Government Boundary Wall — S/W Higher

Rajput fort wall mass-gradient traditions provide the most visible surviving evidence. The Varanasi Sthapati guild prescribes a minimum one-sixth height differential between S/W and N/E Prakara faces. The Kashi Vishwanath temple compound wall follows this gradient with its heaviest masonry at the SW corner.

The Hemadpanthi stone compound wall tradition uses a specific technique: S/W wall courses are laid with larger, denser basalt blocks while N/E courses use lighter laterite. Maratha fort bastions at Raigad demonstrate the SW corner tower as the tallest single element of the perimeter. Peshwa government Wada compounds in Shaniwar Wada show the gradient clearly in surviving sections.

Tamil Sthapatis use Angula-based proportional formulas for compound wall thickness graduation — the SW corner wall is specified as 1.25 times the thickness of the NE corner. Dravidian temple Prakaras at Srirangam and Madurai Meenakshi provide monumental evidence of the mass-gradient principle applied to compound walls at scale.

Kakatiya fort walls at the Warangal Thousand-Pillar Temple and Golconda Fort demonstrate the mass-gradient at monumental scale — SW corner bastions are consistently 20-30% more massive than NE sections. Telugu Sthapatis use carved stone gauge-blocks to verify wall thickness graduation during construction.

Hoysala temple compounds at Halebidu show the SW compound wall section built with soapstone blocks 20-25% thicker than the NE section. Jain Basadi compounds at Mudabidri maintain the gradient as an expression of Aparigraha — the NE corner's lightness symbolises non-accumulation, while the SW corner's mass represents disciplined structure.

Kerala laterite compound walls demonstrate the mass-gradient through visible course-height graduation — S/W blocks are cut taller than N/E blocks from the same quarry. The Thachan specifies that the Thekkinu-Padiñāṟu corner must have the widest laterite blocks. Traditional Kacheri compounds in Thiruvananthapuram and Thrissur preserve this gradient.

Solanki-era fort walls at Patan's Rani ki Vav complex demonstrate the mass-gradient at monumental scale. Gujarati Haveli compound walls use a specific technique: the S/W face is built with carved sandstone blocks while the N/E face uses lighter brick — creating both visual and material mass differential. Jain compound walls at Palitana temple complex follow the same principle.

Bengali brick compound walls use a unique mass-gradient technique: the S/W face is built with Paka-ital (over-fired, denser brick) while the N/E face uses standard Kancha-ital. The Writers' Building compound in Kolkata shows the S/W perimeter wall as the most substantial section. Nabadwip Sutradhar manuscripts prescribe a specific brick-density gradient formula for Prakara construction.

The Jagannath Temple compound at Puri provides the supreme Kalinga exemplar — its Meghanada Pacheri (compound wall) demonstrates the mass-gradient with the SW section as the most massive fortification. Kalinga Sthapatis use khondalite stone blocks graded by density, with the heaviest blocks reserved for S/W Prakara sections.

Sikh fort walls at Gobindgarh Fort (Amritsar) demonstrate the mass-gradient with the SW bastion as the most massive element. The Sikh concept of Miri-Piri maps onto the compound wall gradient: S/W mass represents temporal authority (Miri) while N/E lightness permits spiritual aspiration (Piri). Punjabi Raj-Mistri guilds specify that the SW corner must use the densest Nanakshahi brick.