Add Method to Android Live Wallpaper- request 3

$50 USD

In Progress

Posted

over 11 years ago

$50 USD

Paid on delivery

Hi, I have water ripple live wallpaper. The water ripples appear on the background image randomly like rain drops. The problem in my live wallpaper is slowness of ripples. The details: * Implement new method using android-ndk to give water ripple same as Galaxy S3 lock screen ripple. If you can do water ripple but not exactly same as galaxy s3 don't bid. * I will provide you with the code of my live wallpaper to add your method to it. * Start Bidding using the word "S3 Ripple". * The milestone is to give me apk file for testing. If it is OK (same as galaxy s3 ripple) I will release the first milestone. Else I will report the project incomplete. So, don't waste the time. * The final milestone will be after sending the updated source code. Thanks,

Algorithm

Android

C++ Programming

Mobile App Development

OpenGL

Project ID: 4027539

About the project

8 proposals

Remote project

Active 11 yrs ago

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Awarded to:

@zhuguangxing

I am android [login to view URL] check My PMB.

$150 USD in 3 days

0.0

(1 review)

0.0

8 freelancers are bidding on average $212 USD for this job

@WangJin

Please check private message. Thanks. Tian

$300 USD in 1 day

4.8

(31 reviews)

7.2

@Toby20100504

S3 Ripple, Maybe we can help you

$300 USD in 14 days

5.0

(13 reviews)

4.3

@sublevelseven

S3 Ripple: Greetings. My name is Jeremy Trammell and I represent a group of developers and designers based in Portland, Oregon, in the U.S. We have extensive experience with both OpenGL and Android development and would be happy to provide a solution for you. Unfortunately, I believe that your budget is not very realistic for the kind of work you are requesting. Also, I'm not sure that your proposed solution (moving your Java code to C using the NDK) is going to accomplish what you are looking for. If your existing code is running too slowly, it is probably either using an inefficient algorithm, or perhaps needs to be moved onto the graphics chipset. Take a look at the sample application I will send you in a follow up message for an example of a fast implementation of the interactive surface ripple effect which does not use the NDK.

$145 USD in 4 days