ai-behavior-trees-util…
Build a production behavior-tree runtime (Blackboard, action/condition leaves, sequence/selector/parallel composites, decorators) and a Utility AI system…
Build a visual novel: a branching script, character and background display, a text box with choices, save/load, backlog, and skip/auto. Use for a VN, dating sim, or branching story game.
$ npx -y skills add gamedev-skills/awesome-gamedev-agent-skills --skill visual-novel --agent claude-codeHow it fires
How this skill gets triggered: by you, by Claude, or both.
/visual-novelContext preview
The summary Claude sees to decide when to auto-load this skill.
Build a visual novel: a branching script, character and background display, a text box with choices, save/load, backlog, and skip/auto. Use for a VN, dating sim, or branching story game.
name: visual-novel description: > Build a visual novel: a branching script, character and background display, a text box with choices, save/load, backlog, and skip/auto. Use for a VN, dating sim, or branching story game.
A playbook for visual novels — the branching script, the presentation (text box, characters, backgrounds), choices, and the quality-of-life systems players expect (save anywhere, backlog, skip, auto). This is a **compositional** skill: it drives a dialogue engine and a UI layer. It does not re-teach the dialogue engine or UI nodes; it defines the script model and the player conveniences that make a VN pleasant to read.
visual novel, dating sim, branching interactive fiction, story-choice game.
skip, auto-advance, save-anywhere).
**When *not* to use:** dialogue as one feature inside a larger game → `rpg` consuming `dialogue-systems`. Card/board play → other genres. For the branching-script engine itself, use `dialogue-systems` (Ink / Yarn Spinner).
**Read a line → advance → (at a branch) make a choice → the story branches on flags/choices → read on → reach an ending.** The "game" is the *shape of the branching* and whether choices feel consequential; everything else is presentation and convenience.
1. **Branching script** — ordered lines + choices + jumps, with conditions and variables (Ink/Yarn). 2. **Text box** — speaker name, body text, typewriter reveal, advance on click/key. 3. **Characters** — sprites with expressions/poses, positions, show/hide transitions. 4. **Backgrounds + transitions** — scene images, fades/dissolves. 5. **Choices** — present options, gate some on flags, record the pick. 6. **Story state** — flags/variables that branch the script and unlock content. 7. **Save/load (save-anywhere)** — full script position + state; multiple slots; quick save. 8. **VN conveniences** — backlog/history, skip (read text), auto-advance, text-speed setting. 9. **Audio** — music per scene, SFX, optional voice clips.
| Knob | Effect | Notes | |------|--------|-------| | Text speed / instant | reading comfort | Always allow instant + a skip. | | Auto-advance delay | hands-free reading | Tunable; pause on choices. | | Skip scope | re-reading | Skip *read* text only by default. | | Branch breadth/depth | replay value vs. cost | Branches multiply writing/art work. | | Flag-gated content | reactivity | Lines/choices that check past decisions. | | Route structure | story shape | Branch-and-merge vs. distinct routes (refs). | | Choice visibility | fairness | Show locked choices vs. hide them. | | Backlog length | convenience | Keep enough to re-read recent context. |
# Pseudocode. Lines, choices, and jumps as data — usually authored in Ink/Yarn and stepped
# through by that runtime. The engine asks the script for "the next thing to show".
node = script.current()
if node.kind == "line":
show_text(node.speaker, node.text) # wait for advance input
elif node.kind == "choice":
options = [o for o in node.options if condition_met(o.condition, flags)] # gate by flags
show_choices(options) # wait for selection
elif node.kind == "set":
flags[node.var] = eval_expr(node.expr, flags)
script.advance(selected_option_or_none)# Pseudocode. Reveal characters over time; a click first completes the line, then advances.
def show_text(speaker, text):
name_label.text = speaker
revealed = 0
while revealed < len(text):
if advance_pressed(): # first press: reveal the whole line instantly
revealed = len(text); break
revealed += chars_per_second * dt
body_label.text = text[:int(revealed)]
push_to_backlog_when_complete(speaker, text)
wait_for_advance() # second press: go to the next line# Pseudocode. Choices write flags; later conditions read them — that is "reactivity".
def on_choice(option):
if option.set: flags[option.set] = True # e.g. flags["helped_npc"] = True
script.jump(option.target) # follow the branch
# Elsewhere, a line/choice/ending checks the flag:
if flags.get("helped_npc"): play_route("good_ending") else: play_route("neutral_ending")position *and* all flags/variables (and seen-text data) so a load resumes the same line.
in the script and *how it looks* (sprites, transitions) in the engine layer.
baseline features, not extras.
visibly change later lines, choices, or endings.
variations over fully distinct trees (refs).
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Repo: gamedev-skills/awesome-gamedev-agent-skills
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