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Description
CuOH aint a biohazard. Now I'll jump straight to technical.

Technical:

I try to do something new with every render I do and this time its precipitate. The lighting is done completly by the background that you see and the ground is a fully reflecting glossy surface. EVERYTHING else is rendered using L_Glass shader made by the wonderful lobber. This render is infact a mix of most of my knowledge about glass rendering. Geometry based lighting combined with gradient dielectric interfaces and labeling. The suprising thing about this render was the speed at witch it rendered because this style of lighting doesnt really need high final gather accuracy. The contrast though is pretty accurate meaning that there is a lot of detail in it, specially if you look into the liquid.

This is actually inspired by my next lab project. We have to figure out a way of calculating the reaction rate of bleach vs. blue dye.

Description
CuOH aint a biohazard. Now I'll jump straight to technical.

Technical:

I try to do something new with every render I do and this time its precipitate. The lighting is done completly by the background that you see and the ground is a fully reflecting glossy surface. EVERYTHING else is rendered using L_Glass shader made by the wonderful lobber. This render is infact a mix of most of my knowledge about glass rendering. Geometry based lighting combined with gradient dielectric interfaces and labeling. The suprising thing about this render was the speed at witch it rendered because this style of lighting doesnt really need high final gather accuracy. The contrast though is pretty accurate meaning that there is a lot of detail in it, specially if you look into the liquid.

This is actually inspired by my next lab project. We have to figure out a way of calculating the reaction rate of bleach vs. blue dye.