Measure - Revision history

Harald Friedrich: /* Dimensioning angles and radii */

2026-03-15T17:39:06Z

Dimensioning angles and radii

← Older revision		Revision as of 19:39, 15 March 2026
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	To dimension a radius, please select an arc (torus). Three small black boxes will appear. In the context menu ([[M2]]) of the black boxes, select the "Dimension radius / diameter" item and use [[M1]] to define the direction and length of the arrow. A diameter symbol also appears next to the text in the dialog for full circles. Otherwise, the radius is displayed.		To dimension a radius, please select an arc (torus). Three small black boxes will appear. In the context menu ([[M2]]) of the black boxes, select the "Dimension radius / diameter" item and use [[M1]] to define the direction and length of the arrow. A diameter symbol also appears next to the text in the dialog for full circles. Otherwise, the radius is displayed.

	~~[[de:Messen und Bemaßen]]~~
	~~[[fr:Mesurer et coter]]~~
	[[category:modes]]		[[category:modes]]
	[[category:actions]]		[[category:actions]]

			[[fr:Mesurer et coter]]
			[[de:Messen und Bemaßen]]

Harald Friedrich: /* Tolerances and alternative unit */

2026-03-15T15:57:05Z

Tolerances and alternative unit

← Older revision		Revision as of 17:57, 15 March 2026
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	== Tolerances and alternative unit ==		== Tolerances and alternative unit ==

	[[Image:Measure4.jpg\|none]]~~<br>~~<br>		[[Image:Measure4.jpg\|none]]<br>
	Starting with version 34, you can also specify tolerances and select a second unit in parentheses. If the plus and minus tolerances are identical, TARGET combines them into a single ± value. The following result is displayed:<br><br>		Starting with version 34, you can also specify tolerances and select a second unit in parentheses. If the plus and minus tolerances are identical, TARGET combines them into a single ± value. The following result is displayed:<br><br>

Harald Friedrich: /* Toleranzen und alternative Maßeinheit */

2026-03-15T15:56:49Z

Toleranzen und alternative Maßeinheit

← Older revision		Revision as of 17:56, 15 March 2026
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	== ~~Toleranzen und~~ alternative ~~Maßeinheit~~ ==		== Tolerances and alternative unit ==

	[[Image:Measure4.jpg\|none]]<br><br>		[[Image:Measure4.jpg\|none]]<br><br>
	~~Sie können ab der V34 auch Toleranzen angeben und eine zweite Einheit~~ in ~~Klammern wählen~~. ~~Sind die Toleranzen~~ plus ~~und~~ minus ~~identisch~~, ~~dann fasst~~ TARGET ~~diese zu einem~~ ±~~-Wert zusammen~~. ~~Es zeigt sich das folgende Ergebnis~~:<br><br>		Starting with version 34, you can also specify tolerances and select a second unit in parentheses. If the plus and minus tolerances are identical, TARGET combines them into a single ± value. The following result is displayed:<br><br>

	[[Image:Measure5.jpg\|none]]<br><br>		[[Image:Measure5.jpg\|none]]<br><br>

Harald Friedrich: /* Toleranzen und alternative Maßeinheit */

2026-03-15T15:50:31Z

Toleranzen und alternative Maßeinheit

← Older revision		Revision as of 17:50, 15 March 2026
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	== Toleranzen und alternative Maßeinheit ==		== Toleranzen und alternative Maßeinheit ==

	[[~~Bild~~:Measure4.jpg\|none]]<br><br>		[[Image:Measure4.jpg\|none]]<br><br>
	Sie können ab der V34 auch Toleranzen angeben und eine zweite Einheit in Klammern wählen. Sind die Toleranzen plus und minus identisch, dann fasst TARGET diese zu einem ±-Wert zusammen. Es zeigt sich das folgende Ergebnis:<br><br>		Sie können ab der V34 auch Toleranzen angeben und eine zweite Einheit in Klammern wählen. Sind die Toleranzen plus und minus identisch, dann fasst TARGET diese zu einem ±-Wert zusammen. Es zeigt sich das folgende Ergebnis:<br><br>

	[[~~Bild~~:Measure5.jpg\|none]]<br><br>		[[Image:Measure5.jpg\|none]]<br><br>


	== Entering non measure values ==		== Entering non measure values ==

Harald Friedrich: /* Entering non measure values */

2026-03-15T15:49:54Z

Entering non measure values

← Older revision		Revision as of 17:49, 15 March 2026
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	Edit the digits like normal text (doubleclick on it or single click and '''[e]''' for edit, then follow the dialog).<br><br>		Edit the digits like normal text (doubleclick on it or single click and '''[e]''' for edit, then follow the dialog).<br><br>


			== Toleranzen und alternative Maßeinheit ==

			[[Bild:Measure4.jpg\|none]]<br><br>
			Sie können ab der V34 auch Toleranzen angeben und eine zweite Einheit in Klammern wählen. Sind die Toleranzen plus und minus identisch, dann fasst TARGET diese zu einem ±-Wert zusammen. Es zeigt sich das folgende Ergebnis:<br><br>

			[[Bild:Measure5.jpg\|none]]<br><br>

Harald Friedrich: /* Dimensioning angles and radii */

2024-11-01T10:30:20Z

Dimensioning angles and radii

← Older revision		Revision as of 12:30, 1 November 2024
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	As of V33, you can also dimension angles and radii very easily:		As of V33, you can also dimension angles and radii very easily:

	[[File:WinkelUndRadien.png\|alt=Angles and Radii]]		[[File:WinkelUndRadien.png\|alt=Angles and Radii]]<br>
	<br>
	Image: Dimensioning angles and radii<br><br>		Image: Dimensioning angles and radii<br><br>
	For an angle, use the menu item "Actions / Angle dimensioning". First click on the center point with [[M1]] and define the first leg and then the angle and the arc line with the arrows. You can determine whether the angle is displayed in a clockwise direction by the direction in which you sweep over the start leg.		For an angle, use the menu item "Actions / Angle dimensioning". First click on the center point with [[M1]] and define the first leg and then the angle and the arc line with the arrows. You can determine whether the angle is displayed in a clockwise direction by the direction in which you sweep over the start leg.
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	You can then define the shape of the label in the dialog that opens.		You can then define the shape of the label in the dialog that opens.

	To dimension a radius, please select an arc (torus). Three small black boxes will appear. In the context menu ([[M2]]) of the black boxes, select the ~~“Dimension~~ radius / ~~diameter”~~ item and use [[M1]] to define the direction and length of the arrow. A diameter symbol also appears next to the text in the dialog for full circles. Otherwise, the radius is displayed.		To dimension a radius, please select an arc (torus). Three small black boxes will appear. In the context menu ([[M2]]) of the black boxes, select the "Dimension radius / diameter" item and use [[M1]] to define the direction and length of the arrow. A diameter symbol also appears next to the text in the dialog for full circles. Otherwise, the radius is displayed.

	[[de:Messen und Bemaßen]]		[[de:Messen und Bemaßen]]

Harald Friedrich: /* Dimensioning using a snap point */

2024-11-01T10:27:59Z

Dimensioning using a snap point

← Older revision		Revision as of 12:27, 1 November 2024
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	In respect to the target coordinate you do exactly the same: move the mouse close to the measuring target. No click! Press key [+], select the point of interest using the arrow keys and press [Return]. Now you only need to decide where to put the measuring arrow (an element of technical drawing). Done.		In respect to the target coordinate you do exactly the same: move the mouse close to the measuring target. No click! Press key [+], select the point of interest using the arrow keys and press [Return]. Now you only need to decide where to put the measuring arrow (an element of technical drawing). Done.

			== Dimensioning angles and radii ==

			As of V33, you can also dimension angles and radii very easily:

			[[File:WinkelUndRadien.png\|alt=Angles and Radii]]
			<br>
			Image: Dimensioning angles and radii<br><br>
			For an angle, use the menu item "Actions / Angle dimensioning". First click on the center point with [[M1]] and define the first leg and then the angle and the arc line with the arrows. You can determine whether the angle is displayed in a clockwise direction by the direction in which you sweep over the start leg.

			You can then define the shape of the label in the dialog that opens.

			To dimension a radius, please select an arc (torus). Three small black boxes will appear. In the context menu ([[M2]]) of the black boxes, select the “Dimension radius / diameter” item and use [[M1]] to define the direction and length of the arrow. A diameter symbol also appears next to the text in the dialog for full circles. Otherwise, the radius is displayed.

	[[de:Messen und Bemaßen]]		[[de:Messen und Bemaßen]]

Markus Friedrich at 09:39, 5 April 2019

2019-04-05T09:39:18Z

← Older revision		Revision as of 11:39, 5 April 2019
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	For a quick information the little info box might be sufficient. It is fixed to the cursor as soon as you press the [u]-key for meas<u>u</u>ring:<br><br>		For a quick information the little info box might be sufficient. It is fixed to the cursor as soon as you press the [u]-key for meas<u>u</u>ring:<br><br>

	[[Image:~~messen_def~~.jpg\|none\|Infobox at "measure"]]Image: Infobox at "measure". The mouse pointer was moved after pressing the [u] key from the red border in the north over the white to the south to the opposite red border. The black line shows the distance.<br><br>It means: L=Length of the air wire of the measurement, M=Manhattan Metric= dY+dX, Phi=Angle measured from the starting point of the measurement, started at 15:00 (= 0°) counterclockwise.<br><br>		[[Image:messen_box_e.jpg\|none\|Infobox at "measure"]]Image: Infobox at "measure". The mouse pointer was moved after pressing the [u] key from the red border in the north over the white to the south to the opposite red border. The black line shows the distance.<br><br>It means: L=Length of the air wire of the measurement, M=Manhattan Metric= dY+dX, Phi=Angle measured from the starting point of the measurement, started at 15:00 (= 0°) counterclockwise.<br><br>

Markus Friedrich at 09:34, 5 April 2019

2019-04-05T09:34:29Z

← Older revision		Revision as of 11:34, 5 April 2019
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	<br><br>		<br><br>

	For a quick information the little info box might be sufficient. It is fixed to the cursor as soon as you press the [m]-key for <u>m</u>~~easuring~~:<br><br>		For a quick information the little info box might be sufficient. It is fixed to the cursor as soon as you press the [u]-key for meas<u>u</u>ring:<br><br>

	[[Image:messen_def.jpg\|none\|Infobox at "measure"]]Image: Infobox at "measure". The mouse pointer was moved after pressing the [m] key from the red border in the north over the white to the south to the opposite red border. The black line shows the distance.<br><br>It means: L=Length of the air wire of the measurement, M=Manhattan Metric= dY+dX, Phi=Angle measured from the starting point of the measurement, started at 15:00 (= 0°) counterclockwise.<br><br>		[[Image:messen_def.jpg\|none\|Infobox at "measure"]]Image: Infobox at "measure". The mouse pointer was moved after pressing the [u] key from the red border in the north over the white to the south to the opposite red border. The black line shows the distance.<br><br>It means: L=Length of the air wire of the measurement, M=Manhattan Metric= dY+dX, Phi=Angle measured from the starting point of the measurement, started at 15:00 (= 0°) counterclockwise.<br><br>

Markus Friedrich at 09:15, 5 April 2019

2019-04-05T09:15:27Z

← Older revision		Revision as of 11:15, 5 April 2019
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	<br><br>		<br><br>

	For a quick information the little info box might be sufficient. It is fixed to the cursor as soon as you press the [m]-key ~~foe~~ <u>m</u>easuring:<br><br>		For a quick information the little info box might be sufficient. It is fixed to the cursor as soon as you press the [m]-key for <u>m</u>easuring:<br><br>

	[[Image:messen_def.jpg\|none\|Infobox at "measure"]]Image: Infobox at "measure". The mouse pointer was moved after pressing the [m] key from the red border in the north over the white to the south to the opposite red border. The black line shows the distance.<br><br>It means: L=Length of the air wire of the measurement, M=Manhattan Metric= dY+dX, Phi=Angle measured from the starting point of the measurement, started at 15:00 (= 0°) counterclockwise.<br><br>		[[Image:messen_def.jpg\|none\|Infobox at "measure"]]Image: Infobox at "measure". The mouse pointer was moved after pressing the [m] key from the red border in the north over the white to the south to the opposite red border. The black line shows the distance.<br><br>It means: L=Length of the air wire of the measurement, M=Manhattan Metric= dY+dX, Phi=Angle measured from the starting point of the measurement, started at 15:00 (= 0°) counterclockwise.<br><br>