LLMvibeNote.md

-- Modify processor.lua to inject deltaContext correctly function M.process_line(buffer, line_num, text) local event_id = M.next_event_id M.next_event_id = M.next_event_id + 1

-- Key insight from Pulsar: inject at the pattern level, not individual words -- Look for pattern definitions (d1, d2, p 1, etc) local processed = text:gsub('(%$%s*)(".-")', function(dollar, quoted) -- Store the column offset for this pattern local _, col_start = text:find(dollar, 1, true) M.event_ids[event_id] = { buffer = buffer, row = line_num - 1, col_offset = col_start, -- Store offset for mapping } -- Inject deltaContext with column offset and event ID return dollar .. '(deltaContext ' .. col_start .. ' ' .. event_id .. ' ' .. quoted .. ')' end)

• Update osc.lua to handle the exact format from Tidal function parse_osc_message(data) local offset = 1

-- Check for /editor/highlights address local addr_end = data:find("\0", offset) local address = data:sub(offset, addr_end - 1)

if address ~= "/editor/highlights" then return nil end

-- Parse based on Pulsar's expected format: -- [id, duration, cycle, colStart, eventId, colEnd] -- ... existing parsing code ...

-- Transform to match Pulsar structure return { address = address, args = { id = args[1], -- stream ID (d1=1, d2=2, etc) duration = args[2], -- event duration cycle = args[3], -- current cycle colStart = args[4], -- start column in pattern eventId = args[5] - 1, -- event ID (0-indexed) colEnd = args[6] -- end column in pattern } } end

return processed, event_id end

-- In highlights.lua function M.add_highlight(event_data) local event_info = processor.get_event_info(event_data.eventId) if not event_info then return end

local buffer = event_info.buffer local row = event_info.row

-- Calculate actual column positions -- The colStart/colEnd are relative to the pattern string local actual_start = event_info.col_offset + event_data.colStart local actual_end = event_info.col_offset + event_data.colEnd

-- Create highlight with proper decay animation M.create_animated_highlight(buffer, row, actual_start, actual_end, event_data) end

function M.create_animated_highlight(buffer, row, start_col, end_col, event_data) local ns = M.namespace local hl_group = M.get_highlight_group(event_data.id)

-- Initial bright highlight local mark_id = vim.api.nvim_buf_set_extmark(buffer, ns, row, start_col, { end_row = row, end_col = end_col, hl_group = hl_group, priority = 100 + (10 - event_data.id), -- Layer by stream strict = false, })

-- Animate decay over duration local steps = 5 local decay_time = (event_data.duration * 1000) / steps

for i = 1, steps do vim.defer_fn(function() if vim.api.nvim_buf_is_valid(buffer) then -- Update with fading highlight local fade_group = hl_group .. "fade" .. i vim.api.nvim_buf_del_extmark(buffer, ns, mark_id) if i < steps then mark_id = vim.api.nvim_buf_set_extmark(buffer, ns, row, start_col, { end_row = row, end_col = end_col, hl_group = fade_group, priority = 100 + (10 - event_data.id) - i, strict = false, }) end end end, i * decay_time) end end

-- In config.lua setup function M.create_highlight_groups() local colors = { { base = "#ff6b6b", name = "TidalStream1" }, { base = "#4ecdc4", name = "TidalStream2" }, { base = "#45b7d1", name = "TidalStream3" }, { base = "#96ceb4", name = "TidalStream4" }, }

for _, color in ipairs(colors) do -- Base highlight vim.api.nvim_set_hl(0, color.name, { bg = color.base, blend = 20, })

-- Fade stages
for i = 1, 5 do
  local blend = 20 + (i * 10) -- Increase transparency
  vim.api.nvim_set_hl(0, color.name .. "_fade_" .. i, {
    bg = color.base,
    blend = blend,
  })
end

end end 6. Testing Configuration Add to your BootTidal.hs: 7. Debug Commands Add these for testing: luavim.api.nvim_create_user_command('TidalHighlightDebug', function() -- Show current event mappings local processor = require('tidal-highlight.processor') print(vim.inspect(processor.event_ids))

-- Show active highlights local highlights = require('tidal-highlight.highlights') print(vim.inspect(highlights.highlights)) end, {})

vim.api.nvim_create_user_command('TidalHighlightSimulate', function() -- Simulate an OSC message for testing local animation = require('tidal-highlight.animation') animation.queue_event({ id = 1, eventId = 0, colStart = 0, colEnd = 10, duration = 0.5, cycle = 1.0 }) end, {})