The toolbar was one row of buttons separated by identical hairlines, so a
column width and the version's change history read as peers. Split it: a
view zone on its own ground -- layout, the two depth controls, fit widths,
none of which reach the server -- and the forecast zone that re-loads,
opens a window, or writes.
The row depth buttons were a fixed 0 1 2 3. A number means nothing without
already knowing what group_by holds, and a fixed range offers levels a
two-field pivot does not have while hiding the fifth of one that does.
They are now built from the live group_by and named after the level they
reveal, which is what the column axis already did -- so both are drawn by
one DepthButtons component, since both are the same thing: a depth in
ViewConfig.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Named layouts lived in localStorage: invisible to anyone else, gone on the
next machine, and nothing to publish from. The one server-side layout was
pf.source.default_layout -- a single anonymous blob any account could
overwrite for every account, which is a published layout with no owner.
pf.layout replaces both. A layout is named, owned, and either private or
published; published ones are listed by everyone on the forecast and
writable only by their owner or an admin, the same rule pf.log already uses
for its entries. Scope is the version, since that is the entry point, with
version_id NULL for the source-wide default a new version inherits.
Applying is never restricted -- Save is withheld on a layout that is not
yours, Save as forks it -- because the guarantee wanted is that a published
layout cannot be changed out from under people, not that it cannot be
adapted.
The toolbar's flat chip row becomes one Layout menu: Published and Mine,
rename/publish/default/delete shown only where they would be allowed, and
a dirty dot computed by comparing the live config against the one the pivot
was applied from, since restore() fires the change event itself.
Existing localStorage lists are lifted into pf.layout on first load.
PUT /sources/:id/default-layout is removed.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Apply Scale sat there live and silent for the whole round trip, so on a large
slice the only sign anything was happening was the absence of a result -- and
a second click applied the change twice.
The button now spins, reads "Applying…", and refuses further clicks until the
write returns, with a line beside it saying the pivot updates when it
finishes. Cleared in a finally, so a failure releases it too.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
SVG text does not wrap, so labels were cut at twelve characters -- which with
the sort prefixes now on every bucket meant "04 - Forecas…" and told you
nothing the position of the bar had not already.
Word wrapping to the bar's width, three lines at most, with the ×n and
untagged markers moved below however many lines the label took and the plot's
bottom padding raised to make room.
Character width is estimated rather than measured: measuring means a DOM
round trip per label on every render, and at this size a digit is about
0.55em, which is close enough for a centred label with a bar's width to play
with. A word longer than the line overflows rather than breaking, since half
a word helps nobody.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
"Loads" is our word for a segment import. It means nothing to a salesperson
reading a waterfall, and the step is simply where the forecast began relative
to the comparison.
It also carried a stray "· untagged". That suffix marks an adjustment nobody
grouped into an initiative, and this is not an adjustment at all.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
It started at the baseline, so it accumulated only the part that can still
move and stopped short of the number on the screen. Now it accumulates in
display order from the top -- billed, then booked, then the baseline, then
each adjustment -- and closes on Selected total.
Adjustable keeps its own figure but no running cell: it is a subtotal of the
walk, not a point on the line, and printing the running there would put two
different totals side by side in one row.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
The lines sum to Adjustable, and checking that they do meant adding
eight-digit numbers in your head. The column closes on the Adjustable row, so
the walk visibly lands where it says it does.
Value only. A cumulative price is meaningless -- prices do not add -- and a
second running column for units doubles the width to say what the value
column already implies. It appears only when there is more than one line to
accumulate.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
It was the literal 'Forecast'. The moment the buckets were renamed to carry
their sort prefix -- '04 - Forecast' -- nothing matched: every row counted as
a comparison rather than a step, so the walk had no middle, the loads came to
nothing, and the bridge showed the basis cancelling itself exactly to zero
with a Forecast anchor of 0.00 over 0 rows.
The version's adjustment_bucket is the right source, being the same value an
unbucketed adjustment is labelled with, so the bridge and the pivot agree by
construction rather than by both hardcoding the same string.
If that value names no bucket in the data -- renamed since, or never
configured -- it falls back to whichever bucket actually holds the
adjustments. A bridge that is merely mislabelled beats one that is silently
empty.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
-2000000 and -20000000 are the same shape at a glance, and the ledger deals
in both.
Display only: what leaves the input is always the raw string, so nothing
upstream ever sees a comma. Partly-typed numbers survive intact -- "1." and
"-" and "1.50" are all states on the way to a value, and reformatting them
into something else mid-keystroke makes the field unusable.
The caret is restored by counting digits rather than remembering an offset,
since inserting a comma shifts every character after it and a remembered
position lands one place off for the rest of the number.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
The immovable rows sat between Adjustable and Selected total, which made
them read as an afterthought to a figure they in fact constrain. They come
first now: this much is already booked and billed, this is what is left to
work with, and here is how that got to where it is.
The walk stays immediately above Adjustable, because it sums to it -- the
two are one statement and separating them would leave a column of numbers
adding up to nothing on the page.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
The walk read from tag and note, and hardcoded the word "Baseline" for the
baseline load -- so a segment called 03 - New Orders in the pivot, in the
bridge and on the Baseline page read as "Baseline" in the one place you go
to check a number before changing it. label comes first now, the same
precedence pf_segment uses, in the ledger and the bridge alike. logMeta did
not carry label at all, which is why neither could reach it.
The immovable rows split one line per segment. Combined, "01 - YTD Sales ·
02 - Open Orders" said 1.6m was untouchable without saying how much of it was
billed and how much was booked -- different things a forecaster treats
differently. The FINAL badge also gains the space it was missing, having
rendered as "02 - Open Ordersfinal".
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Refusing anything but == was safe and useless: a view bounded to
sseas_e <= 2027 is an ordinary way to scope a forecast, and it has no slice
form at all, a slice being {col: value}. The filter now travels beside the
slices as [col, op, value] triples and is ANDed onto every unit -- not folded
into the slices, since it applies to all of them equally and under
apply_mode 'each' would just repeat itself in every statement.
Operators are Perspective's, since that is where they come from, and the list
is a whitelist: anything outside it is refused rather than ignored, because a
scope silently dropped is a write wider than the panel that authorised it.
The scope goes into the log's params too, so the audit trail records what
bounded the write and not only what was clicked.
The panel prints it above the selection as "within sseas_e <= 2027". It
scopes every figure below it and every row the operation writes while
appearing in none of the slices, so without it the panel showed a selection
wider than the one it was acting on -- which is exactly what made the
ledger's 956,485.13 look plausible against a cell of 921,225.71.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
The phantom: pf_segment and pf_bucket are computed from pf.log when the rows
are served, so buildWhere had no column to compare and dropped them. Clicking
one bucket's cell and scaling therefore wrote every bucket at that dimension
intersection, while the panel showed only the bucket clicked. On the example
slice that is 350,524.74 displayed against 503,446.08 written.
They resolve exactly, without a new column: the name lives on the log row and
every forecast row carries the pf_logid that points at it, so the predicate is
pf_logid IN (SELECT id FROM pf.log WHERE <the same expression> = ...). Verified
against version 29 -- the clause returns 350,524.74 over 12 rows.
Any other pf_ key is now refused rather than skipped, since skipping is the
mechanism by which a selection silently widens. pf_iter stays exempt: the
client drops it deliberately, two cells differing only by iter band being the
same slice.
Client side they are ordinary columns in the loaded table, so both the
dispatch path and the panel's own totals filter on them directly -- the latter
matters as much, or the ledger reconciles against a wider selection than the
operation writes.
The ledger: excluded rows read "02 - Prior Year · FINAL" in amber rather than
"reference · fixed" -- named by the segment a forecaster recognises instead of
the iter band that happens to exclude it, and coloured because immovable is a
property worth seeing before reading a number. When the whole selection is
immovable it now says so in a sentence, where before it printed a row of zeros
and left the reason to be inferred from the edit rows failing below.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
With the prefix stored in pf.log.label there is nothing left to compute, so
all of it goes: ORDER_EXPR_NAMES, buildOrderExpression and its ExprTK
printable-ASCII-per-byte guard, SYNTHETIC_SEGMENTS and its 98/99 ordinals,
syncOrderExpressions with its two self-issued fetches, the dbgOrder tracing,
and the three places it had to be re-applied because restore() replaces
`expressions` wholesale.
What remains is a list of the names it used to manage, stripped by
cleanLayout so a layout saved under the old scheme does not keep ordering by
a rule nothing updates. The strip goes before the axis filter: dropping them
from `expressions` is what makes the existing ok() reject them on every axis,
which restore() requires -- an expression the pivot is using cannot vanish
from underneath it.
Net 250 lines out. The Baseline page's reorder buttons no longer feed
anything and go next.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
The bridge builds its own view from the pivot's filters, and those filters
can name pf_bucket_ord or pf_segment_ord — columns that exist only as
expressions. A view created without them cannot resolve the column, so the
bridge failed outright as soon as anyone filtered on an ordering column.
The per-slice path is left alone: its filters are built from col_meta names,
so they only ever reference real columns. Said so in place, since the
asymmetry otherwise reads as an oversight.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
The clone form was four controls whose labels ran to different lengths --
"copy rows from", "scale cloned rows by", "tag", "note" -- each row starting
wherever its label happened to end, with a preview sentence floating after
them and a row of unexplained chips between the tag and the note. Nothing
separated where the rows come from, what happens to them, and what the
change is called.
Every row now shares a label column, so the controls line up, and the three
groups carry headers in the same 10px uppercase the ledger headers already
use. The tag suggestions sit inside the tag's own column, where they read as
values for it. Hints appear under the control they qualify and only when
relevant.
Also: the preview said "Copying 0.00 sales_usd" while five AOP rows worth
68,904 were selected. It reported the adjustable total, which is zero when
the selection is entirely prior year or plan -- the case clone exists for,
now that it can read reference rows. It counts them for clone, and still
does not for recode, which cannot touch them.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
The offset field was rendered only when a segment had been named, from when
that was the only way clone could reach reference rows. Once clone could read
them directly the field became unreachable in the ordinary case -- so
"shift dates by" was invisible and the only typeable-looking control was
"copy rows from", which is a dropdown.
It is shown whenever clone is open now, and the payload carries the offset
independently of from_logid: shifting a selection through time is the common
case, and narrowing to one segment is the occasional one.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
The Date offset on a baseline or reference segment was a pair of
type="number" inputs, years and months, both clamped at min 0. So no
characters could be typed, days could not be expressed at all, and a segment
could only ever be shifted forward in whole months -- while the stored value
is a Postgres interval that happily accepts "4 months", "1 year" or
"-90 days". parseOffset only read year and month, so anything else would not
have survived a round trip through the edit form either.
One text field now, with suggestions, matching what clone already offers.
parseInterval parses it far enough to draw the timeline preview; Postgres
stays the authority, and assertInterval -- now shared by the baseline,
reference and clone routes -- rejects what it will not accept, with a
message naming the field rather than a parse error from inside a CTE.
Timeline takes months and days separately rather than years and months,
because the two are not interchangeable: a month shift lands on the same day
of another month, a day shift can cross a month boundary. It adds months
then days, as Postgres does, and its label handles negatives.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Shifting backwards already worked -- the offset is added as a Postgres
interval, and '-90 days' is a perfectly good one -- but the suggestions only
listed forward shifts, so nothing said so. Pulling a plan back a quarter is
a normal thing to want.
A day-level shift is also the case that most needs the dim_period
derivation: 15 Mar 2027 less 90 days is 15 Dec 2026, which crosses from
2027/10 - Mar into 2027/07 - Dec. Copying the period columns across would
have labelled it March.
The offset is interpolated into the statement, so a typo surfaced as a
Postgres parse error from the middle of a CTE. It is parsed on its own
first, where the failure is cheap and can name the field.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
The bridge filtered on exclude_iters, so it dropped every reference row --
including Open Orders, which is loaded as reference precisely so nothing
adjusts it and is still part of the forecast. Membership is pf_bucket now,
which is the axis that answers this question; pf_iter answers a different
one.
What you compare against depends on what you are building: an AOP is built
off a prior period, a forecast off an update to the AOP. So the basis is
chosen rather than assumed, and the walk stays exact either way because
Forecast - Basis = (Forecast loads - Basis) + adjustments
The opening step is that first term, every tagged adjustment explains the
rest, and the bars sum to the endpoint by construction. No residual to
explain away -- which is what a bridge from prior year to forecast would
otherwise be, since the adjustments describe movement from the forecast's
own loads and not from last year.
With no basis it is the composition instead: the forecast's loads as the
opening anchor, then the adjustments. The picker only appears once something
carries a bucket, so a version that has not been labelled behaves as before.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
The slice filters the rows being copied, so cloning prior year forward means
selecting last December and shifting it, not selecting the December you want
to fill. Selecting the destination matches nothing -- prior year's rows are
labelled with prior year's periods, so a 2027 slice and a 2026 segment share
no rows -- and it fails silently, as zero rows cloned.
Nothing in the form said which way round it was, and "copy from <segment>"
reads like the selection is the target. It now says the selection is what
gets copied, and the segment narrows it rather than replacing it.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Three changes, one feature: a period with no baseline borrows a shape from
prior year or plan.
The generator handled one date group. sql_generator.js used find(), so a
source with order, requested and ship date groups derived the order one and
copied the other two raw -- shifted dates against unshifted period labels.
Every group now gets its own join, and they are LEFT rather than inner: an
order that has not shipped has no ship date, and an inner join would have
dropped the row from the load entirely rather than leaving its period
columns empty. dateGroupsOf() is now shared, like grainOf, so the routes and
the generator agree on membership and on join aliases.
Clone carries every date column rather than only the primary one, since it
is the operation that moves rows through time, and re-derives the period
dimensions from pf.dim_period against the shifted date instead of copying
them from the row being cloned.
from_logid names the segment to copy from, replacing the exclude clause for
that one entry rather than widening it. Rows written stay pf_iter = 'clone',
so scale applies to them afterwards as a second step.
set is no longer required: copying a segment forward unchanged is a
reasonable thing to ask for.
Needs dim_period_col set in Setup (fisc_year on oseas/rseas/sseas_e,
fisc_month_abbr on omon/rmon/smon_e) and Generate SQL.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Every question about a part -- what values exist, what attributes go with
one -- was answered by querying the source, and the source is the wrong
place to ask. It is a view over a transaction table, so the query is slow
(76s for one ILIKE against 6.9M rows), it describes only what was
transacted, and it cannot express intent: there is no way to say a part is
discontinued, or to name one that has not sold yet.
pf.dim_member holds the app's own list: one row per key value per group,
siblings in jsonb, keyed on (source_id, dim_group, key_value). Refresh is a
merge rather than a replace, so curation survives it -- members absent from
the source are marked source_seen = false, not deleted. Triggered from
Setup, next to Generate SQL, because it reads the whole source and the
answer only changes when the catalogue does.
A key can carry several attribute sets across history -- 11,290 parts
against 13,662 combinations on osm_skinny -- so the refresh takes the most
recent by the source's date column. That also fixes the sibling autofill,
which used to run a DISTINCT ... LIMIT 2 against the source and silently
fill nothing whenever a part came back ambiguous. A member row is one
definition by construction.
The client fetches each group's list once per source and does both
completion and autofill against it in memory, so neither costs a request.
Columns outside a group, or a group never refreshed, still fall back to the
version's values endpoint.
Run 01_schema.sql to create the table.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Pointing completion at the source made every keystroke a 76-second query:
gs.osm_skinny is a plain view over rlarp.osm_stack, so ILIKE '%1601%'
scanned 6.9M rows and read 1.3M buffers off disk, 64s of it I/O. Nothing had
called that endpoint before, so the cost only appeared once a debounced
input was wired to it.
The source is the wrong list anyway. It reaches back over all of history and
would offer parts discontinued years ago; the version holds what was
actually loaded, which is what the forecast is being written against.
So GET /versions/:id/values/:col reads the version's own forecast table --
2.0s for 11,290 parts on fc_osm_skinny_29 -- and holds the result in memory,
keyed on that version's latest pf.log id. Any load, adjustment or undo moves
the id and the next request rebuilds, so nothing has to remember to
invalidate. Filtering happens over the cached array, so typing costs one
small max(id) query.
The column name is interpolated into the DISTINCT, so it is checked against
col_meta first.
The source-side endpoint keeps its new q/limit but no longer has a caller;
its ILIKE path against a view is the expensive one and should stay unused.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Recoding to a part meant typing a code from memory into a plain text box,
with the only feedback being that the sibling autofill either fired or
silently did nothing.
The values endpoint already existed but returned every distinct value with
no filter and no limit, which for part on osm_skinny is 11,290 rows -- too
slow to open and no easier to read than a short list. It now takes ?q= and
?limit=, so the field fetches matches for what has been typed so far,
debounced 200ms, and offers them through a native datalist.
Only key columns get it, which is the same condition the endpoint already
enforced, and the same one that decides whether the dim_group sibling
lookup runs on blur. So on osm_skinny it is part and customer: type 1601
and the eight parts containing it are offered; pick one and the nine
part-group columns fill themselves.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
sales_usd and qty run to eight digits here, where two decimals are noise.
Price is the opposite case: it sits around 0.27, so two places barely show a
move and four still round away part of one.
derive() hardcoded two decimals, so the editable rows would have disagreed
with the lines above them. It now takes the measure's own precision. The
percentage row keeps one place, being its own scale.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Price was blanked on the bridge lines and on the excluded row, so a ledger
that had both measures on every line showed a price on two of them. Baseline
sat there as 2,242,180.67 over 8,111,717.10 with the column empty.
A bridge line's price is the implied price of that initiative's own
contribution -- Scale #116 above works out to 0.2397 against a current
0.2735 -- which is the number that says whether the initiative was a price
move or a volume move. That is the same question the plug toggle asks about
the edit, answered for the adjustments already made.
A line with no units is left blank, since its price is undefined rather
than zero -- the "price" bridge line in that example moved dollars alone.
The price column's hint said "holds units", which stopped being true when
plug arrived: it holds units under plug = price and moves them under plug =
volume. It now just says what the column is.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Each ledger row derived only from its own input, so typing a dollar figure
left the units and price rows blank -- which are precisely the two numbers
that say whether you just asked for a volume change or a price change. The
plug toggle decided it and then showed you nothing.
Adds a Result line under the edit rows carrying value, units and price
together, resolved the same way the server resolves the increments: a price
input multiplies through volume, a dollar input with plug = volume scales
units in proportion, anything else holds units. Measures that actually move
are picked out in blue against the ones that hold, so plug = price reads as
price moving alone and plug = volume as price standing still.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
A sales figure on its own does not say which of price or volume moved, and
scale was answering silently: it wrote the value increment and left units
alone, so volume stayed flat and price absorbed everything. That is one of
the three behaviours the Excel form offered, picked by default rather than
by the user.
/opt/forecast_api/VBA/fpvt.frm has the semantics. Edit Sales, then plug one
side:
plug volume: pchange = fVal/(pVal+bVal); fVol = (pVol+bVol)*pchange
plug price: fVol = pVol + bVol
So 'volume' moves units in the same proportion as the dollars, holding
price; 'price' leaves units alone, as now. Checked against those formulas:
+100 on 1000/500 gives units 500 -> 550 with price held at 2.0000, and
-400 on 2000/800 gives 800 -> 640 at 2.5000.
Price still defaults, so nothing changes for an existing caller that does
not send `plug`. The control only appears once the edit is dollars-only --
naming units or price has already settled the question. A price target now
also honours a units target alongside it, which is the form's Edit Price
mode where both are inputs and dollars fall out.
Holding price when the selection has no value is refused rather than
divided by zero, the same case the form guarded with "Zero times any number
is zero".
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
The server had no authentication: every /api route was open, CORS
allowed any origin, and the identity written to the audit log came from
the request body — the UI sent a hardcoded pf_user: 'admin', which any
client could have set to anything it liked.
Accounts live in pf.app_user with scrypt hashes from node's own crypto,
so there is no native build step and the parameters travel with each
hash. Sessions are express-session over connect-pg-simple in pf.session:
a restart no longer signs everyone out, and a session can be revoked by
deleting its row, which is how disable-user cuts off access immediately
rather than at cookie expiry.
Everything under /api except login/logout/me now requires a session, and
the React app is mounted only once there is one — its load effects call
the API on mount, so a logged-out mount would just fire a burst of 401s.
A session that expires while the app is open lands back on the login
screen: auth.jsx wraps fetch once rather than teaching every call site
to check.
Identity is now read from the session for pf_user, created_by and
closed_by, and the body values are ignored.
Hardened for an internet-facing deployment: trust proxy so req.ip and
secure-cookie detection are right behind TLS termination, httpOnly +
SameSite=Lax + Secure cookies, ten login failures per IP per fifteen
minutes, one error message for unknown, wrong and disabled alike, and a
fresh session id on success. CORS is off entirely unless CORS_ORIGIN
names an origin — a wildcard alongside a session cookie would be CSRF by
construction. The server refuses to boot without SESSION_SECRET rather
than falling back to a guessable default.
pf.sh grows add-user, passwd, list-users, disable-user and enable-user;
passwords are read on stdin and hashed before they reach psql, so no
plaintext in argv or shell history. install.sh generates the secret,
applies 02_auth.sql, and creates the first account.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Forecast operations could only act on one clicked row at a time, and the
panel that drove them separated the numbers you were reading from the
inputs that changed them. This reworks both, and adds initiative tags so
a version's history can be read as a bridge.
Operations
- Accept `slices` (array) alongside the legacy single `slice`, with
apply_mode 'prorate' (one pool) or 'each' (independent per slice).
- buildWhereAny() ORs the slices into one predicate. A union of slices
cannot be flattened into per-column IN lists without over-selecting,
and the result is parenthesised so the appended exclude clause does not
bind wrong.
- resolveIncrs() now resolves each measure independently: target, percent
or change amount per measure, so a target on value and a percent on
units can be submitted together. Replaces the single global `mode`.
- target_basis chooses what a target measures against: only the rows an
operation can write, or everything the pivot shows for the slice.
Excluded iters are visible in the grid but immovable, so a target set
against the visible total previously overshot by their contribution.
Two latent bugs surfaced by the above, both pre-existing:
- A slice naming no filterable column reduced to TRUE and applied the
operation to the entire version. Now rejected on all three operations.
- Prorating across a pool that nets to ~zero multiplies each row's share
by an exploding factor, sending rows to extreme opposite values to hit
the target. Refused when the net falls below 1% of gross.
Tags and the bridge
- pf.log gains a nullable `tag`, written by a follow-up UPDATE rather
than through the generated SQL: those templates are stored per source
in pf.sql, so a {{tag}} token would strand any source that had not
re-run "Generate SQL".
- Tag is editable after the fact in the change log, with completion from
tags already used on the source. PATCH branches on whether a field was
sent, so a tag can be cleared as well as set.
- BridgeView renders the walk from baseline to current as a waterfall,
one step per tag, scoped to the selection, the pivot's filters, or the
whole version. Computed from the loaded Perspective table so the
figures always reconcile with what is on screen; overlapping slices are
deduped by pf_id to match the OR semantics operations use.
- Colour is a polarity job, so it uses the validated diverging pair
(blue/red, CVD dE 21.6) with neutral anchors, not categorical hues.
Every bar is directly labelled and a table view is available.
Panel
- Extracted to OperationPanel; the scale form is one continuous ledger:
baseline, each adjustment, current, then New value / Change / % change
as three interchangeable editable rows. Typing in any one derives the
others, which removes the target/delta/percent mode toggle entirely.
- Dockable bottom, right, or floating (drag to move, grip to resize), and
closable via header, Esc, or the toolbar. Placement persists.
- Controls no longer stretch to the dock width, and text contrast now
clears WCAG AA against white throughout.
Also: the status bar names the physical table writes land in, with live
row counts; and the pivot's expand depth is re-applied when the tab
regains focus, since Perspective rebuilds its view on redraw and a
ROLLUP view with no depth set renders fully expanded.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01W1TQiBYZbbWWkMNoCtUd8M
Replace Bootstrap fill icons with Feather-style stroke SVGs (sun with
rays + crescent moon) in StatusBar toggle.
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
App.jsx owns sources/sourceId/versions/versionId and persists them
across reloads. StatusBar renders the dropdowns plus a status badge —
Source-only on Setup, Source · Version · status on Baseline/Forecast.
The duplicate in-view selector bars in Forecast and Baseline are gone;
Baseline keeps its version actions (New/Close/Reopen/Delete) inline.
Setup reports source-list mutations up via refreshSources so the bar
stays in sync after register/deregister.
Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
- Baseline.jsx: merge Reference section into Add Segment form with baseline/reference toggle; segment rows now clickable to expand stored WHERE clause + timeline; date filter inputs use type="date" for date-role columns
- Timeline.jsx: add type prop ('baseline'|'reference'); reference band uses purple; single-band height shrinks to 52px; canvas uses requestAnimationFrame to fix offsetWidth=0 on mount
- operations.js: reference route now accepts where_clause like baseline (drops date_from/date_to)
- sql_generator.js: reference SQL template uses {{filter_clause}} instead of hardcoded BETWEEN
Note: existing sources need Generate SQL re-run to pick up the new reference template.
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
- ui/: React + Vite + Tailwind app (Setup, Baseline, Forecast views, collapsible sidebar, status bar, canvas timeline)
- server.js: serve built UI from public/app/
- package.json: add build script (cd ui && npm run build)
- routes/sources.js: default new col_meta role to 'dimension' instead of 'ignore'
- .gitignore: exclude public/app/ build output
- pf_spec.md: update tech stack, nav, frontend section, and project status to reflect current implementation
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
