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Elephant Raju Cries After Being Rescued From 50 Years Of Suffering In Chains

This heartbreaking story is about as elephant Raju from India that had an incredibly rough life. After being poached from his mother he was thrown from one owner to another, until he was left living in terrible conditions with no shelter at night, being used as a beggars prop all day long. Raju survived only from passing tourists and sometimes had to eat plastic and paper while being chained 24 hours a day. A wildlife organisation SOS-UK could not stand the injustice and decided to save him in a daring midnight rescue operation.

The elephant, realizing he was being saved, started to cry: “It was incredibly emotional. We knew in our hearts he realised he was being freed” – claims Pooja Binepal, one of the rescuers in an interview with Presspeople. “Tears began to roll down Raju’s face. Some no doubt were due to the pain but he also seemed to sense that change was coming. He felt hope for the first time” – says another rescuer Kartick.

kittenfossils

this is just so beautiful. he has found the freedom he deserves.

witch-of-agnesi

intellectual-intercourse

I

queenpalms

soundself

Some WIP. I don’t think this is going to end up in game though.

netgrind

This one was a fun challenge to build.

bertieandluv

you are so so hot

err ok

thinLine

11.04.14_01

joodle

How to calculate the volume of sphere.

Cavalieri’s Principle.

τ(tau) is a circle constant(=2π). (Learn more: Tau Manifesto by Michael Hartl)

a-na5

うーん。

//A-na5.tumblr #processing int N = 100; int r = 125; float thetastep = PI/34; float[][] dx = new float[N][N]; float[][] dy = new float[N][N]; float[][] dz = new float[N][N]; float d, x, y, z; float theta = 0; void gen(float t) { for (int i = 0; i < N; i++) { for (int j = 0; j < N; j++) { dx[i][j] = map(i, 0, N, -1, 1); dy[i][j] = map(j, 0, N, -1, 1); dz[i][j] = noise(sin(TAU/N*i+t)*sin(TAU/N*j+t)); } } } void setup() { size(500, 500); frameRate(17); colorMode(HSB, N); noStroke(); } void draw() { background(0); gen(theta); for (int i = 0; i < N; i++) { for (int j = 0; j < N; j++) { d = sqrt(pow(dx[i][j],2)+pow(dy[i][j],2)+pow(dz[i][j],2)); x = dx[i][j]/d*r; y = dy[i][j]/d*r; z = dz[i][j]/d; fill(z*N, 10, N); ellipse((x)+width/4, (y)+height/2, z*2, z*2); ellipse((dx[i][j]*r)+width/4*3, (dy[i][j]*r)+height/2, z*2, z*2); } } theta += thetastep; }