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nofomoartworld · 7 years

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Hyperallergic: Changes on the Land: 19th-Century American Photography East of the Mississippi

James F. Ryder, “Atlantic & Great Western Railway” (1862), albumen print, overall: 18.9 x 23.5 cm (7 7/16 x 9 1/4 inches), collection of William L. Schaeffer (all images courtesy National Gallery of Art, Washington D.C.)

In an unusual inversion of center and periphery, nineteenth-century photographs of the American West have attracted far more attention than those taken in the more settled, less majestic East. In fact, the exhibition East of the Mississippi, currently on view at the National Gallery in Washington, DC, is the first US museum survey of 19th-century photographs of landscapes and other scenic “views,” including urban imagery, that is limited to the eastern United States. While western scenes fed into the American ethos of conquest toward the continent’s farther reaches and summoned a sense of awe toward the sublime landscape, eastern photography is less grandiloquent and ranges more widely, its subjects more varied and socially representative. The photographs in East of the Mississippi are frequently utilitarian, sometimes unabashedly commercial — and often quite marvelous to look at.

The exhibition highlights how these early photographic efforts homed in on Americans’ leisure pursuits, particularly travel to popular getaway spots such as Niagara Falls and New England’s White Mountains, and, mostly, celebrate the nation’s growth, evidenced in the landscape’s transformation through building projects large and small and by the development of the railroads. Formal or aesthetic concerns, though not absent, were far less important than catering to potential buyers. Niche markets soon developed: souvenir-seeking tourists, of course, but also college graduates; the latter were the focus of one George Kendall Warren, who specialized in idyllic images of school campuses and their environs mounted in keepsake albums. As with photographic postcard imagery of well-traveled sites, Warren’s stagings of tranquil collegiate vistas represent the beginnings of a robust if now well-worn tradition: the elite college experience pitched as a picturesque retreat enhanced by the blandishments of nature.

Bierstadt Brothers, Charles and Edward, “The Cathedral, White Mountains, New Hampshire” (c. 1860), albumen print, image: 20.64 x 15.56 cm (8 1/8 x 6 1/8 inches), mat: 45.72 x 38.1 cm (18 x 15 inches), framed: 48.58 x 40.96 x 2.22 cm (19 1/8 x 16 1/8 x 7/8 inches), The Nelson-Atkins Museum of Art, Kansas City, Missouri (Gift of Hallmark Cards, Inc.)

It took some time for eastern photography’s pragmatic orientation to be challenged, or at least supplemented, by other aims. Only in the late 1850s and 1860s did American photographers such as John Moran, Charles and Edward Bierstadt (brothers, respectively, of prominent landscape painters), and William James Stillman begin making claims for photography as an art form, through their writings and images. The exhibition displays several paintings alongside photographs to show the dialogue between the two media. The landscape painters became less inclined to smooth out compositional features to accord with reigning conventions of pictorial harmony, while photographers, for their part, aimed for painterly effects. These photographs of Moran, the Bierstadts, and others, with their self-conscious affinities with the fine arts, run counter to the unbroken 19th-century production of pictures more or less determined by practical considerations, though many possess considerable aesthetic value. Their art photographs also look ahead to the aestheticism of the later Pictorialist movement, and indeed Pictorialism has the last word in the exhibition, which concludes with images by Alfred Stieglitz and Edward Steichen that propel, in their moody, lyrical way, American photography out of the 19th century and onto a dusky modernist path.

Thomas H. Johnson, “Inclined Plane G” (c. 1863-1865), albumen print, unframed: 30.48 x 38.74 cm (12 x 15 1/4 inches), mount: 45.72 x 55.88 cm (18 x 22 inches), collection of Michael Mattis and Judith Hochberg

The six-decade span of East of the Mississippi was a period of vast metamorphoses on the American continent, including, of course, a civil war; it was also an era of convulsive technological progress. One of the exhibition’s achievements is to tell a complex, braided tale of technological change —apparent both within the eastern landscape, which is shown being tamed, shaped and domesticated through that boundless 19th-century urge for growth and development, and in the very medium of photography, whose early history is so tethered to disruptive innovations. Thus the daguerreotype, initially the primary means to render photographic views, became outmoded by the mid-1850s with the arrival of the wet-collodion process, among other developments. Later, democratizing advancements — first the dry-collodion process, which made photography far easier and accessible, and then the debut of the Kodak camera in 1888, which utterly leveled the photographic playing field — led to the formation of camera clubs and the efforts of “serious” photographers, who immersed themselves in darkroom techniques and other experiments to distinguish their pictures from those of the leisured masses. Although the dynamic isn’t quite the same, one might detect a parallel in the conspicuousness of large-format photography in our own day: the work of artists such as Thomas Struth and Edward Burtynsky, with their mammoth images of remote and at times restricted locales, is readily differentiated from the incessant torrent of iPhone snapshots that now accumulates on a once-unimaginable scale.

Samuel A. Bemis, “Crawford Notch and Hotel, White Mountains, New Hampshire” (1840-1842), daguerreotype, Image: 14.6 x 20 cm (5 3/4 x 7 7/8 inches), lent by The Metropolitan Museum of Art, Gilman Collection, Gift of The Howard Gilman Foundation, 2005

Apart from a handful of well-known figures such as Timothy O’Sullivan and Alexander Gardner, both featured in a section on the Civil War, the exhibition’s photographers are unfamiliar names. Compared to the aristocratic amateurs who helped direct photography’s early evolution in Europe, the Americans were a motley bunch. One pioneer was the Boston watchmaker, real-estate investor, and self-taught dentist Samuel A. Bemis, whose three-year career making daguerreotypes of Boston and New Hampshire began scarcely fifteen months after Daguerre invented the process. A photographer who carefully recorded the conditions during his outings with the camera, he seems like a colorful minor character in some yet-to-be-written historical novel. Similarly, the Philadelphia-based Langenheim brothers (Frederick and William, immigrants from Germany) come across as energetic if not always successful go-getters, making both daguerreotypes and salt-paper prints, patenting their own glass-negative process, and even staging a magic-lantern entertainment (apparently the first to use photography) about the glories of Niagara Falls, which included a recitation read to a pianist’s accompaniment. Discovering such byways of early photographic history is one of the delights of East of the Mississippi and its excellent accompanying catalogue.

Frederick Langenheim and William Langenheim, “Panorama of the Falls of Niagara” (1845), five daguerreotypes, image: 8.89 x 6.99 cm (3 1/2 x 2 3/4 inches), unframed: 30.48 x 45.72 cm (12 x 18 inches), framed: 33.02 x 49.21 cm (13 x 19 3/8 inches), lent by The Metropolitan Museum of Art, Gilman Collection, Gift of The Howard Gilman

Even more striking are the examples created by men (all the identified photographers in the exhibition are male) assigned documentary tasks by their military or municipal superiors. Here the commissions’ practical origins can yield to a hard-edged, empiricist poetry, as in many of the images of infrastructure in the exhibition, or even to an aesthetic flowering that the photographer himself might not have anticipated. The gorgeous cyanotypes of the upper Mississippi by the Prussian-born draftsman and mapmaker Peter Henry Bosse, made under the aegis of the U.S. Army Corps of Engineers, transcend their documentary purpose. His “Draw Span of C. & N.W. R.R. Bridge at Clinton, Ia.” (1885) tracks the bridge’s lively rhythm of lines and shapes beneath a cloudless sky; it imparts a modernist crispness that is softened by the oval format (shared by all Bosse’s photographs in the show), the blue paper, and the serenity of the rocky shoreline in the foreground. Created by a man who was neither a professional nor an amateur artist, the image seems perched between different ways of looking, hinting at an aesthetic feel for the industrialized landscape that would fully coalesce only decades later.

Henry Peter Bosse, “Draw Span of C. & N. W. R. R. Bridge at Clinton, Ia” (1885), cyanotype, sheet: 36.8 x 43.7 cm (14 1/2 x 17 3/16 inches), overall: 26.5 x 33.2 cm (10 7/16 x 13 1/16 inches), lent by The Metropolitan Museum of Art, Gift of Charles Wehrenberg and Sally Larsen, 2014

A sense of concord between the landscape and the signs of human encroachment upon it is as evident here, in work created for the Corps of Engineers, as in the many boosterish photographs commissioned by railroad companies to tout and document their territorial reach. As stressed by the exhibition’s curator, Diane Waggoner, one of eastern landscape photography’s persistent aims was to express a harmonious balance between the landscape and the people who were turning it to their own uses and desires. But if (apart from the photographs made during and immediately after the Civil War) an affirmative, upbeat attitude toward American progress prevailed, a dissenting current also emerged that was devoted to upholding the landscape’s integrity and beauty against human depredations. It was aligned with activism: Seneca Ray Stoddard, a photographer who specialized in scenes of the Adirondacks, testified and showed his photographs before the New York State Assembly on behalf of the preservationist Adirondack Park Bill, which passed in May 1882. An adept creator of inspiring views — one can readily picture something like his “Avalanche Lake, Adirondacks” (c. 1888), with its tiny silhouetted hiker enveloped in a hospitably wild landscape, updated for an REI catalogue —Stoddard kept up his environmentalist commitments for the rest of his career. His “Drowned Lands of the Lower Raquette, Adirondacks” (c. 1888) is a distant forebear of Robert Adams’s harrowing photographs lamenting the rapacious effects of cross-cut logging.

Seneca Ray Stoddard, “Avalanche Lake, Adirondacks” (c. 1888), albumen print, image: 37.15 x 47.63 cm (14 5/8 x 18 3/4 inches), prints and Photographs Division, Library of Congress, Washington D.C.

Beyond the direct affinities among images from America’s 19th-century past and our picture-saturated present, so many of the photographs in East of the Mississippi represent more general photographic urges, impulses that remain with us: we’ll never stop embodying our modest fantasies of leisure in photographic form, and, though our excitement has mostly migrated to the digital sphere, we still make a fetish of technological progress. But now the landscape itself, and its human agents of change, seem more melancholy than they would have appeared to these first generations of American photographers (excepting, again, the mournful imagery prompted by the Civil War). Their images’ stillness, a by-product of necessarily long exposure times, belies the propulsion of a nation racing toward a future it was convinced it could fashion to its will. The historical distance we’ve traveled is felt most keenly in those pictures of works projects, public or privately financed, that feature prominently in the exhibition. Railroads and high-speed travel no longer make us giddy; sites of resource extraction are apt to be viewed as ecological crime scenes. The transient structures that dotted the 19th-century landscape to abet in its conquest evoke, from our post-industrial vantage, the specter of a more despondent reality: the ruins of a machine age whose energies are now depleted.

East of the Mississippi: Nineteenth-Century American Landscape Photography continues at the National Gallery of Art (6th & Constitution Ave NW, Washington, D.C.) through July 16.

The exhibition will travel to the New Orleans Museum of Art, where it will be exhibited from October 5, 2017 through January 7, 2018.

The post Changes on the Land: 19th-Century American Photography East of the Mississippi appeared first on Hyperallergic.

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bluetealrisesagain · 7 years

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ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. */ // Import the cornerstone warp correction library

// import the TUIO library import TUIO.*; import gifAnimation.*; // declare a TuioProcessing client TuioProcessing tuioClient;

import deadpixel.keystone.*;

Keystone ks; CornerPinSurface surface;

// these are some helper variables which are used // to create scalable graphical feedback float cursor_size = 400; float object_size = 60; //the square representing the fiducial float table_size = 900; // size of the feedback float scale_factor = 1; float angle; PFont font;

//FADE INS float fadeinA = 0; float fadeinB = 0; float fadeinC = 0; float fadeinD = 0; float UfadeinA = 0; float UfadeinB = 0; float UfadeinC = 0; float UfadeinD = 0;

float Ufadein1A = 0; float Ufadein1B = 0; float Ufadein1C = 0;

float fadein1A = 0; float fadein1B = 0; float fadein1C = 0;

float Ufadein3A = 0; float Ufadein3B = 0; float Ufadein3C = 0;

float fadein3A = 0; float fadein3B = 0; float fadein3C = 0;

float Ufadein4A = 0; float Ufadein4B = 0; float Ufadein4C = 0;

float fadein4A = 0; float fadein4B = 0; float fadein4C = 0;

float Ufadein5A = 0; float Ufadein5B = 0; float Ufadein5C = 0;

float fadein5A = 0; float fadein5B = 0; float fadein5C = 0; // Timer for hints

float timer= 0; boolean Point1Hint = false; boolean Point2Hint = false; boolean Point3Hint = false; boolean Point4Hint = false; boolean Point5Hint = false; boolean Point6Hint = false;

//Turn off screen float StandbyTimer = 0; PShape StandbyRect;

// float = Data type for floating-point numbers, e.g. numbers that have a decimal point.

boolean verbose = false; // print console debug messages boolean callback = true; // updates only after callbacks

/////////////////////////// POINT1 float Point1=0; PShape Point1HintCircle; PImage Point1AImg; PImage Point1BImg; PImage Point1CImg; float P1Mark = 0; PImage P1Marker;

Gif Point1Red;

String Point1ATxt = "Designed by William Burges and consecrated in 1870, the current cathedral is built on the site of at least two previous structures dedicated to Finbarr of Cork The first dated from the 7th century, with works continuing through the 12th century. This building was damaged during the Siege of Cork (1690), and a new structure was built in 1735. " ; String Point1BTxt = "The Current version from 1860 exceeded its initial budget of £15k, bringing the total cost to almost £100. The style of the building is Early French, Burges's favoured period. Burges oversaw all aspects of the design, including the architecture of the building, the statuary, the stained glass and the internal decoration. The result is \"undoubtedly Burges's greatest work in ecclesiastical architecture\"" ; String Point1CTxt = "Noteworthy features of its magnificent interior include stained glass windows depicting scenes from the Old and New Testaments, marble mosaics from the Pyrenees while the the sanctuary ceiling portrays Christ, surrounded by angels. The building contains more than 1,260 sculptures, a particularly ornate pulpit and even a 24-lb cannonball, a legacy of the Siege of Cork in 1690.";

// UpsideDown Point1 float UPoint1;

float UP1Mark = 0; PImage UP1Marker;

Gif Point1Blue;

////////////////////////// POINT2 float Point2=0; PShape Point2HintCircle; PImage Point2AImg; PImage Point2BImg; PImage Point2Grey; float P2G = 0;

float P2Mark = 0; PImage P2Marker;

Gif Point2Red;

String Point2ATxt = "Grand Parade was originally a channel of the River Lee. The original Hiberno-Norse settlement of Cork grew up on its west bank. By 1726, buildings had developed on the east bank, but the river channel remained in place. In a 1774 map, the northern portion of the street between Oliver Plunkett Street and Daunt Square had been reclaimed, but the southern portion was still a dock. Finally, by 1801, the river channel had completely disappeared and the street was fully present. The elevated doors can still be seen today on the buildings as a reminder of the old river." ; String Point2BTxt = "The tram system was built by Cork Electric Tramways and Lighting Company in the 19th century throughout Cork. The ease of access to transport in Cork was detrimental to a boom in the cities infrastructure. The tram lines running through grand parade started in St. Patrick’s Street and ran to Douglas and Black Rock." ;

// UpsideDown Point2 float UPoint2;

float UP2Mark = 0; PImage UP2Marker; Gif Point2Blue;

/////////////////////////////////////POINT3 float Point3=0; PShape Point3HintCircle; PImage Point3AImg; PImage Point3BImg; PImage Point3CImg; float P3Mark= 0; PImage P3Marker; Gif Point3Red;

String Point3ATxt = "Philip de Barry invited the Dominicans to Cork in 1229 and the order built a church called St Mary's of the Isle. Some stones from the medieval church are set into the walls of the present Dominican priory on Pope's Quay. The foundation stone of the present St Mary's was laid in 1832 and on 20 October 1839 the church was officially opened" ; String Point3BTxt = "Built in the first half of the nineteenth century, this church was designed by Cork architect Kearns Deane, and the portico was added by Deane and Woodward. The imposing scale of the building makes it a notable addition to the quayside, which is accentuated by the elevated position of the church" ; String Point3CTxt = "The fine interior is attributed to John Pyne Hurley, the baldacchino is attributed to Scannell of Cork, while the pulpit and high altar were designed by George Goldie and added in the 1880s. This church forms part of an interesting group of Roman Catholic buildings with the related priory buildings to the north." ;

// UpsideDown Point3 float UPoint3;

float UP3Mark= 0; PImage UP3Marker; Gif Point3Blue;

///////////////////////////////POINT4 float Point4=0; PShape Point4HintCircle; PImage Point4AImg; PImage Point4BImg; PImage Point4CImg; PImage Point4Grey; float P4Mark = 0; PImage P4Marker; float P4G = 0; Gif Point4Red;

String Point4ATxt = "The centre of Cork city is built on marshy islands in the tidal estuary of the river Lee. Channels of the river originally separated these islands, and some of these channels were spanned in the eighteenth century to form the principal streets of Cork city centre. Among these is Saint Patrick's Street." ; String Point4BTxt = "Parts of Patrick Street were extensively damaged during the Irish War of Independence in the \"Burning of Cork\". It followed an ambush by the IRA of a Briitish patrol in the city. The Black and Tans retaliated by setting fire to several buildings in the city. " ; String Point4CTxt = "There was substantial disruption to services and destruction of some tramcars during The Burning of Cork in December 1920. The events which occurred to the driver, John Hurley, conductor Alex Garvey and passengers on tramcar no 3 were recorded in the Cork Examiner:" ; String Point4DTxt = "Passengers by the last tram to St. Luke's Cross, which left the Statue at 9 p.m. on Saturday, had a rather eventful journey. The car had got about 60 or 70 yards beyond Empress Place police barracks when a number of men in police uniform, carrying carbines and accompanied by Auxiliaries in plain clothes, held it up. They ordered all the passengers off at the point of revolvers. Male passengers were somewhat roughly handled and then ordered to line up for search. Some few were inclined to run and a voice rang out: \"I'll shoot anyone who runs.\" All then stopped but some shots were fired in the air while the searches were being conducted. In some cases when the search was completed the person searched was ordered home, getting a bit of a rough send-off. The tramcar was then broken in by the police and a rifle shot was discharged, the smell of powder permeating the air. The tramcar was brought back to the Statue by the driver and conductor who when it neared there were ordered off. It was later set on fire and completely destroyed.";

// UpsideDown Point4 float UPoint4;

Gif Point4Blue;

float UP4Mark = 0; PImage UP4Marker;

///////////////////////////////////////POINT 5 float Point5=0; PShape Point5HintCircle; PImage Point5AImg; PImage Point5BImg; Gif Point5Red;

float P5Mark = 0; PImage P5Marker; float P5G = 0;

String Point5ATxt = "The Custom House was built in 1818 and was designed by the architect Abraham Hargrave. 1882 it became the headquarters of the Cork Harbour Commissioners, now known as the Port of Cork Company. Its elegant boardroom, where the meetings of the members of the company are held, was constructed in 1906." ; String Point5BTxt = "It became known as the ‘new’ Custom House. Its main work dealt with inland revenue. In 1882 it became the headquarters of the Cork Harbour Commissioners. The old Custom House in Emmet Place is now part of the complex of buildings which houses the Crawford Municipal Art Gallery." ;

// UpsideDown Point5 float UPoint5;

Gif Point5Blue;

float UP5Mark = 0; PImage UP5Marker;

PShape rectangle; PShape Lsquare; PShape Rsquare;

PShape TestCircle1; PShape TestCircle2; PShape TestCircle3; PShape Whitespace;

PImage img;

PImage TheMap;

// GIFS Gif BlueStart; Gif RedStart;

float Map = 1; float y = 0;

float g = 0;

// Vars for rotations float UAngle; float Angle;

PGraphics offscreen;

void setup() { // GUI setup

size(1050, 750,P3D);

ks = new Keystone(this); surface = ks.createCornerPinSurface(1050, 750, 20);

offscreen = createGraphics(1050, 750, P3D);

noStroke(); fill(255, 255, 255);

BlueStart = new Gif(this, "tester.gif"/*"T2SBlue.gif"*/); BlueStart.loop();

RedStart = new Gif(this, "tester.gif"/*"T2SRed.gif"*/); RedStart.loop();

Point1Blue= new Gif(this, "FBBlue.gif"); Point1Blue.play();

Point1Red= new Gif(this, "tester.gif"/*"FBRed.gif"*/); Point1Red.play();

Point2Red = new Gif(this, "tester.gif" /*"GPred.gif"*/); Point2Red.play();

Point2Blue = new Gif(this, "GPblue.gif"); Point2Blue.play();

Point3Red = new Gif(this, "tester.gif" /*"MCRed.gif"*/); Point3Red.play();

Point3Blue = new Gif(this, "MCBlue.gif"); Point3Blue.play();

Point4Red= new Gif(this, "tester.gif" /*"PSRed.gif"*/); Point4Red.play();

Point4Blue = new Gif(this, "PSBlue.gif"); Point4Blue.play();

Point5Red = new Gif (this, "tester.gif" /*"CHRed.gif"*/); Point5Red.play();

Point5Blue = new Gif(this, "CHBlue.gif"); Point5Blue.play();

rectangle = createShape(RECT,100,300,100,50); rectangle.setStroke(color(255)); rectangle.setStrokeWeight(4); rectangle.setFill(color(127)); //<>//

// periodic updates if (!callback) { frameRate(60); //<>// loop(); } // or callback updates

font = createFont("Arial", 18); scale_factor = height/table_size;

// height stores the height of the display window that is set in the size() call

// finally we create an instance of the TuioProcessing client // since we add "this" class as an argument the TuioProcessing class expects // an implementation of the TUIO callback methods in this class (see below) tuioClient = new TuioProcessing(this);

offscreen.tint(255, 127); StandbyRect = createShape(RECT,0,0, displayWidth, displayHeight); StandbyRect.setFill(color(0,0,0)); StandbyRect.setStroke(false);

Whitespace = createShape(RECT, 0, 0, displayWidth, displayHeight); Whitespace.setFill(color(254,197,87)); Whitespace.setStroke(false);

// IMAGES FOR POINT1 Point1AImg = loadImage("Point1AImg.jpg"); Point1BImg = loadImage("Point1BImg.png"); Point1CImg = loadImage("Point1CImg.png");

TheMap = loadImage("Map.png");

// IMAGES FOR POINT2 Point2AImg = loadImage("Point2AImg.png"); Point2BImg = loadImage("Point2AImg.png");

Point2Grey = loadImage("Grey3.png");

P2Marker = loadImage("RedMark.png"); UP2Marker= loadImage("BlueMark.png");

//IMAGES FOR POINT3 Point3AImg = loadImage("Point3AImg.png"); Point3BImg = loadImage("Point3BImg.png"); Point3CImg = loadImage("Point3CImg.png");

//IMAGES FOR POINT4 Point4AImg = loadImage("Point4AImg.png"); Point4BImg = loadImage("Point4BImg.png"); Point4CImg = loadImage("Point4CImg.png");

Point4Grey = loadImage("Grey3.png");

//IMAGES FOR POINT5 Point5AImg = loadImage("Point5AImg.png"); Point5BImg = loadImage("Point5BImg.png");

}

// within the draw method we retrieve an ArrayList of type <TuioObject>, <TuioCursor> or <TuioBlob> // from the TuioProcessing client and then loops over all lists to draw the graphical feedback. void draw() {

offscreen.beginDraw(); offscreen.background(255); textFont(font,18*scale_factor); float obj_size = object_size*scale_factor; float cur_size = cursor_size*scale_factor;

///////////////////////////////////// BEGINNING if(Map==0){ offscreen.tint(255,255);

offscreen.image(RedStart, 350, 400); offscreen.image(BlueStart, 350, 0); }

////////////////////////// CITY MAP if(Map==1){

offscreen.shape(Whitespace, 0,0); offscreen.image(TheMap, 0, 0); Point2Grey.resize(180, 180); Point4Grey.resize(180,180); offscreen.tint(255, 200); if(P2G ==0){ offscreen.image(Point2Grey, 550, 400); } if(P4G==0){// grand parade offscreen.image(Point4Grey, 700, 300);} // st. patricks offscreen.tint(255, 255); } ////////////////////////////// Standy mode

if (StandbyTimer <2500){StandbyTimer += 1;};

if (StandbyTimer >= 2500){

}

///////////////////////////////////////////////////// HINTS

/*if (timer < 500 &&Map==1){timer += 1;};

if(timer>=500){ if(Point1Hint == false){ shape(Point1HintCircle, 500, 100);} if(Point2Hint == false){ shape(Point2HintCircle, 600, 400);} if(Point3Hint == false){ shape(Point3HintCircle, 800, 600);} } */ if(y==1){ img.resize(300, 150); image(img, 00, 100); }

//////////////////////// POINT MEDIA

// Point 1 St. Finbarre's if(Point1==1){ if(fadein1A >= 0){fadein1A += 20;}; offscreen.tint(255, fadein1A); Point1AImg.resize(300, 150); offscreen.image(Point1AImg, 0, 100); textSize(10); offscreen.text(Point1ATxt, 10, 300, 300, 150); offscreen.fill(0,0,0); offscreen.tint(255, 255); fadeinB = 0; offscreen.image(Point1Red, 200, -80);

}

if(Point1==2){ if(fadein1B >= 0){fadein1B += 20;}; offscreen.tint(255, fadein1B); Point1BImg.resize(300, 150); offscreen.image(Point1BImg, 0, 100); offscreen.textSize(10); offscreen.text(Point1BTxt, 10, 300, 300, 150); offscreen.fill(0,0,0); offscreen.tint(255, 255); offscreen.image(Point1Red, 200, -80); }

if(Point1==3){ if(fadein1C >= 0){fadein1C += 20;}; offscreen.tint(255, fadein1C); Point1CImg.resize(300, 150); offscreen.image(Point1CImg, 0, 100); textSize(10); offscreen.text(Point1CTxt, 10, 300, 300, 150); offscreen.fill(0,0,0); offscreen.tint(255, 255); offscreen.image(Point1Red,200, -80); }

if(UPoint1==1){ offscreen.translate(1300,700); offscreen.rotate(radians(180));

if (Ufadein1A >= 0){Ufadein1A += 20;}; offscreen.tint(255, Ufadein1A); Point1AImg.resize(300,150); offscreen.image(Point1AImg, 0, 100); offscreen.fill(#000000, Ufadein1A); textSize(10); offscreen.text(Point1ATxt, 10, 300, 300, 150); offscreen.rotate(radians(-180)); offscreen.translate(-1300,-700); offscreen.tint(255, 255); UfadeinB = 0;

offscreen.image(Point1Blue, 200, -80); }

if(UPoint1==2){ offscreen.translate(1300,700); offscreen.rotate(radians(180));

if (Ufadein1B >= 0){Ufadein1B += 20;}; offscreen.tint(255, Ufadein1B); Point1BImg.resize(300,150); offscreen.image(Point1BImg, 0, 100); offscreen.fill(#000000, Ufadein1B); offscreen.textSize(10); offscreen.text(Point1BTxt, 10, 300, 300, 150); offscreen.rotate(radians(-180)); offscreen.translate(-1300,-700); offscreen.tint(255, 255); offscreen.image(Point1Blue, 200, -80);

}

if(UPoint1==3){ offscreen.translate(1300,700); offscreen.rotate(radians(180));

if (Ufadein1C >= 0){Ufadein1C += 20;}; offscreen.tint(255, Ufadein1C); Point1CImg.resize(300,150); offscreen.image(Point1CImg, 0, 100); offscreen.fill(#000000, Ufadein1C); offscreen.textSize(10); offscreen.text(Point1CTxt, 10, 300, 300, 150); offscreen.rotate(radians(-180)); offscreen.translate(-1300,-700); offscreen.tint(255, 255); offscreen.image(Point1Blue, 200, -80); }

/////////////////////////// POINT 2

if(P2Mark == 1){

offscreen.image (P2Marker, 550, 400); P2Marker.resize(180,180);

}

if(UP2Mark == 1){

image (UP2Marker, 550, 400); UP2Marker.resize(180,180);

}

if(Point2==1){

if (fadeinA >= 0){fadeinA += 20;}; offscreen.tint(255, fadeinA); Point2AImg.resize(300, 150); offscreen.image(Point2AImg, 0, 100); offscreen.fill(#000000, fadeinA); offscreen.textSize(10); offscreen.text( Point2ATxt, 10, 300, 300, 150); offscreen.fill(0, 0, 0); offscreen.tint(255, 255); fadeinB=0; offscreen.image(Point2Red, 300, 70); }

if(Point2==2){

if (fadeinB >= 0){fadeinB += 20;}; offscreen.tint(255, fadeinB); Point2BImg.resize(300, 150); offscreen.image(Point2BImg, 0, 100); offscreen.fill(#000000, fadeinB); offscreen.textSize(10); offscreen.text(Point2BTxt, 10, 300, 300, 300) ; offscreen.tint(255, 255); offscreen.image(Point2Red, 300, 70); }

/////////////////////////////////// UPSIDE DOWN POINT 2 if(UPoint2==1){ offscreen.image(Point2Blue, 300, 70);

offscreen.translate(1300,700); offscreen.rotate(radians(180)); if (UfadeinA >= 0){UfadeinA += 20;}; offscreen.tint(255, UfadeinA); Point2AImg.resize(300, 150); offscreen.image(Point2AImg, -50, 100); offscreen.fill(#000000, UfadeinA); offscreen.textSize(10); offscreen.text(Point2ATxt, -50, 300, 300, 150); offscreen.fill(0, 0, 0); offscreen.tint(255, 255); UfadeinB=0;

offscreen.rotate(radians(-180));

offscreen.translate(-1300,-700);

}

if(UPoint2==2){

offscreen.translate(1300,700); offscreen.rotate(radians(180)); if (UfadeinB >= 0){UfadeinB += 20;}; offscreen.tint(255, UfadeinB); Point2BImg.resize(300, 150); offscreen.image(Point2BImg, -50, 100); offscreen.fill(#000000, UfadeinB); offscreen.textSize(10); offscreen.text(Point2BTxt, -50, 300, 300, 300) ; offscreen.tint(255, 255);

offscreen.rotate(radians(-180)); offscreen.translate(-1300,-700); offscreen.image(Point2Blue, 300, 70); } ///////////////////// Point 3

//St. Mary's

if(Point3==1){ if(fadein3A >= 0){fadein3A += 20;}; offscreen.tint(255, fadein3A); Point3AImg.resize(300, 150); offscreen.image(Point3AImg, 0, 100); offscreen.textSize(10); offscreen.text(Point3ATxt, 10, 300, 300, 150); offscreen.fill(0,0,0); offscreen.tint(255, 255); fadein3B = 0; offscreen.image(Point3Red, 530, 100);

}

if(Point3==2){ if(fadein3B >= 0){fadein3B += 20;}; offscreen.tint(255, fadein3B); Point3BImg.resize(300, 150); offscreen.image(Point3BImg, 0, 100); offscreen.textSize(10); offscreen.text(Point3BTxt, 10, 300, 300, 150); offscreen.fill(0,0,0); offscreen.tint(255, 255); offscreen.image(Point3Red, 530, 100); }

if(Point3==3){ if(fadein3C >= 0){fadein3C += 20;}; offscreen.tint(255, fadein3C); Point3CImg.resize(300, 150); offscreen.image(Point3CImg, 0, 100); offscreen.textSize(10); offscreen.text(Point3CTxt, 10, 300, 300, 150); offscreen.fill(0,0,0); offscreen.tint(255, 255); offscreen.image(Point3Red, 530, 100); }

if(UPoint3==1){ offscreen.translate(1300,700); offscreen.rotate(radians(180));

if (Ufadein3A >= 0){Ufadein3A += 20;}; offscreen.tint(255, Ufadein3A); Point3AImg.resize(300,150); offscreen.image(Point3AImg, 0, 100); offscreen.fill(#000000, Ufadein3A); offscreen.textSize(10); offscreen.text(Point3ATxt, 10, 300, 300, 150); offscreen.rotate(radians(-180)); offscreen.translate(-1300,-700); offscreen.tint(255, 255); Ufadein3B = 0;

offscreen.image(Point3Blue, 530, 100); }

if(UPoint3==2){ offscreen.translate(1300,700); offscreen.rotate(radians(180));

if (Ufadein3B >= 0){Ufadein3B += 20;}; offscreen.tint(255, Ufadein3B); Point3BImg.resize(300,150); offscreen.image(Point3BImg, 0, 100); offscreen.fill(#000000, Ufadein3B); offscreen.textSize(10); offscreen.text(Point3BTxt, 10, 300, 300, 150); offscreen.rotate(radians(-180)); offscreen.translate(-1300,-700); offscreen.tint(255, 255); offscreen.image(Point3Blue, 530, 100);

}

if(UPoint3==3){ offscreen.translate(1300,700); offscreen.rotate(radians(180));

if (Ufadein3C >= 0){Ufadein3C += 20;}; offscreen.tint(255, Ufadein3C); Point3CImg.resize(300,150); offscreen.image(Point3CImg, 0, 100); offscreen.fill(#000000, Ufadein3C); offscreen.textSize(10); offscreen.text(Point3CTxt, 10, 300, 300, 150); offscreen.rotate(radians(-180)); offscreen.translate(-1300,-700); offscreen.tint(255, 255); offscreen.image(Point3Blue, 530, 100); }

///////////////////// Point 5

offscreen.tint(255,100); offscreen.image(Point5Red, 350, 450);

offscreen.tint(255,255);

// Point 4 CUSTOM HOUSE if(Point5==1){ if(fadein5A >= 0){fadein5A += 20;}; offscreen.tint(255, fadein5A); Point5AImg.resize(300, 150); offscreen.image(Point5AImg, 0, 100); offscreen.textSize(10); offscreen.text(Point5ATxt, 10, 300, 300, 150); offscreen.fill(0,0,0); offscreen.tint(255, 255); fadein5B = 0;

}

if(Point5==2){ if(fadein5B >= 0){fadein5B += 20;}; offscreen.tint(255, fadein5B); Point5BImg.resize(300, 150); offscreen.image(Point5BImg, 0, 100); offscreen.textSize(10); offscreen.text(Point5BTxt, 10, 300, 300, 150); offscreen.fill(0,0,0); offscreen.tint(255, 255); offscreen.image(Point5Red,350, 450); }

if(UPoint5==1){ offscreen.translate(1300,700); offscreen.rotate(radians(180));

if (Ufadein5A >= 0){Ufadein5A += 20;}; offscreen.tint(255, Ufadein5A); Point5AImg.resize(300,150); offscreen.image(Point5AImg, 0, 100); offscreen.fill(#000000, Ufadein5A); offscreen.textSize(10); offscreen.text(Point5ATxt, 10, 300, 300, 150); offscreen.rotate(radians(-180)); offscreen.translate(-1300,-700); offscreen.tint(255, 255); Ufadein5B = 0;

offscreen.image(Point5Blue, 350, 450); }

if(UPoint5==2){ offscreen.translate(1300,700); offscreen.rotate(radians(180));

if (Ufadein5B >= 0){Ufadein5B += 20;}; offscreen.tint(255, Ufadein5B); Point4BImg.resize(300,150); offscreen.image(Point5BImg, 0, 100); offscreen.fill(#000000, Ufadein5B); offscreen.textSize(10); offscreen.text(Point4BTxt, 10, 300, 300, 150); offscreen.rotate(radians(-180)); offscreen.translate(-1300,-700); offscreen.tint(255, 255); offscreen.image(Point5Blue, 350, 450);

}

///////////////////// Point 4

offscreen.tint(255,100);

offscreen.image(Point4Red, 400, 240);

offscreen.tint(255,255);

// Point 4 SAINT PATRICKS if(Point4==1){ if(fadein4A >= 0){fadein4A += 20;}; offscreen.tint(255, fadein4A); Point4AImg.resize(300, 150); offscreen.image(Point4AImg, 0, 100); offscreen.textSize(10); offscreen.text(Point4ATxt, 10, 300, 300, 150); offscreen.fill(0,0,0); offscreen.tint(255, 255); fadeinB = 0;

offscreen.image(Point4Red, 400, 240); }

if(Point4==2){ if(fadein4B >= 0){fadein4B += 20;}; offscreen.tint(255, fadein4B); Point4BImg.resize(300, 150); offscreen.image(Point4BImg, 0, 100); offscreen.textSize(10); offscreen.text(Point4BTxt, 10, 300, 300, 150); offscreen.fill(0,0,0); offscreen.tint(255, 255); offscreen.image(Point4Red, 400, 240); }

if(Point4==3){ if(fadein4C >= 0){fadein4C += 20;}; offscreen.tint(255, fadein4C); Point4CImg.resize(300, 150); offscreen.image(Point4CImg, 0, 100); offscreen.textSize(10); offscreen.text(Point4CTxt, 10, 300, 300, 150); offscreen.fill(0,0,0); offscreen.tint(255, 255); offscreen.image(Point4Red, 400, 240); }

if(UPoint4==1){ offscreen.translate(1300,700); offscreen.rotate(radians(180));

if (Ufadein4A >= 0){Ufadein4A += 20;}; offscreen.tint(255, Ufadein4A); Point4AImg.resize(300,150); offscreen.image(Point4AImg, 0, 100); offscreen.fill(#000000, Ufadein4A); offscreen.textSize(10); offscreen.text(Point4ATxt, 10, 300, 300, 150); offscreen.rotate(radians(-180)); offscreen.translate(-1300,-700); offscreen.tint(255, 255); Ufadein4B = 0;

offscreen.image(Point4Blue, 400, 240); }

if(UPoint4==2){ offscreen.translate(1300,700); offscreen.rotate(radians(180));

if (Ufadein4B >= 0){Ufadein4B += 20;}; offscreen.tint(255, Ufadein4B); Point4BImg.resize(300,150); offscreen.image(Point4BImg, 0, 100); offscreen.fill(#000000, Ufadein4B); offscreen.textSize(10); offscreen.text(Point4BTxt, 10, 300, 300, 150); offscreen.rotate(radians(-180)); offscreen.translate(-1300,-700); offscreen.tint(255, 255); offscreen.image(Point4Blue, 400, 240);

}

if(UPoint4==3){ offscreen.translate(1300,700); offscreen.rotate(radians(180));

if (Ufadein4C >= 0){Ufadein4C += 20;}; offscreen.tint(255, Ufadein4C); Point4CImg.resize(300,150); offscreen.image(Point4CImg, 0, 100); offscreen.fill(#000000, Ufadein4C); offscreen.textSize(10); offscreen.text(Point4CTxt, 10, 300, 300, 150); offscreen.rotate(radians(-180)); offscreen.translate(-1300,-700); offscreen.tint(255, 255); offscreen.image(Point4Blue, 400, 240); }

ArrayList<TuioObject> tuioObjectList = tuioClient.getTuioObjectList(); for (int i=0;i<tuioObjectList.size();i++) { TuioObject tobj = tuioObjectList.get(i); offscreen.stroke(204, 122, 97); if(tobj.getSymbolID() ==8){ offscreen.stroke (135, 165, 214); } offscreen.fill(255,255,255); offscreen.pushMatrix(); offscreen.translate(tobj.getScreenX(1050),tobj.getScreenY(750)); //offscreen.rotate(tobj.getAngle()); //rect(-obj_size/2,-obj_size/2,obj_size,obj_size); offscreen.ellipse(-obj_size/2,-obj_size/2, 130,130); // this changes the image that follows the fiducial to a white cirle, making it easier for the camera to see the fiducial // image(rot8, -obj_size/2, -obj_size/2); // this changes the image that follows the fiducial to a GIF

offscreen.popMatrix(); //fill(255); //text(""+tobj.getSymbolID(), tobj.getScreenX(width), tobj.getScreenY(height));

}

ArrayList<TuioCursor> tuioCursorList = tuioClient.getTuioCursorList(); for (int i=0;i<tuioCursorList.size();i++) { TuioCursor tcur = tuioCursorList.get(i); ArrayList<TuioPoint> pointList = tcur.getPath();

if (pointList.size()>0) { stroke(0,0,255); TuioPoint start_point = pointList.get(0); for (int j=0;j<pointList.size();j++) { TuioPoint end_point = pointList.get(j); line(start_point.getScreenX(width),start_point.getScreenY(height),end_point.getScreenX(width),end_point.getScreenY(height)); start_point = end_point; }

stroke(192,192,192); fill(192,192,192); ellipse( tcur.getScreenX(width), tcur.getScreenY(height),cur_size,cur_size); fill(0); text(""+ tcur.getCursorID(), tcur.getScreenX(width)-5, tcur.getScreenY(height)+5); } }

ArrayList<TuioBlob> tuioBlobList = tuioClient.getTuioBlobList(); for (int i=0;i<tuioBlobList.size();i++) { TuioBlob tblb = tuioBlobList.get(i); stroke(0); fill(0); pushMatrix(); translate(tblb.getScreenX(width),tblb.getScreenY(height)); rotate(tblb.getAngle()); ellipse(-1*tblb.getScreenWidth(width)/2,-1*tblb.getScreenHeight(height)/2, tblb.getScreenWidth(width), tblb.getScreenWidth(width)); popMatrix(); fill(255); text(""+tblb.getBlobID(), tblb.getScreenX(width), tblb.getScreenX(width)); }

offscreen.endDraw(); background(0);

// render the scene, transformed using the corner pin surface surface.render(offscreen); }

void keyPressed() { switch(key) { case 'c': // enter/leave calibration mode, where surfaces can be warped // and moved ks.toggleCalibration(); break;

case 'l': // loads the saved layout ks.load(); break;

case 's': // saves the layout ks.save(); break; } }

// -------------------------------------------------------------- // these callback methods are called whenever a TUIO event occurs // there are three callbacks for add/set/del events for each object/cursor/blob type // the final refresh callback marks the end of each TUIO frame

// called when an object is added to the scene void addTuioObject(TuioObject tobj) { if (verbose) println("add obj "+tobj.getSymbolID()+" ("+tobj.getSessionID()+") "+tobj.getX()+" "+tobj.getY()+" "+tobj.getAngle()); }

// called when an object is moved void updateTuioObject (TuioObject tobj) { println("set obj "+tobj.getSymbolID()+" ("+tobj.getSessionID()+") "+" Angle= "+tobj.getAngle() +"x= " + tobj.getX()+ "Y= " + tobj.getY() + "Timer = " + timer /*"Rspeed "+""+tobj.getRotationSpeed()+" "+"MAccell "+""+tobj.getMotionAccel()+" "+"RAccel "+""+tobj.getRotationAccel()*/);

//////////////////////////////////////START STUFF

if(tobj.getX()>0.46&&tobj.getX()<0.6&&tobj.getY()>0.74&&tobj.getY()<0.89&&tobj.getRotationSpeed()>.30&&tobj.getSymbolID()==2 && Map==0){

Map=1; }

if(tobj.getX()>0.47&&tobj.getX()<0.5&&tobj.getY()>0.16&&tobj.getY()<0.217&&/*tobj.getRotationSpeed()>.30&&*/tobj.getSymbolID()==8 && Map==0){

Map =1; }

///////////////////////////////////// MAP 1

//----------------------------------------------------POINT 1 if(Map==1&&tobj.getX()>0.31&&tobj.getX()<0.46&&tobj.getY()<.23&&tobj.getY()>.0&&tobj.getSymbolID()==2){ println("Upsidedown is a go. UPoint1=" + UPoint1);

timer=0; Point1Hint = true;

if(Point1<1){ Angle = tobj.getAngle(); Point1=1;}

if (Angle+2 > 6.1){ UPoint1=0;}

if(tobj.getAngle()> UAngle + 1 && tobj.getAngle() < Angle + 2){ Point1 = 2; fadein1A=0; fadein1C=0;}

if(tobj.getAngle() > Angle + 2 ){ Point1=3; fadein1B= 0; }

if(Point1 > 1 && tobj.getAngle() < UAngle + 1 ){

Point1=0;

}

} //RESET Map if(Map==1&&tobj.getSymbolID()==2&&(tobj.getX()<0.31||tobj.getX()>0.46||tobj.getY()>.23|tobj.getY()<.0)){ Point1=0; fadein1A=0; fadein1B=0; fadein1C=0;

}

//----------------------------------------------------POINT 1 UPSIDE DOWN if(Map==1&&tobj.getX()>0.31&&tobj.getX()<0.46&&tobj.getY()<.23&&tobj.getY()>.0&&tobj.getSymbolID()==8){ println("Upsidedown is a go. UPoint1=" + UPoint1);

timer=0; Point1Hint = true;

if(UPoint1<1){ UAngle = tobj.getAngle(); UPoint1=1;}

if (UAngle+2 > 6.1){ UPoint1=0;}

if(tobj.getAngle()> UAngle + 1 && tobj.getAngle() < UAngle + 2){ UPoint1 = 2; Ufadein1A=0; Ufadein1C=0;}

if(tobj.getAngle() > UAngle + 2 ){ UPoint1=3; Ufadein1B= 0; }

if(UPoint1 > 1 && tobj.getAngle() < UAngle + 1 ){

UPoint1=0;

}

} //RESET Map if(Map==1&&tobj.getSymbolID()==8&&(tobj.getX()<0.31||tobj.getX()>0.46||tobj.getY()>.23|tobj.getY()<.0)){ UPoint1=0; Ufadein1A=0; Ufadein1B=0; Ufadein1C=0; }

//--------------------------------------------------------POINT2 if(Map==1&&tobj.getX()>0.4&&tobj.getX()<0.53&&tobj.getY()<.46&&tobj.getY()>.28&&tobj.getSymbolID()==2){ println("angle of fiducial = " + tobj.getAngle()); println("Angle TEST " + Angle); timer=0; P2G = 1;

if(Point2<1){ Angle = tobj.getAngle(); Point2=1; }

if (Angle+2 > 6.1){ Point2=0;}

if( tobj.getAngle() >= Angle + 1 && tobj.getAngle() <= Angle + 2 ){

Point2=2; fadeinA = 0; fadeinC = 0; }

if(Point2 > 1 && tobj.getAngle() <= Angle + 1 ){

Point2=0;

}

if(Map==1&&tobj.getSymbolID()==2&&(tobj.getX()<0.42||tobj.getX()>0.53||tobj.getY()>.73||tobj.getY()<.55)){ Point2=0; fadeinA=0; fadeinB=0; fadeinC=0;

if(UP2Mark==0&& P2G >= 1&& UPoint2==0 ){ P2Mark=1; } }

//-------------------------------------------------------- UPSIDE DOWN POINT2 if(Map==1&&tobj.getX()>0.4&&tobj.getX()<0.53&&tobj.getY()<.46&&tobj.getY()>.28&&tobj.getSymbolID()==8){ println("angle of fiducial = " + tobj.getAngle()); println("Angle TEST " + Angle); timer=0; P2G = 1;

if(UPoint2<1){ Angle = tobj.getAngle(); UPoint2=1;

}

if (Angle+2 > 6.1){ UPoint2=0;}

if( tobj.getAngle() >= Angle + 1 && tobj.getAngle() <= Angle + 2 ){

UPoint2=2; UfadeinA = 0; UfadeinC = 0; }

if(UPoint2 > 1 && tobj.getAngle() <= Angle + 1 ){

UPoint2=0;

}

if(Map==1&&tobj.getSymbolID()==8&&(tobj.getX()<0.42||tobj.getX()>0.53||tobj.getY()>.73||tobj.getY()<.55)){ UPoint2=0; UfadeinA=0; UfadeinB=0;

if(P2Mark==0&& P2G >= 1 && Point2==0 ){ UP2Mark=1; } }

//----------------------------------------------------POINT 3 if(Map==1&&tobj.getX()>0.63&&tobj.getX()<0.74&&tobj.getY()<.48&&tobj.getY()>.28&&tobj.getSymbolID()==2){

timer=0; Point3Hint = true;

if(Point3<1){ Angle = tobj.getAngle(); Point3=1;}

if (Angle+2 > 6.1){ UPoint3=0;}

if(tobj.getAngle()> UAngle + 1 && tobj.getAngle() < Angle + 2){ Point3 = 2; fadein3A=0; fadein3C=0;}

if(tobj.getAngle() > Angle + 2 ){ Point3=3; fadein3B= 0; }

if(Point3> 1 && tobj.getAngle() < UAngle + 1 ){

Point3=0;

}

} //RESET Map if(Map==1&&tobj.getSymbolID()==2&&(tobj.getX()<0.37||tobj.getX()>0.49||tobj.getY()>.42||tobj.getY()<.19)){ Point3=0; fadein3A=0; fadein3B=0; fadein3C=0; }

//----------------------------------------------------POINT 3 UPSIDE DOWN if(Map==1&&tobj.getX()>0.37&&tobj.getX()<0.49&&tobj.getY()<.42&&tobj.getY()>.19&&tobj.getSymbolID()==8){ println("Upsidedown is a go. UPoint1=" + UPoint1);

timer=0; Point3Hint = true;

if(UPoint3<1){ UAngle = tobj.getAngle(); UPoint3=1;}

if (UAngle+2 > 6.1){ UPoint3=0;}

if(tobj.getAngle()> UAngle + 1 && tobj.getAngle() < UAngle + 2){ UPoint3 = 2; Ufadein3A=0; Ufadein3C=0;}

if(tobj.getAngle() > UAngle + 2 ){ UPoint3=3; Ufadein3B= 0; }

if(UPoint3 > 1 && tobj.getAngle() < UAngle + 1 ){

UPoint3=0;

}

} //RESET Map if(Map==1&&tobj.getSymbolID()==8&&(tobj.getX()<0.37||tobj.getX()>0.49||tobj.getY()>.42||tobj.getY()<.19)){ UPoint3=0; Ufadein3A=0; Ufadein3B=0; Ufadein3C=0; }

//----------------------------------------------------POINT 4 if(Map==1&&tobj.getX()>0.5&&tobj.getX()<0.65&&tobj.getY()<.68&&tobj.getY()>.48&&tobj.getSymbolID()==2){ println("Upsidedown is a go. UPoint1=" + UPoint4);

timer=0; Point4Hint = true;

if(Point4<1){ Angle = tobj.getAngle(); Point4=1;}

if (Angle+2 > 6.1){ UPoint4=0;}

if(tobj.getAngle()> UAngle + 1 && tobj.getAngle() < Angle + 2){ Point4 = 2; fadein4A=0; fadein4C=0;}

if(tobj.getAngle() > Angle + 2 ){ Point4=3; fadein4B= 0; }

if(Point4> 1 && tobj.getAngle() < UAngle + 1 ){

Point4=0;

}

} //RESET Map if(Map==1&&tobj.getSymbolID()==2&&(tobj.getX()<0.52||tobj.getX()>0.66||tobj.getY()>.66||tobj.getY()<.40)){ Point4=0; fadein4A=0; fadein4B=0; fadein4C=0; }

//----------------------------------------------------POINT 4 UPSIDE DOWN if(Map==1&&tobj.getX()>0.52&&tobj.getX()<0.65&&tobj.getY()<.66&&tobj.getY()>.40&&tobj.getSymbolID()==8){ println("Upsidedown is a go. UPoint1=" + UPoint1);

timer=0; Point4Hint = true;

if(UPoint4<1){ UAngle = tobj.getAngle(); UPoint4=1;}

if (UAngle+2 > 6.1){ UPoint4=0;}

if(tobj.getAngle()> UAngle + 1 && tobj.getAngle() < UAngle + 2){ UPoint4 = 2; Ufadein4A=0; Ufadein4C=0;}

if(tobj.getAngle() > UAngle + 2 ){ UPoint4=3; Ufadein4B= 0; }

if(UPoint4 > 1 && tobj.getAngle() < UAngle + 1 ){

UPoint4=0;

}

} //RESET Map if(Map==1&&tobj.getSymbolID()==8&&(tobj.getX()<0.52||tobj.getX()>0.66||tobj.getY()>.66||tobj.getY()<.40)){ UPoint4=0; Ufadein4A=0; Ufadein4B=0; Ufadein4C=0; }

}

// Point f x<.59 x>.45

// we have to think about how rotating will change media? The angle cant be used because the fiducial cold be at any angle when it interacts // Has to be the change in angle. I could set a function to get the fiducials angle when it comes into contact with an interaction point // Store that angle in a var and change media when the changed angle is a certain amount of degrees bigger than the var

//In order to differentiate who sees what media at what angles, maybe when they do the first twist, I can assign that fiducial an id or variable, //and then use the co-ordinates and rotation of that variable to activate media

// called when an object is removed from the scene void removeTuioObject(TuioObject tobj) { if (verbose) println("del obj "+tobj.getSymbolID()+" ("+tobj.getSessionID()+")"); }

// -------------------------------------------------------------- // called when a cursor is added to the scene void addTuioCursor(TuioCursor tcur) { if (verbose) println("add cur "+tcur.getCursorID()+" ("+tcur.getSessionID()+ ") " +tcur.getX()+" "+tcur.getY()); //redraw(); }

// called when a cursor is moved void updateTuioCursor (TuioCursor tcur) { if (verbose) println("set cur "+tcur.getCursorID()+" ("+tcur.getSessionID()+ ") " +tcur.getX()+" "+tcur.getY() +" "+tcur.getMotionSpeed()+" "+tcur.getMotionAccel()); //redraw(); }

// called when a cursor is removed from the scene void removeTuioCursor(TuioCursor tcur) { if (verbose) println("del cur "+tcur.getCursorID()+" ("+tcur.getSessionID()+")"); //redraw() }

// -------------------------------------------------------------- // called when a blob is added to the scene void addTuioBlob(TuioBlob tblb) { if (verbose) println("add blb "+tblb.getBlobID()+" ("+tblb.getSessionID()+") "+tblb.getX()+" "+tblb.getY()+" "+tblb.getAngle()+" "+tblb.getWidth()+" "+tblb.getHeight()+" "+tblb.getArea()); //redraw(); }

// called when a blob is moved void updateTuioBlob (TuioBlob tblb) { if (verbose) println("set blb "+tblb.getBlobID()+" ("+tblb.getSessionID()+") "+tblb.getX()+" "+tblb.getY()+" "+tblb.getAngle()+" "+tblb.getWidth()+" "+tblb.getHeight()+" "+tblb.getArea() +" "+tblb.getMotionSpeed()+" "+tblb.getRotationSpeed()+" "+tblb.getMotionAccel()+" "+tblb.getRotationAccel()); //redraw() }

// called when a blob is removed from the scene void removeTuioBlob(TuioBlob tblb) { if (verbose) println("del blb "+tblb.getBlobID()+" ("+tblb.getSessionID()+")"); //redraw() }

// -------------------------------------------------------------- // called at the end of each TUIO frame void refresh(TuioTime frameTime) { if (verbose) println("frame #"+frameTime.getFrameID()+" ("+frameTime.getTotalMilliseconds()+")"); if (callback) redraw(); }

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aaronfcollege-blog · 7 years

Text

Code

// import the TUIO library import TUIO.*; import gifAnimation.*; // declare a TuioProcessing client TuioProcessing tuioClient;

import deadpixel.keystone.*;

Keystone ks; CornerPinSurface surface;

//FADE INS float fadeinA = 0; float fadeinB = 0; float fadeinC = 0; float fadeinD = 0; float UfadeinA = 0; float UfadeinB = 0; float UfadeinC = 0; float UfadeinD = 0;

float Ufadein1A = 0; float Ufadein1B = 0; float Ufadein1C = 0;

float fadein1A = 0; float fadein1B = 0; float fadein1C = 0;

float Ufadein3A = 0; float Ufadein3B = 0; float Ufadein3C = 0;

float fadein3A = 0; float fadein3B = 0; float fadein3C = 0;

float Ufadein4A = 0; float Ufadein4B = 0; float Ufadein4C = 0;

float fadein4A = 0; float fadein4B = 0; float fadein4C = 0;

float Ufadein5A = 0; float Ufadein5B = 0; float Ufadein5C = 0;

float fadein5A = 0; float fadein5B = 0; float fadein5C = 0; // Timer for hints

float timer= 0; boolean Point1Hint = false; boolean Point2Hint = false; boolean Point3Hint = false; boolean Point4Hint = false; boolean Point5Hint = false; boolean Point6Hint = false;

//Turn off screen float StandbyTimer = 0; PShape StandbyRect;

// float = Data type for floating-point numbers, e.g. numbers that have a decimal point.

boolean verbose = false; // print console debug messages boolean callback = true; // updates only after callbacks

/////////////////////////// POINT1 float Point1=0; PShape Point1HintCircle; PImage Point1AImg; PImage Point1BImg; PImage Point1CImg; float P1Mark = 0; PImage P1Marker;

Gif Point1Red;

// UpsideDown Point1 float UPoint1;

float UP1Mark = 0; PImage UP1Marker;

Gif Point1Blue;

////////////////////////// POINT2 float Point2=0; PShape Point2HintCircle; PImage Point2AImg; PImage Point2BImg; PImage Point2Grey; float P2G = 0;

float P2Mark = 0; PImage P2Marker;

Gif Point2Red;

// UpsideDown Point2 float UPoint2;

float UP2Mark = 0; PImage UP2Marker; Gif Point2Blue;

/////////////////////////////////////POINT3 float Point3=0; PShape Point3HintCircle; PImage Point3AImg; PImage Point3BImg; PImage Point3CImg; float P3Mark= 0; PImage P3Marker; Gif Point3Red;

// UpsideDown Point3 float UPoint3;

float UP3Mark= 0; PImage UP3Marker; Gif Point3Blue;

// UpsideDown Point4 float UPoint4;

Gif Point4Blue;

float UP4Mark = 0; PImage UP4Marker;

///////////////////////////////////////POINT 5 float Point5=0; PShape Point5HintCircle; PImage Point5AImg; PImage Point5BImg; Gif Point5Red;

float P5Mark = 0; PImage P5Marker; float P5G = 0;

// UpsideDown Point5 float UPoint5;

Gif Point5Blue;

float UP5Mark = 0; PImage UP5Marker;

PShape rectangle; PShape Lsquare; PShape Rsquare;

PShape TestCircle1; PShape TestCircle2; PShape TestCircle3; PShape Whitespace;

PImage img;

PImage TheMap;

// GIFS Gif BlueStart; Gif RedStart;

float Map = 0; float y = 0;

float g = 0;

// Vars for rotations float UAngle; float Angle;

PGraphics offscreen;

void setup() { // GUI setup

size(1050, 750,P3D);

ks = new Keystone(this); surface = ks.createCornerPinSurface(1050, 750, 20);

offscreen = createGraphics(1050, 750, P3D);

noStroke(); fill(255, 255, 255);

BlueStart = new Gif(this, "T2SBlue.gif"); BlueStart.loop();

RedStart = new Gif(this, "T2SRed.gif"); RedStart.loop();

Point1Blue= new Gif(this, "FBBlue.gif"); Point1Blue.play();

Point1Red= new Gif(this, "FBRed.gif"); Point1Red.play();

Point2Red = new Gif(this, "GPred.gif"); Point2Red.play();

Point2Blue = new Gif(this, "GPblue.gif"); Point2Blue.play();

Point3Red = new Gif(this, "MCRed.gif"); Point3Red.play();

Point3Blue = new Gif(this, "MCBlue.gif"); Point3Blue.play();

Point4Red= new Gif(this, "PSRed.gif"); Point4Red.play();

Point4Blue = new Gif(this, "PSBlue.gif"); Point4Blue.play();

Point5Red = new Gif (this, "CHRed.gif"); Point5Red.play();

Point5Blue = new Gif(this, "CHBlue.gif"); Point5Blue.play();

rectangle = createShape(RECT,100,300,100,50); rectangle.setStroke(color(255)); rectangle.setStrokeWeight(4); rectangle.setFill(color(127));

// periodic updates if (!callback) { frameRate(60); loop(); } // or callback updates

font = createFont("Arial", 18); scale_factor = height/table_size;

// height stores the height of the display window that is set in the size() call

offscreen.tint(255, 127); StandbyRect = createShape(RECT,0,0, displayWidth, displayHeight); StandbyRect.setFill(color(0,0,0)); StandbyRect.setStroke(false);

Whitespace = createShape(RECT, 0, 0, displayWidth, displayHeight); Whitespace.setFill(color(254,197,87)); Whitespace.setStroke(false);

// IMAGES FOR POINT1 Point1AImg = loadImage("Point1AImg.jpg"); Point1BImg = loadImage("Point1BImg.png"); Point1CImg = loadImage("Point1CImg.png");

TheMap = loadImage("Map.png");

// IMAGES FOR POINT2 Point2AImg = loadImage("Point2AImg.png"); Point2BImg = loadImage("Point2AImg.png");

Point2Grey = loadImage("Grey3.png");

P2Marker = loadImage("RedMark.png"); UP2Marker= loadImage("BlueMark.png");

//IMAGES FOR POINT3 Point3AImg = loadImage("Point3AImg.png"); Point3BImg = loadImage("Point3BImg.png"); Point3CImg = loadImage("Point3CImg.png");

//IMAGES FOR POINT4 Point4AImg = loadImage("Point4AImg.png"); Point4BImg = loadImage("Point4BImg.png"); Point4CImg = loadImage("Point4CImg.png");

Point4Grey = loadImage("Grey3.png");

//IMAGES FOR POINT5 Point5AImg = loadImage("Point5AImg.png"); Point5BImg = loadImage("Point5BImg.png");

}

offscreen.beginDraw(); offscreen.background(255); textFont(font,18*scale_factor); float obj_size = object_size*scale_factor; float cur_size = cursor_size*scale_factor;

///////////////////////////////////// BEGINNING if(Map==0){ offscreen.tint(255,255); offscreen.image(RedStart, 520, 450); offscreen.image(BlueStart, 520, -30); }

////////////////////////// CITY MAP if(Map==1){

offscreen.shape(Whitespace, 0,0);

TheMap.resize(700,700); offscreen.image(TheMap, 300, 20); Point2Grey.resize(180, 180); Point4Grey.resize(180,180); offscreen.tint(255, 200); if(P2G ==0){ offscreen.image(Point2Grey, 550, 400); } if(P4G==0){// grand parade offscreen.image(Point4Grey, 700, 300);} // st. patricks offscreen.tint(255, 255); } ////////////////////////////// Standy mode

if (StandbyTimer <2500){StandbyTimer += 1;};

if (StandbyTimer >= 2500){

}

///////////////////////////////////////////////////// HINTS

/*if (timer < 500 &&Map==1){timer += 1;};

//////////////////////// POINT MEDIA

offscreen.image(Point1Red, 240, 450); }

if(UPoint1==1){ offscreen.translate(1300,700); offscreen.rotate(radians(180));

offscreen.image(Point1Blue, 240, 450); }

if(UPoint1==2){ offscreen.translate(1300,700); offscreen.rotate(radians(180));

}

if(UPoint1==3){ offscreen.translate(1300,700); offscreen.rotate(radians(180));

/////////////////////////// POINT 2

if(P2Mark == 1){

offscreen.image (P2Marker, 550, 400); P2Marker.resize(180,180);

}

if(UP2Mark == 1){

image (UP2Marker, 550, 400); UP2Marker.resize(180,180);

}

if(Point2==1){

offscreen.image(Point2Red, 490, 340); }

if(Point2==2){

/////////////////////////////////// UPSIDE DOWN POINT 2 if(UPoint2==1){ offscreen.image(Point2Blue, 490, 340);

offscreen.rotate(radians(-180));

offscreen.translate(-1300,-700);

}

if(UPoint2==2){

offscreen.rotate(radians(-180)); offscreen.translate(-1300,-700); offscreen.image(Point2Blue, 490, 340); } ///////////////////// Point 3

//St. Mary's

}

if(UPoint3==1){ offscreen.translate(1300,700); offscreen.rotate(radians(180));

offscreen.image(Point3Blue, 430, 60); }

if(UPoint3==2){ offscreen.translate(1300,700); offscreen.rotate(radians(180));

}

if(UPoint3==3){ offscreen.translate(1300,700); offscreen.rotate(radians(180));

///////////////////// Point 4

}

if(UPoint4==1){ offscreen.translate(1300,700); offscreen.rotate(radians(180));

offscreen.image(Point4Blue, 630, 240); }

if(UPoint4==2){ offscreen.translate(1300,700); offscreen.rotate(radians(180));

}

if(UPoint4==3){ offscreen.translate(1300,700); offscreen.rotate(radians(180));

ArrayList<TuioObject> tuioObjectList = tuioClient.getTuioObjectList(); for (int i=0;i<tuioObjectList.size();i++) { TuioObject tobj = tuioObjectList.get(i); offscreen.stroke(204, 122, 97); if(tobj.getSymbolID() ==8){ offscreen.stroke (135, 165, 214); } offscreen.fill(255,255,255); offscreen.pushMatrix(); offscreen.translate(tobj.getScreenX(1050),tobj.getScreenY(750)); offscreen.rotate(tobj.getAngle()); //rect(-obj_size/2,-obj_size/2,obj_size,obj_size); offscreen.ellipse(-obj_size/2,-obj_size/2, 130,130); // this changes the image that follows the fiducial to a white cirle, making it easier for the camera to see the fiducial // image(rot8, -obj_size/2, -obj_size/2); // this changes the image that follows the fiducial to a GIF

offscreen.popMatrix(); //fill(255); //text(""+tobj.getSymbolID(), tobj.getScreenX(width), tobj.getScreenY(height));

}

offscreen.endDraw(); background(0);

// render the scene, transformed using the corner pin surface surface.render(offscreen); }

void keyPressed() { switch(key) { case 'c': // enter/leave calibration mode, where surfaces can be warped // and moved ks.toggleCalibration(); break;

case 'l': // loads the saved layout ks.load(); break;

case 's': // saves the layout ks.save(); break; } }

//////////////////////////////////////START STUFF

if(tobj.getX()>0.47&&tobj.getX()<0.5&&tobj.getY()>0.75&&tobj.getY()<0.8&&/*tobj.getRotationSpeed()>.30&&*/tobj.getSymbolID()==2 && Map==0){

Map=1; }

if(tobj.getX()>0.47&&tobj.getX()<0.5&&tobj.getY()>0.16&&tobj.getY()<0.217&&/*tobj.getRotationSpeed()>.30&&*/tobj.getSymbolID()==8 && Map==0){

Map =1; }

///////////////////////////////////// MAP 1

if(Map==1&&tobj.getX()>0.35&&tobj.getX()<0.37&&tobj.getY()<.15&&tobj.getY()>.10&&tobj.getRotationSpeed()>.14&&tobj.getSymbolID()==12){ y=1; Point1HintCircle.setFill(color(50, 0, 0)); ;};

//----------------------------------------------------POINT 1 if(Map==1&&tobj.getX()>0.21&&tobj.getX()<0.30&&tobj.getY()<.82&&tobj.getY()>.7&&tobj.getSymbolID()==2){ println("Upsidedown is a go. UPoint1=" + UPoint1);

timer=0; Point1Hint = true;

if(Point1<1){ Angle = tobj.getAngle(); Point1=1;}

if (Angle+2 > 6.1){ UPoint1=0;}

if(tobj.getAngle()> UAngle + 1 && tobj.getAngle() < Angle + 2){ Point1 = 2; fadein1A=0; fadein1C=0;}

if(tobj.getAngle() > Angle + 2 ){ Point1=3; fadein1B= 0; }

if(Point1 > 1 && tobj.getAngle() < UAngle + 1 ){

Point1=0;

}

} //RESET Map if(Map==1&&tobj.getSymbolID()==2&&(tobj.getX()<0.21||tobj.getX()>0.30||tobj.getY()>.82||tobj.getY()<.7)){ Point1=0; fadein1A=0; fadein1B=0; fadein1C=0;

}

//----------------------------------------------------POINT 1 UPSIDE DOWN if(Map==1&&tobj.getX()>0.21&&tobj.getX()<0.30&&tobj.getY()<.82&&tobj.getY()>.7&&tobj.getSymbolID()==8){ println("Upsidedown is a go. UPoint1=" + UPoint1);

timer=0; Point1Hint = true;

if(UPoint1<1){ UAngle = tobj.getAngle(); UPoint1=1;}

if (UAngle+2 > 6.1){ UPoint1=0;}

if(tobj.getAngle()> UAngle + 1 && tobj.getAngle() < UAngle + 2){ UPoint1 = 2; Ufadein1A=0; Ufadein1C=0;}

if(tobj.getAngle() > UAngle + 2 ){ UPoint1=3; Ufadein1B= 0; }

if(UPoint1 > 1 && tobj.getAngle() < UAngle + 1 ){

UPoint1=0;

}

} //RESET Map if(Map==1&&tobj.getSymbolID()==8&&(tobj.getX()<0.21||tobj.getX()>0.30||tobj.getY()>.82||tobj.getY()<.7)){ UPoint1=0; Ufadein1A=0; Ufadein1B=0; Ufadein1C=0; }

//--------------------------------------------------------POINT2 if(Map==1&&tobj.getX()>0.42&&tobj.getX()<0.53&&tobj.getY()<.73&&tobj.getY()>.558&&tobj.getSymbolID()==2){ println("angle of fiducial = " + tobj.getAngle()); println("Angle TEST " + Angle); timer=0; P2G = 1;

if(Point2<1){ Angle = tobj.getAngle(); Point2=1; }

if (Angle+2 > 6.1){ Point2=0;}

if( tobj.getAngle() >= Angle + 1 && tobj.getAngle() <= Angle + 2 ){

Point2=2; fadeinA = 0; fadeinC = 0; }

if(Point2 > 1 && tobj.getAngle() <= Angle + 1 ){

Point2=0;

}

if(Map==1&&tobj.getSymbolID()==2&&(tobj.getX()<0.42||tobj.getX()>0.53||tobj.getY()>.73||tobj.getY()<.55)){ Point2=0; fadeinA=0; fadeinB=0; fadeinC=0;

if(UP2Mark==0&& P2G >= 1&& UPoint2==0 ){ P2Mark=1; } }

//-------------------------------------------------------- UPSIDE DOWN POINT2 if(Map==1&&tobj.getX()>0.42&&tobj.getX()<0.53&&tobj.getY()<.73&&tobj.getY()>.55&&tobj.getSymbolID()==8){ println("angle of fiducial = " + tobj.getAngle()); println("Angle TEST " + Angle); timer=0; P2G = 1;

if(UPoint2<1){ Angle = tobj.getAngle(); UPoint2=1;

}

if (Angle+2 > 6.1){ UPoint2=0;}

if( tobj.getAngle() >= Angle + 1 && tobj.getAngle() <= Angle + 2 ){

UPoint2=2; UfadeinA = 0; UfadeinC = 0; }

if(UPoint2 > 1 && tobj.getAngle() <= Angle + 1 ){

UPoint2=0;

}

if(Map==1&&tobj.getSymbolID()==8&&(tobj.getX()<0.42||tobj.getX()>0.53||tobj.getY()>.73||tobj.getY()<.55)){ UPoint2=0; UfadeinA=0; UfadeinB=0;

if(P2Mark==0&& P2G >= 1 && Point2==0 ){ UP2Mark=1; } }

//----------------------------------------------------POINT 3 if(Map==1&&tobj.getX()>0.37&&tobj.getX()<0.49&&tobj.getY()<.42&&tobj.getY()>.19&&tobj.getSymbolID()==2){

timer=0; Point3Hint = true;

if(Point3<1){ Angle = tobj.getAngle(); Point3=1;}

if (Angle+2 > 6.1){ UPoint3=0;}

if(tobj.getAngle()> UAngle + 1 && tobj.getAngle() < Angle + 2){ Point3 = 2; fadein3A=0; fadein3C=0;}

if(tobj.getAngle() > Angle + 2 ){ Point3=3; fadein3B= 0; }

if(Point3> 1 && tobj.getAngle() < UAngle + 1 ){

Point3=0;

}

} //RESET Map if(Map==1&&tobj.getSymbolID()==2&&(tobj.getX()<0.37||tobj.getX()>0.49||tobj.getY()>.42||tobj.getY()<.19)){ Point3=0; fadein3A=0; fadein3B=0; fadein3C=0; }

timer=0; Point3Hint = true;

if(UPoint3<1){ UAngle = tobj.getAngle(); UPoint3=1;}

if (UAngle+2 > 6.1){ UPoint3=0;}

if(tobj.getAngle()> UAngle + 1 && tobj.getAngle() < UAngle + 2){ UPoint3 = 2; Ufadein3A=0; Ufadein3C=0;}

if(tobj.getAngle() > UAngle + 2 ){ UPoint3=3; Ufadein3B= 0; }

if(UPoint3 > 1 && tobj.getAngle() < UAngle + 1 ){

UPoint3=0;

}

} //RESET Map if(Map==1&&tobj.getSymbolID()==8&&(tobj.getX()<0.37||tobj.getX()>0.49||tobj.getY()>.42||tobj.getY()<.19)){ UPoint3=0; Ufadein3A=0; Ufadein3B=0; Ufadein3C=0; }

//----------------------------------------------------POINT 4 if(Map==1&&tobj.getX()>0.52&&tobj.getX()<0.65&&tobj.getY()<.66&&tobj.getY()>.40&&tobj.getSymbolID()==2){ println("Upsidedown is a go. UPoint1=" + UPoint4);

timer=0; Point4Hint = true;

if(Point4<1){ Angle = tobj.getAngle(); Point4=1;}

if (Angle+2 > 6.1){ UPoint4=0;}

if(tobj.getAngle()> UAngle + 1 && tobj.getAngle() < Angle + 2){ Point4 = 2; fadein4A=0; fadein4C=0;}

if(tobj.getAngle() > Angle + 2 ){ Point4=3; fadein4B= 0; }

if(Point4> 1 && tobj.getAngle() < UAngle + 1 ){

Point4=0;

}

} //RESET Map if(Map==1&&tobj.getSymbolID()==2&&(tobj.getX()<0.52||tobj.getX()>0.66||tobj.getY()>.66||tobj.getY()<.40)){ Point4=0; fadein4A=0; fadein4B=0; fadein4C=0; }

timer=0; Point4Hint = true;

if(UPoint4<1){ UAngle = tobj.getAngle(); UPoint4=1;}

if (UAngle+2 > 6.1){ UPoint4=0;}

if(tobj.getAngle()> UAngle + 1 && tobj.getAngle() < UAngle + 2){ UPoint4 = 2; Ufadein4A=0; Ufadein4C=0;}

if(tobj.getAngle() > UAngle + 2 ){ UPoint4=3; Ufadein4B= 0; }

if(UPoint4 > 1 && tobj.getAngle() < UAngle + 1 ){

UPoint4=0;

}

} //RESET Map if(Map==1&&tobj.getSymbolID()==8&&(tobj.getX()<0.52||tobj.getX()>0.66||tobj.getY()>.66||tobj.getY()<.40)){ UPoint4=0; Ufadein4A=0; Ufadein4B=0; Ufadein4C=0; }

}

// called when an object is removed from the scene void removeTuioObject(TuioObject tobj) { if (verbose) println("del obj "+tobj.getSymbolID()+" ("+tobj.getSessionID()+")"); }

// called when a cursor is removed from the scene void removeTuioCursor(TuioCursor tcur) { if (verbose) println("del cur "+tcur.getCursorID()+" ("+tcur.getSessionID()+")"); //redraw() }

// called when a blob is removed from the scene void removeTuioBlob(TuioBlob tblb) { if (verbose) println("del blb "+tblb.getBlobID()+" ("+tblb.getSessionID()+")"); //redraw() }

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