Watchmaker Directions API main script

function update_table()
 stepslat=wm_tag("{tmapsteplat()}")
 stepslon=wm_tag("{tmapsteplon()}")
 var_s_stepslat={}
 var_s_stepslon={}
    for lat in string.gfind(stepslat, "[-]?%d*[\.][-]?%d*")
     do
      table.insert(var_s_stepslat, lat)
    end
    for lon in string.gfind(stepslon, "[-]?%d*[\.][-]?%d*")
     do
      table.insert(var_s_stepslon, lon)
    end
end

update_table()

function setmapvars()
 distance = wm_tag("{tmapdistance}")
 eta = wm_tag("{tmapeta}")
 startloc = wm_tag("{tmapstartloc}")
 endloc = wm_tag("{tmapendloc}")
 startadd = wm_tag("{tmapstartadd}")
 endadd = wm_tag("{tmapendadd}")
 steps = wm_tag("{tmapsteps}")
  var_s_distance = tostring(distance)
  var_s_eta = tostring(eta)
  var_s_startloc = tostring(startloc)
  var_s_endloc = tostring(endloc)
  var_s_startadd = tostring(startadd)
  var_s_endadd = tostring(endadd)
  var_s_steps = tonumber(steps)
end


end_loc = {}
start_loc = {}

function mapcoords()
 for endloc in string.gfind(var_s_endloc, "[-]?%d*[\.][-]?%d*")
  do
   table.insert(end_loc, endloc)
 end
 for startloc in string.gfind(var_s_startloc, "[-]?%d*[\.][-]?%d*")
  do
   table.insert(start_loc, startloc)
var_start_lat = start_loc[1]
var_start_lon = start_loc[2]
var_end_lat = end_loc[1]
var_end_lon = end_loc[2]
 end
end

setmapvars()
mapcoords()

tweens.map_lat = var_start_lat
tweens.map_lon = var_start_lon
length = 1

var_run = 0

function tweenmap()

 if var_run == 0 then
  wm_schedule
   { action='tween', tween='map_lat', from=var_start_lat, to= var_s_stepslat[var_run+1], duration=length, easing=linear }
  wm_schedule
   { action='tween', tween='map_lon', from=var_start_lon, to= var_s_stepslon[var_run+1], duration=length, easing=linear }
  var_run =  var_run + 1

   elseif var_run <= var_s_steps then

  wm_schedule
   { action='tween', tween='map_lat', from=var_s_stepslat[var_run], to= var_s_stepslat[var_run+1], duration=length, easing=linear }
  wm_schedule
   { action='tween', tween='map_lon', from=var_s_stepslon[var_run], to= var_s_stepslon[var_run+1], duration=length, easing=linear }
  var_run = var_run + 1

   elseif var_run > var_s_steps then

  wm_schedule
   { action='tween', tween='map_lat', from=var_s_stepslat[var_run], to=var_end_lat, duration=length, easing=linear }
  wm_schedule
   { action='tween', tween='map_lon', from=var_s_stepslon[var_run], to=var_end_lon, duration=length, easing=linear }
  var_run = 0

 end

end

function new_directions()
-- This can be ignored, it's a lazy formula to auto update steps and doesn't work LOL
 if math.floor((math.rad(var_s_stepslon[1]))*1000)/1000 == math.floor((math.rad({alon}))*1000)/1000 and math.floor((math.rad(var_s_stepslat[1]))*1000)/1000 == math.floor((math.rad({alat}))*1000)/1000 then
  wm_action('m_task:WMDirections')
  wm_vibrate(100,3)
 end
end

function on_second(h,m,s)
 if {abright} then
  setmapvars()
   if var_run == 0 then
    tweens.map_lat = {alat}
    tweens.map_lon = {alon}
   end
 end
end