HyPlanT - a standalone flight planning application for pushbroom hyperspectral imagers

A standalone MATLAB \"App\" implementation by T. Naprstek of D. Inamdar's HSI_PSF_NOMINAL.m calculator function. Based on flight planning and sensor characteristics, the calculator function estimates the pixel point spread function, resolution, and spacing. Can be applied to airborne or remotely piloted airborne system (RPAS) based pushbroom hyperspectral imagers. Application developed as part of the Canadian Airborne Biodiversity Observatory (CABO). The three hyperspectral imagers used for CABO are included by default. These are the micro-Compact Airborne Spectrographic Imager (μCASI), the Compact Airborne Spectrographic Imager 1500 (CASI-1500) and the Shortwave Spectrographic Imager 600 (SASI-600). This tool can be used for other pushbroom hyperspectral imagers as well by changing the sensor specific characteristics. Current version of the tool, v1.1, uses updated version of the HSI_PSF_NOMINAL function to account for along track pixel summing.本工具为T. Naprstek基于D. Inamdar的HSI_PSF_NOMINAL.m计算器函数开发的独立MATLAB "App"应用程序。该计算器函数可基于飞行规划与传感器特性，估算像素点扩散函数（pixel point spread function, PSF）、分辨率与像素间距。其可应用于机载或遥控驾驶机载系统（Remotely Piloted Airborne System, RPAS）搭载的推扫式高光谱成像仪。本应用程序是加拿大机载生物多样性观测站（Canadian Airborne Biodiversity Observatory, CABO）的研发成果之一。CABO默认搭载三台高光谱成像仪，分别为微型紧凑型机载光谱成像仪（micro-Compact Airborne Spectrographic Imager, μCASI）、紧凑型机载光谱成像仪1500（Compact Airborne Spectrographic Imager 1500, CASI-1500）以及短波光谱成像仪600（Shortwave Spectrographic Imager 600, SASI-600）。通过调整传感器专属特性参数，本工具也可用于其他推扫式高光谱成像仪。本工具当前版本为v1.1，采用了更新后的HSI_PSF_NOMINAL函数，以适配沿轨像素求和场景。