Function Grapher Opera Widget

Opera Function grapher is widget for drawing functions and plots in Opera 9 or later.Opera is free web browser and community-based software. Opera 10 beta 1 has been released. It is like Google Chrome but run under OS X, Linux, Windows, and Unix with special Mac style. I plan to make a grapher widget for it eventually. Some specific features:
· The layout looks like any other Opera browser window
· Supports back/forward buttons, horizontal/vertical scrollbar, mousewheel, and a tabbed layout (like Opera)
· Mouse gesture support (drag/hold)
· Supports input of simple and complex functions (nested brackets)
· Support local variables and symbolic constants
· Supports graphing functions with multiple variables
· Supports support for Javascript Math.pow and Math.cos, and ArrayMath.sum and Math.random
· Allows to set functions as content, split the graph into multiple windows (tabs), save the graph, and set custom formatters
· Allows to use JQuery for graphing functions
· Allows to set up or remove custom properties
· Support other graphing widgets (user-define grapher widget)
· Support the Opera scripting API
· Optionally you can save the graphs to the sidebar
· Graphs can be placed on Mac OS X
· Allows to draw complex functions
· Allows to draw full function graphs to the right side (like gcVibrator Window)
· Allows to handle multiple plots at once (like gcVibrator Window)
· Allows to graph with dozens or hundreds of plots (like gcVibrator Window)
· Allows to zoom and set custom resolution
· Allows to control aspect ratio
· Allows to apply custom color-style
· Allows to zoom in and out
· Custom zoom color support (red, green, blue)
· Allows to select different types of plots (line, bar, pie, check)
· Allows to fit the graph to the screen
· Allows to set custom plot window size
· Allows to set custom functions (numeric and symbolic)
· Allows to set custom plots (line, bar, pie, check)
· Allows to switch between real and complex domain
· Allows to hide graph while editing
· Allows to hide graph to the left side (like back button)
· Allows to hide and show entire top bar (like “collapse” button)
· Allows to hide/show legend

This is a dragable Opera widget that allows the user to interactively graph functions on a graph canvas. One can enter complex functions in infix notation using a variadic syntax. The Widget is able to plot multiple functions. The concept of the graph canvas resembles a mathematic function document, which is very useful in the analysis of relationships, such as plotting cosine, tangent, etc. The user can drag mouse pointer into the graph canvas and effect on the graph, a kind of arithmetic operation, for example, 2*sin{x-3}*cos[x^2]/sqrtx.
If you’re wondering how can this widget help you to do anything useful, maybe you’re interested in a widget that can graph in a more “user friendly” way.
This widget can also add a txtbox when mouse click into a function, and you can add a formula into the txtbox with a formla [, ] + _(“^x”); example: f(x) = a1*x^2 + a2*x + a3 + (x>a4+a5);
· Because of the fullscreen in Function grapher, you need to turn off animated Gif, or Gifcrash will occur.
· In Opera 9.2, you need to change font.
Installation:
· Download the plugin

· Copy the plugin file into your Opera’s opera/browser/extensions directory
· If you have!important in your CSS, you need to remove it
· It’s not required to drag Opera widget to Opera home from opera menu.
What’s New:
· New feature, with some bug fix, such as plot line in the graph will be redrawn automatically according to the mouse position.
· If the mouse is clicked into the text box in the document mode, the formula will be inserted into the text box.
· draggable function grapher and document mode can use the same canvas.
· If you use Function grapher Opera Widget Cracked Version in a hosted mode, you need to change the default name of the document.
About:
Released by the famous Opera Widget @ © Intevation corp.
This widget is based on the Opera code published at
Please visit if you have any problem with Function grapher Opera Widget.
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· This widget is based on XForge and is a Swing Widget.
· It is based on a XForge device which has many of the necessary features for plotting.
· It is based on XForms.
· It has a Scale Widget to allow the user to change the display size.
· It has Widget insert mode and widget selection mode.
· It has shift+enter to insert widget value.
· It has “Evaluate All” option for very quick evaluation.
· It has drag and drop manipulation support.
· It shows the results of evaluation in a grid.
· It has “Stop” button that can kill all evaluation in progress and setup XForms with added dialog.
· Syntax colouring works with cursor positioning or “mouse tools” mode.
· If Opera is set to “Scale text to font”, the evaluation will show “x” as the font size.
· The graph will automatically start at the first expression.
· If the first expression is an open bracket, then it will be treated like a comment.
· Optionally, expressions can be labelled to help the user to find the correct form.
· The scale can have as many sub scales as needed.
· If the function is a function of a function, then there is a list of the functions with it’s associated scaling.
· If the expression starts with “x”, it can be used as a standard input.
· The graph doesn’t evaluate symbols in the text.
· The widget saves graphs up to 300×300 pixels in the temp files.
· The widget prints the xform at the end of the calculations.
· The widget has “Evaluate All” option to evaluate everything in the form.
· When evaluating, the widgets can be scaled down to a very small size.
· Widgets are removed with the “remove widget” button on the top right corner of the figure.
· Widgets can be inserted in the figure with “add widget” button.
· If a widget is selected, the graph is cleared (those in the position of the position of the widget is removed).
· At each step of evaluation, the evaluation is shown in a little box (progress window).
· If evaluation of all widgets is completed then the evaluation is displayed in a table (description window).
· The widget is available in a list form.
Figure Example:
The left figure is showing the drag and drop

· Opera Widget.
· Set target Opera: Tools > Opera Widget > Target Opera: Opera 9.
· Window Style: use default (Windows) or curved (Mac).
· Choose the canvas style between direct and flattened.
· After opening the “Open” button, the opening panel will ask for your number of lines.
· In order to create double functions on the same line, you need to increase the number of x-axis values for each plot.
· Function grapher is able to plot complex functions.
· Entry format: use “x=” to separate function name from its parameter.
· If you want to update x-axis values manually, press “x=” to open update function window.
· In the update function window, you will be able to change x-axis values and re-plot.
· The update function will work in realtime, so you can change x-axis values and see the effect immediately.
· You can save you function grapher widget layout, and all the data with the “Save Layout” button.
· After closing the window, you can open it again and see the updated plot.
· In the function grapher you can choose the order of evaluation by changing the line containing command in the parens.
· If you want to change the size of the canvas window, click the properties button or you will see the resize function window.
· The function grapher can contain more than 2 plots:
· You can use the canvas to plot more graphs on the same graph area: the function grapher will be able to save the different graphs on its own window.
· You can set the maximum number of graph areas:Q:

Git + Mercurial the same?

Possible Duplicate:
Git vs Mercurial?

Is there any advantage of moving from Git to Mercurial?
I am curious if the answers will be different than for Git and SVN.

A:

I have worked on both git and hg. I moved from git to hg a while ago, and it was pretty easy. As with git and svn, the default tools (generally bash and console on windows) are easier with hg than with git.
However, in my mind, hg has a couple of advantages:

hg has a more elegant interface.
hg is better to deal with branches (as in

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Linux – Linux systems running with the open source drivers will work. Some games may run with Wine, but performance will be poor.
HTML5 – Most games will run in a web browser. The browser must be HTML5 and

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