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I am increasing the scale of the rudderboat to 1 so that it is about 5m in length to suit our purposes. Everything is working so far however I cannot seem to be able to find the right value for the buoyancy. How did you calculate the values for back_water_displaced_mass, middle_water_displaced_mass and front_water_displaced_mass.
Anything I calculate makes the boat bounce around wildly, and if I reduce it the boat just sinks, I can't seem to find that happy middle ground.
The text was updated successfully, but these errors were encountered:
I tried to numerically find the mass values by bringing the models into Blender to determine the volume below water level. The values I found are: back_water_displaced_mass = 356 middle_water_displaced_mass = 427 front_water_displaced_mass = 226
However the boat still bounces around wildly.
I am increasing the scale of the rudderboat to 1 so that it is about 5m in length to suit our purposes. Everything is working so far however I cannot seem to be able to find the right value for the buoyancy. How did you calculate the values for back_water_displaced_mass, middle_water_displaced_mass and front_water_displaced_mass.
Anything I calculate makes the boat bounce around wildly, and if I reduce it the boat just sinks, I can't seem to find that happy middle ground.
The text was updated successfully, but these errors were encountered: