------------------------------------------------------------------------- __ _________ / / ___ __ / _______/ __ __ _____ _________ _________ / / / | / / / /______ / / / / / ___ | / ______ / / _______/ / / / /| | / / /_______ / / /_____/ / / /__| | / /____/ / / /______ / / / / | | / / / / / _______ / / _____ | / _______/ / ______/ / / / / | |/ / _______/ / / / / / / / | | / / / /_______ /_/ /_/ |___/ /________/ /_/ /_/ /_/ |_| /_/ /________/ - M O D E L E R & S H A D E R - for Atari TT030 and Falcon030 Demo Versions _________________________________________________________________________ . ._. ! . . !_. . . _. ._. ._. _________________ ! !\! ! !_! /_! !_/ !_. MODELER __________________ ! ! ! ._/ ! ! ! ! ! !_. &SHADER - I M P O R T A N T - The contents of these archives is not public domain. These files are part of a special evaluation package. They have been designed to give you the chance to test InShape at your own leisure. We would appreciate it if you would give a copy of these archives (in their original unmodified form) to a friend or fellow user. It is however not permitted to offer these files in combination with any commercial service. Any questions regarding the distribution should be directed to Cybercube Research Ltd. . ._. ! . . !_. . . _. ._. ._. _________________ ! !\! ! !_! /_! !_/ !_. MODELER __________________ ! ! ! ._/ ! ! ! ! ! !_. &SHADER - I N T R O D U C T I O N - This special demo version has been published to allow you to evaluate the InShape 3D Modeler/Shader and learn more about it's powerful feature set. We would recommend that you first install the program on your harddisk and then may try some of the examples listed below. The demo versions are limited to: 1) a maximum rendering/raytracing X-resolution of 320 pixels. 2) a maximum rendering/raytracing Y-resolution of 200 pixels. 3) any given scene may not consist of more than 1000 points. Aside from these restrictions, you may freely use all other functions and features of InShape. Should you require additional information or assistance, please contact us at the numbers and addresses listed below: Cybercube Research Limited 126 Grenadier Crescent Thornhill L4J 7V7 Ontario Canada Tel.: (905) 882 0294 Monday-Friday, 10:00 AM to 4:00 PM EST Fax : (905) 886 3261 BBS : (905) 882 5895 GEnie: CYBERCUBE CRS-Online: Cybercube.Research InterNet/ UseNet: cybercube.research@camrem.com or cybercube@genie.geis.com . ._. ! . . !_. . . _. ._. ._. _________________ ! !\! ! !_! /_! !_/ !_. MODELER __________________ ! ! ! ._/ ! ! ! ! ! !_. &SHADER - V E R S I O N S - InShape INTRO 1.0 3D Modeler&Shader (DEMO) runs either on a the Atari TT030 or a Atari Falcon030 with at least 4 MB of RAM. Minimum screen resolution is 640x480 at 16 colors. If you intend to use this program on a Atari Falcon030, please make sure that your system is equipped with a FPU (floating point co-processor). InShape 1.02 3D Modeler&Shader (DEMO) runs either on a the Atari TT030 or a Atari Falcon030 with at least 4 MB of RAM. Minimum screen resolution is 640x480 at 16 colors. If you intend to use this program on a Atari Falcon030, please make sure that your system is equipped with a FPU. . ._. ! . . !_. . . _. ._. ._. _________________ ! !\! ! !_! /_! !_/ !_. MODELER __________________ ! ! ! ._/ ! ! ! ! ! !_. &SHADER - I N S T A L L A T I O N - You need the following files to install the InShape demos: InShape INTRO 1.0 ================= IS_D100A.LZH contains all files of disk A IS_D100B.LZH contains all files of disk B InShape 1.02 ============ IS_D102A.LZH contains all files of disk A IS_D102B.LZH contains all files of disk B Please download the appropriate archives, decompress them place the decompressed files (maintaining exactly the same directory structure) on two 720 KB DD disks labelled 'A' and 'B'. Once you created your own copy of the InShape demo disks, please follow these directions: 1. Insert disk 'A' in drive A: and open the directory by double-clicking the drive A: icon. 2. Start the >INSTALL.PRG< program with a double-click. 3. A file selector box will appear. Please select the partition and path on your harddisk in which the InShape demo should be installed. 4. Exit the file selector box by clicking on the [ OK ] button. The program will then start some copying actions. 5. An alert box will be displayed and ask you to insert disk 'B' in drive A:. Insert the second disk and press >RETURN< 6. The file selector box reappears and asks you to enter the path to be used later to store the raytraced/rendered images from the InShape Shader. 7. Remove disk 'B' from your floppy disk drive and store both disks in a safe place. In the InShape folder you should now find the following files: INSHAPE.FNT - the InShape font INSHAPE.PRG - the main program IS_CONV.PRG - the InShape converter program IS_MODEL.APP - the InShape Modeler (program module) IS_MODEL.INF - the InShape Modeler configuration file IS_SHADE.APP - the InShape Shader (program module) and the following folders: SCENE - contains some predefined scenes OBJECT - contains some predefined objects TEMPLATE - contains the template data files PATH - contains the path data files SURFACE - contains surface map definitions IMAGE - contains images for image mapping To start the demo version of InShape, double-click the >INSHAPE.PRG< icon. . ._. ! . . !_. . . _. ._. ._. _________________ ! !\! ! !_! /_! !_/ !_. MODELER __________________ ! ! ! ._/ ! ! ! ! ! !_. &SHADER - E X A M P L E 1 - 1) Start the >INSHAPE.PRG< program. 2) Click on the [OPEN] button in the first alert box. 3) A file selector box will appear. Please select the >ROBOT.ISC< file. The program will then load this file and enter the scene editor. 4) Select 'ANIMATION TEST' from the 'SHADER' menu or simply press F5. The program will now start to calculate 50 frames of the animation and store them in memory. The animation will be played back as soon as all frames have been calculated. 5) Press any key to repeat the animation. Press >ESC< to exit the animation preview mode. . ._. ! . . !_. . . _. ._. ._. _________________ ! !\! ! !_! /_! !_/ !_. MODELER __________________ ! ! ! ._/ ! ! ! ! ! !_. &SHADER - E X A M P L E 2 - 1) Start the >INSHAPE.PRG< program. 2) Click on the [OPEN] button in the first alert box. 3) A file selector box will appear. Please select the >ABC.ISC< file.The program will then load this file and enter the scene editor. 4) Select 'SINGLE FRAME' from the 'SHADER' menu to render one frame of the scene. The program will perform a few calculations and then start to display the picture on a line-by-line basis. The program will use the pathname you entered under step 6 in the installation progress to store the raytraced/rendered image. The program will automatically name the file IS_00001.IIM. After the image has been completed, the program will return to the Modeler. 5) An alert box will appear again. Select [ CONTINUE ]. 6) Exit the program by selecting 'QUIT' from the 'File' menu. 7) Start the >IS_CONV.PRG< propgram. 8) Click on the [ IIM... ] button under 'LOAD'. 9) In the file selector box, search for the IS_00001.IIM file (you can locate it in the path you specified under step 6 in the installation process). 10) Select the IS_00001.IIM file with a double-click. The converter will now load the image. 11) Click on the [ SHOW ] button. 12) Press the right mouse button. 13) Click on the [ TIFF... ] button under 'SAVE'. 14) Now save the file with the help of the file selector box under any new file name. 15) Exit the converter by clicking on the [ EXIT ] button. You can now import the saved TIFF image into other programs like GEM-View, Calamus SL, tms Cranach, Retouche, True-Paint, Chagall etc.) . ._. ! . . !_. . . _. ._. ._. _________________ ! !\! ! !_! /_! !_/ !_. MODELER __________________ ! ! ! ._/ ! ! ! ! ! !_. &SHADER - E X A M P L E 3 - THE DANCING GOBLET A few words before we begin with this 'classic' tutorial: the steps outlined below have been chosen to demonstrate a wide number of features. There are certainly a number of shortcuts to get to the same results. This however, was not our objective. 1. Start InShape and select NEW from the FILE menu to clear the memory. Enter the object editor, then select TEMPL. to enter the template editor. 2. Set the SCALE to 2 cm and center the yellow box over the cross hairs. Press the left mouse button. 3. Select the GRID option (1st icon, 2nd row). Activate SNAP to GRID (2nd icon, 2nd row) as well. 4. Move the cursor into the work area. Position the mouse so that the X/Y position above the work area displays: Mouse X: 0.00 Y: -400.00. Click on the left mouse button. 5. Now move the cursor to these locations, again pressing the left mouse button at each position: X Y 260 -400 260 -380 20 -360 20 120 6. Select the ELLIPSE (icon with the compass & circle) tool and enter these values: X - Radius : 280 Y - Radius : 260 Angle begin: 0 Angle end: 90 Rotation : 90 Points : 8 , then click on [ OK ] 7. Press the right mouse button and draw a yellow rubber-band box around these newly generated points. Release the mouse button and select INSIDE. There should now be eight yellow squares (active points) on your screen. 8. Click on the MODE icon (2nd icon in the 1st row, the one that currently shows the single filled circle [point mode]). Select the MOVE X/Y icon. 9. Position your cursor over the leftmost active (yellow) point of the selected points curve. Press the left mouse button and move the mouse a bit to the right and upwards until the readout above the working area says: Trnsl. X: 60 Y: 400. Release the mouse button. Deselect all active points by clicking on the DESELECT icon (1st icon, 4th row, the one with the three hollow circles). 10.Position your cursor at X: 40 Y:100. Press the right mouse button, open the rubber-band box and move the mouse towards the upper right hand corner of the display until all but the topmost point are within the yellow bounding box. Release the mouse button and select SMOOTH. 11.Open the ELLIPSE dialog and change the X - Radius to 260. Exit via [ OK ]. Again, select all newly generated points, place your cursor over the leftmost point and move all eight points until the readout displays: Trnsl. X: 40 Y:400. 12.Press and hold ALT and click on the leftmost and topmost of the yellow points, thus deactivating them. Draw a rubberbox around the remaining yellow points and select SMOOTH. Deselect all points with the DESELECT icon. Press and hold ALT and click on the point at X: 40 Y: 140. Now, drag this point so that it now lies at X: 0 Y: 140. 13.Click on the INFO icon. You should now have a total of 21 points. 14.Move the cursor over to the working area and press the right mouse button. A pop-up menu will appear. Select the icon that shows the single line. 15.Place your cursor over the point at X: 0 Y: -400. Click on the left mouse button. Move over to X: 260 Y: -400 and again, click on the left mouse button. You now connected the first two points. Proceed connecting the points at X: 260 Y:-380, X: 20 Y: -360 and X: 20 Y: 120. Next, keep connecting all the points on the outer curve of the goblet until you reach the point at X: 320 Y: 400. Now, connect all the points on the inside curve until you connected the last of the smooth points (circles) with the point at X: 0 Y: 140. 16.Select SAVE from the FILE menu and save your new template. 17.Next, select SPIN from the EXECUTE menu and click on [ OK ]. 18.In the SURFACE dialog, click on the [LOAD] button. Now search for the \SURFACES\MINERAL\ path and load the DIAMOND.ISF file. Click on [ OK ] Back in the surface dialog, (after activating the selection the selection in the newer versions using the [>] button), click on the REFRACTION box and select >CRYSTAL<. Click on [ OK ]. 19.The program returns to the object editor. Press F2, then place the mouse cursor at the lower border of the screen. Press the left mouse button and move your mouse upwards to encircle the object as closely as possible. Release the mouse button and the screen will be redrawn showing the object in full size. 20.Select the OBJECTS icon (1st icon, 2nd row), and rename the first object to 'Goblet'. Press OK and exit the dialog. Select the LAYERS icon (2nd icon, 2nd row) and enable the EDIT and DISPLAY boxes of the first layer. 21.Select the ACTIVATE ALL POINTS icon (1st icon, 4th row) to enable all points. Click on the TRANSLATE icon (2nd icon, 5th row) and enter the following values: X: 0 Y: 445 Z: 0, click on [ OK ]. This will move the object along the Y - axis. 22.Select ROTATE icon (2nd icon, 6th row) and enter these values: Angle X: 0 Angle Y: 0 Angle Z: -10, then click on [OK]. This will tilt the object 10 degrees to the left. Choose ALL from the DISPLAY menu to center the object on the screen. 23.Save your object (SAVE AS... in the FILE menu). Go to the scene editor. Click on the CAMERA icon and enter these values: Position X: 35 Y: 500 Z: -1390 Point of view X: -65 Y: 450 Z: 0 Up vector X: 0 Y: 1 Z: 0 Horizontal angle: 70, and click on [ OK ]. 24.Click inside the working area in the scene editor. The hierarchy window will be displayed. Place the mouse over the MAIN ROOT box and press the left mouse button. Select ADD. Now, use the right mouse button and click on the MAIN ROOT box again. A new dialog will appear. Under Light, select POINT and enter these values: X: 50 Y: 1600 Z: -50 ... Radius: 0.3 25.Click on the [>] button. Enter 'Goblet' in the NAME box. Select SPOT as the new light type, then enter these values: X: 20 Y: 1800 Z: -10, next, click on [EXIT]. 26.In the PREFERENCES dialog (1st icon, 2nd row), select a suitable image size (up to 320x200) and a quality factor you prefer. For quick results, select values like 80x80,TEST. Make sure to enable the CLOUDS checkbox and to set a valid path for the SHADER output files. 27.Next, select a surface definition for the floor. Click on the SURFACE icon (2nd icon, 3rd row). Choose LOAD and find & load the GRANITE.ISF file. Click inside the PATTERN box and change the direction to [Z]. Exit via [ OK ]. Now, click inside the BUMP MAP box and select [DENTS], then [ OK ]. Set the REFLECTION parameter in both columns to: 40 and leave the surface dialog. 28.Save your scene with the SAVE AS... option in the FILE menu. 29.Select SINGLE FRAME from the SHADER menu and click on [ OK ] to start the raytracing process. 30.After InShape computed the image, use the InShape Converter to convert the picture and display it with such file and image viewers like GEM-View. Enjoy! . ._. ! . . !_. . . _. ._. ._. _________________ ! !\! ! !_! /_! !_/ !_. MODELER __________________ ! ! ! ._/ ! ! ! ! ! !_. &SHADER - T I P S & T R I C K S - /// How to Zoom in & out in the object editor: ============================================== Move the mouse cursor to the lower border of the object window. Press the left mouse button while moving the mouse upwards. A yellow box will appear showing the new display size. Release the mouse button and the display will be redrawn using the new zoom level. /// How to change the point of view in the object editor: ========================================================= Select 'Central' from the VIEW menu or press '8'. Now, hold the CNTRL key and press either the right or left mouse button to change the X-Y-Z angles on your screen. Release the keys again to initiate the redraw. /// How to select points, lines and planes: =========================================== Press and hold the right mouse button. A yellow 'rubber-band' box will appear. Position this box over the elements you want to activate/ deactivate. Release the right mouse button. A new pop-up menu will appear giving you several choices to manipulate the current element selection. /// How to change between points, lines and plane mode: ======================================================= In the object editor, simply click on the icon right beside the [i] icon (second icon, top row) and select the appropriate mode. Faces can be individually selected by entering the plane mode and then clicking inside the plane boundaries. /// How to change the view point & camera position in the scene editor: ======================================================================= The parameter 'camera POSITION' and 'POINT OF VIEW' can be altered via the numeric keypad without the CAMERA dialog box. The information entered refers to the active >keyframe<. Step lengths of one, ten, one hundred and one thousand are possible. KEYS STEP LENGTH without any special keys ............. 1 left SHIFT .......................... 10 left SHIFT + CNTRL ................. 100 left SHIFT + CNTRL + ALT .......... 1000 Camera position KEY EFFECT ( ......................... reduce X ) ......................... increase X 7 ......................... reduce Y 8 ......................... increase Y 4 ......................... reduce Z 5 ......................... increase Z Point of View KEY EFFECT / ......................... reduce X * ......................... increase X 9 ......................... reduce Y - ......................... increase Y 6 ......................... reduce Z + ......................... increase Z /// How to abort the shader: ============================ You can abort the rendering/raytracing process by simultaneously pressing these keys: CONTROL SHIFT - LEFT and SHIFT - RIGHT ALTERNATE /// Move and copy objects in the hierarchy window: ================================================== In the scene editor, open the hierarchy window by clicking inside the scene window. Press & hold SHIFT and then select an entry and move it to it's new place. Press & hold CONTROL and then select the entry you want to copy. /// Configuring the lights, manipulating objects: ================================================= Open the hierarchy window, place the mouse cursor over the element you want to change the lighting conditions for, then press the right mouse button. A new menu will appear, allowing various light/ object manipulations. /// Selecting individual sections in the path editor, bezier control: ===================================================================== Press either <- or -> to select the previous/next segment of the path. Press B to convert the line segment to a bezier curve segment.