This Java applet shows the pattern of an object's shadow (made by the Sun - such as a tree shadow) through the course of the day from any given latitude and longitude. The object height can be changed to view changes in the shadow for any day and time span (such as 1 hour or 7 hours) in a recent or future year. The Sun's elevation, azimuth, sunrise and sunset time, and culmination time are all given. A downloadable demonstration is also available. Educational levels: General public, High school, Middle school
SPOT is a 3D environment for direct sunlight visualization. Implemented in Java 3D, SPOT features tw...
In this lesson, elementary students use a hands-on demonstration to study why shadows change through...
This article describes how to accurately determine the time of the Sun’s transit and the north-south...
This Java applet displays the amount of daylight an area receives on a given date. The program can b...
This Java applet sun exposure and intensity for any latitude and longitude, and any date during the ...
This applet calculates the approximate times of sunrise and sunset from a geometrical construction f...
This Java applet shows the analemma and where the Sun is positioned in varying areas of the world. T...
This applet is designed to show the user the current positions of the Sun and Moon, as well as locat...
The Moon Phases java applet provides an animated view of the moon, either from Earth, or from above ...
This applet allows users to see what the elevation, noon elevation, and azimuth of the Sun is for sp...
This paper proposes a real-time software for outdoor rendering to control the shadow’s position with...
This activity is designed to help students fully understand our planet's relationship to the Sun. St...
This Java applet displays the phases of the Moon for calendar years 1971-2052 by month. Clicking on ...
Introduction: Everyone and everything has a shadow. Shadows illustrate how threedimensional objects...
SPOT is a 3D environment for direct sunlight visualization. Implemented in Java 3D, SPOT features tw...
SPOT is a 3D environment for direct sunlight visualization. Implemented in Java 3D, SPOT features tw...
In this lesson, elementary students use a hands-on demonstration to study why shadows change through...
This article describes how to accurately determine the time of the Sun’s transit and the north-south...
This Java applet displays the amount of daylight an area receives on a given date. The program can b...
This Java applet sun exposure and intensity for any latitude and longitude, and any date during the ...
This applet calculates the approximate times of sunrise and sunset from a geometrical construction f...
This Java applet shows the analemma and where the Sun is positioned in varying areas of the world. T...
This applet is designed to show the user the current positions of the Sun and Moon, as well as locat...
The Moon Phases java applet provides an animated view of the moon, either from Earth, or from above ...
This applet allows users to see what the elevation, noon elevation, and azimuth of the Sun is for sp...
This paper proposes a real-time software for outdoor rendering to control the shadow’s position with...
This activity is designed to help students fully understand our planet's relationship to the Sun. St...
This Java applet displays the phases of the Moon for calendar years 1971-2052 by month. Clicking on ...
Introduction: Everyone and everything has a shadow. Shadows illustrate how threedimensional objects...
SPOT is a 3D environment for direct sunlight visualization. Implemented in Java 3D, SPOT features tw...
SPOT is a 3D environment for direct sunlight visualization. Implemented in Java 3D, SPOT features tw...
In this lesson, elementary students use a hands-on demonstration to study why shadows change through...
This article describes how to accurately determine the time of the Sun’s transit and the north-south...