CIRAD

SIGGRAPH 1998

AMAP software is the result of scientific research for plant growth simulation. It can model trees, bushes, grass, and flowers, and offers a quick and interactive 3D plant visualizer and 3D scene editor and renderer for landscape, interior decoration, and urban scenes imaging.

SIGGRAPH 1997

AMAP software is the result of sciertific research for plant growth simulation and can model any kind of plant including trees, bushes, grass, and flowers. AMAP also offers a quick and interactive 3D plant visualization and 3D scene editor for landscapes, interior decoration, and urban scenes imaging.

SIGGRAPH 1996

Ciprico, Inc., an ISO-certified company, designs, manufactures, markets, and services disk arrays for the high-performance imaging and digital media markets. At SIGGRAPH 96, Ciprico introduces its new 64/6500 Series of disk arrays and demonstrates it with a video-on-demand application. In addition, the company demonstrates its 7000 Series Fibre Channel disk arrays along with its 6900 Series of UltraSCSI disk arrays.

SIGGRAPH 1995

AMAP software is the result of scientific research for plant growth simulation and can model any kind of plant including trees, bushes, grass, and flowers. AMAP also offers a quick and interactive 3D plant visualization and 3D scene editor for imaging landscapes, interior decoration, and urban scenes.

SIGGRAPH 1994

AMAP Software is the result of scientific research for plant growth simulation and can model any kind of plant including trees, bushes, grass, and flowers. AMAP also offers a quick and interactive 3D plant visualization and 3D scene editor for landscapes, interior decoration, and urban scenes imaging.

SIGGRAPH 1993

Advanced modeling and growth simulation of plants: pruning, seasons, snow, special environmental effects. Dynamic visualization of computerized flora, gardens, and landscape, including buildings and automatic terrain modeling.

SIGGRAPH 1992

Advanced modeling and growth simulation of plants: pruning, seasons, snow, special environmental effects. Dynamic visualization of computerized flora, gardens, and landscapes, including buildings and automatic terrain modeling, are demonstrated.

SIGGRAPH 1990

CIRAD features advanced modeling and growth simulation of plants, with dynamical visualization of computerized flora, gardens and landscapes, including build structures and automatic cartography.

SIGGRAPH 1986

The Plant Architecture Modelling Workshop (AMAP) consists of a team of botanists, agronomists, mathematicians and computer scientists from six of the most prestigious French research bodies. The workshop is for industrialization of the proposed product and features plant calculation software that allows the user to choose such parameters as variety, age, season and wind density. The workshop is associated with one of the most important European software firms, featuring reliability and optimization of the program, simplification of input, adaptation to the user’s specific computer graphic system and technical assistance and maintenance.