• 導入
• LDraw 部品ライブラリ
• マウスとキーボードの操作
  • Examine モード
  • Fly-throug モード
• メニュー
  • ファイルメニュー
  • 編集メニュー
  • 表示メニュー
  • ヘルプメニュー
• ツールバー
• 全画面表示モード
• スナップショットを保存
• エラーと警告ウィンドウ
• 設定
  • 一般タブ
    • アンチエイリアス
    • 色
    • その他
  • 形状タブ
    • モデル
    • ワイヤフレーム
    • BFC
    • エッジ線
  • 効果タブ
    • 照明
    • 立体視
    • ワイヤフレーム画面
    • 透明
    • その他
  • 基本要素タブ
    • 基本要素の表現
    • その他
  • 更新タブ
    • プロキシの設定
    • 不足部品
  • 設定セットタブ
• コマンドライン
  • ファイル名を指定
  • スナップショットファイル名を指定
  • L3P互換オプション
  • 設定を指定
  • 全ての設定のリスト
• 注意
• LDViewをスクリーンセーバとして使う
• Webサイト

LDViewはLDrawのモデルを表示するものであり、したがってLDrawがインストールされている必要があります。 LDraw はldraw.orgから、アップデートされた部品ライブラリとともにダウンロードすることができます。 もしLDrawを、C:¥LDRAW（Linux/QT版なら/mnt/c/ldraw）以外のディレクトリにインストールし、まだLDRAWDIR環境変数がない場合は、 LDViewの初回起動時に、LDrawがインストールされたディレクトリを選ぶためのプロンプトが表示されます。 LDrawディレクトリを選ぶまで、モデルを読み込むことはできません。

LDViewを実行する時には、メインウィンドウが開き、（起動プロセスの一部としてファイルを指定しなかったと仮定して） すぐにファイルを開くダイアログを表示します。 表示したいLDrawファイル（.ldr、.dat、.mpd）を選んで下さい。そうすればウィンドウの中にファイルが表示されます。ウィンドウは、サイズ変更ができるということに注意して下さい。 また、巨大なモデルを開いた場合には、読み込むに長い時間がかかることにも注意して下さい。 この処理の間、ステータスバーは読み込み状況を示しています。読み込みを中止する時は、ESCキーを押すか、ファイルメニューから読み込みを中止を選んで下さい。

初めてLDViewを実行する時には、たとえLDraw部品ライブラリが既にコンピュータ上に存在していたとしても、おそらくLDViewはライブラリを見つけることができません。 このような場合、LDViewは、ライブラリが既にインストールされたかどうかのダイアログを表示します。 コンピュータ上にLDraw部品ライブラリがある場合は「はい」を選び、ライブラリの場所を指定してください。

コンピュータ上にLDraw部品ライブラリがまだ存在していないなら、「いいえ」を選んでください。 LDViewは、ライブラリをダウンロードするかどうかのダイアログを表示します。 HTTP接続にプロキシサーバを使用していない限り、「はい」を選びます。すると、ライブラリを置く場所を選ぶためのダイアログが表示されます。 続いて、LDViewはLDraw.orgからLDraw部品ライブラリの最新版を自動的にダウンロードします。 一度ライブラリをダウンロードしてインストールすれば、モデルを見ることができます。 LDraw部品ライブラリは、ブロードバンド接続がない場合、ダウンロードにしばらく時間がかかるほど大きいもの（執筆時で6MB以上）だということに注意して下さい。

HTTP接続にプロキシサーバを使用する場合は、すぐにLDraw部品ライブラリをダウンロードせず、LDViewの設定の中にある更新タブに移動し、プロキシサーバの設定を行ってください。

デフォルトでは、LDViewは見つけることのできない部品の要求があると、それは、LDraw.orgの部品トラッカーから部品をダウンロードしようとします。 部品トラッカーは、公式部品ライブラリに含むということで提出された、すべての非公式部品を含んでいます。 この非公式部品は、まだ承認されていないか、承認はされたがライブラリの公式リリースにはまだ含まれていないかのどちらかです。 非公式部品は、旧部品と互換性のない方法で変化する(例えば回転する)ことが可能なため、 LDViewは、ダウンロードした非公式部品を使用する時には常に警告します。 （部品ライブラリを更新した後）、もし非公式部品が新しい公式ライブラリに追加されていたなら、 自動的に公式の部品が旧部品の代わりに使用され、警告されなくなるということに注意してください。

Examineモード
マウスの左ボタンを押しながらドラッグし、モデルを回転させます。 マウスが動いている間にボタンを離すと、モデルはそのまま回転し続けます。

マウスの左ボタンを押したままドラッグしている間にCTRLキーを押すと、 回転させる代わりにモデルを左右上下へと移動できます。 モデルはマウスを動かす方向に引っぱられます。 モデルを完全に見失い、それを見つけることができない場合は、表示メニューで表示をリセットを使用します。

マウスの右ボタンをクリックしながら、マウスを奥に押したり手前に引いたりすると、ズームイン・アウトします。 ズームする速度は、初めにクリックしたところからマウスをどれくらい遠くに動かすかに基づいています。 また、ホイール付のマウスがある場合は、ズームイン・アウトするのにホイールを使用することができます。

If you hold down the control key while zooming (either with the right mouse button or the scroll wheel), you will adjust the cutaway mode instead of zooming in the camera. Cutaway mode cuts away everything on the model that is closer than a certain distance. This distance is defined by a clipping plane. This allows you to look inside models without having to resort to wireframe mode. Zooming in with the control key pressed moves the clipping plane away from the camera, causing more and more of the model to be cut away. Zooming out moves the clipping plane toward the camera, causing less and less to be cut away. Please note that you will likely have to zoom in a ways before the clipping plane reaches the model, so there will probably be no imediate result. If you want, you can have LDView draw the cutaway portion of the model in wireframe, using the Wireframe cutaway option. Note that this will slow things down considerably, since the entire model has to be rendered twice.

Fly-through モード
マウス左ボタンをクリックしながら動かし、カメラを左、右、上、下に振ることができます。 クリックした点からマウスをより遠くに動かせば動かすほど、より速くカメラを振ることができます。

カメラはキーボードで移動することができます。 Shiftキーを押したままでいると、動かす速度の2倍の速度になります。 動作キーは以下の通りです:

As long as your video card supports 2D Windows functionality while in fullscreen mode, the Open Panel and Preferences panel can be accessed from fullscreen mode via their keyboard shortcuts (Ctrl+O for Open File; Ctrl+Shift+P for Preferences). If you are unsure, try Ctrl+O first, and if you don't see an Open Panel, hit escape to dismiss the Open Panel that you can't see. F5 for reload also works--whether or not your video card supports 2D Windows funtionality from fullscreen mode--but unless you are displaying a file that someone else on your network is modifying, it's not likely to be very useful.

Save snapshot series (Default: Off):
Enabling this option causes a unique number to automatically be appended to the filename. This allows you to save a number of shots of the same model without having to enter a new filename each time.

Number of Digits (Default: 1):
This option is only available when save snapshot series is enabled. It controls the number of digits in the number that is appended to the filename. Zeroes are added before the number to make up the number of digits you select here. For example, if you select 3 here, and the number is 5, then 005 will be used in the filename instead of just 5.

Don't use Pixel Buffer (Default: Off):
Enabling this option disables the use of a pixel buffer for snapshot rendering. Use of a pixel buffer can result in a corrupt image on certain video cards with certain video drivers. If your snapshots are corrupted, enable this. Otherwise, leave it disabled.

Save image with specific size (Default: Off):
Enabling this option allows you to specify a width and height for the snapshot image. Otherwise, the snapshot created will have the same dimensions as the LDView window.

Width (Default: 1024):
This option is only available when save image with specific size is enabled. It sets the width (in pixels) of the resulting snapshot image.

Note that if this is bigger than a certain threshold (which differs from one video card to another), a number of tiles will be rendered and stitched together automatically to form the full image. This may cause the actual image width to be slightly less than the requested width due to rounding.

Height (Default: 768):
This option is only available when save image with specific size is enabled. It sets the height (in pixels) of the resulting snapshot image.

Note that if this is bigger than a certain threshold (which differs from one video card to another), a number of tiles will be rendered and stitched together automatically to form the full image. This may cause the actual image width to be slightly less than the requested width due to rounding.

Zoom to Fit (Default: Off):
This option is only available when save image with specific size is enabled. Enabling it causes the model to be zoomed to fill up the snapshot, as much as possible. (Most models will only fill the image in either the vertical direction or the horizontal direction, but not both.) Note that the viewing angle is left the same, but the model may be panned so that it fits best.

The reason this requires the Save image with specific size check box to be checked is that when you save with a different aspect ratio, it can effect the cropping of the model. When creating a snapshot the same size as the LDView window, you can position the model exactly like you want manually, and are free to use Zoom to Fit on the View menu prior to taking your snapshot to produce the same result.

On the left-hand side is a tree view which displays all of the errors. By default, there is one collapsed entry per error, with a brief description of the error. Clicking on the plus sign to the left of the error shows you more information about that error. The first piece of information is the file that contained the error. If you double-click on this, it will open the file using Notepad. Following that are the line # that contained the error, and the line of text itself. Neither of these has any actions associated with it. Certain errors may contain further information as well.

Below the tree view is the Include Warnings check box. Checking this will cause LDView to show both errors and warnings. Unchecking it will hide all the warnings. Please note that warnings don't mean there is anything wrong with the file, so warnings are hidden by default.

Beside the Include Warnings check box is the Copy Error to Clipboard button. Clicking this will cause all the text from the currently selected error to copied into the clipboard, so that it can be pasted into another application.

On the right-hand side of the window is a list view containing a set of check boxes that determine what types of errors should be shown. By default, all types of errors are shown. You can disable any errors you don't care about. Following are the error types:

一般エラー
You probably won't ever see an error of this type. It is used for rare situations that shouldn't ever happen. (For example, if you delete the LDraw directory while a model is loading, you might get one of these.)

パースエラー
A line in the model file was invalid.

ファイルが見つかりません
The model referenced another model which could not be found in any of the standard search locations (the current directory; the LDraw model, parts, and p directories; entries in the extra search directories list).

異常なマトリックス
The model contains a reference to another model with one of the three dimensions scaled to zero. This is generally considered bad form, but is often done when referencing another file that happens to be two-dimensional.

一様でなく変化した部品
The model contains a part which has been distorted in some way. While parts are rotated and moved around to make up a model, they should seldom if ever be stretched or skewed. This usually indicates that the model referencing the part has a problem.

平面でない四角形
The model contains a quadrilateral (quad) that isn't flat. There are two perfectly valid ways to split a quad into two triangles, and they result in different geometry when the quad isn't flat. Consequently, non-flat quads are considered to be errors. Note that there is a reasonable amount of leeway in LDView's definition of "flat", so rounding in the file shouldn't trigger this error.

くぼんだ四角形
The model contains a concave quadrilateral. Concave means that one of the four points is inside the triangle formed by the other three points. While not technically an error, this is considered bad form, and may produce incorrect results in other LDraw-compatible renderering programs.

無効な頂点の連続
The model contains a quadrilateral whose points are specified in "bow-tie" order. In other words, if you visit the points in the order given, you'll end up with two triangles that meet at a point. Two of the vertices must be swapped in order to create the quad that was desired. Once again, this isn't techically an error (unless it is in a BFC-certified portion of a file), but is considered bad form, and may produce incorrect results in other LDraw-compatible rendering programs.

共同直線的なポイント
The model contains a quad or a triangle that has three or four co-linear points. When this is detected in a quad, the quad is turned into a triangle (or a line if all four points are co-linear). When it is detected in a triangle (all three points are co-linear), the triangle is turned into a line. Note that some people might think that using co-linear points in a quad is a valid way to get rid of T-junctions (a computer graphic term whose explanation isn't important here). However, since there are two legitimate ways to split a quad into two triangles, and one of those ways results in a triangle and a line (instead of two triangles), this is not a legitimate way to avoid T-junctions.

BFC警告
The model contains back-face culling (BFC) information that seems unusual (but is still valid).

BFCエラー
The model contains back-face culling (BFC) information that is invalid.

MPDエラー
The model contains multi-part DAT (MPD) information that is invalid.

空白
The model references a sub-model whose filename contains whitespace (spaces and/or tabs). While this will work in some programs (including LDView), it won't work in others, and is discouraged.

部品の名称変更
The model references a part that has been renamed to a new number (otherwise known as "moved to").

非公式な部品の使用
The model references a part that isn't present in the main LDraw directory, but was found by LDView on the LDraw.org Parts Tracker and automatically downloaded.

If Show errors after loading is checked in the preferences dialog, the error window will automatically be displayed when a model is loaded that contains errors or warnings that are set to be shown. It will not be shown if the only errors or warnings in the model have been unchecked in the error window, the model only contains warnings and warnings are disabled, the model contains no errors or warnings, or the error window isn't set to show automatically.

一般タブ

リセット:
This resets all the General preferences to their default values. As with all other preference changes, you must hit OK or Apply for the reset values to go into effect.

アンチエイリアス
FSAA (Default: None):
This allows you to select what level of full-scene antialiasing to use. Note that if your video card does not support full-scene antialiasing, then None will be the only available item. If your video card does support full-scene antialiasing, then all available FSAA modes should be available to choose from.
If you have an nVIDIA® video card with Quincunx support, then 2x Enhanced and 4x Enhanced should show up as options. These use nVIDIA's advanced FSAA filter.

Antialiased lines (Default: Off):
Enabling this option causes lines to be drawn using antialiasing. This does not effect wireframe mode. Line antialiasing can significantly improve the visual quality of lines, but it can also significantly impact the frame rate. This option may not have an effect if Full-scene Antialiasing is enabled.

色
背景 (Default: Black):
This allows you to set the color used to draw the background behind the model.

デフォルト (Default: 黒色):
This allows you to set the default color. Normally this is only visible when you load a part directly. Most models don't ever use this color.
Note that edge lines on default-colored objects will be black unless you choose the exact RGB value used by one of the standard LDraw colors. The default custom colors in the color panel correspond to the first 16 standard LDraw colors. Resetting the General preferences also resets these colors.

透明 (Default: Off):
Enabling this option causes default-colored items to be transparent.

その他
Process ldconfig.ldr (Default: On):
This controls whether or not LDView processes the ldconfig.ldr file that is now distributed as part of the LDraw parts library. This file contains settings that can effect how LDraw models are displayed. Currently the only settings it contains are color definitions. Enabling this option will use the LDraw.org standard color definitions; disabling it will use LDView's default color definitions.

フレームレートを表示 (Default: Off):
Enabling this option causes the frame rate to show up in the lower left-hand corner of the window. A number is only displayed while the model is in constant motion. The easiest way to do this is to spin it (see mouse control).

Show errors after loading (Default: On):
Enabling this option causes the Error Window to automatically be displayed after loading a model that contains any errors that have been selected for display in the error window.

Field of view (Default: 45):
Enter a number in this field to control the field of view (in degrees). Setting this to the minimum value of 0.1 will produce an image that is essentially orthographic. Setting it to the maximum value of 90 will produce a wide-angle view.

メモリ使用量 (Default: High):
This allows you to have some control over how much memory LDView uses. Normally, setting this to High will result in the best performance. However, if you load a large model that uses more memory than you have available, setting this to Medium or Low may improve performance.
Please note that while the High setting usually results in noticeably faster performance than the Medium setting, it usually consumes only marginally more memory. The Low setting should produce a much more considerable memory savings. Note also that if you use LDView to perform command line rendering, or use it as the renderer in LPub (which is actually command line rendering), the Low setting will likely be at least as fast as the other settings, and will very likely actually result in faster performance.

形状タブ

リセット:
This resets all the Geometry preferences to their default values. As with all other preference changes, you must hit OK or Apply for the reset values to go into effect.

モデル
Seam width (Default: On/0.50):
Enabling this option allows you to set the width of the seams between pieces using the up and down arrows to the right. This setting produces the same effect as the Seam Width option of L3P. The field then displays the current seam width. Use the arrows to set the seam width to a range of numbers between 0.00 and 5.00. Note that setting this to large values can produce extremely odd results.

ワイヤフレーム
Wireframe (Default: Off):
Enabling this option causes the model to be drawn in wireframe. Note that with many 3D accelerators, this actually runs slower than when drawing as a solid.

フォグ (Default: Off):
This option is only enabled if wireframe drawing is enabled. Enabling it causes fog to be used to make it so that the lines that are farther away are drawn more dimly.

Remove hidden lines (Default: Off):
This option is only available if wireframe drawing is enabled. Enabling it causes the solid (non-transparent) portions of the model to hide lines that are behind them, even though these portions themselves aren't actually drawn.

Thickness (Default: 0%):
This option is only available if wireframe drawing is enabled. It adjusts the thickness of the lines used to draw the model in wireframe mode.

BFC
BFC (Default: On):
Enabling this option turns on back-face culling (BFC). BFC is a technique that can improve rendering performance by not drawing the back faces of polygons. (Only BFC-certified parts have their back faces removed.)
Note that while this can improve rendering performance, it can also slow things down, so don't assume that enabling this will always result in the best performance.

Red back faces (Default: Off):
This option is only available while BFC is enabled. Enabling it causes the back faces of polygons to be drawn in red. This is mainly useful for part authors to allow them to correctly specify which direction faces should face in order to BFC certify their part files.

Green front faces (Default: Off):
This option is only available while BFC is enabled. Enabling it causes the front faces of polygons to be drawn in green. This is mainly useful for part authors to allow them to correctly specify which direction faces should face in order to BFC certify their part files.

Edge Lines Box
Edge Lines (Default: Off):
Enabling this option causes the edge lines that outline all the pieces to be drawn.

Show edges only (Default: Off):
This option is only available if edge lines are enabled. Enabling it causes LDView to only show edge lines. Unless you also select the Wireframe option, the portions of the edge lines that are hidden by the model will still be hidden, even thought the model isn't being shown.

Conditional lines (Default: Off):
This option is only available if edge lines are enabled. Enabling it causes conditional edge lines to be computed and drawn. Conditional edge lines show up as a silhouette of curved surfaces; they are only drawn when they are visually at the edge of the surface from the current viewing angle.

High quality (Default: On):
This option is only available if edge lines are enabled. Enabling it causes edge lines to be drawn slightly closer to the eye than everything else, resulting in much better looking lines.

Always black (Default: Off):
This option is only available if edge lines are enabled. Enabling it causes all edge lines to be drawn in black. This can be useful to part authors, as it causes the edge lines in the default color (light gray) to be much more visible.

Thickness (Default: 0%):
This option is only available if edge lines are enabled. It adjusts the thickness of the lines used to draw the edges around the pieces.

効果

Reset:
This resets all the Effects preferences to their default values. As with all other preference changes, you must hit OK or Apply for the reset values to go into effect.

照明
Lighting (Default: On):
Enabling this option enables lighting. If you disable lighting, it is strongly recommended that you enable edge lines, unless you are in wireframe mode.

高品質 (Default: Off):
This option is only available if lighting is enabled. Selecting this enables high quality lighting. The easiest way to see the difference between having this option on and off is with a baseplate. If you angle a baseplate until the specular highlight becomes visible (it gets shiny), and then switch back and forth, you will see that the highlight is located in a specific location when high quality lighting is enabled, and covers the entire surface when it is disabled. Enabling this can significantly decrease performance, especially with large models.

Subdued (Default: Off):
This option is only available if lighting is enabled. Selecting this sets the lighting to a subdued level. Subdued lighting is about halfway in between standard lighting and no lighting at all. This can produce nice results when edge lines are enabled.

Specular highlight (Default: On):
This option is only available if lighting is enabled. Selecting this turns on the specular highlight. This causes the model to appear shiny.

Alternate setup (Default: Off):
This option is only available if lighting is enabled. Selecting this causes LDView to use an alternate lighting setup, which may improve performance on some video cards, but will more likely decrease performance. The alternate setup is used automatically when specular highlight is enabled, whether or not this option is enabled, since specular highlight only works properly with the alternate setup.

立体視
Stereo (Default: Off):
Enabling this option turns on stereo mode. Stereo mode draws two images: a slightly different one for each eye.

交差法 (Default?: No):
This option is only available if stereo is enabled. Selecting this sets the stereo mode to cross-eyed stereo. The two images are drawn side by side, with the image for the right eye on the left and the image for the left eye on the right. By crossing your eyes and then focusing, you can see a stereoscopic image. Many people find it difficult or even impossible to focus with their eyes crossed.

平行法 (Default?: No):
This option is only available if stereo is enabled. Selecting this sets the stereo mode to parallel stereo. The two images are drawn side by side, with the image for the right eye on the right and the image for the left eye on the left. By looking in the distance and then focusing, you can see a stereoscopic image. This will only work if the distance between the two images is no greater than the distance between your eyes, so the window will need to be kept fairly narrow. Many people find it difficult or even impossible to look at an image in this way and then focus.

左右幅 (Default: 50%):
This option is only available if stereo is enabled. The slider controls the stereo spacing. A small value will result in a very subtle stereoscopic effect, as if you were looking at a very large object from a very long distance. (The minimum value results in no stereoscopic effect at all.) A large value will result in a pronounced stereoscopic effect, as if you were looking at a small object from a very short distance.

Wireframe Cutaway Box
Wireframe cutaway (Default: Off):
Enabling this option causes the cutaway portion of the model to be drawn in wireframe. Hold down the Control key and click and drag up with the right mouse button to increase the amount of the model that is cut away. Control right drag down to decrease the cutaway amount.

カラー (Default?: No):
This option is only available if wireframe cutaway is enabled. Selecting it causes the wireframe cutaway to be drawn in color.

白黒 (Default?: No):
This option is only available if wireframe cutaway is enabled. Selecting it causes the wireframe cutaway to be drawn in monochrome. This isn't available on all graphics cards.

透明度 (Default: 100%):
This option is only available if wireframe cutaway is enabled. The slider controls the opacity of the wireframe cutaway. When Color is selected as the type of wireframe cutaway to draw this may be fixed at 100% on some graphics cards. Also, when color is selected and sort is not selected in the transparency box, transparent pieces will ignore the opacity setting and be drawn with the standard opacity for transparent pieces.

太さ (Default: 0%):
This option is only available if wireframe cutaway is enabled. The slider controls the thickness of the lines in the wireframe cutaway.

透明
Sort transparent polygons (Default: On):
Enabling this option causes transparent shapes to be drawn in back-to-front order in order to produce a correct result. If they aren't sorted, distant transparent shapes can end up being drawn as if they were in front of less distant transparent shapes. Unfortunately, this can cause a significant slowdown in some models. This option is mutually exclusive with the use stipple pattern option.

Use stipple pattern (Default: Off):
Enabling this option causes transparent shapes to be drawn using a stipple (checkerboard) pattern. This may be significantly faster on some video hardware, but with potentially reduced quality. Using the stipple pattern totally eliminates the errors that may occur where far transparent objects are drawn in front of closer ones. This option is mutually exclusive with the sort transparent polygons option.

その他
Flat shading (Default: Off):
Enabling this option causes flat shading to be used. Note that while flat shading is less complicated to draw, with a modern 3D accelerator this will not likely improve the performance at all. Flat shading will only likely provide a visual difference if you have either high quality lighting or primitive substitution enabled, in which case turning on flat shading can produce odd results. This option is mutually exclusive with the smooth curves option.

曲線をスムースにする (Default: On):
Enabling this option causes curved surfaces to be shaded as curved surfaces instead of as facets. Since this relies on information in the LDraw model file that was originally designed for a different purpose, not all curved surfaces will be effected. This option is mutually exclusive with the flat shading option.

基本要素タブ

リセット:
This resets all the Primitives preferences to their default values. As with all other preference changes, you must hit OK or Apply for the reset values to go into effect.

基本要素の表現
基本要素の表現 (Default: On):
Enabling this option causes LDView to use its own optimized version of many of the primitives (such as cylinders, cones, etc). As well as providing enhanced performance, this also provides improved visual quality, since smooth shaded primitives are generated where appropriate.

テクスチャの基本要素 (Default: On):
This option is only available if primitive substitution is enabled. Enabling it causes a LEGO® logo to be textured onto all the standard studs.

ニアレストネイバー法 (Default?: No):
This option is only available if primitive substitution and texture studs are both enabled. Selecting it causes nearest texel texture filtering to be used. This is the lowest quality texture filtering.

バイリニア法 (Default?: No):
This option is only available if primitive substitution and texture studs are both enabled. Selecting it causes bilinear texture filtering to be used. This is the middle quality texture filtering.

トリリニア法 (Default?: Yes):
This option is only available if primitive substitution and texture studs are both enabled. Selecting it causes trilinear texture filtering to be used. This is the highest quality texture filtering.

曲線の品質 (Default: 9%):
This option is only available if primitive substitution is enabled. It adjusts the quality of substituted primitives by changing the number of facets used to draw curved primitives. Changing this from its default value can lead to holes in the model between the substitute primitives and other geometry. Be very careful with this setting. Setting it too high can lead to huge slow-downs. The default setting of 2 (9%) is fine for most models.

その他
低品質な基本要素（高速） (Default: On):
Enabling this option switches to using the low-resolution stud files instead of the normal-resolution stud files. This can produce significantly faster rendering.

高解像度の基本要素を使用 (Default: Off):
Enabling this option causes LDView to attempt to load hi-res versions of primitives before loading the standard ones. The hi-res primitives are otherwise known as 48-sided primitives, because they approximate circular features with 48-sided features. Since not all primitives have hi-res versions, enabling this can create gaps between the standard resolution primitives and the hi-res ones.

更新タブ

リセット:
This resets all the Updates preferences to their default values. As with all other preference changes, you must hit OK or Apply for the reset values to go into effect.

プロキシの設定
プロキシサーバを使用しない (Default?: Yes):
Select this if you have a direct connection to the Internet and don't want to use a proxy server.

ブラウザの設定をしよう (Default?: No):
Select this if you want to use the HTTP proxy setting that you configured in Internet Explorer.

注意:

• This only works if you have a proxy server manually configured in Internet Explorer. Automatic proxy configurations are not supported.
• As might be expected, this option is only available in the Windows version of LDView.

手動でプロキシを設定 (Default?: No):
Select this to manually configure your HTTP proxy server in the space provided below.

アドレス (Default: None):
Set this to the name or IP address of your HTTP proxy server. This can only be entered if Manual proxy configuration is selected above.

ポート (Default: None):
Set this to the port of your HTTP proxy server. This can only be entered if Manual proxy configuration is selected above.

不足部品
Automatically check LDraw.org for missing parts (Default: On):
Enabling this causes LDView to automatically check the LDraw.org Parts Tracker when it can't find a file. If the part exists on the Parts Tracker, it will automatically be downloaded and used.

Days between missing part checks (Default: 7):
Set this to the number of days you want LDView to wait between checks to the LDraw.org Parts Tracker when a part cannot be found. This delay is used when the part cannot be found on the Parts Tracker. This number must be greater than zero.

Days between updated part checks (Default: 7):
Set this to the number of days you want LDView to wait between checks for updates to an unofficial part that it has successfully downloaded from the LDraw.org Parts Tracker. Since unofficial parts can update on the Parts Tracker, LDView will check for updates with the specified frequency when it encounters unofficial parts in a model. This number must be greater than zero.

設定セット タブ

以下の設定セットを使って下さい:
使用可能な設定セットのリストです。Until you create new ones, there is only one item in this list, named <Default>. Selecting an item from this list will cause LDView to use the preferences stored in that set after you hit Apply. If you have made any changes to preferences on other tabs and select a new preference set, it will prompt you whether you want to apply those changes, abandon them, or cancel your selection.

ホットキー:
This allows you to assign a hot key to the currently selected preference set. There are 10 possible hot keys: Ctrl + Shift + 1 through Ctrl + Shift + 0. Once a hot key has been assigned to a preference set, you can use it when viewing a model to immediately switch to that preference set.

削除:
現在選択している設定セットを削除します。

新規:
現在の設定をすべて含んだ、新規の設定セットを作成します。

OK/適用
Changing certain of the options above will require the model to either be reprocessed, or reloaded entirely. If you change any of these options, there will be a pause after you hit OK or Apply while it either reprocesses or reloads the model. During this pause the status bar will display progress. If the status bar is not set to be visible, it will be made visible temporarily.

ファイル名を指定

コマンドラインでファイル名を指定すれば、LDViewは、最初の「開くパネル」を表示する代わりに、そのファイルを（存在すれば）開きます。 LDViewを実行する時には、拡張子（.ldr、.dat、.mpdなど）を含んだ、ファイルへの絶対パスを指定するか、 ディレクトリにファイルを入れておかなければなりません。 もしファイル名がスペース（空白）を含んでいるなら、ファイル名全体をダブルクォーテーションマーク（"）で囲まなければならないということに注意して下さい。 （このことは、長いファイル名を扱うWindowsコマンドラインにとっては標準的なものです。）

スナップショットのファイル名を指定

-SaveSnapshotコマンドラインオプションを使えば、LDViewでスナップショットを撮り、 指定したファイル名で自動的に出力することができます。 スナップショットを作成した後、LDViewはすぐに終了します。 これは、スナップショットを撮りたいモデルのファイル名を指定した場合にのみ、動作するということに注意して下さい。例:

	LDView MyModel.ldr -SaveSnapshot=MyModel.png

画像のファイル名は、拡張子が.pngか.bmpのどちらかでなければならず、 画像はファイル名に応じて適切な画像が作成されます。 LDViewが実行し終える前に、コントロールがコマンドプロンプトに戻るかもしれないということを忘れないで下さい。 したがって、もしビデオカードがウィンドウを表示せずにLDViewを実行してしまうと、 LDViewがいつ実行し終えたかを知る良い方法はありません。

L3P互換オプション

L3Pユーザに対して簡単にするために、LDViewはL3Pから取り入れた-cgオプションと-caオプションをサポートします。 標準的なLDView設定（下に記述）とは違い、 -cgオプションと-caオプションはオプション名の後のイコール記号は必要ありません。

例:

	LDView -cg30,45,50000 -ca0.1

設定を指定

All of the options available in the Preferences Panel can be set from the command line, if so desired. These are all preceded with a - in order to indicate that an option is being specified. Command line settings override settings in the Preferences Panel. They may be saved as a persistent preference if you modify them or other preferences via the Preferences Panel. Otherwise, the old values will be used the next time you run the program without specifying a value for those options on the command line. Preferences are set on the command line in the following manner:

	LDView -<setting 1>=<value 1> -<setting 2>=<value 2> ...

	LDView -WindowWidth=640 -WindowHeight=480

グローバル変数のカラムは、設定がグローバル変数か、或いはローカル変数なものであるかどうかを示しています。 グローバル変数が全ての設定に適用される一方で、ローカル変数はそれぞれの設定において保存されます。 一般的に、設定パネルに出てくるような設定はローカル変数であり、それ以外のものがグローバル変数です。

設定すべてのリスト

LDViewのインストールプログラムを使わない時、或いはスクリーンセーバとしてインストールするオプションをチェックせず、 後から変更したいと思った時には、手動でスクリーンセーバとしてインストールすることができます。 LDView.exeをWindowsのシステムディレクトリにコピーし、ファイル名をLDView.scrに変更します。 Windows 95/98/Meでは、Windowsシステムディレクトリは多くの場合C:¥WINDOWS¥SYSTEMです。 Windows NT/2000では、多くの場合C:¥WINNT¥SYSTEM32です。Windows XPでは、 多くの場合C:¥WINDOWS¥SYSTEM32です。 Win95/98/Meでは、SYSTEM32ディレクトリではなくSYSTEMディレクトリを使うということが 重要です。 もし、どこに置けばよいか自信がなければ、LDViewのインストールプログラムを実行し、 スクリーンセーバモジュールオプションをチェックすることを強くおすすめします。 LDViewは、他のプログラムに関係なく再インストールすることができますし、従って、最初にアンインストールする必要もありません。

LDViewの著作権表示 Copyright © 2000-2005 Travis Cobbs and Peter Bartfai

LEGO® と LEGO logo は、the LEGO Groupの登録商標であり、the LEGO Groupはこのプログラムを提供も支持も認定もしていません。 LEGOの公式Webサイトはhttp://www.lego.comです。