The breadth of the two vertical frames shall be as many digits as the number of cubits in the height of the entrance. The breadth of the bottom and top frames shall be half as much more as the breadth of the side frames.
Multiply the height by 7; one eightieth of the product shall be the thickness of each frame. Multiply the height of the house by 9; one eightieth of the product shall be the diameter of the pillar at the bottom. Nine-tenths of this shall be the diameter of the pillar at the top.
A four-sided pillar or column is known as Rucaka. An eight-sided pillar is known as Vajra. An eighteen-sided pillar is known as Dvivajra, and a thirty-two sided one is known as Pralīnaka. A pillar that is round in the middle is known as Vṛtta.
The thickness of the heavy beams of the sloping roof shall be that of the pillars. The other beams higher up the roof shall be each three-fourths as thick as the beam next below it.
The breadth of the two vertical frames shall be as many digits as the number of cubits in the height of the entrance. The breadth of the bottom and top frames shall be half as much more as the breadth of the side frames.
Multiply the height by 7; one eightieth of the product shall be the thickness of each frame. Multiply the height of the house by 9; one eightieth of the product shall be the diameter of the pillar at the bottom. Nine-tenths of this shall be the diameter of the pillar at the top.
A four-sided pillar or column is known as Rucaka. An eight-sided pillar is known as Vajra. An eighteen-sided pillar is known as Dvivajra, and a thirty-two sided one is known as Pralīnaka. A pillar that is round in the middle is known as Vṛtta.
The thickness of the heavy beams of the sloping roof shall be that of the pillars. The other beams higher up the roof shall be each three-fourths as thick as the beam next below it.