Morph Ppt

OfficeCLI Morph-PPT Skill

This skill is a scene layer on top of officecli-pptx. Every pptx hard rule — visual delivery floor (title ≥ 36pt / body ≥ 18pt / title ≥ 2× body), 12-column grid on 33.87×19.05cm, canonical palettes, chart-choice decision table, connector canon, shell escape, resident + batch, Delivery Gate 1–5a — is inherited, not re-taught. This file adds only what Morph needs on top: cross-slide shape-name binding, Scene Actors vs content prefixing, ghost discipline, transition=morph CLI quirks, 52-style visual library lookup, and a morph-specific fresh-eyes Gate 5b extension.

When the pptx base rules cover it, the text here says → see pptx v2 §X. Read skills/officecli-pptx/SKILL.md first if you have not.

Setup

If officecli is missing:

• macOS / Linux: curl -fsSL https://d.officecli.ai/install.sh | bash
• Windows (PowerShell): irm https://d.officecli.ai/install.ps1 | iex

Verify with officecli --version (open a new terminal if PATH hasn't picked up). If install fails, download a binary from https://github.com/iOfficeAI/OfficeCLI/releases.

⚠️ Help-First Rule

This skill teaches the Morph workflow — when shape names must match, when to ghost, when the CLI auto-prefixes — not every command flag. When a prop name, enum, or preset is uncertain, consult help BEFORE guessing.

officecli help pptx slide           # authoritative for: transition, advanceTime, advanceClick, background
officecli help pptx transition      # transition / transitionDuration / transitionSpeed (Parent: slide)
officecli help pptx shape           # name, preset, x/y/width/height, fill, rotation, opacity, animation
officecli help pptx animation       # preset + trigger + duration values
officecli help pptx <element> --json  # machine-readable schema

Help reflects the installed CLI version. When skill and help disagree, help wins. Every --prop X= in this file is grep-verified against officecli help pptx <element>. Specific confirmations: transition=morph is a listed value on slide; advanceTime / advanceClick are valid. transition is a real element (officecli help pptx transition, Parent: slide, set/get) — it exposes transition, transitionDuration, and transitionSpeed. Set the transition with the high-level path set <slide> --prop transition=morph; tune speed/duration with the combined shorthand transition=morph-slow (or -fast, or transition=morph-<DUR_MS>). Speed/duration are set only via that shorthand on the transition prop, not as independent sub-props. Both round-trip on readback: transition=morph-slow/-fast reads back as transitionSpeed=slow/fast, and transition=morph-<DUR_MS> (e.g. morph-1500) reads back as transitionDuration=1500.

Mental Model & Inheritance

Inherits pptx v2. You should have read skills/officecli-pptx/SKILL.md first. This skill assumes you know how to: add slides + shapes + charts + connectors; address by @name= / @id=; quote paths; use batch heredocs; use tailEnd=triangle on flow connectors; run the Delivery Gate 1–5a; attribute [AGENT-ERROR] vs [RENDERER-BUG] vs [SKILL gap]. If any of those are unfamiliar, read pptx v2 first.

Inherited from pptx v2 (do NOT re-teach):

• Visual delivery floor — title ≥ 36pt / body ≥ 18pt / title ≥ 2× body, cover-richness, contrast floor, no \$\t\n literals, ≤ 1 animation per slide / ≤ 600ms.
• Grid math — 33.87 × 19.05cm, edge margin ≥ 1.27cm, inter-block gap ≥ 0.76cm, ≥ 20% negative space. For N-card grids: col = (33.87 − 2·margin − (N−1)·gap) / N.
• Four canonical palettes (Executive navy / Forest & moss / Warm terracotta / Charcoal minimal) — morph decks may pick a different mood from reference/styles/, but contrast rules still apply.
• Chart-choice table — column vs bar vs line vs pie vs scatter vs large-text KPI; > 3 series + > 8 categories = split.
• Connector canon — shape=straight|elbow|curve, @id= for from/to (C-P-6), tailEnd=triangle on every flow.
• Shell escape 3-layer — $ single-quoted, heredocs for batch, <a:br/> for real newlines.
• Resident mode + batch ≤ 12 ops, <<'EOF' single-quoted delimiter.
• Delivery Gate 1-5a (schema, token grep, hyperlink rPr, slide-order, dark-on-dark) — every gate prints OK before declaring done.
• Known Issues C-P-1..7 (hyperlink rPr, chart spPr warning, animation duration readback, animation remove, connector enum, connector @name=, chart color renderer normalization).
• Attribution triage — [AGENT-ERROR] vs [RENDERER-BUG] vs [SKILL gap].

Morph identity — what this skill owns (delta on top of pptx v2):

• Cross-slide shape-name binding. PowerPoint's Morph engine pairs shapes by identical name= across adjacent slides and interpolates their position / size / rotation / fill / opacity. No matching name ⇒ no animation, silent fade. This is a workflow discipline, not a CLI feature.
• Namespace prefixes: !!scene-* (persistent decoration, never ghosted) / !!actor-* (content that evolves then exits) / #sN-* (per-slide content, ghosted on slide N+1). Plan the names BEFORE you add.
• Ghost position x=36cm (off the right edge of the 33.87cm canvas). Never delete a !!-prefixed shape — move it off-canvas so the morph exit animation still plays.
• transition=morph auto-prefix quirk. The CLI auto-prepends !! to every shape on a morph slide (#s1-title is stored as !!#s1-title). @name= path selectors still resolve — get .../shape[@name=#s1-title] returns the shape (matching is suffix/prefix-tolerant). The name you read back is the prefixed form. See §Known Issues.
• Adjacent-slide spatial variety. Displacement ≥ 5cm or rotation ≥ 15° between pairs — otherwise morph interpolates nothing visible.
• Renderer reality. Morph renders in PowerPoint 365 / Keynote / WPS. LibreOffice and many web viewers render as plain fade (runtime feature). Not a skill defect — [RENDERER-BUG].

Reverse handoff — when to go BACK to pptx base (or sibling skills)

Stay in pptx v2 base for any deck without cross-slide motion (board reviews, sales decks, all-hands, training). Stay in officecli-pitch-deck for fundraising narrative arcs without morph. Use this skill only when the user explicitly asks for "morph" / "smooth transitions" / "continuous animation" AND ≥ 2 consecutive slides share a visual element that transforms. "Animated deck" meaning one-off entrance animations → pptx v2 §Animations, not morph.

Shell & Execution Discipline

Shell quoting, incremental execution, $FILE convention → see pptx v2 §Shell & Execution Discipline. Same rules verbatim.

Morph-specific additions:

• !! in shell values — single-quote. Bash / zsh history expansion eats unquoted !!foo. Always use --prop 'name=!!scene-ring' (single quotes). In Python subprocess.run([...]) lists, no quoting needed — pass "name=!!scene-ring" as a plain string.
• $ in prop text — single-quote (price tokens). --prop text='$9/mo' and --prop text='$199/yr' — NEVER --prop text="$9/mo" (zsh/bash eat $9 as empty var → text rendered as . / stray period). Same for ${VAR}, $USER, \n, \r, \t inside a double-quoted prop. Gate 2 morph addendum below greps for the leak signature.
• # in shell values — safe, but quote anyway. # is a comment leader only at the start of a shell word. --prop name=#s1-title works, but --prop 'name=#s1-title' is the habit that stops you guessing.
• Batch heredoc is the cleanest path for multi-shape slides. <<'EOF' | officecli batch $FILE disables all shell expansion — safe for $, !!, #, ' inside the JSON body.
• --json responses wrap the payload in .data.results[]. Both query and get return a .data.results[] array. A single node's format sits at .data.results[0].format.X; that node's children sit at .data.results[0].children[] (each child's format at .data.results[0].children[].format.X). Always go through .data.results[0] — bare .data.children[] or .data.format returns null silently.
• Variable: FILE="deck.pptx" at the top of every build script; every example below uses $FILE.
• Gate shell pattern — COUNT, then if/else. Never write grep … && echo LEAK || echo OK — when grep exits 1 (0 matches), the || branch fires with empty stdout and prints "OK" confusingly (or prints "LEAK" from prior pipes). Canonical form: COUNT=$(cmd | wc -l); if [ "$COUNT" -gt 0 ]; then echo "LEAK: …"; else echo "OK"; fi.

Two primitives this skill owns

• Scene Actors = persistent !!-named shapes (decoration or content) paired by identical name across adjacent slides so Morph can interpolate them. Every !!scene-* / !!actor-* shape is a scene actor.
• Choreography = the plan for how actors evolve — who moves where, who enters, who exits, on which slide pair. Written BEFORE code in the §Morph Pair Planning table.

Use this skill when the user asks for morph motion AND ≥ 2 consecutive slides share a visual element that transforms. Target-viewer caveat: morph needs PowerPoint 365 / Keynote / WPS — if the user is LibreOffice-only, warn first (see §Renderer honesty).

Speaker notes rule. Every content slide (non-cover, non-closing) MUST carry speaker notes via officecli add "$FILE" /slide[N] --type notes --prop text='…'. Missing notes = not shippable — inherits pptx v2 §Hard rules (H7). Morph decks tend to be visually minimal, so notes carry the narration.

What is Morph? (core mechanics)

PowerPoint's Morph transition creates smooth motion by interpolating shape properties between adjacent slides, matched by identical shape names.

Slide 1: shape name="!!scene-ring" x=5cm  width=8cm   fill=E94560 opacity=0.3
Slide 2: shape name="!!scene-ring" x=20cm width=12cm fill=E94560 opacity=0.6
         ↓  transition=morph on slide 2
Result:  Ring smoothly moves, grows, and fades darker over ~1 second

Morph only runs if slide N+1 carries transition=morph. Apply it via officecli add / --type slide --prop transition=morph on creation, or officecli set "/slide[N]" --prop transition=morph after the fact. Slides 2+ that omit this prop fall back to whatever the master defines (usually no transition) — motion dies silently.

Three-prefix naming system (non-negotiable):

Hard rule: !!scene-* and !!actor-* names must NEVER collide (e.g., !!scene-card + !!actor-card in the same deck — morph engine confuses them). Disambiguate: !!scene-card-bg vs !!actor-card-content.

Charts can be morph-paired. officecli add … --type chart accepts --prop name=!!… (the name reads back), so a chart with an identical !!-name on adjacent slides participates in shape-name morph pairing — the chart frame interpolates position / size. Note morph cannot interpolate the plotted data inside the chart frame. For bar-grow / line-grow narratives where the bars themselves must animate: (a) accept plain fade-in of the chart as-is, OR (b) build N !!actor-bar-K rectangles manually sized to the values and morph those — each rect carries the same !!actor-bar-K name across adjacent slides while width / height / fill evolves.

Ghost accumulation is silent. Once a !!-prefixed shape appears on any slide, it stays visible on every subsequent morph slide unless explicitly moved to x=36cm. final-check helper does NOT detect !! shapes lingering in the visible area — only Gate 5b screenshot audit does. Plan every actor's exit slide in the pair table BEFORE coding.

Spatial variety rule. Adjacent slides must have noticeably different compositions — displacement ≥ 5cm OR rotation ≥ 15° OR size delta ≥ 30% on at least 3 morph-paired shapes. Without this, morph interpolates nothing visible and the transition collapses to a fade (silent-fail).

Simultaneous-timing constraint. All !! shapes in one morph pair animate simultaneously. To stagger shape A before shape B, insert an intermediate keyframe slide — there is no per-shape delay knob.

Paired vs enter vs exit — three behaviors, one rule. Same mechanism (shape-name match) produces three outcomes:

Outgoing content (not incoming) is what gets !!-prefixed + ghosted. !!actor-* shapes silently "disappear" when you forget them — their name going missing on slide B reads as an unpaired exit (plain fade). Always explicit-ghost to x=36cm so the exit animation slides off the right edge visibly. One runnable example:

# Slide 2: actor is visible at x=5cm — Slide 3: same name, ghosted off-canvas → visible slide-off motion
officecli add "$FILE" "/slide[3]" --type shape --prop 'name=!!actor-metric' \
  --prop text="42%" --prop x=36cm --prop y=8cm --prop width=6cm --prop height=3cm

Content (#sN-*) is added fresh per slide. Because text changes every slide, Morph has no meaningful pairing to do on titles / body — it cross-fades them. This is why #sN-* get different names per slide (they are intentionally unpaired) and must be ghosted on slide N+1. Scene actors (!!) carry the continuity; content (#) carries the message.

Morph Pair Planning (pre-code, REQUIRED)

Before planning morph pairs, if the deck's audience / purpose / narrative is underspecified, run the planning prompt in reference/decision-rules.md to emit a brief.md first — a morph arc without a narrative spine collapses into "slide with motion", not "story with motion".

Plan every transition in a table inside brief.md before writing any officecli add. Renaming shapes mid-build is the #1 cause of ghost accumulation bugs.

Planning rules:

1. Decide ALL !! names up front — each morph-paired shape must use the exact same name on both slides.
2. Classify every !! shape as !!scene-* or !!actor-*. Scene shapes persist; actors must have a planned exit slide.
3. Section-transition boundary: when moving into a new topic section, ghost ALL previous-section !!actor-* on the first slide of the new section. Only !!scene-* (whole-deck decoration) remains.
4. Do NOT start building until the table is complete. If the plan changes mid-build, redraw the table and re-verify affected slides.

Morph Recipes (4 patterns)

Four patterns cover ~95% of morph decks. $FILE="deck.pptx" throughout. Each block is self-contained and ≤ 20 lines.

(a) Single-element morph — size / position

Visual outcome. A hero title centered on slide 1 (size 48pt at y=8cm), then slide 2 shrinks it to 32pt and shifts it to the top-left corner (x=1.5cm, y=1cm) — letting fresh slide-2 content take center stage. One shape, clean motion, no actors.

FILE="deck.pptx"
officecli create "$FILE"; officecli open "$FILE"

# Slide 1 — hero
officecli add "$FILE" / --type slide --prop layout=blank --prop background=1E2761
officecli add "$FILE" /slide[1] --type shape --prop 'name=!!actor-headline' \
  --prop text="The one idea" --prop x=4cm --prop y=8cm --prop width=26cm --prop height=3cm \
  --prop font=Georgia --prop size=48 --prop bold=true --prop color=FFFFFF --prop align=center --prop fill=none

# Slide 2 — headline shrinks + moves; new body takes stage
officecli add "$FILE" / --type slide --prop layout=blank --prop background=1E2761 --prop transition=morph
officecli add "$FILE" /slide[2] --type shape --prop 'name=!!actor-headline' \
  --prop text="The one idea" --prop x=1.5cm --prop y=1cm --prop width=12cm --prop height=1.5cm \
  --prop font=Georgia --prop size=24 --prop bold=true --prop color=FFFFFF --prop align=left --prop fill=none
officecli add "$FILE" /slide[2] --type shape --prop 'name=#s2-body' \
  --prop text="Here is the supporting evidence." --prop x=1.5cm --prop y=5cm --prop width=30cm --prop height=2cm \
  --prop font=Calibri --prop size=20 --prop color=CADCFC --prop fill=none

officecli close "$FILE"; officecli validate "$FILE"

(b) Multi-element coordinated morph — Actors / Choreography

Visual outcome. Three scene actors (!!scene-ring, !!scene-dot, !!scene-band) repositioned across 3 slides to feel like a camera pan. Fresh per-slide titles fade in / out via the #sN-* ghost pattern. Use this when the narrative has a continuous visual backdrop.

# Slide 1 — anchor composition (already built via recipe a; here we add actors)
officecli add "$FILE" /slide[1] --type shape --prop 'name=!!scene-ring' --prop preset=ellipse \
  --prop fill=E94560 --prop opacity=0.3 --prop x=5cm --prop y=3cm --prop width=8cm --prop height=8cm
officecli add "$FILE" /slide[1] --type shape --prop 'name=!!scene-dot' --prop preset=ellipse \
  --prop fill=0F3460 --prop x=28cm --prop y=15cm --prop width=1cm --prop height=1cm

# Slide 2 — morph: ring moves + grows, dot slides left (spatial variety ≥ 5cm on both)
officecli set "$FILE" "/slide[2]" --prop transition=morph
officecli add "$FILE" /slide[2] --type shape --prop 'name=!!scene-ring' --prop preset=ellipse \
  --prop fill=E94560 --prop opacity=0.6 --prop x=20cm --prop y=2cm --prop width=12cm --prop height=12cm
officecli add "$FILE" /slide[2] --type shape --prop 'name=!!scene-dot' --prop preset=ellipse \
  --prop fill=0F3460 --prop x=3cm --prop y=16cm --prop width=1.5cm --prop height=1.5cm
# Ghost slide-1 content (name path still resolves after morph — see Known Issues)
officecli set "$FILE" "/slide[2]/shape[@name=#s1-title]" --prop x=36cm 2>/dev/null || true

# Verify morph pair: identical names on slides 1 & 2
officecli get "$FILE" /slide[1] --depth 1 --json | jq -r '.data.results[0].children[]?.format.name // empty'
officecli get "$FILE" /slide[2] --depth 1 --json | jq -r '.data.results[0].children[]?.format.name // empty'
# Compare — `!!scene-ring` and `!!scene-dot` MUST appear on both, byte-identical.
# Note: morph stores names with a `!!` prefix; compare the prefixed forms.

(c) Continuous multi-slide morph (story arc) — use helpers

Visual outcome. A 5-slide arc telling one continuous story: same 2 scene actors drift across the canvas as the narrative progresses; content (#sN-*) refreshes per slide and is ghosted on the next. Building this by hand is ~60 commands — use reference/morph-helpers.py to keep the build script short and auto-verified.

#!/usr/bin/env python3
# Invoke the provided helper library for clone + ghost + verify
import subprocess, sys, os
SCRIPT_DIR = os.path.dirname(os.path.abspath(__file__))
HELPERS = os.path.join(SCRIPT_DIR, "reference", "morph-helpers.py")
FILE = "deck.pptx"

def helper(*args):
    subprocess.run([sys.executable, HELPERS, *[str(a) for a in args]], check=True)

# ... assume slide 1 is built with 2 scene actors (!!scene-ring, !!scene-dot) + #s1-title
# Helper builds slide 2–5 with: clone from previous + apply transition=morph + ghost previous #sN- content
# `clone` prints the cloned slide's shape list — read it to pick which shape indices carry the
# previous slide's #s(n-1)- content, then pass those explicit indices to `ghost`.
for n in range(2, 6):
    helper("clone", FILE, n - 1, n)          # clone + set transition=morph + list shapes (note the #s(n-1)- indices)
    helper("ghost", FILE, n, 1, 2)           # ghost the #s(n-1)- content shapes by index (here shapes 1 & 2)
    # …then add THIS slide's #sN- content via officecli add as normal…
helper("final-check", FILE)                   # structural pass; DOES NOT catch !! lingering in visible area

Helper signatures and source: reference/morph-helpers.py (clone, ghost, verify, final-check). The shell equivalent is reference/morph-helpers.sh — pick one per platform; do not mix.

When to use helpers vs raw officecli. For 2-3 slide decks, raw commands (recipes a, b) are clearer. For 5+ slides with repeating clone/ghost/verify cadence, helpers save ~40% of commands and provide built-in verification. Every slide is still closed by officecli validate before delivery.

(d) Morph + fade hybrid — entrance on morph slide

Visual outcome. A morph pair where !!scene-ring moves continuously while a NEW per-slide card fades in simultaneously. Used when a morph-paired backdrop carries the eye and fresh foreground content needs a softer entrance than a raw appearance.

# Slide 2 already has transition=morph and !!scene-ring. Add a new card with fade-entrance.
officecli add "$FILE" /slide[2] --type shape --prop 'name=#s2-card' --prop preset=roundRect \
  --prop fill=F5F7FA --prop line=none --prop x=2cm --prop y=12cm --prop width=10cm --prop height=5cm

# Apply simultaneous-with-morph fade entrance to the new card.
# 'fade-entrance-300-with' = fade in, 300ms, trigger=withPrevious (plays with the morph transition).
officecli set "$FILE" "/slide[2]/shape[@name=#s2-card]" --prop animation=fade-entrance-300-with
officecli get "$FILE" "/slide[2]/shape[@name=#s2-card]" --json | jq '.data.results[0].format.animation'  # readback sanity — drops the trigger suffix, reads back as "fade-entrance-300"

Why this works. Morph animates the !!scene-* shapes only (they have a pair on slide 1); the new #s2-card has no slide-1 counterpart, so morph would default-fade it — fade-entrance-300-with makes that fade explicit and timed. Keep the animation per pptx v2 floor: ≤ 600ms, no bounce / swivel / fly-from-edge (officecli help pptx animation for the canonical preset list).

Choreography — animation types + staggered timing

How morph animates multiple shapes determines what the audience sees. Pick the right mechanism for each pair:

Multi-shape timing constraint. All !! shapes in one morph pair animate simultaneously — there is no per-shape delay / duration knob in the CLI (help confirms: no morph.duration / morph.delay on slide). To stagger shape A before shape B, split the transition into two pairs with an intermediate slide:

Slide 2 → Slide 3:  !!actor-A moves (!!actor-B stays put)
Slide 3 → Slide 4:  !!actor-B moves (!!actor-A stays put or ghosts)

Slide 3 is an explicit intermediate keyframe. Do NOT attempt to fake staggering via timing props on the shape's animation= prop — Morph runs before per-shape animations.

Good-enough variety heuristic (Best Practice — creative flexibility). For a morph to read as "motion", change at least 3 of {x, y, width, height, rotation, fill, opacity} on the dominant paired shape, with displacement ≥ 5cm OR rotation ≥ 15° OR size delta ≥ 30%. One shape × 3 props is a valid creative pattern (focus on one hero element).

Delivery Gate 5b-morph-2 is stricter. The gate hard-asserts ≥ 3 DIFFERENT !!-prefixed shapes each vary by ≥ 1 of {x, y, width, height, rotation, font-size} across the pair — integrity check for "is this really a morph or a pretend-morph". Heuristic informs creative intent; Gate decides delivery. Brand-constant scenery (pinned header strip, footer bar, logo badge) does NOT count toward the 3-shape quota — these are supposed to stay put; motion must come from 3 other named shapes. When in doubt, satisfy the stricter Gate.

Deck-length rhythm. Filling every transition with morph reads as anxious, not cinematic. Pace morph moments to deck length:

• 8-10 slides (dense): 3-5 morph moments; motion can cluster.
• 12-18 slides (ceremonial): 3-5 TOTAL morphs, spaced every 4-6 slides; use transition=morph at section dividers so the animation reads as chapter punctuation, not continuous agitation.
• 18+ slides (Act-based): structure into 3 acts with 1 long section-divider morph between acts (5-10s of deliberate motion with a brief hold), plus 2-3 quieter morphs inside each act. Lean heavier on !!scene-* continuity than per-slide !!actor-* churn.

Scene-actor spatial rule

Scene actors and actors moving across the canvas MUST stay in predictable zones during morph — otherwise they cross over content and read as clutter.

Safe zones (prefer for scene actor rest positions and morph paths):

Top-right corner:   x ≥ 24cm, y ≤ 6cm
Bottom-right:       x ≥ 24cm, y ≥ 12cm
Bottom-left:        x ≤ 2cm,  y ≥ 12cm
Off-canvas (ghost): x ≥ 33.87cm  (canvas right edge; use x=36cm for explicit ghost)

Avoid resting actors in the content core: x = 2~28cm, y = 3~16cm. Actors may pass through the core during morph (that's the motion), but they should not end a slide parked there with high opacity unless they are content themselves (!!actor-* carrying the slide's message).

Before placing any scene actor, inspect existing shape bounds:

officecli get "$FILE" "/slide[$N]" --depth 1 --json | \
  jq -r '.data.results[0].children[]? | "\(.format.name // .path)  x=\(.format.x) y=\(.format.y) w=\(.format.width) h=\(.format.height)"'

Confirm the actor's target position does not overlap any #sN-* content shape's bounding box (x to x + width, y to y + height). If it would overlap, lower actor opacity ≤ 0.15 OR move it to a safe zone.

Style library lookup workflow

reference/styles/ holds 52 visual style directories (dark / light / warm / vivid / bw / mixed moods) — design inspiration, not templates. Use the library as on-demand reference, not as a content dump.

Why lookup, not copy. Each of the 52 build.sh files is a complete style demo — but the coordinates were hand-tuned for that specific demo's content length. Copying them verbatim into a deck with different content produces overlaps and misalignment (flagged in INDEX.md L5-11). The library's value is the design logic: palette choice for a mood, signature shape, choreography pattern. Apply that logic to your own grid math.

Four-step lookup:

1. Browse INDEX. reference/styles/INDEX.md groups all 52 styles by palette category and mood (e.g. dark--premium-navy = authoritative / refined; warm--earth-organic = organic / grounded). The Quick Lookup table also shows each style's primary hex trio (bg / fg / accent) — if the user specified a brand color, scan the hex column to find the nearest match without opening every style.md. Pick 1 style that matches the topic mood OR aligns with the user-specified hex.
2. Read philosophy. Open reference/styles/<style-id>/style.md for design intent — type pairing, color logic, signature elements.
3. Glance technique. Open reference/styles/<style-id>/build.sh ONLY for technique reference (signature shapes, palette hex codes, choreography ideas) — coordinates are known-buggy per INDEX.md L5-11; do not copy them.
4. Apply on your own canvas. Build your deck using pptx v2 grid math + visual floor; borrow only the palette and the signature gesture.

Pointer: → see reference/styles/<style-id>/ — never inline-copy coordinates from a style build.sh.

Delivery Gate (inherits pptx v2 + morph additions)

Gate 1–5a: full port from pptx v2. → see pptx v2 §Delivery Gate. Schema (whitelisting C-P-2 chart spPr), token grep ($…$ / {{…}} / \$\t\n / () / []), hyperlink rPr (C-P-1), slide-order sanity, dark-on-dark contrast (Gate 5a). Refuse to declare done until every pptx Gate 1–5a prints its OK message. Morph decks have the same token / schema / order risks as any pptx.

Gate 2 morph addendum — price / metric tokens eaten by zsh

Pptx v2 Gate 2 covers $…$, {{…}}, \$\t\n literals, empty () / []. Morph decks add a class of leaks: price / metric tokens ($9/mo, $29/month, $199/yr) written in double-quoted --prop text="…" — the shell eats $9 as an empty variable and the CLI stores /mo or a stray period. Run this in addition to pptx Gate 2:

# Gate 2 morph — price / metric token leaks + stray-period placeholders
# Pattern hits: bare prices ($9, $29, $9.99), /unit suffix ($9/mo, $199/yr), ${VAR}, \n/\r/\t, lone period
LEAKS=$(officecli view "$FILE" text | grep -nE '\$[0-9]+(\.[0-9]+)?(/(mo|month|yr|year|day|wk|week|hr|hour))?|\$\{[A-Z_]+\}|\\[nrt]|^\.$' || true)
if [ -z "$LEAKS" ]; then echo "Gate 2 morph OK"; else echo "LEAK: $LEAKS"; fi

Covers: $9 $9.99 $29/month $199/yr $1/day ${VAR} \n/\r/\t literals + stray . placeholders. Fix: single-quote the prop (--prop text='$9/mo').

Gate 5b — Visual audit via HTML preview (MANDATORY) — extended for morph

Run officecli view "$FILE" html and Read the returned HTML path. For every slide, answer the pptx v2 Gate 5b questions (overlap / dark-on-dark / divider overlap / order sanity / missing arrowheads) PLUS these four morph-specific checks:

Important: selectors with prefix match. officecli query only supports operators =, !=, ~=, >=, <=, >, < — there is NO ^= prefix operator. A selector like shape[name^=!!actor-] returns an invalid_selector error. For "starts-with" filtering, use a get --depth 1 loop + jq startswith() as shown below.

• 5b-morph-1 — !!actor-* leak into visible area after its section ends. For every !!actor-* that should have exited, confirm x ≥ 33.87cm (canvas right edge). Loop + filter (selector-safe):

  NSLIDES=$(officecli query "$FILE" slide --json | jq '.data.results | length')
  for N in $(seq 1 $NSLIDES); do
    officecli get "$FILE" "/slide[$N]" --depth 1 --json | \
      jq -r --arg n "$N" '.data.results[0].children[]? |
        select(.format.name? // "" | startswith("!!actor-")) |
        select((.format.x // "0cm" | rtrimstr("cm") | tonumber) < 33.87) |
        "slide \($n) leak: \(.format.name) stuck at x=\(.format.x)"'
  done
  

  Any line printed = actor stuck visible. final-check misses this — only the loop + Read HTML do.

• 5b-morph-2 — Adjacent slides have identical spatial composition (no motion). Hard rule: between every morph pair, ≥ 3 DIFFERENT !!-prefixed shapes must each differ by ≥ 1 of {x, y, width, height, rotation, font-size}. Proof loop (dump both slides, diff same-name shapes, count differing shapes):

  for K in 1 2 3 4; do
    A=$(officecli get "$FILE" "/slide[$K]" --depth 1 --json | \
      jq -r '.data.results[0].children[]? | select(.format.name? // "" | startswith("!!")) |
        "\(.format.name)|\(.format.x)|\(.format.y)|\(.format.width)|\(.format.height)|\(.format.rotation // 0)"')
    B=$(officecli get "$FILE" "/slide[$((K+1))]" --depth 1 --json | \
      jq -r '.data.results[0].children[]? | select(.format.name? // "" | startswith("!!")) |
        "\(.format.name)|\(.format.x)|\(.format.y)|\(.format.width)|\(.format.height)|\(.format.rotation // 0)"')
    VARIES=$(diff <(echo "$A") <(echo "$B") | grep -c '^[<>]')
    if [ "$VARIES" -lt 6 ]; then echo "pair $K→$((K+1)) FLAT: only $VARIES diff-lines (need ≥ 6 = 3 shapes × 2 sides)"; fi
  done
  

• 5b-morph-3 — Morph-pair name mismatches. Adjacent slides must share at least 2 !!-prefixed names exactly. Proof (note: children live at .data.results[0].children[] — bare .data.children[] returns null):

  for N in 1 2 3 4 5; do
    echo "--- slide $N ---"
    officecli get "$FILE" "/slide[$N]" --depth 1 --json | \
      jq -r '.data.results[0].children[]? | select(.format.name? // "" | startswith("!!")) | .format.name'
  done
  

  Visually compare sequential blocks — shared !! names between N and N+1 are the morph pairs. Zero overlap = the pair is a plain fade.

• 5b-morph-4 — #sN-* lingering on slide N+1 (ghost leak). Per-slide content MUST be ghosted (x=36cm) on the NEXT slide. Loop + filter per N≥2:

  NSLIDES=$(officecli query "$FILE" slide --json | jq '.data.results | length')
  for N in $(seq 2 $NSLIDES); do
    PREV=$((N-1))
    officecli get "$FILE" "/slide[$N]" --depth 1 --json | \
      jq -r --arg n "$N" --arg p "$PREV" '.data.results[0].children[]? |
        select(.format.name? // "" | startswith("#s\($p)-")) |
        select((.format.x // "0cm" | rtrimstr("cm") | tonumber) < 33.87) |
        "slide \($n) leak: \(.format.name) stuck at x=\(.format.x)"'
  done
  

  Any line printed = a #s(N-1)-* shape stayed visible on slide N. Ghost it.

REJECT the delivery if any 5b-morph-1..4 loop prints a line. Collect stdout from all four loops into one stream and enforce with the COUNT pattern: LEAK_COUNT=$(...all four loops... | wc -l); if [ "$LEAK_COUNT" -gt 0 ]; then echo "REJECT: $LEAK_COUNT morph leaks"; else echo "Gate 5b-morph OK"; fi.

Renderer honesty

Morph renders in: PowerPoint 365 (Windows/Mac), Keynote, WPS, PowerPoint Online.

Morph does NOT render in: LibreOffice Impress (renders static, sometimes as fade), Google Slides web viewer (loses interpolation), most HTML / SVG viewers, officecli view html (structural only — morph is runtime). This is [RENDERER-BUG], not a skill defect. Tell the user explicitly: "Open in PowerPoint 365 / Keynote / WPS to see the morph motion; other viewers will show static or plain fade."

Static screenshots from any renderer cannot verify morph motion (the motion only exists at runtime). Use Gate 5b queries above to prove pair correctness; use a live viewer to prove motion quality.

Ghost Discipline & Actor Lifecycle

Every !!actor-* and #sN-* shape must be managed across EVERY slide, not just its "exit" slide.

The Per-Slide Ghosting Rule

When building a multi-slide morph deck:

1. Slide N: Introduce !!actor-ring (visible at x=0cm)
2. Slide N+1: Add new content. Before finishing, ghost !!actor-ring to x=36cm.
3. Slide N+2: Add more content. Re-ghost !!actor-ring to x=36cm again. (Not optional — even though it was already off-screen, each slide is a fresh canvas.)
4. Slide N+3: If !!actor-ring should be visible again, move it back to x=0cm or its new position.

Why: Each slide's shape list is independent. Moving a shape off-canvas on slide N does NOT carry over to slide N+1 — if you forget to re-ghost it, it will re-appear at its original position on N+1.

Workflow Pattern (Bash)

# After adding new content shapes to slide $SLIDE:
for ACTOR in "!!actor-ring" "!!actor-dot" "!!actor-accent-bar"; do
  officecli set "$FILE" "/slide[$SLIDE]/shape[@name=$ACTOR]" --prop x=36cm || true
done

Or in a build loop:

for SLIDE_NUM in 3 4 5 6 7 8 9 10 11; do
  # Add content specific to this slide
  officecli add "$FILE" "/slide[$SLIDE_NUM]" --type shape ...
  
  # IMMEDIATELY ghost all old actors (M-2 prevention)
  officecli set "$FILE" "/slide[$SLIDE_NUM]/shape[@name=!!actor-ring]" --prop x=36cm || true
  officecli set "$FILE" "/slide[$SLIDE_NUM]/shape[@name=!!actor-dot]" --prop x=36cm || true
done

Detection: Ghost Count Gate

morph-helpers.py final-check counts all shapes at x ≥ 34cm. If count > 50, it prints:

REJECT: Found 135 accumulated ghosts — likely M-2 ghost accumulation.
Run: officecli query deck.pptx 'shape[x>=34cm]' --json | jq '.data.results | length'
Expected ≤ 50 (roughly 4–5 active actors × 10–12 slides).

Fix: Review the build log, ensure every slide re-ghosts all actors that should not appear in it. Re-run final-check. If still > 50, use morph-helpers.py clean-accumulation deck.pptx (see reference section).

Common Morph Pitfalls (design + workflow traps)

Base pptx pitfalls (shell quoting, zsh [N] globbing, hex # prefix, \n in prop text) → see pptx v2 §Common Pitfalls. These are the morph-specific traps:

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