# socktop-swipe configuration.
#
# Installed to /usr/local/etc/socktop-swipe.env. Every script reads that file if
# it exists, so edit it there on the display host -- not this copy in the repo.
# After editing, restart the gesture daemon and rebuild the session (see README).
#
# Values use ${VAR:-default} so an environment variable of the same name always
# wins over this file. That keeps the file editable in the obvious way while
# still allowing one-off overrides, e.g. SOCKTOP_SESSION=test socktop-rack

# ---------------------------------------------------------------------------
# What to monitor
# ---------------------------------------------------------------------------

# What to show, as GROUPS separated by ";". Each group is one screen of the
# carousel: a tiled overview of its hosts, then each host zoomed full-screen in
# turn, then on to the next group. Host names are socktop profile names from
# ~/.config/socktop/profiles.json.
#
#   overview(A) -> A1 -> A2 -> ... -> overview(B) -> B1 -> B2 -> ...
#
# An optional "@layout" token in a group sets its tmux overview layout
# (tiled, even-horizontal, even-vertical, main-horizontal, main-vertical).
# Default is tiled: 4 hosts become quarters, 2 become side-by-side.
# "@even-vertical" stacks the panes one above the other instead.
#
# The example below is the rack display: the four Pis quartered and zoomable,
# then the Orange Pi and the Debian box stacked and zoomable.
SOCKTOP_GROUPS="${SOCKTOP_GROUPS:-rpi-master rpi-worker-1 rpi-worker-2 rpi-worker-3 ; orangepi trixie @even-vertical}"

# Legacy single-group form. Used only when SOCKTOP_GROUPS is empty.
SOCKTOP_HOSTS="${SOCKTOP_HOSTS:-}"

# tmux session name. Change only if it collides with something else.
SOCKTOP_SESSION="${SOCKTOP_SESSION:-socktop4}"

# Absolute path to the socktop binary. i3 and non-login shells do not have
# ~/.cargo/bin on PATH, so a full path is safer than relying on lookup.
SOCKTOP_BIN="${SOCKTOP_BIN:-$HOME/.cargo/bin/socktop}"

# ---------------------------------------------------------------------------
# Touch panel
# ---------------------------------------------------------------------------

# The touchscreen event device. ALWAYS prefer a /dev/input/by-id/ symlink --
# /dev/input/eventN numbers get reshuffled on reboot or USB re-enumeration.
# Find yours with:  tools/find-device.sh
TOUCH_DEV="${TOUCH_DEV:-/dev/input/by-id/usb-ILITEK_ILITEK-TOUCH-event-if00}"

# The touch panel's own resolution -- NOT the X screen size. lisgd otherwise
# asks X, which reports the full root window across all monitors (e.g. 2304x720
# with a second display attached) and skews its edge and distance maths.
SCREEN_W="${SCREEN_W:-1024}"
SCREEN_H="${SCREEN_H:-600}"

# ---------------------------------------------------------------------------
# Gesture tuning
# ---------------------------------------------------------------------------

# Pixels of travel before a drag counts as a swipe. Too low and stray contact
# triggers it; too high and normal swipes are ignored. Measured on the ILITEK
# panel: real swipes land at 150-260px, accidental ones under 70px.
SWIPE_THRESHOLD="${SWIPE_THRESHOLD:-80}"

# Degrees of leniency off the axis, max 45. Real finger swipes came in 1-25
# degrees off true horizontal, so 30 leaves comfortable margin.
SWIPE_LENIENCY="${SWIPE_LENIENCY:-30}"

# Contact counts to accept for one logical swipe.
#
# THIS IS THE SETTING THAT MOST OFTEN NEEDS CHANGING ON NEW HARDWARE. Many
# multipoint panels report 2 or even 3 contacts for what is physically a
# one-finger swipe (palm, or ghost contacts). If gestures are recognised but
# never fire, run tools/diag.sh and compare Cfg(f=N) against Evt(f=N).
FINGER_COUNTS="${FINGER_COUNTS:-1 2 3}"

# Swipe directions. RL = right-to-left = zoom in; LR = left-to-right = zoom out.
# Swap these two values to reverse the direction of travel.
GESTURE_IN="${GESTURE_IN:-RL}"
GESTURE_OUT="${GESTURE_OUT:-LR}"