A documentary about Matthew, a socially outcast artist who wrestles with mental illness and attempts to create a work of art that will deal with it.A Great Life?: Directed by Danfung Dennis. With Anjelica Huston, Daniel Bess, Brendan Cowell. An aging movie producer's attempt to avoid death. (Not to be confused with the Oscar-nominated film "My Big Fat Greek Wedding".)Q:
Saving DOM content in a variable and restore it after page refresh
I'm working on a game in javascript/HTML5. For those who know nothing about it. It's basically a racing game. But I need to save the time that the user has been racing for. For that I need to save the entire DOM content in a variable to be able to save the time each user spends on the track.
And then I need to restore the DOM content of the page. When the user comes back to the page they should see the same progress as they had at the last page load.
I have no idea how to do this, but is there a way to save the entire DOM content in a variable and then to restore it after the page load?
A:
You need to use local storage to store the information. It's a simple method which is easy to understand and get to work with.
Using local storage stores a key/value pair in the browser, which is then interpreted like a simple text document.
Example:
localStorage.setItem("myName", "YourName");
To retrieve the value, simply use
var username = localStorage.getItem("username");
To clear your local storage:
localStorage.clear();
[A mathematical model of the histological and immunohistochemical analyses of retinal lesions].
This paper describes a mathematical model of the process of dye binding with retinal lesions. The model represents the dynamics of dye molecules (dye-cell complexes) distribution in the lesion. It is based on the diffusion-reaction model and describes the kinetics of accumulation of dye-cell complexes inside the lesion. The model considers the dye volume distribution, the dye concentration gradient, and the dye diffusion from the intercellular space into the lesion. The mechanism of dye molecules binding to retinal cells is described by a simple linear isotherm equation. The obtained numerical results show a good agreement with the experimental data.Indian Amateur Team
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