Remedy - Avoid random digits in stream when counting herbs

Remedy - Avoid random digits in XLM stream when counting herbs.

remedy.lic

@@ -194,7 +194,7 @@ class Remedy
       when 'none'
         # this part is to avoid the message "You are already holding that."
         # in cases where it won't get more herbs, it takes a longer route to get herbs from other bags (not @bag nor @herb_container)
-        @count = Integer(DRC.bput("count my #{@herb1}", '\d+'))
+        @count = DRC.bput("count my #{@herb1}", '^You count out \d+').scan(/\d+/).first.to_i
         while @count < 25
           DRC.bput("put my #{@herb1} in my #{@container}", 'You put', 'already has something in it.', 'you count off and place only that many inside')
           fput("stow my #{@herb1}") # in case there are extra
@@ -209,11 +209,11 @@ class Remedy
           if DRC.bput("combine my #{@herb1}", 'You combine', 'too large to add', 'You must be holding both') == 'You must be holding both'
             @count = 25 # 25 used to break loops
           else
-            @count += Integer(DRC.bput("count my #{@herb1}", '\d+')) # increment to run again
+            @count += DRC.bput("count my #{@herb1}", '^You count out \d+').scan(/\d+/).first.to_i # increment to run again
           end
         end
       else
-        @count += Integer(DRC.bput("count my #{@herb1}", '\d+'))
+        @count += DRC.bput("count my #{@herb1}", '^You count out \d+').scan(/\d+/).first.to_i
         if DRC.bput("combine my #{@herb1}", 'You combine', 'too large to add', 'You must be holding both') == 'too large to add'
           f_stack = DRC.bput("count my first #{@herb1}", 'You count out \d+ pieces').scan(/\d+/).first.to_i
           s_stack = DRC.bput("count my second #{@herb1}", 'I could not find', 'You count out \d+ pieces').scan(/\d+/).first.to_i