Quick self casting would solve this problem.
Forcing you to target yourself, especially in the middle of a hectic fight or in reaction to an enemy ability, goes completely against the point. The purpose of using quick cast keybinds is to more quickly execute what you are trying to accomplish. If you have the option on, when you press the quick cast hotkey for a self-castable item/ability and there is no target under your cursor, the item/ability self-casts instead. Quick self cast would be a toggleable option to allow your quickcast hotkeys more versatility. This attack option causes players to automatically cast a selected spell when they attack, as opposed to manually selecting the spell and its target each time you wish to cast it. However, one of its advantages over precast slabs is that it does not need to be moved far to be lifted into place. Autocast is an option of many Magic weapons, primarily staves, that can be activated on the combat section of the interface. Without smartcast, you have to click the ability button (For example, Blitzcrank Q) and then click the left mouse button to fire the ability in the direction of your mouse. Like precast concrete, on site concrete is formed in a mold and then lifted in place. Answer (1 of 4): Smartcast (or Quickcast) is a faster way of casting your skillshots. Quick cast hotkeys, however, force you to manually target your own hero to self cast. As opposed to precast, site cast, sometimes known as in-situ concrete, is poured, molded and cured on site. This allows quick dodges with Eul's and force staff, lotus orb counters, etc. With normal click casting, you can double tap the hotkey to self-cast an item or ability.
Quickcast immobilization for the treatment of mallet finger demonstrated fewer skin complications and less pain compared with orfilight custom-fabricated splints.Įxtension splinting extensor droop mallet finger swan-neck deformity tendinous mallet finger.Originally posted by Callback:Who else here wants this as an option? No significant difference in final extensor droop or need for secondary surgery was found between the 2 groups. The soft tissue mallet group revealed a greater difference in pain, favoring Quickcast (6.2 vs 22). Skin complications, pain with orthosis, compliance, need for surgical intervention, and extensor lag were compared between the 2 groups.īoth bony and soft tissue mallet finger patients experienced significantly less skin complications (33% vs 64%) and pain (11.2 vs 21.6) when using Quickcast versus an orfilight thermoplastic custom-fabricated orthosis. Patients were evaluated at 3, 6, and 10 weeks for bony and 4, 8, and 12 weeks for soft tissue mallets. Patients were randomized to either an orfilight thermoplastic custom-fabricated orthosis or a Quickcast orthosis.
Our study was a prospective, assessor-blinded, single-center randomized clinical trial of 58 consecutive patients with the diagnosis of bony or soft tissue mallet finger treated with immobilization. The purpose of this study is to compare outcomes of mallet fingers treated with either a cast (Quickcast) or a traditional thermoplastic custom-fabricated orthosis. This injury is usually treated with immobilization in a cast or splint. Mallet finger is a common injury involving a detachment of the terminal extensor tendon from the distal phalanx.