THE GRAMMAR OF A VAASTU

BASED ‘NAALUKETTU’ (TRADITIONAL DWELLING IN KERALA)

STRUCTURE OF

PRESENTATION

• GRAPHIC DESCRIPTION OF THE BUILDING

TO BE ANALYSED (CASE STUDY)

• A VERY BRIEF GLIMPSE OF THE BASIC

RULES OF VAASTU AS FOLLOWED IN THE

CASE STUDY

• RULES FOLLOWED IN SHAPE GRAMMAR

• ANALYSIS OF THE HOUSE-2D AND 3D

• INFERENCES AND CONCLUSION

• REFERENCES

THE

‘NAALUKETTU’ (‘PADINJAREDATH

MANA’

IN CHERPU,

KOLLAM)

A FEW PRINCIPLES

• THE BASIC CONFIGURATION OF BLOCKS IN COURTYARD FORMAT WAS USED AS A MODULE AND PERFECTED AS A UNIFIED SPATIAL AND STRUCTURAL SYSTEM ADAPTED TO CLIMATIC AND SOCIO CULTURAL CONDITIONS.

• THE ENERGY FIELD-’MANDALA’- COMPRISING GRIDS, DIAGONALS AND NODES FORMED THE BUILDING CODE FOR SPATIAL PLANNING, PROPORTIONS, DOORS AND WINDOW POSITIONS AND FUNCTIONAL LAYOUT IN TRADITIONAL DOMESTIC ARCHITECTURE.

EXAMPLES

A FEW PRINCIPLES

• LARGEST SQUARE AREA IN PLOT DEMARCATED

• THROUGH THE APPROXIMATE CENTER, E-W AND N-S AXES MARKED

• (IN THE CASE OF LARGE PLOTS, THERE ARE PRINCIPLES OF PAADAVINYASAM AND VEEDHIVINYASAM TO CHOOSE THE HOUSE LOCATION OR GRIHAMANDALA. THOSE DETAILS ARE NOT IN THE SCOPE OF THIS STUDY).

• THE ORIENTATION OF THE HOUSE IS DECIDED BASED ON ‘YONI’- THE REMAINDER OBTAINED IN PERIMETER OF HOUSEX3/8. IF REMAINDER IS 1, ORIENTATION TOWARDS EAST, 2-SE, 3-SOUTH ETC. ODD YONIS ONLY ARE AUSPICIOUS-PERIMETER ADJUSTED TO GET ODD YONIS.

• BASED ON THE RIGID PRINCIPLES, IN FACT, A WIDE RANGE OF BUILDING DESIGNS CAN BE DONE. IN THIS STUDY, ONLY ONE EXAMPLE OF A NAALUKETTU IS BEING CONSIDERED.

• FROM EKASALA-THE SMALLEST BASIC

DWELLING UNIT- TO CHATURSALA-

THE NAALUKETTU.

DECIDING THE SIZE OF

COURTYARD

GRAMMAR OF PADINJAREDATH MANA

• THE CENTRAL COURTYARD IS THE GENERATOR OF THE

FORM. IT IS MARKED AS THE INITIAL SHAPE.

RULE A

RULE B

RULE C

A

RULE D

RULE E

RULE F

RULE G

APPLICATION OF RULE C

RULE H

RULE I

APPLYING RULE E AND F

APPLYING RULE E AND F

APPLYING RULE D

APPLYING RULE I

EXAMPLE

RULE-1

RULE-2

RULE-2 MIRROR

RULE-3

APPLICATION OF RULES 1-3

RULE-4

RULE-4 WITH ROTATION

RULE-5

RULE-6 MIRRORING

RULE-7

RULE-8

RULE-9

RULE 10, COMBINING RULE-2

RULE 11

APPLYING RULE 2,2MIRROR,5,6,7,8,10 AND 11

RULE 12

PRINCIPLE OF

ROOF

STRUCTURE

PRINCIPLE OF

ROOF

STRUCTURE

RULE 13

RULE 14

RULE 15

RULE 16

RULE 17

RULE 18