madebyjeffrey

DECLARE FUNCTION atan2! (y AS DOUBLE, x AS DOUBLE)
DECLARE SUB PieSlice2 (theta1 AS SINGLE, theta2 AS SINGLE, x AS SINGLE, y AS SINGLE, ro AS SINGLE, ri AS SINGLE)
DECLARE SUB PieSlice (theta1 AS SINGLE, theta2 AS SINGLE, x AS SINGLE, y AS SINGLE, orad AS SINGLE, irad AS SINGLE)

' for PieSlice2
CONST sep = 10
DEF fnphi (x!, ri!) = ATN(x! / (2 * ri))
DEF fnAx (theta!, ri!) = ri! * COS(theta! + fnphi(sep, ri!))
DEF fnAy (theta!, ri!) = ri! * SIN(theta! + fnphi(sep, ri!))
DEF fnBx (theta!, ri!) = ri! * COS(theta! - fnphi(sep, ri!))

madebyjeffrey

+ pieSliceWithCentre: (CGPoint) c innerRadius: (double) ir outerRadius: (double) or
          startAngle: (double) theta1 endAngle: (double) theta2 {
    UIBezierPath *path = [UIBezierPath bezierPath];
    
    if (path) {
        [path moveToPoint: CGPointMake(cos(theta1)*ir, sin(theta1)*or)];
        [path addLineToPoint: CGPointMake(cos(theta1)*or, sin(theta1)*or)];
        [path addArcWithCenter: CGPointZero radius: or startAngle: theta1 endAngle: theta2 clockwise: NO];
        [path addLineToPoint: CGPointMake(cos(theta2)*ir, sin(theta2)*ir)];
        [path addArcWithCenter: CGPointZero radius: ir startAngle: theta2 endAngle:theta1 clockwise: NO];

madebyjeffrey

- (void) awakeFromNib {
    self.opaque = YES;
    self.clearsContextBeforeDrawing = YES;
    [self setNeedsDisplay];
    NSBundle *main = [NSBundle mainBundle];
    
    // Open PDF
    CGPDFDocumentRef doc = CGPDFDocumentCreateWithURL((CFURLRef)[main URLForResource: @"NC.pdf" withExtension: nil]);
    
    if (doc == NULL)

madebyjeffrey

@implementation NSFileHandle (print)

- (void) printf: (NSString*) format, ...
{
    NSString *output;
    
    va_list ap;
    
    va_start(ap, format);
    

madebyjeffrey

program euler002
    implicit none
    
    integer :: i = 0
    integer :: f = 0
    integer :: s = 0
    
    do
        i = i + 1
        f = fib(i)

madebyjeffrey

Take:

   1 2 3
   4 5 6
   7 8 9

Turn Into:

 0 0 0 0 0

madebyjeffrey

class World(object):
    def __init__(self):
        self.verts_id = GLuint()
        glGenBuffers(1, self.verts_id)
        self.mesh = []
        for x in xrange(SIZE):
            for z in xrange(SIZE):
                self.mesh.extend((float(SIZE//2 - x), 0.0, float(SIZE//2 - z)))
        data = (GLfloat*len(self.mesh))(*self.mesh)
        glBindBuffer(GL_ARRAY_BUFFER, self.verts_id)

madebyjeffrey

from __future__ import division

from pyglet import clock, font, image, window, text
from pyglet.gl import *


import numpy

SIZE = 64
TWO_PI = 2.0 * 3.1415926535

madebyjeffrey

CIAdditionCompositing - Adds color components to achieve a brightening effect. This filter is typically used to add highlights and lens flare effects.
CIAffineClamp - Performs an affine transform on a source image and then clamps the pixels at the edge of the transformed image, extending them outwards. This filter performs similarly to the CIAffineTransform filter except that it produces an image with infinite extent. You can use this filter when you need to blur an image but you want to avoid a soft, black fringe along the edges.
CIAffineTile - Applies an affine transform to an image and then tiles the transformed image.
CIAffineTransform - Applies an affine transform to an image. You can scale, translate, or rotate the input image. You can also apply a combination of these operations.
CIAreaAverage - Calculates the average color for the specified area in an image, returning the result in a pixel.
CIAreaHistogram - Calculates a histogram for the specified area in an image, returning the result in a 1D image.

madebyjeffrey

		CIFilter *filter = [CIFilter filterWithName: @"CIZoomBlur"];
		[filter setDefaults];
		[filter setValue: [CIVector vectorWithX: self.title.bounds.size.width / 2
											  Y: self.title.bounds.size.height / 2]
				  forKey: @"inputCenter"];
		[filter setValue: [NSNumber numberWithFloat: 0.0] 
				  forKey: @"inputAmount"];
//		[filter setValue: [NSNumber numberWithFloat: 90.0] forKey: @"inputAngle"];
		[filter setName: @"zoomBlur"];
		[self.title setFilters: [NSArray arrayWithObject: filter]];