INTRODUCTION (01:10 PM)
- A brief overview of the previous class.
SOUTH INDIAN ARCHITECTURE (01:14 PM)
- Temple art in South India began under Pallava rulers in the early 7th century AD. Initially, rock-cut structures were created which paved the development of real structural temples in later stages.
- The evolution of South Indian temples happened in the following four phases:
- Phase 1: Mahendravarman stage: This stage developed under Pallava ruler Mahendravarman. In this stage rock-cut cave architecture was created. Rocks were cut from the inside but the outer surface remained untouched.
- These structures were known as Mandapa. It was mainly created at Mammandur, in Tamil Nadu.
- Phase 2: Narsimhavarman stage: In this stage, rocks were cut not only from the inside but also from the outside. It was cut in the shape of a temple and these newly created structures were known as ratha.
- Example Pandava Ratha of Mammalapuram/ Mahabalipuram. The biggest ratha was Dharmaraja ratha and the smallest was Draupadi ratha.
- Phase 3: Rajsimhavarman stage: In this stage, real structural temples were created. The characteristic feature of this phase was the introduction of a pyramidal inclining tower known as Vimana.
- Example- Shore temple at Mahabalipuram and Kailasanath temple of Kanchi.
- This stage gave rise to the Dravida style of temple.
- Phase 4: Nandivarman stage: In this stage, the Dravida style of temple was popularised in different parts of south India. Example Vaikunthaperumal temple of Kanchi.
DRAVIDA STYLE OF TEMPLE (01:32 PM)
- Temple art in India started to develop under the Pallava rulers but it reached its climax during the Imperial Chola dynasty.
- Features:
- A high enclosure wall is a necessary feature of the Dravida temple.
- The entrance gateways known as Gopuram as created from all sides sometimes their numbers even exceed more than four.
- The characteristic feature of the Dravida style is the presence of an inclining pyramid tower known as vimana.
- Vimanas were not only created on the garbhagriha but also on the gateways. In fact, some of the tallest vimanas were created on the gopurams.
PANCHAYATAN (02:00 PM)
- In both Dravida and Nagara some of the temples practice the Panchayatan style whereby 5 deities are placed inside Garbhagriha which includes 1 main god and 4 subsidiary gods.
- The ardhamandap is meant for installing the image of Nandi and the flag pillar of the temple.
- Antaral is a narrow passage that connects the mandap to the garbagriha.
- At the entrance of Garbhagriha generally sculptures of dwarpala were created.
- (in the Nagara temples generally the sculptures of river goddess Ganga and Yamuna or Mithuna were created.
- Stepped water tank is also a necessary feature of the Dravida temple.
- Inside the premise of the temple they create Nardamandapa for devotional purposes and Bhoga Mandapa for Prasada distribution.
- On the panels of the vimana large number of sculptures were created based on Hindu mythology.
- Generally, Dravida temples also follow the crucified ground plan.
- Brihadeeshwara temple of Tanjore by Rajaraja Chola in 1011 AD.
- It is considered one of the architectural wonders of India. They did not use any cementing agent in the construction of this temple. In fact puzzled technique or interlocking pattern was used.
- Its tower was tallest in India i.e. 68m high.
SUBSTYLES OF DRAVIDA TEMPLE
- 1. Vijayanagara temple:
- It developed under the patronage of Vijayanagar rulers, particularly under Raja Krishna Devaraya.
- Features:
- They created very high enclosure walls in the temple.
- On the walls of the temple images of supernatural horses and other animals like elephants and lions were represented.
- One of the unique features of the Vijayanagara style was the introduction of the second garbhagriha known as Amman Shrine dedicated to the chief wife of the main god.
- Inside the premise of the temple Kalyan Mandapa was also created to celebrate the annual marriage functions of the god.
- In some of the temples, 1000 pillared halls were created e.g. Virupaksha temple of Hampi, and Hazara Ramaswamy temple, and both are located in Lepakshi.
- 2. Nayaka temple:
- This style developed under Nayaka rulers of the Madurai. It was the climax of the Dravida temple style.
- Features :
- In this style large number of Gopurams with huge Vimanas were created.
- A water tank was created inside the premises of the temple.
- Huge corridors were created known as parakrama which connected different parts of the temple.
- Like the Vijayanagara style they also followed the Amman shrine tradition.
- On the gopurams or vimanas large number of sculptures were created in vivid colours and the characters were based on Hindu mythology.
- Example- Meenakshi Sundareshwar temple Madurai, Shri Ranganath Swamy temple Srirangam, Lakshmi Narayani temple Vellore.
OTHER STYLES OF TEMPLE ARCHITECTURE (03:04 PM)
- Vesara style:
- Vishara means to take a long path. This style of temple was developed under the Chalukya rulers of Karnataka.
- It is considered a mixture of Dravida, Nagara, and Buddhist chaitya.
- Features:
- 1. the tower was similar to Dravida Vimana.
- 2. in line with the Nagara style they created a covered ambulatory passageway.
- 3. semicircular halls like Buddhist chaitya were also created.
- Example- Durga temple, ladkhan temple Aihole, Papanath temple Pattadakal.
- Hoysala style of temple:
- It was developed by the Hoysala rulers of Karnataka.
- Features
- 1. It is noted for its unique ground plan i.e. star shaped stellate ground plan.
- 2. Generally, these temples were created from calcite stone which is good for sculpture making.
- 3. In a dry state it is smokey grey in color but with water turns black.
- 4. the style of the temple is noted for intricate figures on the wall based on Indian mythology, Ramayan and Puranas.
- Examples: Hoysaleswara temple of Halebid in Karnataka, Channakeshwara temple- Belur, temple of Somanathapura, Doda Basappa temple Dambal.
MEDIEVAL ARCHITECTURE OR INDO-ISLAMIC ARCHITECTURE OF INDIA (03:20 PM)
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| |
Trabeate Architecture |
Arcuate Architecture |
| |
The architecture of ancient India is also referred to as trabeate.
|
The Islamic architecture of India is referred to as arcuate. |
| Entrance and roof |
lintel entrance and roof were created (flat roof). |
Arch was created at the entrance and dome at the top of the building. |
| Towers |
In the religious premises, shikhara and vimana were the towers |
Minar or minarets were created attached to the mosque. |
| Major construction materials |
stone and brick were major construction materials. |
Brick, limestone, and mortar were the major construction materials. |
- Features of Indo-Islamic architecture:
- 1. they followed the arch and dome method of construction.
- 2. they used a wide variety of stones like red sandstone, grey sandstone, and white marble.
- 3. initially the old existing religious structures were converted into Islamic premises moreover they also increased the space of these premises.
- 4. they avoided the representation of human figures on buildings.
- 5. they employed a wide variety of decoration methods e.g. creation of geometrical designs on buildings and calligraphy.
- 6. in the early phase one special font of Persian script Kufi was developed for the purpose of writing the Quranic verses on the buildings.
- Arabesque method of decoration:
- It was also used. It is identified with the depiction of a continuous running stem and similar identical leafy structures on both sides of the stems.
- Pietra Dura method of decoration:
- It was one of the methods of decoration. In this technique, colored marble and semi-precious stones were tessellated on the walls.
- Another method of decoration was the creation of intricate Jali work or stone tracery work. It also highlights the importance of sunlight in Islam.
- Another important feature of Islamic architecture was the creation of stepped water tanks, small drains, and fountains in the premises of the building.
- They also started the tradition of planting gardens around their buildings.
The topic for the next class is medieval architecture of India, provincial architecture.