JeG6uSgu4bqxZiDhu5Xhu5VWLOG7keG7luG6u+G7l2bhurUsKuG6uMOzaC4pIS5ow6lw4buN4bq7LuG7l3Quw7ppaMOpLuG7l+G7mWlow6kuw7rhu6MuaG4u4bqv4bqpaC5ow6lpMeG6uy7huq5tLkjDqWky4bq7LsOp4bq7IGku4butZcOp4bq5IGjhurvhu5Xhu5cgaCUv4bq5KCol4buRLuG6sWYg4buV4buVVizhu5HhurjhurUg4bq3LCrDieG6u8Oy4bq7LuG6seG6uXHhurEuw7Uu4butZcOp4bq5IGjhurvhu5Xhu5cgaC7hu5fhurlqaMOpLuG6rzBpLuG7mTdow6ku4bq94buXLmjhurnDoOG7ly4pIS5ow6lw4buN4bq7LuG6s3Dhu4/hurEu4bqx4bq5aS5mMS7hurM0LuG7l+G6ueG6u2Phu5cuZzJow6kuw7oxLmdt4buXLuG7lWsuaMOpcOG7jeG6uy7huq/hur8u4buX4bq5cMOzaMOpLuG7l+G7mWlow6kuZ23hu5cuw7rhu6Mu4bqzMGjhurku4bqvaWcuZuG6u2LGoS7hurHhurnhuqvhu5cuaMOpMeG7py4oKC8o4bu4LuG6r+G6qWguaMOpaTHhursu4buX4buZ4bujLuG7lcO1LuG6rm0uSMOpaTLhursuw6nhursgaS7DtS7hu5fhurnhu58u4bqzai7hu4Qg4bqvxqFmQCUv4buRKiXhu5Eu4bqxZiDhu5Xhu5VWLOG7keG6sCDhu5Hhu5fhurtpaCwqJeG6u2fDqS7hurFmIOG7leG7lVYs4bqxZ+G7lS3hu5Hhurlp4buXaSwu4buV4buX4bunZuG6tVYs4bq34bq74buV4buRZiDhu6fhu7Qu4bqvZmnhurHhu4Xhu7YuZyDhu5nDqeG6u2gtZuG6tWXhu5fhu7QuIMah4buXaeG7ti5nIOG7mcOp4bq7aC3hu5nhurvDqeG6ueG7l+G7tC4gxqHhu5dp4bu2LC7hu5fhurvhu5dm4bq1VizhurjDs2guKSEuaMOpcOG7jeG6uy7hu5d0LsO6aWjDqS7hu5fhu5lpaMOpLsO64bujLmhuLuG6r+G6qWguaMOpaTHhursu4bqubS5Iw6lpMuG6uy7DqeG6uyBpLuG7rWXDqeG6uSBo4bq74buV4buXIGgu4bq5w6po4bq5LjNo4bq5LigsLuG7leG7meG6sVYsLy/hurHhurdoQOG6ryBp4buX4bq5IGjhurnhurlpIEDDumgv4bq34bq14buV4buF4buXaeG7kS9o4bq1w7nhu5UvKTwhKS8pPnvhurc+IVspXSgo4buXXSJ9KGYoQOG7g+G7kcOpLC4gZuG7l1Ys4bq4w7NoLikhLmjDqXDhu43hursu4buXdC7Dumlow6ku4buX4buZaWjDqS7DuuG7oy5obi7huq/huqloLmjDqWkx4bq7LuG6rm0uSMOpaTLhursuw6nhursgaS7hu61lw6nhurkgaOG6u+G7leG7lyBoLC7hurcg4buXIC3hu5Hhurlp4buXaS1p4buZ4bq7w6nhurtoIGYt4buV4buZ4bqxVizhurnhu5fhu5fhu5Hhu5Xhu7QvL+G6seG6t2jhurtnw6lAw7rhurvhurXhu5doIGfhu5FmxqHhu5VAw7poL+G7l30pIS/GoeG7kWZpIOG6t+G6teG6ty/hurlp4buXaGh6LykhKTxfIShfKCkv4buX4buX4bulw7pow7rGoV9oaUDhu4Phu5HDqSwuLypI4bq5w6FoLsO64bq74bqpaC4gaC5o4bq7aOG6uS7hu5YgZuG6u+G6ryBoLuG7keG6uWlow6ku4buX4buJIC5nbeG7ly7hu5fGoeG7p+G6q2gu4bqzcOG7jWjDqS7hu5UgxqEuw7rhu6Mu4bqzMGjhurku4bqvaWcuw6nhuqFoLuG6rm0uSMOpaTLhursuw6nhursgaS7DtS7hu4Qg4bqvxqFm4bu4LuG7rWXDqeG6uSBo4bq74buV4buXIGjhu7guaMOpMeG7py4oKC8oQC49eGjhurnhu7Qu4butReG7kC/hu5bhu5bhu6TDmkgkJS/hu5EqJeG7kS7hurFmIOG7leG7lVYs4buR4bquaeG6t+G7pywqw5rhu6MuaG4u4bulM+G7py7hu5kgLjwuaMOpMeG7py7hu5UgxqEu4buF4bq54bq7LuG6veG7ly5o4bq5w6Dhu5cuKCEuaMOpcOG7jeG6uy7hu5fhurnhurtj4buXLmcyaMOpLuG7l+G7mWlow6kuw7rhu6MuaG4uZjFnLuG7mcahaMOpLuG6seG6ucah4bunZGgu4buVw6FoLuG6ryDhu6cu4buTxqHDoWgu4buVcy7DtS7hu5fhurnhu58u4bqzai7hu4Qg4bqvxqFmQCUv4buRKiXhu5Eu4bqxZiDhu5Xhu5VWLOG7keG6rmnhurfhu6csKkdt4buXLuG7k8ahIGgu4bqx4bq5ceG6sS7huq5tLuG7luG6uWpow6ku4buX4bq7aC7hurHhu58gLuG7rWXDqeG6uSBo4bq74buV4buXIGgu4bqx4bq5aS7huq/hurvhuqvhu5cu4oCc4buF4bqnLuG6szBo4bq5LuG6r2lnLuG6szQuZuG6qWgu4buF4bqrLuG6uWky4bqx4bq5LuG7pcOhZy5o4bq54bqj4buRLuG7l+G7meG7oy7hu5XDtS7huq5tLkjDqWky4bq7LsOp4bq7IGkuaOG6uXBow6ku4buF4bq5amjDqS7hu5fhurkxaOG6uUAsJS/hu5EqJeG7kS7hurFmIOG7leG7lVYs4buR4bquaeG6t+G7pywqSMOpcOG7jeG6uy7hu5Hhurkw4buXLmjDqWpoLuG7lcO1LuG6sTNo4bq5LuG7lTDhu5cu4buEIOG6r8ahZuG7uC5qaMOpLuG7hOG6uSBm4bq74bq3Llog4bq34buZIGgu4buEIOG6r8ahZi7hurHhurlpLuG6r+G6u+G6q+G7ly7hurEw4bqxLuG6s23hursuIGguaOG6u2jhurku4bqzNC7hurNw4buP4bqxLuG7l+G7meG6u2RoLuG7heG6uSDhursu4buXw7Lhursu4bq54bq7Y2gu4buX4buZcOG7jWjDqS7DuuG7oy7hu5fDoGgu4bqxamjDqUAuw5rhu6MuaG4u4bqzcOG7j+G6sS7hurHhurlpLmYxLuG7pTPhu6cu4buZIC7hu4XhurnhursuZ23hu5cu4buR4bq5MOG6uy7hurNpMWgu4buW4buZxqFow6ku4buSxqFr4bqxLuG6syBow6kuw6k44buRLmc44buXLuG6sTDhurEu4buTxqEgaC7hurHhurlx4bqxLuG6rm0uSMOpaTLhursuw6nhursgaS7hurHhu58gLuG6seG6ueG6vWjhurku4buTxqHhu6diaC7hu5YgZuG6u+G6ryBoQCUv4buRKiXhu5Eu4bqxZiDhu5Xhu5VWLOG7keG6rmnhurfhu6csKuG7hGQu4buXci7hu4Xhurnhursu4buWIGbhurvhuq8gaC5m4bqpaC5oNmcu4buTxqHhu6diaC7DujFpLuG7l+G6uTBow6kuXS8pISko4bu4LuG6uTFow6ku4buX4buZNWcu4buX4bq5cOG7jWjDqS7hurfDoWgu4bqzNC7hu5fhurnhurtj4buXLmcyaMOpLuG7l+G7mWlow6ku4bqxMOG6sS7DuuG7oy5obi5o4bq5cC7DuuG6o+G7py7hurdpLuG6sTDhurEuaOG6ucOtZy7DuuG7oS7hu5fhu5kgaMOpLuG6scOtLmbhurvhuqloLuG6uWMuw7rDsuG6uy7hu5duLuG6seG6uXHhurEu4buF4bq54bufaMOpLuG6r2suSOG6uTEuaHDDsuG6sS7hurhs4bq7LsOp4bq7MGkuPeG6uuG7lCQu4buXcy7hu6VwaMOpLuG7l+G6uXPhurEu4bq54bq7Y2hAJS/hu5EqJeG7kS7hurFmIOG7leG7lVYs4buR4butxqHhu5fhurlp4buZLCpG4buQLj3hu5bhurnhurVpLuG7reG7kCQlL+G7kSo=
LP (Theo AP)