m Add demo for using flex layout for images. |
Fixed the spelling and update the description of first set of comparison figures. |
||
| Line 1: | Line 1: | ||
This is the personal draft space for elaborating the idea. | This is the personal draft space for elaborating the idea. | ||
Any suggestion is highly appreciated! | |||
Widget will be available on github or something... | Widget will be available on github or something... | ||
'''Note:''' On this page, the terms "'' | '''Note:''' On this page, the terms "''orbiting speed''" and "''orbiting velocity''" are used interchangeably. They both refer to the target’s movement speed along its orbital path. Also, the term "''stationary''" is used instead of "''static''" to more accurately describe ships that are not moving. | ||
== Visualization formula derivation == | == Visualization formula derivation == | ||
| Line 26: | Line 27: | ||
This term shows that hit chance decreases the further the target is beyond optimal range. This relationship can be visualized along a 1D axis. | This term shows that hit chance decreases the further the target is beyond optimal range. This relationship can be visualized along a 1D axis. | ||
[[File:Turret tracking visualization.png|thumb|alt=The heatmap of hit chance, from a stationary 200mm Autocannon I without any ammo or skill, tracking an | [[File:Turret tracking visualization.png|thumb|alt=The heatmap of hit chance, from a stationary 200mm Autocannon I without any ammo or skill, tracking an orbiting object at a distance of 5000 meter and 1380m/s speed, is 60.55%.|The heatmap of hit chance, from a stationary attacker, tracking an orbiting object. <br> | ||
Note that the | Note that the orbiting velocity (orange arrow arc) lies within the yellow area of the heatmap, which represents mediocre hit chance.]] | ||
| Line 37: | Line 38: | ||
We can visualize the target's orbiting motion as an arc. The length of this arc over one second represents the target’s orbital velocity. For a given orbital velocity, the angular velocity (how quickly the target moves across the turret’s aim) increases as the orbital radius (distance to the attacker) decreases: | We can visualize the target's orbiting motion as an arc. The length of this arc over one second represents the target’s orbital velocity. For a given orbital velocity, the angular velocity (how quickly the target moves across the turret’s aim) increases as the orbital radius (distance to the attacker) decreases: | ||
:<math> | :<math> | ||
\text{Angular Velocity} = \frac{\text{ | \text{Angular Velocity} = \frac{\text{Orbiting Velocity}}{\text{Orbiting Distance}} | ||
</math> | </math> | ||
This means, the closer the target is while orbiting at the same speed, the harder it is for the turret to track. | This means, the closer the target is while orbiting at the same speed, the harder it is for the turret to track. | ||
| Line 48: | Line 49: | ||
<references group="Note"/> | <references group="Note"/> | ||
== | == Visualized comparison == | ||
<!-- Table layouts are very rigid and thus very unfriendly towards different screen widths, especially smaller ones. Consider using flex containers as in this demo. | <!-- Table layouts are very rigid and thus very unfriendly towards different screen widths, especially smaller ones. Consider using flex containers as in this demo. | ||
P.S. My spelling checker is telling me that orbiting should only have one t. Evon R'al --> | P.S. My spelling checker is telling me that orbiting should only have one t. Evon R'al --> | ||
For | <!-- Thank you for the suggestion, I'll fix it :D --> | ||
Different turret types have different property. The following three figures shows the property of each turrets, when targeting against a stationary object of 100 signature radius at 5000m distance. | |||
For example, autocannons have a very short optimal range and long falloff, thus having a bigger yellow to orange area. Pulse lasers have long optimal and short falloff, and the worst tracking, which results in long but narrow cone of green area. Blasters have the best tracking but worst range, showed by the short and wide cone. | |||
<div style="display: flex; flex-wrap: wrap;"> | <div style="display: flex; flex-wrap: wrap;"> | ||
<div>[[File:Turret tracking visualization small autocannon vs static.png|thumb|Small autocannon v.s. | <div>[[File:Turret tracking visualization small autocannon vs static.png|thumb|Small autocannon v.s. stationary object]]</div> | ||
<div>[[File:Turret tracking visualization small pulse vs static.png|thumb|Small pulse laser v.s. | <div>[[File:Turret tracking visualization small pulse vs static.png|thumb|Small pulse laser v.s. stationary object]]</div> | ||
<div>[[File:Turret tracking visualization small blaster vs static.png|thumb|Small blaster v.s. | <div>[[File:Turret tracking visualization small blaster vs static.png|thumb|Small blaster v.s. stationary object]]</div> | ||
</div> | </div> | ||
Toggle search
Toggle menu
4.5K
7.6K
15.6K
232.1K
EVE University Wiki