To return to the normal aperture drop down mode, click “Custom AV” again. Support for entering non-1/3 stop apertures such as may be used by scientific or specialty lenses.Ĭlick the “Custom AV” button and enter the aperture value in the adjacent box. The other option is to enter the dimensions of the frame in millimeters, formatted as “width x height” (e.g “36 x 24” or “17.3×10.8”). entering 0.5 will produce a frame larger than 36 x 24 mm). Additionally values larger than 1 will produce a smaller frame and a value smaller than 1 will produce a larger one (e.g. In which case the custom size will retain the 3:2 aspect ratio. ![]() Then enter the custom size in the “ Custom Sensor” box that appears below it.Ĭustom sizes can be entered as either a crop factor relative to the 135-format (36 x 24 mm) film frame. To enter a custom frame, select “ Custom (NaNx)” from the sensor size drop down (at the bottom). Custom Frame/Sensor SizesĪll of the supported calculations can be preformed for any arbitrary custom frame/sensor size not just the standard photographic ones that are provided in the sensor size menu. The following subsections cover various bits of specific functionality. To do this hold shift and click reload in most desktop browsers, or tap and hold the reload icon in iOS and select “Reload without content blockers”. Before reporting a problem, please try force reloading the page. If the script is not loading or working properly, and you’ve used it the past, it’s likely that your browser is caching an old copy of the JavaScript. Troubleshooting: I’ve tested this script in most desktop browsers as well as the current version of iOS. It is only included and displayed so I can move forward on developing an idea. Please don’t contact me and ask me what it is or how to interpret it. Note: The experimental values and extended functions are part of an ongoing experimental concept that I’m currently developing. Available values range from f/1 to f/64 in 1/3rd stops. ![]() However, if it is later determined that the damage ramp-up follows a different formula, these numbers will be updated.* The Av setting is the camera aperture setting, in 1/3rd-stops, that will closely approximate source This formula seems to closely correlate to the initial, 2-second and 5-second DPS numbers reported. The Inferno Tower's damage per shot is currently calculated as follows: For the purposes of this table, it is assumed that the Inferno Tower attacks the unit in question continuously until the unit dies. The Inferno Tower is a special case, as its damage increases the longer it attacks a single target. HTK = (Troop HP) / (defense damage per shot), rounded up. To calculate, just find the defense's Damage Per Shot (not per second) and troop's HP (health) on their respective pages and apply the formula below. The table will show how many hits a certain defense needs to score to kill a certain level of a certain troop. This page is called 'Defense HTK' where HTK stands for 'Hits To Kill'.
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