Pima Villages

Pima Villages, sometimes mistakenly called the Pimos Villages, were the Akimel O’odham (Pima) and Pee-Posh (Maricopa) villages in what is now the Gila River Indian Community in Pinal County, Arizona. First, recorded by Spanish explorers in the late 17th century as living on the south side of the Gila River, they were included in the Viceroyalty of New Spain, then in Provincias of Sonora, Ostimuri y Sinaloa or New Navarre to 1823. Then from 1824 to 1830, they were part of the Estado de Occidente of Mexico and from September 1830 they were part of the state of Sonora. These were the Pima villages encountered by American fur trappers, traders, soldiers and travelers along the middle Gila River from 1830's into the later 19th century. The Mexican Cession following the Mexican American War left them part of Mexico. The 1853 Gadsden Purchase made their lands part of the United States, Territory of New Mexico. During the American Civil War they became part of the Territory of Arizona.

Pima

The Pima people are a group of Native Americans living in Arizona (USA) and Sonora (Mexico).

Pima or PIMA may also refer to:

Pima (moth)

Pima is a genus of snout moths.

Species

References

Picture Transfer Protocol

Picture Transfer Protocol (PTP) is a protocol developed by the International Imaging Industry Association to allow the transfer of images from digital cameras to computers and other peripheral devices without the need of additional device drivers. The protocol has been standardised as ISO 15740.

It is further standardized for USB by the USB Implementers Forum as the still image capture device class. USB is the default network transport media for PTP devices. USB PTP is a common alternative to USB MSC, as a digital camera connection protocol. Some cameras support both modes.

Description

PTP specifies a way of creating, transferring and manipulating objects which are typically photographic images such as a JPEG file. While it is common to think of the objects that PTP handle as files, they are abstract entities identified solely by a 32-bit object ID. These objects can however have parents and siblings so that a file-system–like view of device contents can be created.