Trimble Inpho

Description

Inpho® software is designed to precisely transform aerial images into consistent and accurate point clouds and surface models, orthophoto mosaics and digitized 3D features using state-of-the-art photogrammetry techniques. Its modules can be used as a complete system or as individual components which integrate easily into any photogrammetric production workflow.

Specifications

General

• Year of introduction

  1980
• Year of last update

  2018
• Modular

  MATCH-AT automatic aerial triangulation, MATCH-T DSM point cloud generation, OrthoMaster orthophoto generartion, OrthoVista orthophoto mosaicking, SCOP dtm processing-analysis-visualisation, TopDM dtm database, Building Generator, DTMaster Stereo - point cloud editor, UASMaster - all-in-one UAS processing, LPMaster - LiDAR processing, Re-seller of DATEM Summit Evolution Stereoplotter
• License configuration

  perpetual, rental, demo, lite, updates, upgrades
• Regional settings available

  for most of the modules: Chinese, Russian, German

Required Computer System

• System includes hardware

  N
• Operating system(s)

  Windows
• CPU (min.)

  QuadCore
• CPU (preferred)

  8 core or more ( 1 license runs on 16 cores)
• Min. RAM memory [Mb]

  4000
• Preferred RAM memory [Mb]

  16000
• Min. graphic card

  nVidia Quadro ( OpenGL quad buffered stereo cap.)
• Supported special hardware

  not applicable
• User definable operations and extensions

  not applicable
• 64-bit version of software available

  Y
• Distributed processing capacity

  Y
• GPU based calculations

  N
• Preferred graphic card

  Nvidia Quadro 4000

Viewing System

• Min. display memory [Mb]

  256
• Pref. display memory [Mb]

  1000
• Resolution

  1280x1024
• Method of stereo image separation

  all major systems supporting OpenGL quad buffered stereo

Images and data

• Supported image sources

  scanned analogue; digital frame; line sensors; satellite
• Input image formats

  TIFF;JPEG
• Export data formats

  TIFF; TIFF/JPEG; others

Image manipulation & processing

• Automatic contrast manipulations

  Y
• Spatial convolution

  Y
• Radiometric corrections

  Y
• Radiometric adjustment for mosaicing

  Y

Orientation and triangulation

• Automatic interior

  Y
• Relative

  Y
• Automatic aerotriangulation

  Y
• Automated blunder detection

  Y
• Self calibration

  Y

DEMs & Orthoimages

• Automatic matching

  area-based; feature-based; cost-based (dense matching up to 1 pt per pixel), DSM / DTM
• Automatic breakline extraction

  N
• Checking facilities (DEM editing)

  Y
• Automatic contour generation

  Y
• Mosaicing of orthoimages

  Y
• True orthoimage generation

  Y
• Dense DSM creating capability

  Y
• DSM to DTM filtering

  Y
• Automatic seam line creation

  Y

Feature Extraction and Mapping

• Mapping facilities

  Y
• Semi-automatic corner point extraction

  N
• Semi-automatic line feature extraction

  Y
• Semi-automatic building extraction

  Y
• 3D superimposition

  Y

Measurement tools

• Length

  Y
• Area

  Y
• Volume

  Y

More information

• Main applications

  mapping; point cloud generation; orthophoto production typically for the following industries:forestry, agriculture, mining, utility and energy , urban development, defense, archaeology, environmental monitoring and disaster response
• Distinguishable features

  highly productive; high degree of automation; complete system; individual components available; highly reliable accuracy; scalable and flexible configurations; thorough quality analysis;

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