Also I've never really noticed how much the Indigo Asteroid Wisp's power kinda induces a black hole. I'll go ahead and calc it for clarity.
Calculation[]
Sonic is 1 meter and the black hole's radius is 107.5 px, or 1.535 meters.
GBE[]
Black Hole Mass = (299792458² * Radius) / (2 * 6.67408e-11), so M = (89875517900000000 * 137958920000000000) / (2 * .0000000000667408) = / .0000000001334816, which is 103354260000000000000000000 kg.
Black Hole Solar Mass = 103354260000000000000000000 / 1988550000000000000000000000000 = .0000519746851
Energy to create the Black Hole = .0000519746851 * 5.693e+41 Joules = 29589188200000000000000000000000000000 joules
7071985.707457057 zettatons, or 7.071985707 Ronnatons.
Large Planet level, surprisingly.
Mass[]
This is the shorter method where I use this site.
Schwarzschild Radius: 1.535 meters
KG: 1033542600149395180609162611
Energy: 9.2890176432938E+43 joules
Large Star
Conclusion[]
Large Planet to Large Star+, and it's close to being Large Planet+, so.