{{:apps:leonardo5_button.png?200|}} **Visualize Results** This tool allows you to analyse your model results and create two and three-dimensional maps and animations. It provides a wide range of different analysis tools on an interactive basis. In addition, all modules can be accessed using Python scripts. =====Most common analysis parameters===== You can vizualize hundreds of parameters calculated in ENVI-met. To streamline the learning process, we give you a quick overview about the most imporant parameters. ===Potential Air Temperature [°C]=== The temperature of the air at a specific cell, given in °C. ===Wind Speed [m / s]=== The wind speed of the air in the specific cell, given in m / s. If you want to calculate it in km / h then multiply the value by 3.6. ===Relative Humidity [%]=== Relative Humidity expresses how much moisture the air contains compared to the maximum it can hold at a given temperature, given as a percentage (%). Higher RH means the air is more saturated with moisture, influencing thermal comfort and evaporation processes. ===Surface / Wall Temperature [°C]=== It refers to the temperature of a material's outer layer, influenced by solar radiation, air temperature, and material properties. It plays a key role in heat exchange with the surroundings, affecting both outdoor comfort and indoor climate. The parameter is called “T Surface °C” for the ground surfaces and “Wall: Temperature Node 0/Outside” for the building walls. ===PET / UTCI [°C]=== If you conducted a bioclimatic simulation, the relevant parameters are called according to the index you have used.