Scientific Layout Mapping Framework for DoVastu
A structured DoVastu method for scaled layout import, true north alignment, 16-direction zoning, functional mapping, defect detection and correction planning for homes, offices, shops, factories and commercial properties.
Ideal for a visual explaining the entire GeoGebra-based Vastu gridding framework.
Inputs, tools, true north alignment and the basic structure of measurable Vastu analysis.
Complete section content preserved from the source document.
take an actual property layout
align it with true directions
divide it into Vastu zones
study function vs direction
identify defects
recommend practical corrections
It turns Vastu from a rough directional reading into a repeatable geometric workflow.
Complete section content preserved from the source document.
Direction Establishment
Scaled Layout Import
Primary Axis Construction
Grid Generation
Functional Zoning
Defect Detection
Correction Mapping
Complete section content preserved from the source document.
site address
Google Earth orientation
plot shape
boundary dimensions
built-up layout plan
entrance location
room/function labels
CAD/PDF/image of layout
at least one known dimension for scaling
north reference from site
plot corner points if available
Complete section content preserved from the source document.
GeoGebra
Google Earth
compass reading or site north reference
dimensioned layout plan
AutoCAD or PDF editor
image cleanup tool
spreadsheet for zoning summary
Show how a plot or building plan is inserted and aligned inside GeoGebra.
How GeoGebra mapping helps homes, offices, shops and other commercial properties.
Complete section content preserved from the source document.
Step 1: Import Layout
Insert the floor plan or plot image into GeoGebra.
Open GeoGebra Geometry or Classic
Insert image
place image near origin
lock image after positioning
Step 2: Set Scale
Use one known dimension.
draw a GeoGebra line of 10 units
resize imported plan proportionally
match the known wall length
Without scaling, the grid may look correct visually but will not be technically dependable.
Step 3: Establish True North
Take true north from Google Earth.
Do not rely blindly on a hand-held magnetic reading unless verified.
vertical North-South axis
horizontal East-West axis
These become the master reference.
Step 4: Rotate Layout to Actual Orientation
rotate the imported layout by the exact angle
align actual property north with GeoGebra north
This is one of the most important steps.
Step 5: Mark Property Boundary
Trace the plot or built area.
polygon tool
segment tool
point tool
outer plot boundary
built structure boundary
room outlines if needed
Step 6: Find Geometric Center
identify center
use midpoint / centroid logic as applicable
This center becomes the reference for directional sector division.
Step 7: Create Direction Rays
From the center point, draw rays.
8-direction system: every 45°
16-direction system: every 22.5°
32-direction system: every 11.25° for advanced work
Use 16-direction grid for most client work.
Step 8: Create Sector Zones
Convert rays into directional sectors.
North
North-North-East
North-East
East-North-East
East
East-South-East
South-East
South-South-East
South
South-South-West
South-West
West-South-West
West
West-North-West
North-West
North-North-West
Step 9: Overlay Functional Zones
Now map the actual layout onto these sectors.
main door
master bedroom
children bedroom
kitchen
toilet
puja
living
dining
staircase
office cabin
machine zone
dispatch
cash
storage
This is where Vastu becomes practical.
Complete section content preserved from the source document.
Keep the work organized with layers or color logic.
Layer A
imported image
Layer B
property outline
Layer C
north-south / east-west axis
Layer D
16-direction rays
Layer E
room polygons / functional areas
Layer F
annotations and defect notes
Layer G
correction suggestions
Complete section content preserved from the source document.
Use consistent visual logic.
Green: ideal placement
Yellow: acceptable / moderate
Red: defect / conflict
Blue: neutral or support zones
Dark outline: actual structure boundary
This helps when presenting to clients.
Complete section content preserved from the source document.
entrance
North-East
South-West
South-East
North
Brahmasthan
toilet placement
staircase
bedroom distribution
North-East
puja
meditation
open light space
toilet
heavy storage
septic load
South-East
kitchen
controlled fire activity
master bedroom
South-West
master bedroom
owner stability
heavy load
toilet
cut corner
empty space
North
cash movement
open access
entry support
full blockage
actual plot orientation
entrance sector
NE status
SE status
SW status
North status
center status
functional conflicts
practical remedies
priority order of correction
A directional overlay image helps visitors connect theory with technical geometry.
How direction, function, doors, weight, movement and defect patterns are diagnosed.
Complete section content preserved from the source document.
main entrance
reception
owner cabin
accounts / finance
workstations
conference room
display area
customer movement
South-West
owner / decision maker
North
finance / cash movement
East / North-East
reception / visibility / openness
North-West
movement-heavy departments
marketing / sales / logistics flow
Is the owner sitting in a weak movement zone?
Is the finance desk blocked or misplaced?
Does customer flow terminate too early?
Is entry strong but conversion weak?
Are staff zones placed in low-productivity sectors?
business type
entry sector
owner cabin sector
finance sector
customer circulation review
display / work zoning
conversion obstacles
correction plan
Complete section content preserved from the source document.
main gate
admin
production
raw material
finished goods
dispatch
boiler / fire / electrical
heavy machinery
staff movement
water bodies
South-West
heavy machinery
raw material
stable load
South / West
production zones
medium-heavy operational weight
North-West
dispatch
outward movement
logistics
South-East
electrical
heat/fire activity
boiler/transformer zones
North / East
admin
accounts
movement support
open inflow
Is heavy load placed in unstable zones?
Is dispatch blocked by a fixed zone?
Is admin sitting in production-heavy sectors?
Is fire equipment in water/clarity zones?
Is movement cross-conflicting with storage?
plant orientation
gate sector
machinery sector
dispatch sector
admin sector
fire/electrical sector
heavy vs light balance
operational friction points
recommended zoning correction
Complete section content preserved from the source document.
Door is important, but not the whole reading.
exact directional sector
whether it supports the property type
whether the adjacent functional flow is correct
whether blockage exists before or after entry
direction
sub-direction
level difference
obstruction
visual openness
circulation quality
functional continuity after entry
Complete section content preserved from the source document.
Use this matrix in every case.
blocked north
loaded north-east
weak south-west
wrong fire zone
over-open west
disturbed north-west
toilet in NE
bedroom in SE
master bed outside SW
kitchen outside fire-supportive zone
owner cabin in unstable sector
dispatch in fixed zone
cut corner
extension imbalance
center obstruction
wrong slope logic
wrong load distribution
entry-to-wall collision
broken circulation
trapped movement
dead-end customer flow
blocked dispatch
Perfect for demonstrating how rooms, departments, or industrial zones are mapped.
How the technical grid is converted into clear reports, priorities and practical action.
Complete section content preserved from the source document.
Level 1: Functional Shift
Change use of room/zone without breaking structure.
Level 2: Internal Rearrangement
Move bed, desk, equipment, storage, counters.
Level 3: Load Balancing
Increase or reduce weight in a zone.
Level 4: Entry Adjustment
Refine how entry is used or activated.
Level 5: Structural Correction
Only when absolutely necessary.
Complete section content preserved from the source document.
property orientation
grid visualization
ideal vs actual zoning
major defects
real-life impact
correction options
priority plan
This makes the consultation feel professional and credible.
Complete section content preserved from the source document.
File 1
8-direction basic template
File 2
16-direction professional template
File 3
32-direction advanced template
File 4
residential analysis template
File 5
commercial analysis template
File 6
industrial analysis template
Complete section content preserved from the source document.
Use consistent names inside GeoGebra.
P_center
Axis_NS
Axis_EW
Ray_NE
Sector_SW
Door_Main
Room_Kitchen
Zone_Finance
Defect_NE_Toilet
This makes future edits easier.
Use this slot for a residential grid with entrance, North-East, South-East, South-West, and Brahmasthan marked.
DoVastu’s GeoGebra method as a repeatable framework for scientific Vastu consulting.
Complete section content preserved from the source document.
Turn this into a client-facing service package.
direction-marked layout
defect summary
short corrections
GeoGebra grid analysis
sector-wise comments
functional conflict map
written recommendations
GeoGebra report
Astro-Vastu integration
correction priority matrix
follow-up support
Complete section content preserved from the source document.
DoVastu uses scientific GeoGebra-based Vastu gridding to convert property layouts into measurable directional intelligence systems for real-life correction and growth.
That is a strong differentiator.
Complete section content preserved from the source document.
You can also use this kit to train staff or students.
Module 1: Direction basics
Module 2: GeoGebra setup
Module 3: Plot alignment
Module 4: 8 vs 16 grid
Module 5: Residential casework
Module 6: Commercial casework
Module 7: Industrial casework
Module 8: Correction reporting
Complete section content preserved from the source document.
True Direction + Scaled Layout + 16-Zone Grid + Functional Mapping + Defect Detection + Practical Correction = Scientific Vastu Outcome
Complete section content preserved from the source document.
collect site address
collect layout
confirm dimensions
confirm north
identify property use
scale plan
align north
build grid
map function
mark defects
define corrections
summarize key issues
rank issues by severity
recommend lowest-disruption corrections
explain expected improvement
Complete section content preserved from the source document.
technically credible
scalable
easy to present
easy to standardize
strong for branding DoVastu as a scientific Vastu service
Best for owner cabin, reception, finance, and customer movement visualization.
Use for machinery, dispatch, admin, and fire-zone mapping in factory layouts.
A before-after comparison makes the correction methodology easier to understand.
DoVastu provides scientific GeoGebra-based Vastu analysis for residential, commercial and industrial properties in Kolkata and through online consultation across India and global locations.
Our process supports flats, houses, offices, shops, factories, institutions and commercial spaces across Kolkata, Salt Lake, New Town, Rajarhat, Dum Dum, Behala, Garia, Ballygunge, Howrah, Hooghly and nearby areas.
Clients can share a floor plan, plot drawing, PDF, CAD export or clear layout image. We review direction, zones, door placement, room function and correction priority using a measurable technical workflow.
These answers explain how DoVastu uses GeoGebra to make Vastu analysis more measurable, visual and implementation-friendly.
It is a technical method where a property layout is imported, scaled, aligned with true north and divided into directional zones for accurate Vastu analysis.
It helps visualize the property centre, directional rays, room positions, functional conflicts and correction priorities in a clear geometric format.
Yes. It is suitable for homes, offices, shops, factories, warehouses, institutions and commercial properties.
Yes. DoVastu provides online GeoGebra-based Vastu analysis when clients share a plan, layout image, dimensions and direction details.
Get a precise, visual and technically structured Vastu analysis using GeoGebra gridding, true direction mapping, functional zoning and practical correction planning.