Free rad software for windows

3D Rad 6.39 is known as an effective gaming utility which can create interactive 3D worlds and games by visually placing objects in virtual space with this user-friendly 3D editor with a straightforward developing workflow and ready-to-use physics simulation.

You can use it to create any sort of stand-alone, interactive 3D project for Windows Vista/XP. Ideal for CG artists and non-coders, but flexible enough to meet the needs of expert developers as well.

LightsRadder was written in VB.Net and is a useful tool that makes it easy to add values to the lights.rad file.

RadWeather 1.1.0.0 is released to appeal many users by its ability to display the current weather conditions for any city in the world. Can be used different icon sets. The ones that come with it are from Stardock.

Rad Host Client is a GUI tool to provide the pc side of the ps2 host filesystem protocol RadHostClient is designed to make it easier to use than the ps2client for people that want to use certain PS2 software like uLaunchELF and SMS.
RadHostClient uses a virtual filesystem for the root directory. Just drag and drop files and directories onto the main window. These will then appear in the first level of the host filesystem.
RadHostClient automaticaly connects to the ps2. As you change programs from uLaunchELF to SMS it will automatically attempt to reconnect. Automatically add inserted CD/DVD discs and USB drives to the root virtual filesystem.
You can now also edit labels after dropping them in. Now supports writing, deleting and renaming. Minimize to tray now implemented with icon showing connected status.

ABA-X1 is an application that calculates mathematical expressions. It has a large number of built-in operators and functions.
List of operators: +, -, *, /, ^
List of functions available in ABA-X1: acos, abs, asin, atan, cbrt, ceil, cos, cosh, degrees exp, expm1, floor, log10, log, log1p, rad, radians, round, rint, signum, sin, sinh, sqrt, tan, tanh, ulp. Look at java.lang.Math for a detailled description of these functions.
A function can be typed in with code completion: click with the mouse on the green display and type with the keyboard. Type s and press Ctrl+Space and see what happens. This behaviour is called code completion.
Code compeletion also works for built-in (predefined) constants. Type m and press Ctrl+Space to get a list of atomic weights (remember m like masses).
A atomic weight constant begins with a m and ends with its element symbol. Sample: mCa for Calcium, mS for Sulfur. Type mC and press Strg+Space and see the list of all elements which starts with an C.
Physical constants are also predefined. The prefix is p. Press p and Strg+Space to see the list.
All constants and function can be selected (and inserted) via the menu. Click on the menu button to open the main menu. You will see the sub menus Functions, Vars and Constants. A function, variable or constant will be inserted at the current place (cell) by selecting the menu item.
Click on the = button or (while editing with keyboard) press Strg-Enter to stopp editing and recalculate all expressions.
At the right side of the green display you see variable names. Normaly the name is f1, f2 and so on. Each value of an expression is stored in a variable. These variables can be referenced in other expressions like f1 * 1.16. (You have the possibility to rename a variable by clicking on it.)