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sur
Joined: November 2006
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 Music And Colour
Music and colourChris Goddard 27 November, 2004 A lot has been written as synaesthesia - the stimulation of one sense by something which is meant to stimulate another. My type of synaesthesia relates to music and colour. For a long time I've associated keys in music with certain colours. It don't associate notes, and it's not related to perfect pitch. My colours don't seem to match anyone else's, but for what it's worth - here they are. You will notice that I am able to distinguish enharmonically, and some of the more extreme keys (for example, B sharp minor) get very dark indeed. Generally speaking, and as you might expect, the major keys have brighter colours while the minor keys have darker ones. I tend to see the minor keys as overlaid with something like a layer of black dust. Sharp major keys have a "red" feeling to them, while flat keys tend to have a "blue" feeling to them. I've tried to replicate that here by adjusting the relative amounts of red and blue in the examples. Because of the differences between monitors and browsers your monitor will not display exactly the same colour that I can see. I have restricted myself to the standard 216 "browser safe" colours in an attempt to make up for this. This has caused a problem with C flat major which I see as a greyer colour than that which I've been able to display. I've also added text descriptions which you can read if you position your mouse over the appropriate colour. | The key I hear | The colour I see |
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| C |  | | C sharp |  | | D flat |  | | D |  | | D sharp |  | | E flat |  | | E |  | | E sharp |  | | F |  | | F sharp |  | | G flat |  | | G |  | | G sharp |  | | A flat |  | | A |  | | A sharp |  | | B flat |  | | B |  | | B sharp |  | | C flat |  | | C |  |
| The key I hear | The colour I see |
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| C |  | | C sharp |  | | D flat |  | | D |  | | D sharp |  | | E flat |  | | E |  | | E sharp |  | | F |  | | F sharp |  | | G flat |  | | G |  | | G sharp |  | | A flat |  | | A |  | | A sharp |  | | B flat |  | | B |  | | B sharp |  | | C flat |  | | C |  |
____________ "I am a dreamer,I collect all the smiles from My yesterday,
Neatly pack them into words and hide them in my heart,
I call them "MEMORIES" Music has no boundary.
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#1 18 Aug 2007 02:38
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sur
Joined: November 2006
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Location: Virginia
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 Re: Music And Colour
Two articles about Colour Music and it's influence From LIGHTS! (January 1991) COLOUR MUSIC WAS ONE OF THE WONDERS OF THE WORLD BEFORE THE FIRST WORLD WAR. DAVID LAZELL RECALLS THE IDEAS OF PROFESSOR ALEXANDER WALLACE RIMINGTON AND SUGGESTS THE REVIVAL OF INTEREST MAY BE LONG OVERDUE... COLOUR MUSIC LIGHT (AND A HINT OF BRITISH ECCENTRICITY) | Prof Rimington |
If ever the stage lighting business needs a patron saint, it need look no further than to Professor Alexander Wallace Rimington. He was an advocate of Colour Music and a sort of roving ambassador for lighting effects in that halcyon period prior to the First World War. Strangely enough, there was an awakening public interest in stage effects then, even though mains electricity, like the telephone, was still rumoured to be dangerous. But Professor Rimington determined to show the possibilities, not least by his domestic conversions to the Colour Organ apparatus which he designed and largely made. Sarah Tooley, a magazine journalist of the time, wrote that the Colour Organ would "flood the most prosaically dull room in London's murky atmosphere with vibrating rainbow hues which will bring music to the soul of those cultivated to receive these impressions". Professor Rimington's life was almost contemporary with the great days of the Crystal Palace, that ad hoc auditorium in south-east London. Here, too, the early stage lighting effects had been subject to experiment by popular lecturers like the Rev. John Wood. Wallace Rimington was born in 1854. As a young man, he had studied art, later exhibiting at the Royal Academy and the Royal Society of British Artists. Inevitably, given the discoveries of the time, he became interested in photography and music, bringing to both a growing vision for lighting effects. His Colour Music idea probably grew from discussions found in late Victorian magazines, namely that colour and sound were two aspects of the same reality, i.e. the music of rhythm of the universe. VIBRATIONS This is probably "old hat" by now, but at the time, it seemed a novel enough idea for Professor Rimington to explore further. He believed that sound (music) and colour were both due to vibrations that stimulated the optic and aural nerve endings. So if one could perform music whilst creating lighting effects that, metaphorically speaking, were on the same wavelength, it would be possible to capture more realistically the composer's intentions. Stage drama might be enhanced, too, and in this sense there was perhaps some influence from Bayreuth, for Richard Wagner was certainly interested in colour, as Professor Rimington well knew. Experimenting with electrically driven gadgetry and other marvels, Professor Rimington devoted much of his London residence - in Pembridge Crescent, W11 - to his Colour Music installation. Many celebrities came to see it, one being Sir George Grove. Basically, the equipment projected varying hues onto a curtain or a screen, the varying effects expressing the "idea behind the music", so that those present would receive audio and visual interpretation of the composer's ideas. Writing about this art form, in the first decade of the century, in his book "Colour Music: The Art of Mobile Colour", Rimington offered general guidance on the way that standard works in the repertoire might be expressed in colour. Of course, he hoped that composers would in the future write their scores in dual form, for conventional sound expression, and for visual or light effects. HARMONIC A Wagnerian trumpet blast, he suggested, might be accompanied by intense orange effects, "which palpitates with the harmonic colours corresponding to a subordinate passage on some of the other orchestral instruments. The blast ceases; there is a faint echo of it upon the violins, while the screen pulsates with pale lemon and saffron hardly discernable. Again comes the blast of trumpets, and once more the screen flames with orange modulations". Professor Rimington's home demonstrations must have been unforgettable. The Colour Organ was some ten feet high, with a five octave keyboard which was similar to that of a church organ, being controlled by stops. A line of "colour keys" was situated above the conventional (sound) keyboard, and connected to a lens-and-filters system, so that "colour" was "played". Best effects were secured when the sound and colour were played from separate keyboards.  Lighting controls for the three-colour organ
The person "playing the colours" was able to monitor the effects, by looking through a strategically placed mirror, but inevitably a good performance demanded a great deal of rehearsal not to mention luck, remembering the limited potential of mains electricity. A "swell" pedal could heighten or diminish the colour effects, whilst keyboard stops provided the elements of control for brightness, into and out of the other colours, dissolve effects and so on. There seems little doubt that Professor Rimington's keyboard concepts were forerunners of the Strand keyboard controls for theatrical lighting, coming years later. A power supply of 150 amps was required to power the lighting source, arc lamps mainly, and the colour dyes used on the filters were developed after considerable research. Contemporary photography, circa 1912, of the in-house electric fittings gives the impression that the wiring was intended to supply a local airfield or factory. Readers were assured that the Colour Organ consumed thirteen hundred candle power, though candles were not used, nor were nightlights for the quieter passages! | | The 1300-candlepower light source for the organ |
Theatre specialists were interested in these ideas, but Professor Rimington tended to lecture on social realities when he appeared on platforms. He believed that Britons had lost "that fine sense of colour they possessed in medieval times", and thought that the daily round of most people was so inartistic in nature as to prohibit any real appreciation of colour. Colour Music could act as a bridge between the everyday and a sense of enhanced awareness of the world, whilst psychological medicine might similarly make use of the insights derived. He was by all accounts an earnest and interesting lecturer, but must have been aware that composers might have their own idea of colour interpretation of their work, not to mention the stated preferences of orchestral conductors. In his sixtieth year when war began in August 1914, Professor Rimington had been anticipating a public demonstration of Colour Music, which, better than anything he wrote, might persuade the public of his case. Alas, the event was abandoned. By the time Professor Rimington died in 1918, there was a new interest in presentation of musical performance, aided lighting and other somewhat neglected aids. Had he lived into the 1920's, it seems likely that a School of Colour Music would have been established in London. |
____________ "I am a dreamer,I collect all the smiles from My yesterday,
Neatly pack them into words and hide them in my heart,
I call them "MEMORIES" Music has no boundary.
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#2 18 Aug 2007 02:43
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sur
Joined: November 2006
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Location: Virginia
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 Re: Music And Colour
From LIGHTS! (Feb 1992) In the January 1991 issue of LIGHTS!, we learned from David Lazell of the early experiments in music and light carried out by Professor Rimington. Here, the doyen of the lighting world, FRED BENTHAM, puts the record straight. NO PROBABLE POSSIBLE SHADOW OF A DOUBT
"There seems little doubt that Professor Rimington's keyboard concepts were the forerunners of the Strand keyboard controls for theatrical lighting coming years later." Coming across this in Lights! Vol.2 Issue 1, in January 1991 I felt I should respond. There is grave doubt - but no need to speculate. As the man who joined Strand Electric in June 1932 with the idea firmly in his head and a photo of a Light Console scale model in his pocket, I know what had influenced me. It was the cinema organ console with its rows of stop keys. Select and play from keyboard masters plus pistons as presets. Hence the John Compton console and relay to control a Mansell-clutch dimmer bank. I shall not go into detail as there have been many descriptions since it was launched in June 1935 in our Floral Street demonstration theatre. Items played then included: Wagner's Flying Dutchman overture, Twelfth Street Rag and Tchaikovsky's 4th Symphony (1st movement). Officially it was to facilitate the control of stage lighting by a single operator seated with a good view of the stage. That was what got the three directors to spend the then unheard of sum of £1000 on it. Unofficially it was to pursue "Light as an Art" - the title of my long article in The Builder of September 2, 1932. Why that journal? The answer is that my own theories covered the whole visual ambience. The architecture of the auditorium was as important as the set on the stage.  King Street "Temple"
Ultimately all this was incorporated in a veritable temple to my colour music in the form of the King Street Strand Electric theatre of 1939. After this was bombed in May 1941, the console and its dimmer bank went into the London Palladium that December for Robert Nesbitt's new show Gangway, proving itself in its other role of stage-switchboard. Where does Professor Rimington's influence as a "patron saint" come in all this? The answer has to be: nowhere at all! That young Fred Bentham was intolerant of the theories of Rimington, Adrian Klein and the rest, when he read Klein's book: Colour Music: The Art of Light.  Fred Bentham at the Light Console
Visual equivalents of "music notes" and like theories never had appealed. What some music inspired was a varying picture evoked by its changes of mood using mainly (but not always) dimmers. One was playing lighting variations on a suitable set of drapes, or whatever, as a theme. In this, the ideas of Appia in the Wagner context were exciting. I suppose my earliest encounter with "mood" lighting as a boy would have been the cue: "Down to blues" for romantic numbers in musicals and variety acts on the stages of theatre or super-cinema. Or long before, when the sun happened to come out and shine through the tall church windows at just the right music cue during Sunday Service! "Also it led directly to the Strand Light Console" - more nonsense. This time from Klein himself in the 1937 edition of his book. This was a reprint of his original colour music book of ten years earlier with a 13-page "Introduction" added, to bring it up to date. In the latter, four pages and three full-page plates were devoted to my original light console. In strict fact Klein staged a trial of his colour organ as an interlude at the Finsbury Park in London.
He says "The show was a middling success". Fiasco would seem to have been a more appropriate description. The audience at this kind of super-cinema were not likely to be receptive to such high-brow theories anyway. However, the event was used by me to pretend that Strand Electric had a rival experimenter in the field of organ control of lighting. There had been some dithering, particularly on the part of the third director (Mansell - of clutch fame) about spending all that money on my novel notion for control. To quote his own words in a memo to me: "I think it hardly likely the directors will go to this expense. Certainly I would not be prepared to recommend it." Dated 16th June 1933 and attached to his works quotation, that was that. Except that it wasn't. Using press cuttings of the Klein experiment at Finsbury Park and stressing the connection between Major Bell and Strand's rivals, Major Equipment, I proved we had competition. That it only operated in conjunction with a very special projector was omitted. A wily trick, perhaps, but it worked. The Light Console order went ahead, thereby proving that a lie can sometimes be a good thing. But it has to be a good one!
____________ "I am a dreamer,I collect all the smiles from My yesterday,
Neatly pack them into words and hide them in my heart,
I call them "MEMORIES" Music has no boundary.
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#3 18 Aug 2007 02:44
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sur
Joined: November 2006
Posts: 10620
Location: Virginia
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 Re: Music And Colour
Music and Colour People who have never seen an Indian wedding or attended an Indian gathering are amazed by one thing when they see pictures: the colour. The photos are vibrant with colour and shimmer everywhere, from the reds of the KumKum to the greenery, the white clothes of men to the yellow turmeric, the orange marigolds to blue, purple, red, green saris that span the rainbow. Indian Classical music and music concerts have their own colours. Women and men arrive to listen to music in finery, their jewels and clothing shimmering. The artists sit on a stage decorated with colourful cloths, and they themselves are decorated by shiny shawis in appreciation. The mridang, tabla and veena bear colourfull velvet covers, and the cherry-brown of the sitar gleams. Flowers in pink and red and white and yellow are bestowed as gifts to gods and artists, and the yellow lights dim as the concert begins. And during the concert, too, the swaras have colour. The drone, the stable base of any music, Shadj or Sa, has a colour: light pink. It is the pale pink of dawn, or of birth, or the table rose. It is the colour of the lime that artists smear on their betel leaves, which turns their mouths bright red. It is the energy of a furious, spectacular dazling kurta, and the pale pink of their cheeks when in the humid climate they sing a particularly beautiful, lilting phrase, and the audience blushes pale pink Sa in return. Pancham is the other drone note: Pa. It is black, the colour of the night sky, and of the faces of gods. It is the shining hair of a goddess, singing as she combs her hair. It is the dark intent eyes of the tabalchi, and the black spot on the tabla, as they dance with the rhythm of the music. It is the deep, moist earth, and the ebony fingerboard of the violin. It is the intense concentration of the artists on their music, and only their music. Other colours begin to fill in the in-between. White Madhyam, Ma, fills the room, as the dust rises from the bow of the sarangi. It is the clean, crisp kurta and dhotis of the male performers. White is also the colour of purity of music and of the rava on the mridang head, the ivory inlaid in the veena and the sitar. Parrot green Rishabh, Re, brings brightness to the concert scene. It is somewhat rare, but seen in a silk shawl thrown all of a sudden onto the shoulder, and in the spring earth. It is a vibrant leaf decorating the doorway, or folded and chewed. It is the parrot that mimics the music, and the fresh phrases that emerge from imagination. Yellow makes an appearance with Dhaivat, or Dha. The godly colour of turmeric, and of the gods that smile down upon the music. It is the sun, shining brightly and listening, and its child, a flame planted in respect. It is the mango and the laddu, offered with sincerity. No concert would be complete without gold "Ga" Gandhar - in the zari of saris and dhotis, in the rings and necklaces worn with pride, the dangling chandelier earrings. It is the same gold that shines from their eyes as they discover a new nuance with glee, and the gold of the gods and goddesses adorned by each composer. Nishad or Ni, brings together all the colours - a mixed palette of every colour, joining together the previous scale and the next. The rainbow, because no colour can be enjoyed in isolation. After all, the word raga comes from the word for colour, and there are as many ragas as there are colours in the world! Barnaliu Didi.!
____________ "I am a dreamer,I collect all the smiles from My yesterday,
Neatly pack them into words and hide them in my heart,
I call them "MEMORIES" Music has no boundary.
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#4 18 Aug 2007 02:51
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sur
Joined: November 2006
Posts: 10620
Location: Virginia
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 Re: Music And Colour
"The Color of Music by Ken Davies" 
____________ "I am a dreamer,I collect all the smiles from My yesterday,
Neatly pack them into words and hide them in my heart,
I call them "MEMORIES" Music has no boundary.
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#5 18 Aug 2007 12:19
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sur
Joined: November 2006
Posts: 10620
Location: Virginia
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 Re: Music And Colour
James Peel  Color representations of "God Save the King" by Edmund George Lind.
____________ "I am a dreamer,I collect all the smiles from My yesterday,
Neatly pack them into words and hide them in my heart,
I call them "MEMORIES" Music has no boundary.
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#6 18 Aug 2007 12:42
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sur
Joined: November 2006
Posts: 10620
Location: Virginia
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 Re: Music And Colour
| Hands on keyboard |  |
____________ "I am a dreamer,I collect all the smiles from My yesterday,
Neatly pack them into words and hide them in my heart,
I call them "MEMORIES" Music has no boundary.
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#7 18 Aug 2007 12:50
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sur
Joined: November 2006
Posts: 10620
Location: Virginia
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 Re: Music And Colour
Swaras Ragas and Rasas--The Path of Indian Music Swaras, Ragas, and Rasas
The Path of Indian Music
by
Steven Landsberg
Swara, the Sanskrit word for tonal center, forms the fundamental basis for the Indian path of music. Although it is difficult to be precise about the etymological meaning, there are references elucidating ‘swara’ as a tone which can shine or resonate by itself. Perhaps this means that a swara can stand by itself as opposed to a shruti, or audible element, which can ornament another note but cannot stand alone because it would not be considered tuneful. In any case, swara suggests tunefulness, and moreover, a tunefulness that arises from within. There is of course technique, however, technique alone will not suffice. There must initially be observation and analytical presence, but ultimately there must be an inherent presence to reveal the swara in its fullness as a tonal center with an ever-expanding periphery. When fully matured, the swara shines by itself without any pillar in the same way that natural awareness or a brilliant seed syllable radiates spontaneously without any support or control. In fact the more one just ‘lets the swara be’ the more luminous it becomes.
The main point here is that swara has a presence of its own and the experience of its resonance must allow for the swara to reveal itself, totally open and without force. The manifestation of swara brings along with it a natural calming of internal movement and a corresponding tuning of our own instrument as body, energy and mind. Without this fundamental relaxation of internal movement and a wider opening to the surrounding space, swara remains as a lifeless corpse.
Along with the comfort that the process of internal loosening allows for, a tunefulness arises whereby the swara effortlessly begins to pervade one’s entire being and the space around oneself. As one is no longer trying to improve, modify, control, or in any way alter one’s natural tunefulness, the swara takes on a life of its own and resonates without any limit to its clarity and power.
Tunefulness never arises simply on the basis of technique. Underlying the technique there must be an internal ease which is neither too concentrated nor diffused. If it is too concentrated the swara tends to become too hard and if it is diffused, the swara loses its dynamic quality. This necessary understanding of swara is the reason why months and years are devoted to cultivating tunefulness through posture, breath control, and concentration.
To insure that tunefulness is genuine it is sometimes useful to ritualize the introduction to the nature of swara. Traditionally, a student offered a gold coin to the master, and in return the master would sing or play one note, after which the student would imitate whatever the master sang or played. Through this ritual process of exchange the master would directly introduce the disciple to the swaras. One may question whether this ritual is important or not. The ritual does more than just introduce the swaras to the student. It opens the door to the whole lineage of transmission, so that one’s tunefulness no longer remains something that one has just invented but is connected to the power of the tunefulness of previous musical masters, and especially to one’s own teacher. .
When awakened tunefulness arises, the whole environment is transformed into a vibratory field characterized by the qualities of a particular tonal center. As the vibration continues, the periphery expands until the sound becomes inseparable from space. When the vibration stops, the boundary between struck and unstruck sound dissolves and there is a seamless unification of one’s awareness and and disappearance of the vibration. Somehow there is a sound to this silence.
Comprehension of the ground of tunefulness brings insight into the characteristic tonal meanings of the various swaras. In Indian music there are seven shuddha swaras or ‘natural’ tonal centers: Shadja, Rishab, Gandhar, Madyam, Pancham, Dhaivat, and Nishad. As the second, third, fourth, sixth, and seventh have altered possibilities, we generally say that there are twelve swaras in all. When all the scatterings of mind are gathered in, absorbed and relaxed, the fundamental swara Shadja reveals itself as total balance, equlibriom and equality. Shadja is the ground and fundamental basis for all the other notes and the perfect mirror in which all the other swaras are reflected. Without this tonal mirror in fact, the qualities of the other notes will not be reflected. All the other swaras, when produced in front of this mirror, reveal the clarity and qualities of the respective swara. It is not the case that we hear Sa and Gandhar, for example, as some chord, but rather that Sa, the mirror, begins to resonate as Gandhar. No other swara has this capacity.
This relation between Shadja and the other tonal centers is metaphorically significant to our own experience. As long as awareness is naturally balanced and we are vibrating with our own ‘SA’, all experience will manifest as some kind of reflection with our natural awareness integrating with appearance without ever distorting it. It is only when that natural awareness appears clouded, that all experience never seems satisfactory or meaningful. On a relative level intonation of swaras can improve ones health, calm the mind, and balance untuneful vibration and energy. On a deeper spiritual level, marga sangeet, or the musical path, was offered to the human dimension to establish an alternate path, a key to untying the knot of samsara. The goddesss Saraswati is considered as an enlightened being who bestowed the secrets of music upon Narada Muni who then propagated them throughout the human dimension.
This exercise of internal balance and the resulting musical harmony ignites a creative spark fired with precision, flexibility, expansiveness, and emotive expression. Precision refers to the perfect communication that arises between body and mind and the way in which technique spontaneously responds to creative impulse. As a result, there is perfection in intonation merely through directing one’s mind at the desired note. There is no obstacle to clarity as each swara shines the natural brilliance of one’s awareness.
Flexibility is the ease with which energy shapes itself into tuneful patterns according to the melodic structure and method. As the internal balance of tunefulness spreads throughout one’s body, obstructions are automatically removed and creative expression arises without effort. There is a sense of freedom and ease about patterning the notes as if what once felt stiff like steel is now more stretchable like rubber.
Expansiveness is the manifestation of infinite possibility once one is no longer struggling with the internal or external environment. A spontaneous flow of limitless possibility emerges and one simply rides the wave of creative experience without any judgment regarding the quality of what is arising. The swara flows smoothly, evenly, and improvisation occurs naturally and without force. Patterns arise without any semblance of a cause-- randomly, spontaneously, yet ordered with inherent meaning.
If one understands this ground of tunefulness, the architectural forms of Indian music, known as ragas and raginis can arise clearly. Even if one’s understanding and knowledge of Indian melodic form is incomplete or limited; tunefulness will compensate and no matter how far one strays from the pure form of the raga, the raga’s fragrance will somehow pervade. This is not an excuse for ignoring the purity of a raga’s form but rather a testament to the power of having realized ‘swara’ through yogic process within the body and contemplatively in the mind. On the other hand, if one only infuses one’s play with the raga’s grammar, no matter how intricate, and ignores the fundamental source of swara; the raga will remain as only a lifeless shadow without color, fragrance, taste,or texture.
According to the ideals of traditional Indian music, the combination of tunefulness with a true understanding of a raga’s unique melodic patterning is the process through which music really becomes a method of transformation. Within the context of the raga system each swara has a particular seat. In fact, the seating arrangement can be said to be very important. Each raga has a different seating arrangement, and accordingly, some seats will be very stable and unmoving whilst others are always in motion. The fundamental swara and its counterpart are generally, but not always, very stable. There is an important relation, a kind of communication, between the fundamental swara and its counterpart which sits a fourth or fifth away. One might think of this counterpart as a minister who is always assisting the king. Then there are numerous other relations which are created by the multi dimensional seating arrangement. Each time a particular swara is sounded it immediately triggers a signal to another note, almost alerting it to get ready to light up. In this way lines are drawn between all the swaras in a raga creating a tight system of interconnectedness. This dynamic relationship forms the ground upon which the character, shape, voice, face, and feelings of the raga will ripen and mature.
When all the swaras are comfortably seated and each one seemingly manifests in a space where tension and release are perfectly balanced (this is just a way of saying that they manifest in the right proportion and at the appropriate moment), the raga shines clearly through its own self potency and assumes its capacity to transform anything in its vibrational field.
Ragas and their inherent tonality are woven into the daily and nocturnal cycle. Just as each period of the day and night has its own particular character and vibration, correspondingly, the ragas portray moods associated with those times. The power that a raga possesses to transform our vision is more evident when it is intoned at the appropriate hour. Particular swaras seem to go in and out of focus according to the time of the day. There are numerous examples of this process and although it is beyond the scope of this work to go into those details, suffice it to say that the inclusion or exclusion of a particular swara, or its emphasis or lack thereof, is influenced by the time of day that one is playing. Critical moments of the day such as sunrise and sunset also reveal peculiarities in the raga’s tonal system. Similarly, ragas associated with seasons such as the spring and monsoon demonstrate identifiable patterned tonal qualities that define them as seasonal ragas. In fact the scope of a seasonal raga can become more focused according to the moment of the particular season one is dealing with. For example, monsoon includes the very active thunderstorm as well as the moment when the sun reveals itself through the clouds after the storm is over. These are distinctly different moments-in color, mood, environmental vibe, etc. Ragas can reflect these changes.
Emotive expression in a raga is not simply a reflection of the vibratory tone of experience. We can have all kinds of experience in our lives, some good, some desirable, and some bad that most of us seek to avoid. Each one of those experiences throughout our daily lives resonates with some kind of vibration, maybe pleasant, unpleasant, relaxing, tense, sad or joyful. If we reflect on it, we can notice some kind of tone or vibration. Music is an attempt to infuse that vibration with emotive presence, and thereby separate the conflicting tones of ordinary experience from the harmonious balance of emotive presence. This emotive presence is called rasa in Classical Indian aesthetic terminology. Rasa is the essential flavor of vocal music, instrumental music, and dramatic art.
Rasa is more than just some abstract concept and suggests something related to tactility, vision, smell, sound, and taste. Rasa arises when the structural and defining limits of conceptualization are relaxed. Somehow we become more “moist”, our creative juices begin to flow and we lose our grip on what to accept and what to reject. As the dualistic context and the conflicting vibration of ordinary emotion is relaxed, an artist has the possibility of discovering an immediate wakefulness which can lift or separate the emotion from its contextual limits and arouse profound lucid feeling.
Classical aesthetics considers nine experiences which give rise to this instant emotive presence. They are actually broad categories and encompass the whole spectrum of experience. Within the context of Indian music their scope becomes more specific according to the melodic form one engages. The nine rasas include:
1) Sringara-love, joyful,happy-the adi rasa because there can be no rasa without love. 2) Karuna-sadness, longing, grief, resigned acceptance. 3)Shanta-tranquility,balance, sometimes considered the goal of all the other rasas 4) Vira -noble, dignified, energetic, warrior like 5) Adbhuta-wonder, surprise, astonishment 6) Hasya-laughter, humor 7) Abhyanka –fear, terror 8) Krodha-anger 9) Vibhatsa –disgust, revulsion
If, for example, one considers sringara rasa (love) the Indian musician awakens this presence by integrating with the melodic patterning of the the raga. “Massaging” the swaras according to the balance and proportion that the raga calls for, and allowing the swaras to fall and rest in their seats accordingly opens the space for this presence to arise. This presence will be colored with feelings associated with love but free from any dualistic or conflicting emotion. Even when the raga suggests painful separation, grief, or loss, those feelings do not condition the clarity of the musicians’ view but become the pathways for an aesthetic presence to arise. This may not be the condition when we are speaking of separation or painful loss in real life. We get caught in the web of thoughts and emotions, clarity is lost, and confusion ensues. The musician-artist, on the other hand, sheds the ‘corpse’ of conceptual context or what we may call the ‘storyline’, and reveals the archtypical juice of emotion-nakedly raw, joyful and awake.
Having separated himself, at least temporarily, from the world of desire, the artist abandons both acceptance and rejection, recognizes union and separation as waves of creative play and remains undistracted in a sea of infinite potential. Similarly, when the musician plays ragas which are associated with the moods of the nine rasas-whether of painful longing, love, noble, or tranquil- he is no longer a player in a real life drama trapped and distracted by conceptual context, but rather a vehicle for pure creative expression revealing a melodic patterning of swara filled with emotive presence.
____________ "I am a dreamer,I collect all the smiles from My yesterday,
Neatly pack them into words and hide them in my heart,
I call them "MEMORIES" Music has no boundary.
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#8 18 Aug 2007 12:56
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sur
Joined: November 2006
Posts: 10620
Location: Virginia
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 Re: Music And Colour
The Dream of Color Music, And Machines That Made it Possible by William Moritz
Elfriede Fischinger, Barbara Fischinger and Bill Moritz at a 1996 Lumograph performance at the Goethe Institute in Los Angeles. The dream of creating a visual music comparable to auditory music found its fulfillment in animated abstract films by artists such as Oskar Fischinger, Len Lye and Norman McLaren; but long before them, many people built instruments, usually called "color organs," that would display modulated colored light in some kind of fluid fashion comparable to music. Ancient Greek philosophers, like Aristotle and Pythagoras, speculated that there must be a correlation between the musical scale and the rainbow spectrum of hues. That idea fascinated several Renaissance artists including Leonardo da Vinci (who produced elaborate spectacles for court festivals), Athanasius Kircher (the popularizer of the "Laterna Magica" projection apparatus) and Archimboldo who (in addition to his eerie optical-illusion portraits composed of hundreds of small symbolic objects) produced entertainments for the Holy Roman Emperors in Prague. The Jesuit, Father Louis Bertrand Castel, built an Ocular Harpsichord around 1730, which consisted of a 6-foot square frame above a normal harpsichord; the frame contained 60 small windows each with a different colored-glass pane and a small curtain attached by pullies to one specific key, so that each time that key would be struck, that curtain would lift briefly to show a flash of corresponding color. Enlightenment society was dazzled and fascinated by this invention, and flocked to his Paris studio for demonstrations. The German composer Telemann traveled to France to see it, composed some pieces to be played on the Ocular Harpsichord, and wrote a German-language book about it. But a second, improved model in 1754 used some 500 candles with reflecting mirrors to provide enough light for a larger audience, and must have been hot, smelly and awkward, with considerable chance of noise and malfunction between the pullies, curtains and candles. Besides, the grid color-for-note graph does not really correspond to how music is heard and felt: a symphony floats in the air, surrounding, and blending, with notes and phrases that swell up gradually from nothing, vibrate at intense volumes sometimes, and fade away smoothly. Nonetheless, Castel predicted that every home in Paris would one day have an Ocular Harpsichord for recreation, and dreamed of a factory making some 800,000 of them. But the clumsy technology did not really outlive the inventor himself, and no physical relic of it survives. Fischinger's Lumograph was licensed for use in the 1960's sci-fi film, Time Travelers.
Despite technical limitations, many others experimented with clumsy machinery, including ones using colored liquids and daylight filtered through colored glass in a darkened tent. The Victorian era "philosophical toys" also had their color-music versions, including "chromatrope" slides for Magic Lanterns, in which layers of colored glass could be rotated by a hand-crank to produce moving mandalas, as well as abstract cycles for Zoetropes, Phenakisticopes and Praxinoscopes. Electricity opened new possibilities for projected light, which were exploited by the British painter A. Wallace Rimington, whose Colour Organ formed the basis of the moving lights that accompanied the 1915 New York premiere of Scriabin's synaesthetic symphony Prometheus: A Poem of Fire, which had indications of precise colors in the score. Scriabin wanted everyone in the audience to wear white clothes so that the projected colors would be reflected on their bodies and thus possess the whole room. A similar demand for white-clad audience was posited by the Italian Futurist artists Arnaldo Ginna and Bruno Corra, who experimented with "color organ" projection in 1909 and painted some nine abstract films directly on film-stock in 1911.* The German Hans Stoltenberg also experimented with drawing abstractions on film about this same time, and the Finnish/Danish/Russian Leopold Survage (then resident in Paris, and friends with Picasso and Modigliani) prepared hundreds of sequential paintings for an abstract film Rythme Coloré, which he hoped to film in one of the new multicolor processes that were being developed, but the onset of World War I prevented that; he sold a number of the paintings, so that they were widely dispersed and have still not been filmed. Mary Hallock Greenewalt with her Visual-Music Phonograph (1919.) Photo by Shewell Ellis. Two rival color-organ artists vied for American and international audiences during the 1920s. Danish-born Thomas Wilfred came to America as a singer of early music, and got involved with a group of Theosophists who wanted to build a color organ to demonstrate spiritual principles. Wilfred called his color organ the Clavilux, and named the artform of color-music projections "Lumia." He stressed polymorphous, fluid streams of color slowly metamorphosing. He established an Art Institute of Light in New York, and toured giving Lumia concerts in the United States and Europe (at the famous Art Déco exhibition in Paris). He also built "lumia boxes," self-contained units that looked rather like television sets, which could play for days or months without repeating the same imagery. When young animator Jordan Belson saw Wilfred's Lumia in the late 1950s, they inspired him to alter his style to incorporate softer, more sensuous imagery. Mary Hallock Greenewalt had studied piano with the illustrious Theodore Leschetizky and had a concert career, including recordings of Chopin for Columbia Records. Her desire to control the ambience in a concert hall for sensitive music like Chopin's led her to experiment with light modulation. She invented the rheostat in order to make smooth fade-ups and fade-outs of light, and the liquid-mercury switch, both of which have become standard electric tools. When other people (including Thomas Wilfred) began infringing on her patents by using adaptations of the rheostat and mercury switch, she tried to sue, but a judge ruled that these electric mechanisms were too complex to have been invented by a woman, and denied her case. She continued to perform on her color-organ, the Sarabet, for which she created a special notation that recorded the intensity and deployment of various colors during any given musical composition. Parallel in the 1920s, Walther Ruttmann and Oskar Fischinger were pioneering visual music films in Germany, using tinted animation to live musical accompaniment. The Hungarian composer Alexander Laszlo wrote a theoretical text Color-Light-Music in 1925, and toured Europe with a color organ of his own devising, which contained switches for colored spotlights and slide projections on the stage above his piano. When the first reviews complained that the visual spectacle was much tamer than the Chopin-like dazzle of Laszlo's virtuoso piano compositions, he contacted Fischinger to prepare some filmed abstract images of greater complexity and vibrancy. Fischinger prepared a dazzling spectacle with three side-by-side movie projections that were augmented by two more overlapping projectors to add extra colors to the finale, and some complementary changing slide-projections around the borders of the film projection. Much to Laszlo's chagrin, the reviews flip-flopped: the astonishing visual imagery was much livelier and more modern that the old-fashioned Chopin-style piano music. Fischinger subsequently performed his multiple-projections several times under the title R-1, a Form Play, with live music by a percussion ensemble--a kind of predecessor to the light-shows such as Jordan Belson's Vortex Concerts of the late 1950s and the Rock concerts of the late 1960s. (Laszlo fled to Hollywood during the Nazi era, and wrote lush symphonic scores for dozens of B-movies and television shows, from Charlie Chan and Attack of the Giant Leeches to My Little Margie and Rocky Jones, Space Cadet.) Charles Dockum with his Mobilcolor V. Four times (1927, 1930, 1933, 1936) the University of Hamburg hosted an international "Color-Music Congress," which brought together artists (music, dance, film, painting, etc.), perceptual psychologists, and critics to explore issues of synaesthesia and multidisciplinary artforms. Color-organ performances there included the Austrian Count Vietinghoff-Scheel's Chromatophon and the elaborate Reflectorial Color Play by the Bauhaus artists Kurt Schwerdtfeger and Ludwig Hirschfeld-Mack. The Swiss "Musicalist" artist, Charles Blanc-Gatti, also visited the Color-Music Congress. He belonged to an art movement that created paintings inspired by specific pieces of music. Blanc-Gatti also invented a color-organ called the "Chromophonic Orchestra," which contained images of musical instruments around the screen, and displayed colors based on a system that equated the frequencies of sound and color vibrations, so "low" tones would be red, medium tones yellow and green, and very "high" notes violet. In 1938, Blanc-Gatti founded an animation studio in Lausanne, and was able to make an animated film, Chromophonie, which pictures Fucik's "Entrance of the Comedians" at it would have looked when played on Blanc-Gatti's Chromophonic Orchestra. In his book Concerning Sounds and Colors, Blanc-Gatti says that Walt Disney came to an exhibition of his paintings in Paris during the early 1930s, and that he spoke to Disney about his ambition to make a feature-length musical animation film. After the war, when Fantasia was finally released in Europe, Blanc-Gatti became outraged and attempted to sue Disney for stealing his idea--something that also occurred to Oskar Fischinger, who was old friends with Leopold Stokowski, with whom he had discussed plans for an animated musical feature in 1934. Thomas Wilfred with the first home Clavilux (1950.) In Fischinger's Hollywood of the 1930s and 1940s, one of the few people involved in a pursuit similar to his own was Charles Dockum, who had begun to build color-organs in the late 1930s. Dockum's MobilColor Projectors could produce hard-edged or soft imagery, since it used prepared image sources that could be modulated in color and movements. Both Fischinger and Dockum received fellowships from the Guggenheim Foundation through the Baroness Rebay, curator of the Guggenheim Museum of Non-Objective Painting, and she specified that each spy on the other to make sure that he was really working on his grant project. While Rebay's grants helped Fischinger animate films like Radio Dynamics and Motion Painting, Dockum's money went into preparing a larger and more complex projector that would allow multi-layered motion in several directions--a projector destined for the Museum, since the rival Museum of Modern Art had a Thomas Wilfred Lumia on display. When Dockum installed the new MobilColor in the Guggenheim Museum, the Baroness was shocked to learn that it required one or two operators to perform it (whereas Wilfred had developed automatic self-contained Lumia). The projector was consigned to storage, and a few years later dismantled, with the light units used for track-lighting in the galleries and the rest of the mechanisms trashed. This meant that all of the compositions that Dockum had created uniquely for that instrument were also effectively destroyed--about 10 year's work! The animator Mary Ellen Bute shot a reel of documentary footage that preserves about 10 minutes of short excerpts from Dockum's performance on the Guggenheim MobilColor, enough to show that it really did perform complex layered imagery. Dockum spent the rest of his life, into the mid-1970s, building another model MobilColor, and composing about 15 minutes of material that can still be performed on it, at his old studio in Altadena. While these compositions are brief, they show three diverse types of imagery--geometric forms, vibrating dot patterns, and soft sensuous trails--and above all demonstrate why someone would want to go to all this trouble when film and slide projections are so simple: the light intensity from the MobilColor is quite simply astonishing, the vivid shapes and colors magically hang in the darkness with a "living" glow more "real" than any image projected through cinema. Matthius Holl's designs.  In the late 1940s, when Fischinger had lost the support of the Guggenheim Foundation, he also invented a color organ instrument that allowed one to play lights to any music very simply. His Lumigraph hides the lighting elements in a large frame, from which only a thin slit emits light. In a darkened room (with a black background) you can not see anything except when something moves into the thin "sheet" of light, so, by moving a finger-tip around in a circle in this light field, you can trace a colored circle (colored filters can be selected and changed by the performer). Any object can be used: a gloved hand, a drum-stick, a pot-lid (for a solid circle), a child's block (for a square), etc. Oskar performed certain compositions (such as Sibelius' "Valse Triste") publicly, at the Coronet Theater in Los Angeles, and at the San Francisco Museum of Art in 1953, in connection with a one-man show of his abstract oil paintings (where Jordan Belson saw it, and was greatly impressed by the mysterious "presence" of its color). Fischinger hoped, like Castel long before, that someone would manufacture Lumigraphs, and that they would become common household items, used by children for play and artistic training, by adults for recreation and party games. Although that has not yet occurred, Oskar's original Lumigraph does survive, in the Deutsches Filmmuseum in Frankfurt, where it is played with some regularity, and it has been loaned to the Louvre in Paris and the Gemeente Museum in the Hague for performances by Oskar's widow Elfriede. Oskar's son Conrad also constructed two other Lumigraphs, one large one that was used on an Andy Williams television special, and a smaller one to use in Los Angeles performances. The Lumigraph also appeared in a 1964 science-fiction movie The Time Travelers, in which it is a "love machine" that allows people to vent their sexual urges in a harmless sensuality. Maybe there should be a Lumigraph in every home.
____________ "I am a dreamer,I collect all the smiles from My yesterday,
Neatly pack them into words and hide them in my heart,
I call them "MEMORIES" Music has no boundary.
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#9 19 Aug 2007 02:03
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