How to make sculpted prim by TATARA

T624 Make a Dolphin

2011-11-14T16:59:00.001+09:00

Let's make the following dolphin by TATARA6.0.

To make this, I prepared the following background image of the dolphin.

Let's make the dolphin from the following steps.
1) Make the whole body in MAGE mode.
2) Make the pectoral fin in WAPPA mode temporarily.
3) Make the dorsal fin in WAPPA mode temporarily.
4) Make the tail fin in WAPPA mode temporarily.
5) Arrange the form of each fin in TSUCHI mode.
6) Influence symmetrically.
7) Maximize, save and upload to the in-world.

You can check this tutorial by following video.

TUTORIAL T624 Make a Dolphin

Let's make the dolphin.

Boot TATARA and choose New on the File menu.

On the New dialog, choose 32x32 of SPHERE and click the OK button.

Click the MAGE tab and change edit mode into MAGE.

Set Grid on the View menu as None.

To edit easily, set Edit Level on the lower-left of the edit pane as Middle.

Choose Load Background on the View menu and display the background image of the following figure.

As shown in the following figure, choose all the displayed control points.

Pressing the ctrl key, drag the control point of the selecting range and use the object as the thin column.

Move the cursor to the upper left of the selected range, when rotation cursor is displayed, drag it, and as shown in the following figure, rotate the object.

As shown in the following figure, rearrange the five control points. Keep the object from being inside out.

As shown in the following figure, rearrange the six control points. Please arrange carefully the control point in yellow area.

As shown in the following figure, rearrange the four control points. Please arrange carefully the control points in yellow areas.

As shown in the following figure, rearrange the six control points.Please arrange carefully the control points in yellow areas.

As shown in the following figure, rearrange the five control points.

As shown in the following figure, rearrange the six control points.

Let's adjust disposition of all the displayed control points.

Rearrange the control points of yellow areas of the following figure.

The preview is displayed as shown in the following figure.

Let's make the fins in WAPPA mode temporarily.

Click the WAPPA tab and change edit mode into WAPPA.

The edit pane is displayed as shown in the following figure.

Let's arrange the symmetry automatically.

Set Symmetry on the View menu as Mirror Image.

Let's make the pectoral fin temporarily.

Choose Select None on the Sides menu and make the section to edit only into the section displayed now.

Click the ">" button at the lower left of the edit pane, and when you change the edit section and 50, 51, 60, 61, and 70 are displayed on the central button, click.
As for the section in which the central button was downed, the result of edit is reflected.

Click the "<" button at the lower left of the edit pane, and set the edit section to 60.

As shown in the following figure, rearrange the control points, to make the thin fin.

Rearrange the control points of the yellow areas of the following figure so that the body of the dolphin becomes smooth.

Because the section of endpoints does not edit, click the "<" button and the ">" button, display the section of 50 and 70, and click and up the central button.

Click the "<" button at the lower left of the edit pane, and set the edit section to 60.

Rearrange the control point, as shown in the following figure.

The preview is displayed as shown in the following figure.

Let's make the dorsal fin temporarily.

Choose Select None on the Sides menu and make the section to edit only into the section displayed now.

Click the ">" button at the lower left of the edit pane, and when you change the edit section and 80, 81, 90, 91, and A0 are displayed on the central button, click.
As for the section in which the central button was downed, the result of edit is reflected.

Set to 90 the section which clicks and edits the "<" button at the lower left of the edit pane.

The preview is displayed as shown in the following figure.

As shown in the following figure, rearrange the control points, to make the thin fin.

Rearrange the control point of the yellow area of the following figure so that the body of the dolphin becomes smooth.

Because the section of endpoints does not edit, click the "<" button and the ">" button, display the section of 80 and A0, and click and up the central button.

Click the "<" button at the lower left of the edit pane, and set the edit section to 90.

The preview is displayed as shown in the following figure.

As shown in the following figure, rearrange the control point on the blue line.

The preview is displayed as shown in the following figure.

Let's make the dorsal fin temporarily.

Choose Select None on the Sides menu and make the section to edit only into the section displayed now.

Click, when you change the section which clicks and edits the ">" button at the lower left of the edit pane and E1, F0 and F1 are displayed on the central button.

As for the section in which the central button was downed, the result of edit is reflected.

Click the "<" button at the lower left of the edit pane, and set the edit section to F0.

As shown in the following figure, rearrange the control point.

The preview pane is displayed as shown in the following figure.

Let's arrange the pectoral fin and the dorsal fin in TSUCHI mode.

Click the TSUCHI tab and change edit mode into TSUCHI.

Choose Load Background on the View menu and display the background image of the following figure.

The edit pane is displayed as shown in the following figure.

Let's arrange the pectoral fin.

As shown in the following figure, choose the control point by range selection. The tip of the fin on either side is chosen.

As shown in the following figure, rearrange the selected control point. The gray circle control points are rearranged automatically.

As shown in the following figure, choose the control points by range selection. The fin on either side is chosen.

As shown in the following figure, rearrange the selected control points.

As shown in the following figure, choose the control points by range selection. The fin on either side is chosen.

As shown in the following figure, rearrange the selected control points.

As shown in the following figure, choose the control points by range selection. The fin on either side is chosen.

As shown in the following figure, rearrange the selected control point.

The preview is displayed as follows.

Let's arrange the dorsal fin.

As shown in the following figure, rearrange the selected control point. The gray circle control points are rearranged automatically.

Rearrange the control point, as shown in the following figure.

As shown in the following figure, choose the control points by range selection. The control point of the side opposite to the dorsal fin is also chosen.

Rearrange the control points, as shown in the following figure.

As shown in the following figure, choose the control points by range selection. The control point of the side opposite to the dorsal fin is also chosen.

Rearrange the control points, as shown in the following figure.

Rearrange the control point, as shown in the following figure.

Let's arrange the tail fin.

As shown in the following figure, choose the control points by range selection.

As shown in the following figure, rearrange the selected control point. The gray circle control points are rearranged automatically.

Let's change the edit direction.

As shown in the following figure, click the YZ button at the lower left of the edit pane.

The edit pane is displayed as shown in the following figure.
Rotate the mouse wheel and zoom up the yellow area.

Rearrange the control point, as shown in the following figure.

As shown in the following figure, choose the control points by range selection. The control point on the background of the fin is also chosen.

Rearrange the control points chosen as shown in the following figure.

As shown in the following figure, choose the control points by range selection. The control point on the background of the fin is also chosen.

Rearrange the control points chosen as shown in the following figure.

As shown in the following figure, choose the control point by range selection. The control point on the background of the fin is also chosen.

Rearrange the control point chosen as shown in the following figure.

Let's copy the left half of the dolphin to the right half.

Choose Mirror 80-GG from 00-7G on the Edit menu.

Click the ZX button of the Mirror dialog.

The left half of the dolphin was copied to the right half.

The preview is displayed as shown in the following figure.

The form of the dolphin was completed.

Let's upload a sculpt-map file to the in-world.

Let's check Setup before saving.
Choose Setup on the File menu.

Set TGA Save Size as 64x64 in the displayed dialog.
And let's check the following items.
-Copy Protection by transparent When the prim is modified, you can make it transparent to prevent the texture from being copied by screen capture.
-Auto Maximize The object saved when you save your sculpt map file is maximized automatically.
And click the OK button.

If you check Auto Rename, overwrite of a sculpt-map file is prevented.

Let's save your sculpt map file in TGA File form.

Choose Save on the File menu.

Choose TGA File of Save Dialog and save your file.

Let's upload a sculpt-map file to the in-world.

When you upload a sculpt-map file, be sure to choose Upload Image.
It costs 10L$ to upload one Sculpt-Map file.

Choose Upload - Image (L$10) on the Build menu.

Specify “Preview image as” as Sculpted Prim. And check it by the preview. Check Use lossless compression. And click Upload Button.

Let's apply the sculpt map.

Build the objelct. And click the Object tab and set Building Block Type to Sculpted on Edit floater.

Apply your uploaded sculpt map.

Stretch your object suitably.

The dolphin was completed.

Original text: http://kanaenet.blogspot.com/2011/11/t624-1.html
This article is automatically translated by the computer interpreter.
Please notify me of any mistakes in translation.

T623 Make a Spoon

2011-11-07T14:40:00.001+09:00

Let's make the following spoon using TATARA 6.0.

To make this, I prepared the three following background images.

The side of the spoon

The upper side of the spoon

The right background image rotates the upper left background image.

Let's make the spoon from the following steps.
1) Choose Cylinder 64x16 by New on the File menu.
2) Make the side of the spoon in TOKOROTEN mode.
3) Only the half makes the upper surface of the spoon in TSUCHI mode.
4) Make the upper surface using Mirror.
5) Make the side of the spoon in TSUCHI mode.
6) Smooth the spoon by Smooth.
7) Edit the tip of the cup of the spoon in TSUCHI mode.
8) Close one side of the side in TSUCHI mode.
9) Close both of sides by Mirror.
10) Maximize, save and upload to the in-world.

You can check this tutorial by following video.

TUTORIAL T623 make a Spoon

Let's make the spoon.

Boot TATARA and choose New on the File menu.

In the New dialog, choose 64x16 of CYLINDER and click the OK button.

lick the TOKOROTEN tab and change edit mode into TOKOROTEN.

Set Grid on the View menu as None.

Set Edit Level in the lower-left of the edit pane as Middle.

Choose Load Background on the View menu and display the background image of the following figure.

Let's make the edge of the side of the spoon.

As shown in the following figure, arrange the five control points.

Choose the two control points of the red area of the following figure.

Right-click the edit pane and choose Vertical Align on the popup menu. The shortcut of the keyboard is Ctrl+E.

Choose the control point of the red area of the following figure.

Right-click the edit pane and choose Equal Intervals on the popup menu. The shortcut of the keyboard is Ctrl+D.

As shown in the following figure, put the control point on the upper left control point.

Choose the control point of red area, pressing the Shift key.

Right-click the edit pane and choose Equal Intervals on the popup menu. The shortcut of the keyboard is Ctrl+D.

Choose the control points of the red area of the following figures.

Set Edit Mode at the lower left of the edit pane as Worp.

You can change Edit Mode, after choosing the control point. The edit pane is displayed as shown in the following figure.

Rearrange the round gray control points in Worp mode so that the control point which constitutes above the cup is arranged like the yellow area of the following figures.

Click the O button at the lower left of the edit pane, and decide edit.

Let's edit the upper side of the spoon on TSUCHI mode.

Click the TSUCHI tab and change edit mode into TSUCHI.

Click the YZ button at the lower left of the edit pane.

To close the edge of the right and left of the spoon, choose the control points, as shown in the following figure.

As shown in the following figure, rearrange the selected control points.

Choose Load Background on the View menu and set the background image of the following figure.

Select the control points of the red area of the following figure.

As shown in the following figure, rearrange the selected control points in the height at the right end of the spoon.

Select the control points of the red area of the following figure.

As shown in the following figure, rearrange the selected control points.

Set Edit Mode at the lower left of the edit pane as Worp.

Make range selection of the control point of the following figure.

Rearrange the gray circle and gray square the control points so that the control points are arranged in the yellow area of the following figure.

Click the O button at the lower left of the edit pane, and decide edit.

Let's copy the upper half to the bottom half.

From the preview you see the source of the copy is 00-G3 and symmetry plane is constituted by red and the green line.

Choose Mirror 04-GG from 00-G3 on the Edit menu.

Click the XY button on the Mirror Dialog.

As shown in the following figures, the bottom half was copied from the upper half.

Let's make the cup of the spoon.

As shown in the following figure, choose the control points of yellow area.

Because it is difficult to choose them, you can use the Bitmap tab.

Click the Bitmap tab and change edit mode into Bitmap.

Choose the control point, as shown in the following figures.
Row: 00-40 and C0-60 and 90-G0
Line:20-60

Click the TSUCHI tab and change edit mode into TSUCHI.

Click the XY button at the lower left of the edit pane.

Let's use the 3rd background image. The TSUCHI mode can set the background image for every display of the six buttons of the edit pane.

Choose Load Background on the View menu and set the background image of the following figure.

Rearrange the gray circle and gray square control points so that the control point is arranged like the yellow area of the following figures.

Click the O button at the lower left of the edit pane, and decide edit.

Let's smooth the cup of the spoon.

Check the setup of Smooth before that. Choose Setup on the File menu.

Set Smooth Radius as 1.5 and click the OK button.

Set Edit Mode at the lower left of the edit pane as Normal.

As shown in the following figure, choose the control points of red area.

Right-click the edit pane and choose Vertical Moving Average on the popup menu.

Please do Vertical Moving Average several times until the cup becomes smooth enough.

The preview pane is displayed as shown in the following figures.

Let's edit the tip of the cup of the spoon.

As shown in the following figure, click the ZX button at the lower left of the edit pane.

Set Edit Mode at the lower left of the edit pane as Worp.

Choose the control point of the red area of the following figures. These are the tips of the cup.

Like the yellow area of the following figures, rearrange the gray circle and gray square control points so that the center is arranged on the red axis.

Click the O button at the lower left of the edit pane, and decide edit.

Let's also edit the tip of the spoon seen from another direction.

Click the YZ button at the lower left of the edit pane.

Set Edit Mode at the lower left of the edit pane as Normal.

As shown in the following figure, choose and rearrange the control points in the upper half of the tip of the cup.

From the preview, you see the side of the spoon not completed.

Let's close the side of the spoon.

Choose Edit Line on the View menu.

Click the ReverseNone button of the Edit Line dialog, choose 00 of the top of Rows and click the OK button. You can edit only the edge on the spoon.

Click the XY button at the lower left of the edit pane.

The edit pane is displayed as shown in the following figure. Choose the two control points for every yellow area.

Right-click the edit pane and choose Magnet on the popup menu. The shortcut of the keyboard is Ctrl+B.

The round gray control points are rearranged automatically.

The edit pane is displayed when you edit all the pairs as shown in the following figure.

Let's edit the joint from another direction.

Click the ZX button at the lower left of the edit pane.

The edit pane is displayed as shown in the following figures. Choose the two control points for every yellow area.

Right-click the edit pane and choose Magnet on the popup menu. The shortcut of the keyboard is Ctrl+B.

The round gray control point is rearranged automatically.

The edit pane is displayed when you edit all the pairs as shown in the following figure.

Let's copy the upper half to the bottom half.

From the preview you see the source of the copy is 00-G3 and symmetry plane is constituted by red and the green line.

Choose Mirror 04-GG from 00-G3 on the Edit menu.

Click the XY button on the Mirror Dialog.

The form of the spoon was made.

Let's upload a sculpt-map file to the in-world.

Let's check Setup before saving.
Choose Setup on the File menu.

Set TGA Save Size as 64x64 in the displayed dialog.
And let's check the following items.
-Copy Protection by transparent When the prim is modified, you can make it transparent to prevent the texture from being copied by screen capture.
-Auto Maximize The object saved when you save your sculpt map file is maximized automatically.

If you check Auto Rename, overwrite of a sculpt-map file is prevented.

Let's save your sculpt map file in TGA File form.

Choose Save on the File menu.

Choose TGA File of Save Dialog and save your file.

Let's upload a sculpt-map file to the in-world.

When you upload a sculpt-map file, be sure to choose Upload Image.
It costs 10L$ to upload one Sculpt-Map file.

Choose Upload - Image (L$10) on the Build menu.

Specify “Preview image as” as Sculpted Prim. And check it by the preview. Check Use lossless compression. And click Upload Button.

Since Stitching type of the preview is displayed by Sphere, yellow area is displayed.

Let's apply the sculpt map.

Build the objelct. And click the Object tab and set Building Block Type to Sculpted on Edit floater.

Apply your uploaded sculpt map.

Set Stitching type as Cylinder.

Stretch your object suitably.

Click the texture tab and set shininess to the texture.

The spoon was completed.

Original text: http://kanaenet.blogspot.com/2011/11/t623-1.html
This article is automatically translated by the computer interpreter.
Please notify me of any mistakes in translation.

T622 Make five Leaves

2011-11-01T05:38:00.001+09:00

Let's make the five following leaves using TATARA 6.0 and SOMATO 3.0.

All of the five leaves have the same form and texture. to make this, I prepared the background image of the following leaf.

Let's make the five leaves by the following steps.
1) Make the five disk in ROKURO mode.
2) Make the form of the leaf in TOKOROTEN mode.
3) Shift the position which the five leaves connect in TSUCHI mode.
4) Adjust the form of the leaf in TSUCHI mode.
5) Save temporarily. (Please don’t exit TATARA)
6) Make the texture by SOMATO using the saved sculpt map file and background image.
7) Load into TATARA the texture created by SOMATO.
8) Rearrange the four leaves in TSUCHI mode and Bitmap mode.
9) Upload the sculpt map file and the texture file to the in-world.

You can check this tutorial by following video.

TUTORIAL T622 Make file Leaves

Let's make the five leaves.

Boot TATARA and choose New on the File menu.

On the New dialog, choose 32x32 of SPHERE and click the OK button.

To edit easily, set Edit Level in the footing of the Edit pane as Middle.

The round gray control points are rearranged automatically.

Click the ROKURO tab and change into ROKURO mode.

Set Grid on the View menu as eight.

As shown in the following figure, choose the control points of red area.

Right-click the edit pane and choose Equal Intervals on the popup menu.
The shortcut of the keyboard is Ctrl+D.

Let's make the five disks.

As shown in the following figure, rearrange the two control points.

As shown in the following figure, rearrange the one control point.

The preview pane is displayed as shown in the following figure.

The five disks were made.

Let's make these disks into the form of the leaf in TOKOROTEN mode.

Choose the TOKOROTEN tab and change edit mode into TOKOROTEN.

The edit by TOKOROTEN is reflected in other sections.

To edit one section, click > button at the lower left of the edit pane 6 times, and choose the section 70.

Choose Load Background on the View menu and load the following background image.

Set Grid on the View menu as None.

As shown in the following figure, rearrange the nine control points of left side.

As shown in the following figure, rearrange the seven control points of right side.

Let's edit the form of the leaf on the TSUCHI mode.

Choose the TSUCHI tab and change edit mode into TSUCHI.

As shown in the following figures, click the XY button in the lower-left of the edit pane. Uncheck Disp Edit Lines and Disp Only Surface.

Choose Load Background on the View menu and load the following background image.

You notice that the direction of the leaf is different. It is because the direction to the display is different in TOKOROTEN mode and TSUCHI mode.
As shown in the following figure, choose all the control points.

As shown in the following figure, drag the upper left of the choice control point and rotate the leaf the 90 degrees counterclockwise.

Drag and move the control point chosen as shown in the following figures, and make them fit the background image.

Concentration, then the texture of the control point are not beautifully drawn on the center of the leaf. Let's rearrange the central control point so that it may not be remarkable.

As shown in the following figure, choose the control point in red area not by the click but by range selection. It is for having overlapped and also choosing the control point on the background of the leaf and the control point of other four leaves which are not visible.

Drag the control point like the red directional arrow of the following figure.

To rearrange the control point of the gray circle, set Edit Level at the lower left of the edit pane as Near.

To edit all five leaves at once, as shown in the following figure, choose the control point of the gray circle by range selection.

Rearrange the control point of the yellow area of the following figure.

The form of the leaf was completed.

Let's save this sculpt map file temporarily.

Check setup by Setup on the File menu before saving the file.

To make the texture from SOMATO using the background image, you have to save without maximizing the form edited by TATARA.
ですから，Therefore, uncheck Auto Maximize and click the OK button.

Choose Save on the File menu and save the sculpt map file.

Save by the TGA file format.

Please don’t exit TATARA.

Let's make the texture using the sculpt map and background image which were saved by SOMATO.

Boot SOMATO and load the sculpt map file which chose and saved Open Object on the File menu.

The preview pane of SOMATO is displayed as shown in the following figure.

Click the XY button, as shown in the following figure.

Choose Open on the Source menu and load the following background image.

Then, the edit pane is displayed as shown in the following figure. You notice similarly displayed as the edit pane of TATARA. If you want to adjust the position of the texture, drag the control point of the area where the following figures are red and it is round, or edit the digit value of the red area at the lower right of the edit pane.

Check the X-ray radio button.

Click the Bake button and create the texture.

Creation of the texture will display the preview pane, as shown in the following figure.

Choose Save on the Texture menu and save the created texture.

Exit SOMATO.

Let's load into TATARA the texture saved by SOMATO, and adjust disposition of the leaves.

Choose Load on the Texture menu of TATARA and load the texture file created by SOMATO.

The preview pane is displayed as shown in the following figure.

Let's change the five leaves into the suitable size.

As shown in the following figure, choose all the control points.

Drag the control point at the upper left of range selection, and make the leaves small.

As shown in the following figures, drag the leaf from which the root of the leaf was chosen in the center.

The background image is unnecessary. Choose Disp Background on the View menu and set the background image to invisible.

Let's give modification to the five leaves.

Click the YZ button at the lower left of the edit pane.

Set Edit Mode at the lower left of the edit pane as Worp.

Choose the red area of the following figure.

As shown in the following figures, drag the four gray control points.

Click the O button at the lower left of the edit pane.

Set Edit Mode at the lower left of the edit pane as Normal.

Let's rearrange the five leaves.

As shown in the following figure, choose the 2nd leaf from the top.

Click the XY button at the lower left of the edit pane.

Drag the central control point of rotation in the center of gravity of the choice range in the center.

Let's change the setup, in order to rotate the simply selected control point.

Choose Setup on the File menu.

Set Shift Rotate Deg. as 72 and click the OK button.

As shown in the following figure, drag the neighborhood of the control point at the upper right of the choice range, and rotate the selected leaf. When the SHIFT key is pressed after starting to drag, it will rotate by increment the 72 degrees.

Let's choose the control points on Bitmap mode and rearrange the remaining leaves on TSUCHI mode.

Click the Bitmap tab and change into Bitmap mode.

As shown in the following figure, choose the row 60-80, and click the TSUCHI tab.

Drag the central control point of rotation in the center of gravity of the choice range in the center.

Click the Bitmap tab and change into Bitmap mode.

As shown in the following figure, choose the row 90-B0, and click the TSUCHI tab.

Drag the central control point of rotation in the center of gravity of the choice range in the center.

Click the Bitmap tab and change into Bitmap mode.

As shown in the following figure, choose the row C0-E0, and click the TSUCHI tab.

Drag the central control point of rotation in the center of gravity of the choice range in the center.

The preview is displayed as shown in the following figure.

Let's upload a sculpt-map file to the in-world.

Let's check Setup before saving.
Select Setup on the File menu.

Set TGA Save Size as 64x64 in the displayed dialog.
And let's check the following items.
-Copy Protection by transparent When the prim is modified, you can make it transparent to prevent the texture from being copied by screen capture.
-Auto Maximize The object saved when you save your sculpt map file is maximized automatically.

If you check Auto Rename, overwrite of a sculpt-map file is prevented.

Let's save your sculpt map file in TGA File form.

Select Save on the File menu.

Select TGA File of Save Dialog and save your file.

Let’s upload texture file. It costs 10L$ to upload one texture file.

Select Upload - Image (L$10) on the Build menu.

Select the texture file, and click Upload button after checking by preview.

Let's upload a sculpt-map file to the in-world.
Select Upload - Image (L$10) on the Build menu.

Specify “Preview image as” as Sculpted Prim. And check it by the preview. Check Use lossless compression. And click Upload Button.

スカルプトマップを適用しましょう。

Build the objelct. And click the Object tab and set Building Block Type to Sculpted on Edit floater.

Apply your uploaded sculpt map.

Click the Texture tab. And apply the texture uploaded to the texture of the Texture tab.

Stretch your object suitably.

The five leaves was completed.

Original text: http://kanaenet.blogspot.com/2011/10/t622-5-1.html
This article is automatically translated by the computer interpreter.
Please notify me of any mistakes in translation.

T621 Make a Boat

2011-10-25T06:08:00.001+09:00

Let's make the following boats using TATARA 6.0.

You can make the texture of the bow of this boat easily.

To make this, I made the two following background images.

The boat seen from the top

The boat seen from the side

Let's make the boat from the following steps.
1) Choose 32x32 of Cylinder by New on the File menu.
2) Make the form seen from the top in TOKOROTEN mode.
3) Make the form seen from the side in MAGE mode.
4) Close the place where the upper and lower sides were open in WAPPA mode, and make the skeg.
5) Lock the part and the skeg closed in Bitmap mode.
6) Make the form seen from before from TSUCHI.

You can check this tutorial by following video.

TUTORIAL T621 Make a Boat

Let's make the boat.

Boot TATARA and choose New on the File menu.

Choose 64x16 of Cylinder in the New dialog, and click the OK button.

To keep smooth form, set Grid on the View menu as None.

Click the TOKOROTEN tab and change into TOKOROTEN mode.

Choose Load Background on the View menu and choose the following background image.

As shown in the following figure, rearrange the eight control points. Rearrange the control points of the bow and the stern on the red line.

Choose the control point of the red area of the following figure.

Right-click the edit pane and choose Equal Distance on the popup menu. The shortcut of the keyboard is Shift+Ctrl+D.

The control points are rearranged as shown in the following figure.

Rearrange the control points of the red area of the following figure on the contour of the boat.

Let's copy the edited right half to the left half.

According to the following figure, the field which constitutes the section consists of the lines of blue and red.

Choose Mirror 80-GG from 00-7G on the Edit menu.

Click the ZX button of the Mirror dialog.

The left half was rearranged as shown in the following figure.

Let's make the side of the boat in MAGE mode.

Click the MAGE tab and change into MAGE mode.

Choose Load Background on the View menu and choose the following background image.
The part of the deep color in the bottom is the thin plate called the skeg.

The edit pane is displayed as shown in the following figure.

Let's make the skeg.

As shown in the following figure, rearrange the two control points.

Let's pile up the control point of the red area of the following figure.

Choose the control points of red area.

Right-click the editing view and choose Magnet on the popup menu. The shortcut of the keyboard is Ctrl+B.

Choose the control points of red area.

Right-click the editing view and choose Magnet on the popup menu. The shortcut of the keyboard is Ctrl+B.

Let's make the bottom of the boat.

As shown in the following figure, rearrange the three control points.

Let's make the bottom inside the boat.

As shown in the following figures, rearrange the two control points.

Put the two control points on the control point rearranged at the previous step, respectively.

Choose the control point of the red area of the following figure.

Right-click the editing view and choose Magnet on the popup menu. The shortcut of the keyboard is Ctrl+B.

Choose the control points of the red area of the following figure.

Right-click the editing view and choose Magnet on the popup menu. The shortcut of the keyboard is Ctrl+B.

Let's horizontalize the bottom inside the boat.

Choose the control points of the red area of the following figure.

Right-click the edit pane and choose Horizontal Align. The shortcut of the keyboard is Ctrl+W.

As shown in the following figure, rearrange the two control points.

Let's make the outside of the stern of the boat.

Choose the control points of the red area of the following figure.

Right-click the edit pane and choose Equal Intervals. The shortcut of the keyboard is Ctrl+D.

Let's make the outside of the bow of the boat.

Choose the control point of the red area of the following figure.

Right-click the edit pane and choose Equal Intervals.The shortcut of the keyboard is Ctrl+D. The shortcut of the keyboard is Ctrl+D.

Rearrange the two control points of the red area of the following figure.

The preview is displayed as shown in the following figure.

Let's close the upper edge and the lower edge by WAPPA.

Click the WAPPA tab and change into WAPPA mode.

Let's make the form of the lower skeg and close the open part.

Let's set the section to edit.

Choose Select None on the Sides menu.

Click the ">" button in the lower-left of the edit pane, display the section of E0, E1, F0, F1, and G0, and click the central button.

Display the section of G0 and choose all the control points.

Drag the control point of the center of right side to the left, pressing the ctrl key.

The preview is displayed as follows. Yellow area has opened.

Check that the present display section is G0.

Choose Select None on the Sides menu.

Check having chosen all the control points.

Right-click the edit pane and choose Vertiacal Align on the popup menu. The shortcut of the keyboard is Ctrl+E.

The preview pane is displayed as shown in the following figure.

Let's close the inside bottom.

he preview pane is displayed as shown in the following figure.

Click the ">" button in the lower-left of the edit pane, and set the section to 00.

Choose all the control points currently displayed as shown in the following figure.

Right-click the edit pane and choose Vertiacal Align on the popup menu. The shortcut of the keyboard is Ctrl+E.

The preview pane is displayed as shown in the following figure.

Let's lock the inside bottom and skeg of the boat and make the form seen from before the boat.

Click the Bitmap tab and change into Bitmap mode.

Choose the area (00-G0 and 0 E-GG) chosen in the following figures.
The line is chosen if you choose the cell to which the left end number was written. When you choose the control point, pressing the Shift key, you will be chosen in addition.

Right-click the edit pane and choose Lock on the popup menu. The shortcut of the keyboard is Ctrl+L.

Click the TSUCHI tab and change into TSUCHI mode.

As shown in the following figures, click the YZ button under the edit pane.

The bottom of the boat is flat.

As shown in the following figures, choose the left half of the boat.

Drag the control point of the lower left to the upper right, pressing the Shift key and the ctrl key.

Let's copy the left half to the right half.

Check that the symmetry plane consists of the previews by the line of blue and red.

Choose Mirror 80-GG from 00-7G on the Edit menu.

Click the ZX button in the Mirror dialog.

The edit pane is displayed as shown in the following figures.

Right-click the edit pane and choose Unlock All.

The boat form was completed.

Let's upload a sculpt-map file to the in-world.

Let's check Setup before saving.

Choose Setup on the File menu.

If you check Auto Rename, overwrite of a sculpt-map file is prevented.

Let's save your sculpt map file in TGA File form.

Choose Save on the File menu.

Choose TGA File of Save Dialog and save your file.

Let's upload a sculpt-map file to the in-world.

When you upload a sculpt-map file, be sure to choose Upload Image.
It costs 10L$ to upload one Sculpt-Map file.

Choose Upload - Image (L$10) on the Build menu.

Specify “Preview image as” as Sculpted Prim. And check it by the preview. Check Use lossless compression. And click Upload Button.

Build the objelct. And click the Object tab and set Building Block Type to Sculpted on Edit floater.

Apply your uploaded sculpt map.

Set Stitching type as Cylinder.

Stretch your object suitably.

I set up the texture, as shown in the following figures.
I chose the texture from the library.

The boat was completed.

Original text: http://kanaenet.blogspot.com/2011/10/t621-1-tokoroten.html
This article is automatically translated by the computer interpreter.
Please notify me of any mistakes in translation.

T620 Make a Star

2011-10-17T14:19:00.001+09:00

Let's make the following star using TATARA 6.0.

Let's push down the star horizontally and make it.

To make this, I made the following background image.
It is arranged so that it may become symmetrical by the upper and lower sides, when using the mirror function for the transverse direction.
The two black lines are drawn in order to decide the place in which the vertexes gather up and down.

Let's make the star from the following steps.
1) Make the form where the star was seen from the side from ROKURO.
2) Make the stellar form from TSUCHI.
3) Maximize, save and upload to the in-world.

You can check this tutorial by following video.

TUTORIAL T620 Make a Star

Let's make the form where the star was seen from the side in ROKURO mode.

The star has the ten vertexes which constitute the stellar form, and the form where those vertexes gathered the front and behind that one. The form seen from the side seems to be the diagram of cards.

Boot TATARA and choose New on the File menu.

Choose 64x16 of Sphere on the New dialog, and click the OK button.

The preview pane is displayed as shown in the following figure.

Set Edit Level in the footing of the Edit pane as Near.

Set Grid on the View menu as 1.

Click the ROKURO tab and change into ROKURO mode.

As shown in the following figure, arrange the three control points in piles to one.

As shown in the lower figure, choose the control points of red area.

Right-click the edit pane and choose Magnet on the popup menu. The shortcut of the keyboard is Ctrl+B.

The preview is displayed as shown in the following figure.

Let's copy the form of the upper half to the bottom half.

Choose Mirror 04-GG from 00-G3 on the Edit menu.

Click the XY button on the Mirror dialog.

The edit pane is displayed as shown in the following figure. The upper half was copied to the bottom half.

Let's edit the form seen from the top in TSUCHI mode.

Click the TSUCHI tab and change into TSUCHI mode.

As shown in the following figure, click the XY button at the lower left of the edit pane.

When you click the upper XY button, the upper and lower sides will interchange.

Choose Load Background on the View menu and choose the following background image.

The edit pane is displayed as shown in the following figure.

Let's arrange the bottom half, in order to use the mirror function later.
Let's make the control points of the bottom half into the six vertexes.
Please be sure to include the control point of blue or red in the one vertex.

As shown in the following figure, choose the five control points of red area.

Right-click the edit pane and choose Magnet on the popup menu. The shortcut of the keyboard is Ctrl+B.

As shown in the following figure, choose the seven control points of red area.

Right-click the edit pane and choose Magnet on the popup menu. The shortcut of the keyboard is Ctrl+B.

As shown in the following figure, choose the five control points of red area.

Right-click the edit pane and choose Magnet on the popup menu. The shortcut of the keyboard is Ctrl+B.

As shown in the following figure, choose the six control points of red area.

Right-click the edit pane and choose Magnet on the popup menu. The shortcut of the keyboard is Ctrl+B.

As shown in the following figure, choose the seven control points of red area.

Right-click the edit pane and choose Magnet on the popup menu. The shortcut of the keyboard is Ctrl+B.

As shown in the following figure, choose the four control points of red area.

Right-click the edit pane and choose Magnet on the popup menu. The shortcut of the keyboard is Ctrl+B.

As shown in the following figure, choose the five summarized control points by range specification, and arrange on the vertex of star.

Let's make the stellar form using the mirror function.

Choose Mirror 00-GG from 00-FG on the Edit menu.

Click the ZX button on the Mirror dialog.

As shown in the following figure, the bottom half has been arranged in the upper half.

Adjust the position of the four vertexes in the upper half of the red area of the following figure.

As shown in the following figure, rearrange the central control point at the intersecting point of the two lines with the black background image.

The star form was completed.

Let's upload a sculpt-map file to the in-world.

Let's check Setup before saving.
Choose Setup on the File menu.

Set TGA Save Size as 64x64 in the displayed dialog.
And let's check the following items.
-Copy Protection by transparent When the prim is modified, you can make it transparent to prevent the texture from being copied by screen capture.
-Auto Maximize The object saved when you save your sculpt map file is maximized automatically.

If you check Auto Rename, overwrite of a sculpt-map file is prevented.

Let's save your sculpt map file in TGA File form.

Choose Save on the File menu.

Choose TGA File of Save Dialog and save your file.

Let's upload a sculpt-map file to the in-world.

When you upload a sculpt-map file, be sure to choose Upload Image.
It costs 10L$ to upload one Sculpt-Map file.

Choose Upload - Image (L$10) on the Build menu.

Specify “Preview image as” as Sculpted Prim. And check it by the preview. Check Use lossless compression. And click Upload Button.

Build the objelct. And click the Object tab and set Building Block Type to Sculpted on Edit floater.

Apply your uploaded sculpt map.

Stretch your object suitably.

The star was completed.

Original text: http://kanaenet.blogspot.com/2011/10/t619-1.html
This article is automatically translated by the computer interpreter.
Please notify me of any mistakes in translation.

T619 Make a Flying Butterfly

2011-10-11T15:35:00.001+09:00

Let's make the following flying butterfly using TATARA6.0.

Let's make the following sculpted prims to make flying butterfly.
This form may be applicable to the frill of a skirt, etc.

Let's move the texture by the animation of the script.

Let's make a butterfly from the following steps.
1) Choose 128x8 of TORUS by New on the File menu.
2) Make the donut-like platter in ROKURO mode.
3) Make the state where the feather of the butterfly is going up in ROKURO mode.
4) Make the state where you chose the section which you edit in ROKURO mode, and the feather of the butterfly has fallen.
5) Choose the section which becomes a standard of movement toward the upper and lower sides of feather in ROKURO mode.
6) Smooth on the basis of the section selected by Folder.
7) Maximize and save.
8) Make the texture of a butterfly.
9) Upload a sculpt map file and a texture to the in-world.
10) Apply the uploaded file to an object and add a script.

You can check this tutorial by following video.

TUTORIAL T619 Make a Flying Butterfly

Let's make the flying butterfly.

Boot TATARA and select New on the File menu.

On the New dialog, select 128x8 of TORUS and click the OK button.

To rearrange the gray circle control points automatically, set Edit Level at the lower left of the edit pane as Middle.

As shown in the following figure, set Grid on the View menu as 8.

Click the ROKURO tab and change edit mode into ROKURO.

As shown in the following figure, select the eight control points of red area.

Right-click the edit pane and select Horizontal Align on the popup menu. The shortcut of the keyboard is Ctrl+W.

Then, the object becomes flat, and because Edit Level is Middle, the round gray control points are rearranged automatically. Drag the left end control point and make width into the four units for the object.

The edit pane is displayed as shown in the following figure.

Move the one unit of edited objects to the right.

The preview pane is displayed as shown in the following figure.

Let's bend the feather of the butterfly up and down.

As shown in the following figure, select the two control points of the endpoints shown in red area.

As shown in the following figure, rearrange the selected control point up to 2 units.

The preview pane is displayed as shown in the following figure.

Let's make feather downward.

Choose Select None on the Sides menu and make it only the cross-section which had the cross-section which is the target of edit displayed.

Select Custom on the Sides menu.

Check all the "00" and "80" of the list box on the left side of the sides dialog , and click the Close button.

The preview pane is displayed as shown in the following figure. The selected cross-sections are expressed as the red lines.

As shown in the following figure, rearrange the control points of the selected endpoints under 4 units.

Only the control point of the endpoints of the selected cross-section falls.

The preview is displayed as shown in the following figure.

Set Edit Level at the lower left of the edit pane as Near.

Let's smooth the object by using the cross-section selected using Folder on the Side menu as the key. The Foler function rearranges smoothly the cross-section which is not chosen as the key in the selected cross-section.

To add the cross-section of the key, choose Custom on the Sides menu.

Check all the "40" and "C0" of the list box on the left side of the sides dialog, and click the Close button.

The preview is displayed as shown in the following figure. The selected cross-sections are expressed as the red lines.

Select Folder on the Sides menu.

The preview is displayed as shown in the following figure.

Let's check Setup before saving.
Select Setup on the File menu.

Let's save your sculpt map file in TGA File form.

Select Save on the File menu.

Select TGA File of Save Dialog and save your file.

Let's search the texture of the butterfly with flickr. Access flickr.

Flickr
http://www.flickr.com/

Click upper right Search.

Click Advanced Search to look for what can be used as a material.

Check Only Photos of Search by media type, And check Only search within Creative Commons-licensed content and Find content to use commercially and Find content to modify, adapt, or build upon of the creative commons. And input the keyword morpho (morpho butterfly) which is a kind of the butterfly.

I chosed Morpho melenaus of ggallice.

Thank you, Geoff Gallice.

With your graphic Tools, as shown in the following figure, process the image. Set the height of the image to 64px.

Create the background of the butterfly in the same size and make the following images of 1024x128.
The texture was completed.

Let’s upload texture file. It costs 10L$ to upload one texture file.

Select Upload - Image (L$10) on the Build menu.

Select the texture file, and click Upload button after checking by preview.

Let's upload a sculpt-map file to the in-world.
Select Upload - Image (L$10) on the Build menu.

Specify “Preview image as” as Sculpted Prim. And check it by the preview. Check Use lossless compression. And click Upload Button.
In yellow area, the stitch of the object is displayed by Sphere.

Let's apply the sculpt map.

Build the objelct. And click the Object tab and set Building Block Type to Sculpted on Edit floater. And set Stitching Type as Torus.
And apply your uploaded sculpt map.

Stretch your object suitably.

Apply the uploaded texture.

Click the Texture tab. And apply the texture uploaded to the texture of the Texture tab.

The sculpt map and the texture were applied.

Let's add the script for the flying butterfly.

Click the New Script button of the Content tab of edit floater, and add the new script.

Double-click and open New Script and edit as follows.

default {
  state_entry() {
    llSetTextureAnim(ANIM_ON | SMOOTH | LOOP, ALL_SIDES, 1, 1, 1.0, 1, 0.25);
    llTargetOmega(<0.0,0.0,0.3>, PI, 1.0);
  }
}

llSetTextureAnim is the function of the texture animation.

llTargetOmega llTargetOmega is the function which rotates Prim by local.

Click and save the Save button.

The flying butterfly was completed.

Original text: http://kanaenet.blogspot.com/2011/10/t619-1.html

This article is automatically translated by the computer interpreter.

Please notify me of any mistakes in translation.

T618 Make a Rabbit Ballon

2011-10-03T16:00:00.001+09:00

Let's make the following rabbit balloon using TATARA6.0.

To make this, I made the following background images.
The background image is automatically resized by 256x256, and is displayed.

Let's make the rabbit balloon from the following steps.
1) Select 32x32 of Sphere by New on the File menu.
2) Make the form of the rabbit balloon by MAGE mode.
3) Save the grid texture and make the texture which changed the color of the ear.
4) Maximize, save and upload to the in-world.

You can check this tutorial by following video.

TUTORIAL T618 Make a Rabbit Ballon

Let’s make a rabbit ballon.

Boot TATARA and select New on the File menu.

Select 32x32 of Sphere on the New dialog, and click the OK button.

lick the MAGE tab and change into MAGE mode.

To edit easily, set Edit Level in the footing of the Edit pane as Middle.

Select Load Background on the View menu and select the following background image.

The edit pane is displayed as shown in the following figure.

As shown in the following figure, select all the control points.

The mouse cursor of the outside at the lower right of choice area drags mice from the area which becomes the rotational form, and rotates the selected control point the 90 degrees counterclockwise.

Let's edit the left side of the rabbit balloon and copy to right side.

As shown in the following figure, rearrange the two control points which constitute the symmetry plane of the copy.

Let's arrange the symmetry plane of the copy correctly.

As shown in the following figure, select the two rearranged control points.

Right-click the edit pane and select Vertical Align on the popup menu. The shortcut of the keyboard is Ctrl+E.

Let's edit the left ear of the rabbit balloon.

Rearrange the control point, as shown in the following figures.

Select the control points of the red area of the following figure.

Right-click the edit pane and select Equal Intervals on the popup menu. The shortcut of the keyboard is Ctrl+D.

The edit pane is displayed as shown in the following figure.

Let's edit the top of the left ear of the rabbit balloon.

As shown in the following figure, rearrange the control point at the left end of the object.

Let's edit the right side of the left ear temporarily.

As shown in the following figures, rearrange the control point of red area.

Right-click the edit pane and select Equal Intervals on the popup menu. The shortcut of the keyboard is Ctrl+D.

Let's edit the left side of the left ear temporarily.

As shown in the following figure, rearrange the control points of red area.

Right-click the edit pane and select Equal Intervals on the popup menu. The shortcut of the keyboard is Ctrl+D.

As shown in the following figure, rearrange the six control points.

As shown in the following figure, rearrange the round gray control points of red area.

Select the control point of red area as the following figures.
Though many control points are found in the far right edge of the ear, select only the one control point of left side.

Right-click the edit pane and select Equal Distance on the popup menu. The shortcut of the keyboard is Shift+Ctrl+D.

As shown in the following figure, rearrange the gray and white control points of red area.

Now, the left ear of the rabbit balloon was made.

Let's edit the left side of the face and copy to right side.

As shown in the following figure, rearrange the three control points.

As shown in the following figure, rearrange the round gray control points of red area.

As shown in the following figure, select the control points of red area.

Right-click the edit pane and select Equal Distance on the popup menu. The shortcut of the keyboard is Shift+Ctrl+D.

以下の図のように，赤いエリアの灰色の丸いコントロールポイントを再配置します。

Left side of the face of the rabbit balloon was made.

The preview is displayed as shown in the following figures. The control point of the specular surface consists of 17, 27, 37, and .. And the symmetry plane consists of blue and the green axis line.

Select Mirror 08-GG from 00-G7 on the Edit menu.

Click the YZ button of the mirror dialog.

The form of the rabbit balloon was made.

Select Save on the Texture menu in the far left edge of the menu bar, and save the grid texture currently displayed on the preview.

Please make the following texture by your graphic tool.

Select Load on the Texture menu and apply the created texture to the preview.

The preview is displayed as shown in the following figure.

Let's upload a sculpt-map file to the in-world.

Let's check Setup before saving.
Select Setup on the File menu.

Let's save your sculpt map file in TGA File form.

Select Save on the File menu.

Select TGA File of Save Dialog and save your file.

Let’s upload texture file. It costs 10L$ to upload one texture file.

Select Upload - Image (L$10) on the Build menu.

Select the texture file, and click Upload button after checking by preview.

Let's upload a sculpt-map file to the in-world.
Select Upload - Image (L$10) on the Build menu.

Specify “Preview image as” as Sculpted Prim. And check it by the preview. Check Use lossless compression. And click Upload Button.

Build the objelct. And click the Object tab and set Building Block Type to Sculpted on Edit floater.

Apply your uploaded sculpt map.

Click the Texture tab. And apply the texture uploaded to the texture of the Texture tab.

Stretch your object suitably.

The rabbit ballon was completed.

Original text: http://kanaenet.blogspot.com/2011/10/t618-1.html
This article is automatically translated by the computer interpreter.
Please notify me of any mistakes in translation.

Tutorial T617 Make a Rail Wood Fence

2011-09-27T14:35:00.001+09:00

Let's make the following rail wood fence using TATARA6.0.

Let's make rail wood fence from the following steps.
1) Choose 16x64 of Sphere by New on the File menu.
2) Make the one pillar thin in ROKURO mode, and divide into four.
3) Make the four pillars still thinner in MAGE mode, and leave and rearrange the aperture.
4) Equalize disposition of the control point.
5) Fill the aperture between the pillars.
6) Maximize, save and upload to the in-world.

You can check this tutorial by following video.

TUTORIAL T617 Make a Rail Wood Fence

Let's make a rail wood fence.

Boot TATARA and choose New on the File menu.

Choose 16x64 of Sphere in the New dialog, and click the OK button.

Click the ROKURO tab and change into ROKURO mode.

To edit easily, set Grid on the View menu as 4.

And set Edit Level in the footing of the Edit pane as Middle.

When you move the square control point, the round control point will be rearranged automatically.

As shown in the following figure, choose the control point of red area.

Right-click the edit pane and choose Equal Intervals on the popup menu. The shortcut of the keyboard is Ctrl+D.

Let's divide into four the one pillar made thin.

The one pillar has nine red square control points.
You can make the one pillar every two control of the red square.

As shown in the following figure, rearrange the red square control point at the center of the pillar in the same height as the control point of the black square.

As shown in the following figure, rearrange the black square control point at the center of the pillar in the same height as the control point of the blue square.

You were able to divide it into the four pillars.

Let's assemble the four pillars temporarily by MAGE mode.

Click the MAGE tab and change into MAGE mode.

Let's make the pillars thin.

As shown in the following figure, choose all the control points.

As shown in the following figure, make the pillar thin.

Let's rearrange the four pillars keeping apart them. It makes the one pillar easy to choose.

As shown in the following figure, choose the control points of red area. This is the left side post of the fence.

As shown in the following figure, rearrange the selected control points.

As shown in the following figure, lengthen the selected control points downward.

As shown in the following figure, choose the control points of red area. This is the right side post of the fence.

As shown in the following figure, rearrange the selected control points.

As shown in the following figure, lengthen the selected control points downward.

As shown in the following figure, choose the control points of red area. This is the upper rail of the fence.

As shown in the following figure, rotate the selected control points the 90 degrees counterclockwise.

As shown in the following figure, rearrange the selected control points.

As shown in the following figure, lengthen the selected control points on the right.

As shown in the following figure, choose the control points of red area. This is the lower rail of the fence.

As shown in the following figure, rotate the selected control points the 90 degrees counterclockwise.

As shown in the following figure, lengthen the selected control points on the left.

As shown in the following figure, lengthen the selected control points on the right.

It was assembled temporarily. The preview is displayed as shown in the following figure.
The texture is not assigned uniformly.

Let's make the space of the control points uniform so that the texture may be assigned uniformly.