specified in the body of a location:
Configuration lines
| Key | Value(s) | Requirements |
|---|---|---|
modes |
Comma-listing of the game modes available in the chapter | Every mode must be one of the following: talk, explore, move |
talkTopics |
Comma-listing of talk topics available in a location, i.e. dialogues that players can choose from when click on “Talk” | Must be valid dialogueIds |
nav |
Comma-listing of other locations that this location is connected to. | Must be valid locationIds |
Paragraphs
Paragraphs in the body of the location paragraph.
Header:actions
Body
Point-listing of actions 🎬 that occur when location is visited.
Example:
actions
show_dialogue(youveArrived)
make_object_glow(pen)
Refer to Action Guide for more details on how to describe an action.
Header:objects
Body
Point-listing of CSVs of objects in the location.
CSV format: +objectId, object asset path, x, y, width(optional), height(optional), asset type(optional), number of frames(optional)
| Property | Meaning |
|---|---|
| + | Presence of object at the start of the checkpoint. Put a plus sign if you want the object to appear initially when checkpoint begins, drop the plus sign if you’d like to add it later. |
| objectId | Declaration of new object with objectId of objectId |
| object asset path | The path to the image file to be used in rendering the object in the location |
| x | x-coordinate of centre of the image |
| y | y-coordinate of centre of image |
| width | width of the image, required for Sprite assets |
| height | height of the image, required for Sprite assets |
| asset type | Image or Sprite type. Asset type can be omitted if type is Image but is required for Sprite |
| number of frames | Number of frames of a spritesheet. Required only for Sprite assets |
Example: +mainDoor1, /objects/door.png, 10, 20, 30, 40, Sprite, 11
Explanation: In the location, we display an animated object with objectId mainDoor1 that uses the spritesheet /objects/door.png, with 11 frames and each frame of size 30 by 40 pixels, as its texture and is rendered using the coordinates (10, 20).
Each object CSV line may have nested point-listed actions 🎬 underneath, specifying what actions are triggered when object is clicked.
Header:`boundingBoxes
Body
Point-listing of CSVs of bounding boxes in the location.
CSV format: +bboxId, x, y, width, height
| Property | Meaning |
|---|---|
| + | Presence of boundingbox at the start of the checkpoint. Put a plus sign if you want the bounding box to appear initially when checkpoint begins, drop the plus sign if you’d like to add it later. |
| bboxId | Declaration of new boundingBox with bboxId of bboxId |
| x | x-coordinate of centre of the rectangle |
| y | y-coordinate of centre of rectangle |
| width | width of the rectangle |
| height | height of the rectangle |
Example: +bbox1, 10, 20, 30, 40
Explanation: In the location, we draw an invisible, possibly clickable rectangle with bboxId bbox1 with coordinates (10, 20) and size 30 by 40 pixels.
Each object CSV line may have nested point-listed actions 🎬 underneath, specifying what actions are triggered when boundingBox is clicked.
Header:characters
Body
Point-listing of CSVs of characters in the location.
CSV format: +characterId and assetPath, character name, default expression, default position
| Property | Meaning |
|---|---|
| + | Presence of character at the start of the checkpoint. Put a plus sign if you want the character to appear initially when checkpoint begins, drop the plus sign if you’d like to hide the character or add him later. |
| characterId and assetPath | Declaration of new characterId. Since characters are unique and cannot have multiple instances, the id has to match the asset path (which is the folder name inside /characters folder) |
| character name | The display name to show in the dialogue speaker box if ever that character has dialogues |
| default expression | The expression for this character initially. Must match one of the filenames |
| default position | Position to render the character originally. May be one of left, right, or center |
Example: +chieftain, Chieftain, happy, left
Explanation: In the location, we display Chieftain with characterId chieftain that uses /characters/chieftain folder as source of images, with happy.png being his original expression and is rendered on the left side of the screen.
Header:bgm
Body
Point-listing of CSVs of bgm in the location.
CSV format: bgmId, bgm asset path, volume
| Property | Meaning |
|---|---|
| bgmId | Declaration of new bgmId |
| asset path | The path to the background music to be used in rendering the object in the location |
| volume | Volume of this background music |
Example: heavyHitter, /bgm/HeavyHitter.mp3, 0.5
Explanation: We declare the background music with bgmId heavyHitter that uses /bgm/HeavyHitter.mp3 as source of background music and volume of 0.5.
Note: The first background music declared is made default for the location.
Header:sfx
Body
Point-listing of CSVs of sfx in the location.
CSV format: sfxId, sfx asset path, volume
| Property | Meaning |
|---|---|
| sfxId | Declaration of new sfxId |
| asset path | The path to the sound effect to be used in rendering the object in the location |
| volume | Volume of this sound effect |
Example: card, /sfx/card.mp3, 0.5
Explanation: We declare the sound effect with sfxId card that uses /sfx/card.mp3 as source of background music and volume of 0.5.
Dialogue Guide
Crafting individual dialogue paragraphs under the dialogues paragraph
Dialogue Header
The header for a dialogue is a CSV with format: dialogueId, title(optional)
Example:
planetXrk, What happened to the planet, Scottie?
<dialogue body goes here>
Explanation: We define a dialogue with the dialogueId planetXrk. It has the title What happened to the planet, Scottie?. The title is will appear under the “Talk” menu if the dialogue is a talk topic under a location.
Note: Although this is a CSV, you can put commas in the title, this is fine.
Dialogue Body
Writing dialogue bodies are quite simple, much like writing a script for a play.
Example:
@scottie, happy, left
It has been a while since you last set foot on the ship.
I'm so happy you've arrived.
@you
Thanks, Scottie! It was my pleasure.
Basic rule
The simplest body is just a point-listing of lines to be spoken in the dialogue.
Dialogue Actions 🎬
You may nest point-listed actions underneath any line in the dialogue. This causes the actions to be triggered when dialogue line is spoken.
❗You may not perform the following actions during a dialogue.
show_dialogue- Dialogue is already playing. Use goto’s instead.
Speakers
You can change the speaker by writing a change-speaker CSV which starts with an @ symbol
CSV Format: @characterId, expression(optional), position(optional)
| Property | Meaning |
|---|---|
| characterId | characterId of the speaker |
| expression | Expression of the speaker. Has to be one of the expressions in the folder. Defaults to speaker’s default expression if not specified |
| position | Position of speaker on the map. One of left, right, center. Defaults to speaker’s default position if not specified. |
Example: @beat, happy, left
Explanation: This line changes the speaker to a beat as described in any location’s characters list, whose expression is happy and rendered on the left of the screen.
❗Make sure you have the character somewhere on the map first before making him a speaker, even if he’s hidden or in another location.
Note: You may use the following special speakers in place of the speaker CSV
@you- will make students’ name appear@narrator- will speaker box and speaker avatar disappear
Parts and goto’s
You can specify parts of a dialogue by numbering lines using integers.
Example:
9
Welcome to Source Academy
goto 2
1
You will never reach this part.
2
You have reached part two.
Explanation: This dialogue has three parts. Part 9, being listed first, will be played first. After playing Welcome to Source Academy, it reaches goto 2. This means the dialogue will now play part 2 - You have reached part two. That’s the end. Part 1 will never be reached.
Prompts
You can also use user prompts to jump between dialogue parts, based on player choice.
Example:
1
@narrator
Welcome to Source Academy
prompt: Which part next?
Part 2 -> goto 2
Part 3 -> goto 3
Again! -> goto 1
2
@narrator
This is part 2.
3
@narrator
This is part 3.
Explanation: This dialogue again has 3 parts. After playing Welcome to Source Academy, the player sees a user prompt with the title Which part next? and 3 options: Part 2, Part 3 and Again!. If the user selects Part 2 or Part 3, parts 2 or 3 of the dialogue will be played respectively. If the user selects Again!, all of part 1 (including the prompt) will be played again.
Note: Prompt boxes have fixed size. Although no hard character limits are enforced, the following recommended limits should be adhered to, to avoid overflow:
- Prompt title text: 70 characters
- Prompt choice text: 15 characters
- Number of prompt choices: 5
Interpolation
You may interpolate student’s name into the script using {name} which gets replaced with their Luminus names.
Action Guide
As we’ve seen, actions can be performed by various entities, such as locations, objects, bounding boxes, and even during dialogues.
Action execution order
If there is a listing of many actions, they are performed sequentially.
Entities that can trigger actions
| Entity | How to specify/attach action | When action is triggered |
|---|---|---|
| Locations | Nest point-listed actions under the location paragraph’s action header |
When location is visited |
| Objects | Nest point-listed actions under an object CSV line | When object is clicked during Explore mode |
| BoundingBoxes | Nest point-listed under a boundingBox CSV line | When boundingBox is clicked during Explore mode |
| Dialogue | Nest point-listed actions under any line in a dialogue body | Right after dialogue line is played |
Actions API
complete_objective(taskId)
Marks task with taskId in the checklist as accomplished
Example: complete_objective(talkToChieftain)
Explanation: When this action is executed, the task talkToChieftain in Objectives is marked as completed
preview_location(locationId)
Previews a different location on the map
Example: preview_location(crashsite)
Explanation: When this action is executed, players will be shown the background and objects inside the crashsite location.
❗Warning: This is only a preview used for effect purposes. Internally, the player still is inside the original location.
add_item(category, locationId, entityId)
remove_item(category, locationId, entityId)
Adds or removes an item with id entityId of category category from a location with id locationId
List of possible categories and corresponding entity id.
| Category | Entity Id |
|---|---|
objects |
objectId |
dialogues |
dialogueId |
boundingBoxes |
bboxId |
navigation |
locationId |
start_animation(objectId / locationId, startFrame, frameRate)
stop_animation(objectId / locationId)
Start and stop an object or background animation.
Examples:
start_animation(yourRoom, 3, 20)
stop_animation(yourRoom)
Explanation:
- The first action acts on an entity with id
yourRoom(entity must be anobjectIdorlocationId). It plays an animation starting at the 3rd frame in the spritesheet and runs it at 20 frames per second.yourRoommust have been declared to be aSprite. - The second action acts on the same entity with id
yourRoom(entity must be anobjectIdorlocationId). It stops theyourRoomanimation if it was playing.
change_background(locationId)
Changes the background of the scene to the background of a particular locationId as specified under main .txt’s locations paragraph.
show_object_layer(show?)
Shows or hides the object layer depending on whether show is ‘true’ or ‘false’. Usually used to accompany change_background to create an effect.
show_dialogue(dialogueId)
Brings up the dialogue with dialogueId dialogue as specified under the main dialogues paragraph.
add_mode(locationId, mode)
remove_mode(locationId, mode)
Adds or removes a game mode from a location with locationId locationId.
add_popup(objectId, position, duration?, size?)
Adds a popup showing the image of objectId on a position (left, right, or middle) for an optional duration of duration milliseconds with an optional size (small, medium, or large)
delay(seconds)
Delay the execution of subsequent actions and dialogue by the specified number of seconds.
make_object_glow(objectId, turnOn?)
If an object with objectId objectId is visible on screen, then it will glow yellow to draw players’ attention. Optional parameter turnOn can either be true or false to turn on or turn off the glow respectively.
make_object_blink(objectId, turnOn?)
If an object with objectId objectId is visible on screen, then it will blink to draw players’ attention. Optional parameter turnOn can either be true or false to turn on or turn off the glow respectively.
play_bgm(bgmId)
Changes background music to bgmId bgmId.
play_sfx(sfxId)
Plays background music with sfxId sfxId.
move_character(characterId, locationId, position?)
Moves a character from its original location to a new location. You may also change its default position (left, right, center)
update_character(characterId, expression)
Changes the default expression of a character.
Action Repeatability
By default, actions are only performed once the first time they are triggered. Say, you want show_dialogue(hi) to occur every time an object is clicked. You can use the asterisk symbol to mark them as repeatable *
Example: show_dialogue*(hi)
Explanation: The action show_dialogue*(hi) will be performed every time object is clicked.
Action Conditions
Action Conditions are used to specify under which precondition an action can performed. They can be written as if clauses right next to the actions.
Example: show_dialogue(welcome) if checklist.talkToChieftain
Explanation: The action will be the first time it’s triggered and talkToChieftain is completed.
Example: show_dialogue*(welcome) if checklist.talkToChieftain
Explanation: The action will be performed every time it’s triggered as long as talkToChieftain task has been completed.
You may chain multiple conditions using the keyword AND
Example: show_dialogue*(welcome) if checklist.talkToChieftain AND userState.collectibles.cookie
Explanation: The action will be performed only if talkToChieftain task has been completed, and user has the cookie under his collectibles list.
Conditions API
checklist.<objectiveId>
userstate.collectibles.<collectibleId>
Entity Guide
What do we mean when we refer to…?
objective
One of the tasks the player has to complete to finish the checkpoint
location
One of the places players can to navigate to
mode
Choices of what activities players can do upon visiting a location.
One of the following: talk, explore, move
dialogue
A list of lines containing speaker and sequence of spoken lines.
object
An image that is drawn in a certain location. This may or not be interactive in Explore Mode.
character
A character (avatar) present in a certain location. May also be used as speaker in the dialogue.
boundingBox
An invisible rectangle that players may possibly be able to interact with in Explore Mode.
talkTopic
One of the topics the player can talk about in Talk Mode. Specified using a dialogue.
Sample Checkpoint
startingLoc: normal
objectives
talk
gameStartActions
show_dialogue*(unwelcome) if !userstate.assessments.301
show_dialogue(welcome) if userstate.assessments.301
checkpointCompleteActions
show_dialogue(done)
locations
normal, /locations/yourRoom-dim/normal.png, Locations Your Room Dim Normal Png
normal
modes: explore, talk
talkTopics: whatToDo
actions
show_dialogue(welcome)
objects
+emergency1, /objects/cmd-chair03/emergency.png, 781, 531, 318, 398
+chieftain2, /avatars/chieftain/chieftain.angry.png, 1400, 526, 697, 744
boundingBoxes
+bbox#0, 536, 420, 373, 402
show_dialogue(click)
characters
hartin-menz, Hartin, happy, left
dialogues
welcome
Congrats on creating your scene
click
Invisible bounding box is right here
whatToDo, Are you wondering what to do, Cadet?
@you
Hmm, there's nothing to do around here.
@hartin-menz
There's plenty of things you can do!