**1011 Atomic Synth Inspired By Buchla, Future Retro Revolution Â» Synthtopia**

Synthesizer and electronic music news, synth and music software reviews and more! Atomic is a 16 step sequencer composing tool with a built in synth that also has the ability to control other softsynths or even hardware via its MIDI out function. The design is circular, inspired by step sequencers such as the Buchla Arbitrary Function Generator and Future Retro Revolution. You can preview Atomic below: Strange Atomics [ 0:46 ] Hide Player | Play in Popup | Download Sequencer: 16 step sequencer in a circular design with 3 rows: seminotes, velocity and gate. BPM Rate with 5 modes including random. Separate rhythm grid. Advanced arpeggiator with separate rate, 5 modes with gate and octave controls. Latch mode for continuous play. MIDI Out for use in modular hosts which also includes LFOâ€™s and step modulators to control external vstâ€™s or hardware. Synth: 2 Oscillators with 14 waveforms including additive partials. Separate phase controls, detune and octave as well as harmonic tuning mode. VCF with 4 filter types with velocity control. 2 dedicated envelope generators, one for amp and one for filter. 2 LFOs, Sub Oscillator, Step Modulator, Random Generator and Keyboard control with zone and mod wheel assign which includes sequencer controls for step and rate. Comprehensive mod matrix. Effects X-Y delay with separate multimode filters which can be modulated via mod matrix. Spacial stereo reverb Phaser with wide sweeping range. Master section with volume, pan and tuning CC map for hardware MIDI knob controllers.

http://www.synthtopia.com/content/2008/04/15/atomic-synth-inspired-by-buchla-future-retro-revolution/

**706 Geometry, Surfaces, Curves, Polyhedra**

POV-Ray: A Tool for Creating Engaging Visualisation of Geometry Various notes on polygons and meshes Includes Surface (polygon) simplification, Clipping a polygonal facet with an arbitrary plane, Surface Relaxation and Smoothing of polygonal data, Mesh crumpling, splitting polygons, two sided facets, polygon types. Philosophy is written in this grand book - I mean universe - which stands continuously open to our gaze, but which cannot be understood unless one first learns to comprehend the language in which it is written. It is written in the language of mathematics, and its characters are triangles, circles and other geometric figures, without which it is humanly impossible to understand a single word of it; without these, one is wandering about in a dark labyrinth. Galileo (1623) Distance between a point, a line and a plane The intersection of a line with another line (2D) The closest line between two lines (3D) The intersection of a line with a plane Mathematics describing a plane The intersection of two planes The intersection of three planes Polygon area and centroid calculation Inside / outside polygon test Reflection of a ray Direction Cosines Eulers number and closed surfaces Determining whether a line segment intersects a facet Coordinate transformations on the plane (2D) Cartesian, Cylindrical, and Spherical Euler angles and coordinate transformations Converting between left and right coordinate systems Clipping a line with a polygon Clockwise test for polygons in 2D Test for concave/convex polygon in 2D Area of (planar) polygons in 3D Spheres, equations and terminology The intersection of a line and a sphere (or a circle) Equation of the circle through 3 points Equation of the sphere through 4 points Intersecting area of circles on a plane Rotation of a point about an arbitrary axis Creating a plane/disk perpendicular to a line segment Intersection of two circles on the plane Circumference of an ellipse Intersection of two spheres Distributing Points on a Sphere Quadric equations in x and y of degree 2 Fowler angles: Comparing angles without trigonometry Contouring Algorithm Description of an efficient contouring algorithm as it appeared in Byte magazine. (Byte Magazine, 1987) and a more general approach for arbitrary contour planes and polygonal meshes. Spherical projections Methods for mapping points on a spherical surface onto a plane, stereographic and cylindrical (including Mercator) projections. Includes Aitoff map projection: Conversion to/from longitude/latitude (spherical map) Projection types Classification of projections from 3D to 2D and specific examples of oblique projections. A triangle was an improvement to the square wheel. It eliminated one bump. BC comics Planar (stretching) distortion in the plane Including Anamorphic projections and Mappings in the Complex Plane (Otherwise known as Conformal maps) Polygonising a scalar field Otherwise known as marching cubes and marching tetrahedrons. HyperSpace (Historic) A Macintosh 4 dimensional geometry viewer and manual.

http://local.wasp.uwa.edu.au/~pbourke/geometry/

**381 Andromeda spare parts - Gearslutz.com**

You can find them here: Alesis A6 Andromeda Spare Parts If anyone knows another site, please share. I am trying to locate the modulation wheel and its Andromeda,spare,parts, Andromeda spare parts, recording, studio, microphone, mic pre, compressor, equalizer, pro tools, DAW, Nuendo, Cubase, SSL, Neve, Helios, review, reviews

http://www.gearslutz.com/board/electronic-music-instruments-electronic-music-production/498119-andromeda-spare-parts.html

**356 The Land List -- SX-70 Cameras**

Folding SX-70 Cameras: ALL Folding SX-70 Cameras have the following features in common: 4-element 116mm f/8 glass lens Minimum focus: 10.4 inches Front-cell focusing via geared wheel at top of lens/shutter housing Electronic shutter Programmed automatic exposure-- shutter speeds from >10 sec to 1/175; aperture range f/8- f/22; smaller apertures possible when flash is used. Auto flash exposure based on focus distance; Max flash distance 20ft. Has built-in Flashbar socket for flash. Accessory electronic flashes were also available. Socket for an electrically-actuated remote shutter release.

http://www.rwhirled.com/landlist/landdcam-sx70.htm#Sonar

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