http.get is now operational

luprex/core/lua/basics.lua

@@ -1,10 +1,11 @@
 makeclass('NilIsZero') -- This is intended to be used as a metatable
+makeclass('login')
 
 function NilIsZero.__index(t,k)
-    return 0
+  return 0
-    end
+  end
 
 function NilIsZero.__newindex(t,k,v)
-    if v~=nil and v~=0 then rawset(t,k,v) end
+  if v~=nil and v~=0 then rawset(t,k,v) end
-    end
+  end
 

luprex/core/lua/horps.lua

@@ -1,6 +1,6 @@
 makeclass('player')
 makeclass('army')
-
+makeclass('orchard')
 
 --
 -- HORPS game: Walk around the board collecting armies and buffs
@@ -52,7 +52,8 @@ function army.interface(actor,place)
 -- Spock vaporizes Rock           3
 -- Spock dismantles Scissors      2
 armytypes={'r','p','s'}
-armynames={r="Rock Golem",p="Paper Dragon",s="Scissor Beast",l="Fire Lizzard",v="Mr. Spock"}
+armynames={r="Rock Golem" ,p="Paper Dragon",s="Scissor Beast",l="Fire Lizzard",v="Mr. Spock"}
+foodnames={r="Raspberry"  ,p="Pomegranite" ,s="Strawberry"   ,l="Lemon"       ,v="Mango"  }
 --advantage={ r={ r=1,   p=1/2, s=3,   l=2,   v=1/3 },
 --            p={ r=2,   p=1,   s=1/2, l=1/3, v=3   },
 --	      s={ r=1/3, p=2,   s=1,   l=3,   v=1/2 },
@@ -112,45 +113,61 @@ function MakeMap()
     end end end
   end
 
+
+
 --
 -- For each creature type, select the optimal target. Select randomly among identical targets.
 --
-function army.fight0(ak,ac,dk,dc,rules) -- returns number of attacker casualties, defender casualties
+function army.fight0(ak,ac,dk,dc,tweekdefender) -- returns number of attacker casualties, defender casualties
-  if not rules then rules={} end
   local adv0=advantage[ak][dk]
   local adv1=advantage[dk][ak]
-  if     rules.counterattack=='one'  then adv1=1
+  if not tweekdefender then tweekdefender=function(adv) return adv end end
-  elseif rules.counterattack=='best' then adv1=adv1<1 and 1 or 1
+  adv1=tweekdefender(adv1)
-    end
+  local losstotal=(ac+dc)/2
-  local rval0=(ac*adv0-dc)/adv0
+  local power0=ac*adv0
-  if rval0<0 then rval0=0 end
+  local power1=dc*adv1
-  local rval1=(dc*adv1-rval0)/adv1
+  local powertotal=power0+power1
-  return rval0,rval1
+  local loss0=math.min(ac,math.floor(losstotal*power1/powertotal))
+  local loss1=math.min(dc,math.floor(losstotal*power0/powertotal))
+  return loss0,loss1
   end
 
+
+
 function player:fight(enemy)
+  local rval={}
   for ak,ac in pairs(self.Count) do -- Should randomize the order
     local enemyk, enemyc
-    local acas
+    local useloss0
-    local maxcas=-1
+    local useloss1=-1
-    local Loss0,Loss1
+    local loss0,loss1
     local whichdk, whichdc
     for dk,dc in pairs(enemy.Count) do
-      Loss0,Loss1=army.fight0(ak,ac,dk,dc)
+      loss0,loss1=army.fight0(ak,ac,dk,dc)
-      print("When "..ac.." "..ak.." fight "..dc.." "..dk.." they kill "..Loss1.." and suffer "..Loss0)
+      print("When "..ac.." "..ak.." fight "..dc.." "..dk.." they kill "..loss1.." and suffer "..loss0)
-      if Loss1>maxcas then
+      if loss1>useloss1 then
         enemyk=dk
 	enemyc=dc
-        maxcas=Loss1
+        useloss1=loss1
-	acas=Loss1
+	useloss0=loss0
 	end end
     if enemyk then
-      print("Army of "..ac.." "..ak.." fights "..enemyc.." "..enemyk..", killing "..Loss1.." and suffering "..Loss0)
+      print("Army of "..ac.." "..ak.." fights "..enemyc.." "..enemyk..", killing "..useloss1.." and suffering "..useloss0)
+      rval[1+#rval]={'fight',ak,ac,useloss0,enemyk,enemyc,useloss1}
+      enemy.Count[enemyk]=enemy.Count[enemyk]-useloss1
+      self.Count[ak]=self.Count[ak]-useloss0
       end
     end
+  local enemyleft=0
+  local playerleft=0
+  for dk,dc in pairs(enemy.Count) do enemyleft=enemyleft+dc end
+  for ak,ac in pairs(self.Count) do playerleft=playerleft+ac end
+  rval.enemyleft=enemyleft
+  return rval
   end
 
 
+
 function player:cb_droprock(actor) player:droparmy(actor,'r') end
 function player:cb_droppaper(actor) player:droparmy(actor,'p') end
 function player:cb_dropscissor(actor) player:droparmy(actor,'s') end
@@ -164,10 +181,21 @@ function player:droparmy(actor,kind)
   t.Count[kind]=t.Count[kind]+1
   pprint(t)
   end
-    
+
+function orchard:gather(actor)
+  actor.food[self.kind]=actor.inventory[self.kind]+self.count
+  end
+
 function player:newlocation()
   local lis=tangible.near(self,0,true,true)
-  for _,t in ipairs(lis) do self:fight(t) end
+  local count={} setmetatable(count,NilIsZero)
+  local count0=0
+  local result={}
+  for _,t in ipairs(lis) do if tangible.getclass(t)=='army' then result[1+#result]=self:fight(t) end end
+  if #result==1 and result[1].enemyleft>0 then
+    for _,t in ipairs(lis) do if tangible.getclass(t)=='orchard' then t:gather(self) end end
+    end
+  return result
   end
 
 function player:printanimstate()
@@ -175,28 +203,36 @@ function player:printanimstate()
   print("Resulting state: ", graphic, plane, x, y, z, facing)
   end
 
+function player:walk(dx,dy)
+  tangible.animate(self,{action='walk',dx=dx,dy=dy})
+  local result=self:newlocation()
+  pprint(result)
+  if #result>1 then print("Error: multiple armies at one location")
+  elseif #result==1 then
+    if result[1].enemyleft>0 then tangible.animate(self,{action='walk',dx=-dx,dy=-dy}) end
+    end
+--  self:cb_map()
+  if #result==1 then
+    for i,v in ipairs(result[1]) do
+      if v[1]=='fight' then print(v[3]..v[2].." attacks "..v[6]..v[5]..", killing "..v[7].." while losing "..v[4]) end
+      end
+    end
+  end
+  
 function player:cb_north()
-  tangible.animate(self, {action="walk", dy=1})
+  self:walk(0,1)
-  self:cb_map()
-  self:newlocation()
   end
 
 function player:cb_south()
-  tangible.animate(self, {action="walk", dy=-1})
+  self:walk(0,-1)
-  self:cb_map()
-  self:newlocation()
   end
 
 function player:cb_east()
-  tangible.animate(self, {action="walk", dx=1})
+  self:walk(1,0)
-  self:cb_map()
-  self:newlocation()
   end
 
 function player:cb_west()
-  tangible.animate(self, {action="walk", dx=-1})
+  self:walk(0,1)
-  self:cb_map()
-  self:newlocation()
   end
 
 
@@ -230,6 +266,7 @@ function player.cb_emit_buff(actor,place,dialog)
 makeclass('army')
 makeclass('buff')
 
+
 function seq(a,b,c) return a<=b and b<=c or false end
 function num2(a) if a<=9 then return " "..a else return a end end
 

luprex/core/lua/login.lua

@@ -4,11 +4,13 @@ function login.interface(actor, place)
     gui.menu_item("cb_becomeplayer", "Become a Player")
     gui.menu_item("cb_p123", "Print 1, 2, 3")
     gui.menu_item("cb_p123_nopredict", "Print 1, 2, 3 nopredict")
+    gui.menu_item("cb_uglytimedaemon","Start the Time Daemon")
     end
 
 function login.cb_becomeplayer(actor, place, dialog)
     actor.kind='P'
     actor.Count={} setmetatable(actor.Count,NilIsZero)
+    actor.Food={} setmetatable(actor.Food,NilIsZero)
     tangible.setclass(actor, player)
     tangible.animate(actor,{action="warp",plane="main",x=0,y=0,z=0})
     end
@@ -30,21 +32,3 @@ function login.cb_p123_nopredict(actor, place, dialog)
     print(3)
     end
 
--- this is function documentation for setfoo.
-function setfoo(n)
-    if (n == nil) then 
-        error("setfoo(n) - n must be an integer")
-    end
-    nopredict()
-    tangible.actor().inventory.foo = n
-    end
-
-function buildq()
-    return tangible.build{class="login", x=10, y=0, z=0, plane="nowhere", graphic="what"}
-    end
-
-function htest()
-    print("hi")
-    pprint(http.get{url="https://mit.edu/"})
-    print("bye")
-    end

luprex/core/lua/uglyglobals.lua

@@ -18,3 +18,12 @@ function ug.get(var)
   return ug.the()[var]
   end
 
+function login.cb_uglytimedaemon()
+  if not ug.get('time') then ug.set('time',0) end
+  while true do
+    wait(1)
+    ug.set('time',ug.get('time')+1)
+    end
+  end
+
+function time() return ug.get('time') end