diff --git a/share/translations/seamly2d_cs_CZ.ts b/share/translations/seamly2d_cs_CZ.ts index 3119434cbfb0..a28b6cc19e31 100644 --- a/share/translations/seamly2d_cs_CZ.ts +++ b/share/translations/seamly2d_cs_CZ.ts @@ -9460,6 +9460,14 @@ Press enter to temporarily add it to the list. Always use current pen + + Autoscroll + + + + Mouse wheel + + PreferencesPathPage @@ -14924,299 +14932,333 @@ load in SeamlyME as usual. placeholder + + M_ + Leave the _ symbol in translation + + + + Variable_ + Leave the _ symbol in translation + + + + Line_ + Leave the _ symbol in translation + Čára_ + + + AngleLine_ + Leave the _ symbol in translation + Úhelčáry_ + + + Arc_ + Leave the _ symbol in translation + Oblouk_ + + + ElArc_ + Leave the _ symbol in translation + + + + Spl_ + Leave the _ symbol in translation + Křivka_ + + + RadiusArc_ + Leave the _ symbol in translation + + + + Radius1ElArc_ + Leave the _ symbol in translation + + + + Radius2ElArc_ + Leave the _ symbol in translation + + + + Angle1Arc_ + Leave the _ symbol in translation + + + + Angle2Arc_ + Leave the _ symbol in translation + + + + Angle1ElArc_ + Leave the _ symbol in translation + + + + Angle2ElArc_ + Leave the _ symbol in translation + + + + Angle1Spl_ + Leave the _ symbol in translation + + + + Angle2Spl_ + Leave the _ symbol in translation + + + + C1LengthSpl_ + Leave the _ symbol in translation + + + + C2LengthSpl_ + Leave the _ symbol in translation + + degTorad Converts degrees to radians -Usage: degTorad(angle θ in degrees) - degTorad +Usage: degTorad(angle θ in degrees) → returns an angle in radians +Example: degTorad(180) = 3.14159 + degTorad radTodeg Converts radians to degrees -Usage: radTodeg(angle θ in radians) - radTodeg +Usage: radTodeg(angle θ in radians) → returns an angle in degrees +Example: radTodeg(3.14159) = 180 + radTodeg sin Sine function working with radians -Usage: sin(angle θ in radians) - sin +Usage: sin(angle θ in radians) → returns a number between -1 and 1 +Example: sin(90) = 0.893997 + sin cos Cosine function working with radians -Usage: cos(angle θ in radians) - cos +Usage: cos(angle θ in radians) → returns a number between -1 and 1 +Example: cos(1) = 0.540302 + cos tan Tangent function working with radians -Usage: tan(angle θ in radians) - tan +Usage: tan(angle θ in radians) +Example: tan(1) = 1.55741 + tan asin Inverse sine function working with radians -Usage: asin(x) - asin +Usage: asin(x between -1 and 1) → returns an angle in radians +Example: asin(-1) = -1.5708 + asin acos Inverse cosine function working with radians -Usage: acos(x) - acos +Usage: acos(x between -1 and 1) → returns an angle in radians +Example: acos(0.1) = 1.47063 + acos atan Inverse tangent function working with radians -Usage: atan(x) - atan +Usage: atan(x) → returns an angle in radians +Example: atan(1) = 0.78538 + atan sinh Hyperbolic sine function -Usage: sinh(angle θ in radians) - sinh +Usage: sinh(θ) +Example: sinh(1) = 1.1752 + sinh cosh Hyperbolic cosine -Usage: cosh(angle θ in radians) - cosh +Usage: cosh(θ) → returns a number greater than or equal to 1 +Example: cosh(0) = 1 + cosh tanh Hyperbolic tangent function -Usage: tanh(angle θ in radians) - tanh +Usage: tanh(θ) → returns a number between -1 and 1 (excluded) +Example: tanh(1) = 0.761594 + tanh asinh Inverse Hyperbolic sine function -Usage: asinh(x) - asinh +Usage: asinh(x) +Example: asinh(90) = 5.19299 + asinh acosh Inverse Hyperbolic cosine function -Usage: acosh(x) - acosh +Usage: acosh(x greater than or equal to 1) +Example: acosh(2) = 1.31696 + acosh atanh Inverse Hyperbolic tangent function -Usage: atanh(x) - atanh +Usage: atanh(x between -1 and 1 (excluded)) +Example: atanh(0,99) = 2.64665 + atanh sinD Sine function working with degrees -Usage: sinD(angle θ in degrees) - sinD +Usage: sinD(angle θ in degrees) → returns a number between -1 and 1 +Example: sinD(90) = 1 + sinD cosD Cosine function working with degrees -Usage: cosD(angle θ in degrees) - cosD +Usage: cosD(angle θ in degrees) → returns a number between -1 and 1 +Example: cosD(180) = -1 + cosD tanD Tangent function working with degrees -Usage: tanD(angle θ in degrees) - tanD +Usage: tanD(angle θ in degrees) +Example: tanD(45) = 1 + tanD asinD Inverse sine function working with degrees -Usage: asinD(x) - asinD +Usage: asinD(x between -1 and 1) → returns an angle in degrees +Example: asinD(1) = 90 + asinD acosD Inverse cosine function working with degrees -Usage: acosD(x) - acosD +Usage: acosD(x between -1 and 1) → returns an angle in degrees +Example: acosD(-1) = 180 + acosD atanD Inverse tangent function working with degrees -Usage: atanD(x) - atanD +Usage: atanD(x) → returns an angle in degrees +Example: atanD(1) = 45 + atanD log2 Logarithm to the base 2 -Usage: log2(x) - log2 +Usage: log2(x greater than 0) +Example: log2(10) = 3.32193 + log2 log10 - Logarithm to the base 10 -Usage: log10(x) - log10 + Logarithm to the base 10 (same as log(x)) +Usage: log10(x greater than 0) +Example: log10(10) = 1 + log10 log Logarithm to the base 10 -Usage: log(x) - log +Usage: log(x greater than 0) +Example: log(10) = 1 + log ln Logarithm to base e (2.71828...) -Usage: ln(x) - ln +Usage: ln(x greater than 0) +Example: ln(10) = 2.30259 + ln exp - E raised to the power of x -Usage: exp(x) where e = 2.718 - exp + e raised to the power of x where e = 2.718 +Usage: exp(x) → returns a positive number +Example: exp(2) = 7.38906 + exp sqrt Square root of a value -Usage: sqrt(x) - sqrt +Usage: sqrt(x greater than or equal to 0) → returns a positive number +Example: sqrt(4) = 2 + sqrt sign Sign function -1 if x<0; 1 if x>0 -Usage: sign(x) - sign +Usage: sign(x) → returns -1, 0 or 1 +Example: sign(-3) = -1 + sign rint Round to nearest integer -Usage: rint(float x) - rint +Usage: rint(x) → returns an integer number +Example: rint(2.3) = 2 + rint abs Absolute value -Usage: abs(x) - abs +Usage: abs(x) → returns a positive number +Example: abs(-5) = 5 + abs min Min of all arguments -Usage: min(arg 1; arg 2; ... arg n) - min +Usage: min(arg 1; arg 2; ... arg n) +Example: min(2;3;4) = 2 + min max Max of all arguments -Usage: max(arg 1; arg 2; ... arg n) - max +Usage: max(arg 1; arg 2; ... arg n) +Example: max(2;3;4) = 4 + max sum Sum of all arguments -Usage: sum(arg 1; arg 2; ... arg n) - sum +Usage: sum(arg 1; arg 2; ... arg n) +Example: sum(2;3;4) = 9 + sum avg Mean value of all arguments -Usage: avg(arg 1; arg 2; ... arg n) - avg +Usage: avg(arg 1; arg 2; ... arg n) +Example: avg(2;3;4) = 3 + avg fmod Returns the floating-point remainder of x/y (rounded towards zero) -Usage: fmod(x; y) - fmod - - - M_ - Leave the _ symbol in translation - - - - Variable_ - Leave the _ symbol in translation - - - - Line_ - Leave the _ symbol in translation - Čára_ - - - AngleLine_ - Leave the _ symbol in translation - Úhelčáry_ - - - Arc_ - Leave the _ symbol in translation - Oblouk_ - - - ElArc_ - Leave the _ symbol in translation - - - - Spl_ - Leave the _ symbol in translation - Křivka_ - - - RadiusArc_ - Leave the _ symbol in translation - - - - Radius1ElArc_ - Leave the _ symbol in translation - - - - Radius2ElArc_ - Leave the _ symbol in translation - - - - Angle1Arc_ - Leave the _ symbol in translation - - - - Angle2Arc_ - Leave the _ symbol in translation - - - - Angle1ElArc_ - Leave the _ symbol in translation - - - - Angle2ElArc_ - Leave the _ symbol in translation - - - - Angle1Spl_ - Leave the _ symbol in translation - - - - Angle2Spl_ - Leave the _ symbol in translation - - - - C1LengthSpl_ - Leave the _ symbol in translation - - - - C2LengthSpl_ - Leave the _ symbol in translation - +Usage: fmod(x; y) +Example: fmod(3.3;2) = 1.3 + fmod diff --git a/share/translations/seamly2d_de_DE.ts b/share/translations/seamly2d_de_DE.ts index 1f1c51657f2c..7a5b33ff45b2 100644 --- a/share/translations/seamly2d_de_DE.ts +++ b/share/translations/seamly2d_de_DE.ts @@ -4142,14 +4142,6 @@ p, li { white-space: pre-wrap; } FvUpdater - - Unable to get exclusive access to file -%1 -Possibly the file is already being downloaded. - Exklusiver Zugriff auf die Datei kann nicht gewährt werden -%1 -Möglicherweise wird die Datei bereits heruntergeladen. - Feed download failed: %1. Feed download ist fehlgeschlagen: %1. @@ -4186,6 +4178,12 @@ Möchtest Du diesen downloaden? for writing Date %1 kann nicht zum schreiben geöffnet werden + + Unable to get exclusive access to file +%1 +Possibly the file is already being downloaded. + + GroupsWidget @@ -5178,14 +5176,6 @@ Das Programm wird WIE ES IST, OHNE GEWÄHRLEISTUNG JEGLICHER ART, EINSCHLIESSLIC Descending area Absteigender Bereich - - Margins go beyond printing. - -Apply settings anyway? - Ränder gehen über den Druck hinaus. - -Einstellungen trotzdem anwenden? - Centimeters Zentimeter @@ -5313,6 +5303,12 @@ Einstellungen trotzdem anwenden? Millimeters Millimeter + + Margins go beyond printing. + +Apply settings anyway? + + LineTypeComboBox @@ -9484,6 +9480,14 @@ Drücken Sie die Eingabetaste, um ihn vorübergehend in die Liste aufzunehmen.Always use current pen Verwenden Sie immer den aktuellen Stift + + Autoscroll + + + + Mouse wheel + Mausrad + PreferencesPathPage @@ -10285,20 +10289,6 @@ Drücken Sie die Eingabetaste, um ihn vorübergehend in die Liste aufzunehmen.Decimal separator: Dezimaltrennzeichen: - - Selects what decimal separator char to use. -When checked the separator for the user's locale is used. -When unchecked the period is used. - Legt fest, welches Dezimaltrennzeichen verwendet werden soll. -Wenn das Kontrollkästchen aktiviert ist, wird das Trennzeichen für das Gebietsschema des Benutzers verwendet. -Wenn es nicht markiert ist, wird der Punkt verwendet. - - - When checked the Welcome window will not be displayed. -You can change this setting in the SeamlyMe preferences. - Wenn diese Option aktiviert ist, wird das Willkommensfenster nicht angezeigt. -Sie können diese Einstellung in den SeamlyMe-Einstellungen ändern. - GUI language: Sprache der Benutzeroberfläche: @@ -10327,6 +10317,17 @@ Sie können diese Einstellung in den SeamlyMe-Einstellungen ändern.Inches Zoll + + Selects what decimal separator char to use. +When checked the separator for the user's locale is used. +When unchecked the period is used. + + + + When checked the Welcome window will not be displayed. +You can change this setting in the SeamlyMe preferences. + + SeamlyWelcomeDialog @@ -10350,12 +10351,6 @@ Sie können diese Einstellung in den SeamlyMe-Einstellungen ändern.Decimal separator: Dezimaltrennzeichen: - - When checked the Welcome window will not be displayed. -You can change this setting in the Seamly2D preferences. - Wenn diese Option aktiviert ist, wird das Willkommensfenster nicht angezeigt. -Sie können diese Einstellung in den Seamly2D-Voreinstellungen ändern. - GUI language: Sprache der Benutzeroberfläche: @@ -10388,14 +10383,6 @@ Sie können diese Einstellung in den Seamly2D-Voreinstellungen ändern.Please choose your preferred units, decimal separator, language, and selection sound. (You can change these later.) Bitte wählen Sie Ihre bevorzugten Einheiten, das Dezimaltrennzeichen, die Sprache und den Auswahlton. (Sie können diese Angaben später ändern.) - - Selects what decimal separator char to use. -When checked the separator for the user's locale is used. -When unchecked the period is used. - Legt fest, welches Dezimaltrennzeichen verwendet werden soll. -Wenn das Kontrollkästchen aktiviert ist, wird das Trennzeichen für das Gebietsschema des Benutzers verwendet. -Wenn es nicht markiert ist, wird der Punkt verwendet. - Sound: Ton: @@ -10404,6 +10391,17 @@ Wenn es nicht markiert ist, wird der Punkt verwendet. Sets the node selection click sound. Legt den Klickton für die Knotenauswahl fest. + + Selects what decimal separator char to use. +When checked the separator for the user's locale is used. +When unchecked the period is used. + + + + When checked the Welcome window will not be displayed. +You can change this setting in the Seamly2D preferences. + + SetPieceColor @@ -14957,304 +14955,339 @@ wie gewohnt in SeamlyME laden können. placeholder wOnFold + + M_ + Leave the _ symbol in translation + M_ + + + Variable_ + Leave the _ symbol in translation + Variab_ + + + Line_ + Leave the _ symbol in translation + Linie_ + + + AngleLine_ + Leave the _ symbol in translation + Winkellinie_ + + + Arc_ + Leave the _ symbol in translation + Bogen_ + + + ElArc_ + Leave the _ symbol in translation + ElBogen_ + + + Spl_ + Leave the _ symbol in translation + Spl_ + + + RadiusArc_ + Leave the _ symbol in translation + RadiusBogen_ + + + Radius1ElArc_ + Leave the _ symbol in translation + Radius1ElBogen_ + + + Radius2ElArc_ + Leave the _ symbol in translation + Radius2ElBogen_ + + + Angle1Arc_ + Leave the _ symbol in translation + Winkel1Bogen_ + + + Angle2Arc_ + Leave the _ symbol in translation + Winkel2Bogen_ + + + Angle1ElArc_ + Leave the _ symbol in translation + Winkel1ElBogen_ + + + Angle2ElArc_ + Leave the _ symbol in translation + Winkel2ElBogen_ + + + Angle1Spl_ + Leave the _ symbol in translation + Winkel1Spl_ + + + Angle2Spl_ + Leave the _ symbol in translation + Winkel2Spl_ + + + Seg_ + Segment. Leave the _ symbol in translation + Seg_ + + + C1LengthSpl_ + Leave the _ symbol in translation + C1LängeSpl_ + + + C2LengthSpl_ + Leave the _ symbol in translation + C2LängeSpl_ + degTorad Converts degrees to radians -Usage: degTorad(angle θ in degrees) - degTorad +Usage: degTorad(angle θ in degrees) → returns an angle in radians +Example: degTorad(180) = 3.14159 + degTorad radTodeg Converts radians to degrees -Usage: radTodeg(angle θ in radians) - radTodeg +Usage: radTodeg(angle θ in radians) → returns an angle in degrees +Example: radTodeg(3.14159) = 180 + radTodeg sin Sine function working with radians -Usage: sin(angle θ in radians) - sin +Usage: sin(angle θ in radians) → returns a number between -1 and 1 +Example: sin(90) = 0.893997 + Sinusfunktion im Bogenmaß Verwendung: sin(Winkel θ im Bogenmaß) → liefert eine Zahl zwischen -1 und 1 Beispiel: sin(90) = 0,893997 + sin cos Cosine function working with radians -Usage: cos(angle θ in radians) - cos +Usage: cos(angle θ in radians) → returns a number between -1 and 1 +Example: cos(1) = 0.540302 + cos tan Tangent function working with radians -Usage: tan(angle θ in radians) - tan +Usage: tan(angle θ in radians) +Example: tan(1) = 1.55741 + tan asin Inverse sine function working with radians -Usage: asin(x) - asin +Usage: asin(x between -1 and 1) → returns an angle in radians +Example: asin(-1) = -1.5708 + asin acos Inverse cosine function working with radians -Usage: acos(x) - acos +Usage: acos(x between -1 and 1) → returns an angle in radians +Example: acos(0.1) = 1.47063 + acos atan Inverse tangent function working with radians -Usage: atan(x) - atan +Usage: atan(x) → returns an angle in radians +Example: atan(1) = 0.78538 + atan sinh Hyperbolic sine function -Usage: sinh(angle θ in radians) - sinh +Usage: sinh(θ) +Example: sinh(1) = 1.1752 + sinh cosh Hyperbolic cosine -Usage: cosh(angle θ in radians) - cosh +Usage: cosh(θ) → returns a number greater than or equal to 1 +Example: cosh(0) = 1 + cosh tanh Hyperbolic tangent function -Usage: tanh(angle θ in radians) - tanh +Usage: tanh(θ) → returns a number between -1 and 1 (excluded) +Example: tanh(1) = 0.761594 + tanh asinh Inverse Hyperbolic sine function -Usage: asinh(x) - asinh +Usage: asinh(x) +Example: asinh(90) = 5.19299 + asinh acosh Inverse Hyperbolic cosine function -Usage: acosh(x) - acosh +Usage: acosh(x greater than or equal to 1) +Example: acosh(2) = 1.31696 + acosh atanh Inverse Hyperbolic tangent function -Usage: atanh(x) - atanh +Usage: atanh(x between -1 and 1 (excluded)) +Example: atanh(0,99) = 2.64665 + atanh sinD Sine function working with degrees -Usage: sinD(angle θ in degrees) - sinD +Usage: sinD(angle θ in degrees) → returns a number between -1 and 1 +Example: sinD(90) = 1 + sinD cosD Cosine function working with degrees -Usage: cosD(angle θ in degrees) - cosD +Usage: cosD(angle θ in degrees) → returns a number between -1 and 1 +Example: cosD(180) = -1 + cosD tanD Tangent function working with degrees -Usage: tanD(angle θ in degrees) - tanD +Usage: tanD(angle θ in degrees) +Example: tanD(45) = 1 + tanD asinD Inverse sine function working with degrees -Usage: asinD(x) - asinD +Usage: asinD(x between -1 and 1) → returns an angle in degrees +Example: asinD(1) = 90 + asinD acosD Inverse cosine function working with degrees -Usage: acosD(x) - acosD +Usage: acosD(x between -1 and 1) → returns an angle in degrees +Example: acosD(-1) = 180 + acosD atanD Inverse tangent function working with degrees -Usage: atanD(x) - atanD +Usage: atanD(x) → returns an angle in degrees +Example: atanD(1) = 45 + atanD log2 Logarithm to the base 2 -Usage: log2(x) - log2 +Usage: log2(x greater than 0) +Example: log2(10) = 3.32193 + log2 log10 - Logarithm to the base 10 -Usage: log10(x) - log10 + Logarithm to the base 10 (same as log(x)) +Usage: log10(x greater than 0) +Example: log10(10) = 1 + log10 log Logarithm to the base 10 -Usage: log(x) - log +Usage: log(x greater than 0) +Example: log(10) = 1 + log ln Logarithm to base e (2.71828...) -Usage: ln(x) - ln +Usage: ln(x greater than 0) +Example: ln(10) = 2.30259 + ln exp - E raised to the power of x -Usage: exp(x) where e = 2.718 - exp + e raised to the power of x where e = 2.718 +Usage: exp(x) → returns a positive number +Example: exp(2) = 7.38906 + exp sqrt Square root of a value -Usage: sqrt(x) - sqrt +Usage: sqrt(x greater than or equal to 0) → returns a positive number +Example: sqrt(4) = 2 + sqrt sign Sign function -1 if x<0; 1 if x>0 -Usage: sign(x) - sign +Usage: sign(x) → returns -1, 0 or 1 +Example: sign(-3) = -1 + sign rint Round to nearest integer -Usage: rint(float x) - rint +Usage: rint(x) → returns an integer number +Example: rint(2.3) = 2 + rint abs Absolute value -Usage: abs(x) - abs +Usage: abs(x) → returns a positive number +Example: abs(-5) = 5 + abs min Min of all arguments -Usage: min(arg 1; arg 2; ... arg n) - min +Usage: min(arg 1; arg 2; ... arg n) +Example: min(2;3;4) = 2 + min max Max of all arguments -Usage: max(arg 1; arg 2; ... arg n) - max +Usage: max(arg 1; arg 2; ... arg n) +Example: max(2;3;4) = 4 + max sum Sum of all arguments -Usage: sum(arg 1; arg 2; ... arg n) - sum +Usage: sum(arg 1; arg 2; ... arg n) +Example: sum(2;3;4) = 9 + sum avg Mean value of all arguments -Usage: avg(arg 1; arg 2; ... arg n) - avg +Usage: avg(arg 1; arg 2; ... arg n) +Example: avg(2;3;4) = 3 + avg fmod Returns the floating-point remainder of x/y (rounded towards zero) -Usage: fmod(x; y) - fmod - - - M_ - Leave the _ symbol in translation - M_ - - - Variable_ - Leave the _ symbol in translation - Variab_ - - - Line_ - Leave the _ symbol in translation - Linie_ - - - AngleLine_ - Leave the _ symbol in translation - Winkellinie_ - - - Arc_ - Leave the _ symbol in translation - Bogen_ - - - ElArc_ - Leave the _ symbol in translation - ElBogen_ - - - Spl_ - Leave the _ symbol in translation - Spl_ - - - RadiusArc_ - Leave the _ symbol in translation - RadiusBogen_ - - - Radius1ElArc_ - Leave the _ symbol in translation - Radius1ElBogen_ - - - Radius2ElArc_ - Leave the _ symbol in translation - Radius2ElBogen_ - - - Angle1Arc_ - Leave the _ symbol in translation - Winkel1Bogen_ - - - Angle2Arc_ - Leave the _ symbol in translation - Winkel2Bogen_ - - - Angle1ElArc_ - Leave the _ symbol in translation - Winkel1ElBogen_ - - - Angle2ElArc_ - Leave the _ symbol in translation - Winkel2ElBogen_ - - - Angle1Spl_ - Leave the _ symbol in translation - Winkel1Spl_ - - - Angle2Spl_ - Leave the _ symbol in translation - Winkel2Spl_ - - - Seg_ - Segment. Leave the _ symbol in translation - Seg_ - - - C1LengthSpl_ - Leave the _ symbol in translation - C1LängeSpl_ - - - C2LengthSpl_ - Leave the _ symbol in translation - C2LängeSpl_ +Usage: fmod(x; y) +Example: fmod(3.3;2) = 1.3 + fmod diff --git a/share/translations/seamly2d_el_GR.ts b/share/translations/seamly2d_el_GR.ts index 17b24ffeb947..0ffcb5d4ee52 100644 --- a/share/translations/seamly2d_el_GR.ts +++ b/share/translations/seamly2d_el_GR.ts @@ -9460,6 +9460,14 @@ Press enter to temporarily add it to the list. Always use current pen + + Autoscroll + + + + Mouse wheel + + PreferencesPathPage @@ -14923,299 +14931,333 @@ load in SeamlyME as usual. placeholder + + M_ + Leave the _ symbol in translation + + + + Variable_ + Leave the _ symbol in translation + + + + Line_ + Leave the _ symbol in translation + Γραμμή_ + + + AngleLine_ + Leave the _ symbol in translation + + + + Arc_ + Leave the _ symbol in translation + Τόξο_ + + + ElArc_ + Leave the _ symbol in translation + + + + Spl_ + Leave the _ symbol in translation + + + + RadiusArc_ + Leave the _ symbol in translation + + + + Radius1ElArc_ + Leave the _ symbol in translation + + + + Radius2ElArc_ + Leave the _ symbol in translation + + + + Angle1Arc_ + Leave the _ symbol in translation + + + + Angle2Arc_ + Leave the _ symbol in translation + + + + Angle1ElArc_ + Leave the _ symbol in translation + + + + Angle2ElArc_ + Leave the _ symbol in translation + + + + Angle1Spl_ + Leave the _ symbol in translation + + + + Angle2Spl_ + Leave the _ symbol in translation + + + + C1LengthSpl_ + Leave the _ symbol in translation + + + + C2LengthSpl_ + Leave the _ symbol in translation + + degTorad Converts degrees to radians -Usage: degTorad(angle θ in degrees) - degTorad +Usage: degTorad(angle θ in degrees) → returns an angle in radians +Example: degTorad(180) = 3.14159 + degTorad radTodeg Converts radians to degrees -Usage: radTodeg(angle θ in radians) - radTodeg +Usage: radTodeg(angle θ in radians) → returns an angle in degrees +Example: radTodeg(3.14159) = 180 + radTodeg sin Sine function working with radians -Usage: sin(angle θ in radians) - sin +Usage: sin(angle θ in radians) → returns a number between -1 and 1 +Example: sin(90) = 0.893997 + sin cos Cosine function working with radians -Usage: cos(angle θ in radians) - cos +Usage: cos(angle θ in radians) → returns a number between -1 and 1 +Example: cos(1) = 0.540302 + cos tan Tangent function working with radians -Usage: tan(angle θ in radians) - tan +Usage: tan(angle θ in radians) +Example: tan(1) = 1.55741 + tan asin Inverse sine function working with radians -Usage: asin(x) - asin +Usage: asin(x between -1 and 1) → returns an angle in radians +Example: asin(-1) = -1.5708 + asin acos Inverse cosine function working with radians -Usage: acos(x) - acos +Usage: acos(x between -1 and 1) → returns an angle in radians +Example: acos(0.1) = 1.47063 + acos atan Inverse tangent function working with radians -Usage: atan(x) - atan +Usage: atan(x) → returns an angle in radians +Example: atan(1) = 0.78538 + atan sinh Hyperbolic sine function -Usage: sinh(angle θ in radians) - sinh +Usage: sinh(θ) +Example: sinh(1) = 1.1752 + sinh cosh Hyperbolic cosine -Usage: cosh(angle θ in radians) - cosh +Usage: cosh(θ) → returns a number greater than or equal to 1 +Example: cosh(0) = 1 + cosh tanh Hyperbolic tangent function -Usage: tanh(angle θ in radians) - tanh +Usage: tanh(θ) → returns a number between -1 and 1 (excluded) +Example: tanh(1) = 0.761594 + tanh asinh Inverse Hyperbolic sine function -Usage: asinh(x) - asinh +Usage: asinh(x) +Example: asinh(90) = 5.19299 + asinh acosh Inverse Hyperbolic cosine function -Usage: acosh(x) - acosh +Usage: acosh(x greater than or equal to 1) +Example: acosh(2) = 1.31696 + acosh atanh Inverse Hyperbolic tangent function -Usage: atanh(x) - atanh +Usage: atanh(x between -1 and 1 (excluded)) +Example: atanh(0,99) = 2.64665 + atanh sinD Sine function working with degrees -Usage: sinD(angle θ in degrees) - sinD +Usage: sinD(angle θ in degrees) → returns a number between -1 and 1 +Example: sinD(90) = 1 + sinD cosD Cosine function working with degrees -Usage: cosD(angle θ in degrees) - cosD +Usage: cosD(angle θ in degrees) → returns a number between -1 and 1 +Example: cosD(180) = -1 + cosD tanD Tangent function working with degrees -Usage: tanD(angle θ in degrees) - tanD +Usage: tanD(angle θ in degrees) +Example: tanD(45) = 1 + tanD asinD Inverse sine function working with degrees -Usage: asinD(x) - asinD +Usage: asinD(x between -1 and 1) → returns an angle in degrees +Example: asinD(1) = 90 + asinD acosD Inverse cosine function working with degrees -Usage: acosD(x) - acosD +Usage: acosD(x between -1 and 1) → returns an angle in degrees +Example: acosD(-1) = 180 + acosD atanD Inverse tangent function working with degrees -Usage: atanD(x) - atanD +Usage: atanD(x) → returns an angle in degrees +Example: atanD(1) = 45 + atanD log2 Logarithm to the base 2 -Usage: log2(x) - log2 +Usage: log2(x greater than 0) +Example: log2(10) = 3.32193 + log2 log10 - Logarithm to the base 10 -Usage: log10(x) - log10 + Logarithm to the base 10 (same as log(x)) +Usage: log10(x greater than 0) +Example: log10(10) = 1 + log10 log Logarithm to the base 10 -Usage: log(x) - log +Usage: log(x greater than 0) +Example: log(10) = 1 + log ln Logarithm to base e (2.71828...) -Usage: ln(x) - ln +Usage: ln(x greater than 0) +Example: ln(10) = 2.30259 + ln exp - E raised to the power of x -Usage: exp(x) where e = 2.718 - exp + e raised to the power of x where e = 2.718 +Usage: exp(x) → returns a positive number +Example: exp(2) = 7.38906 + exp sqrt Square root of a value -Usage: sqrt(x) - sqrt +Usage: sqrt(x greater than or equal to 0) → returns a positive number +Example: sqrt(4) = 2 + sqrt sign Sign function -1 if x<0; 1 if x>0 -Usage: sign(x) - sign +Usage: sign(x) → returns -1, 0 or 1 +Example: sign(-3) = -1 + sign rint Round to nearest integer -Usage: rint(float x) - rint +Usage: rint(x) → returns an integer number +Example: rint(2.3) = 2 + rint abs Absolute value -Usage: abs(x) - abs +Usage: abs(x) → returns a positive number +Example: abs(-5) = 5 + abs min Min of all arguments -Usage: min(arg 1; arg 2; ... arg n) - min +Usage: min(arg 1; arg 2; ... arg n) +Example: min(2;3;4) = 2 + min max Max of all arguments -Usage: max(arg 1; arg 2; ... arg n) - max +Usage: max(arg 1; arg 2; ... arg n) +Example: max(2;3;4) = 4 + max sum Sum of all arguments -Usage: sum(arg 1; arg 2; ... arg n) - sum +Usage: sum(arg 1; arg 2; ... arg n) +Example: sum(2;3;4) = 9 + sum avg Mean value of all arguments -Usage: avg(arg 1; arg 2; ... arg n) - avg +Usage: avg(arg 1; arg 2; ... arg n) +Example: avg(2;3;4) = 3 + avg fmod Returns the floating-point remainder of x/y (rounded towards zero) -Usage: fmod(x; y) - fmod - - - M_ - Leave the _ symbol in translation - - - - Variable_ - Leave the _ symbol in translation - - - - Line_ - Leave the _ symbol in translation - Γραμμή_ - - - AngleLine_ - Leave the _ symbol in translation - - - - Arc_ - Leave the _ symbol in translation - Τόξο_ - - - ElArc_ - Leave the _ symbol in translation - - - - Spl_ - Leave the _ symbol in translation - - - - RadiusArc_ - Leave the _ symbol in translation - - - - Radius1ElArc_ - Leave the _ symbol in translation - - - - Radius2ElArc_ - Leave the _ symbol in translation - - - - Angle1Arc_ - Leave the _ symbol in translation - - - - Angle2Arc_ - Leave the _ symbol in translation - - - - Angle1ElArc_ - Leave the _ symbol in translation - - - - Angle2ElArc_ - Leave the _ symbol in translation - - - - Angle1Spl_ - Leave the _ symbol in translation - - - - Angle2Spl_ - Leave the _ symbol in translation - - - - C1LengthSpl_ - Leave the _ symbol in translation - - - - C2LengthSpl_ - Leave the _ symbol in translation - +Usage: fmod(x; y) +Example: fmod(3.3;2) = 1.3 + fmod diff --git a/share/translations/seamly2d_en_CA.ts b/share/translations/seamly2d_en_CA.ts index a5d1c09ba753..4ec37f8ada56 100644 --- a/share/translations/seamly2d_en_CA.ts +++ b/share/translations/seamly2d_en_CA.ts @@ -9463,6 +9463,14 @@ Press enter to temporarily add it to the list. Always use current pen + + Autoscroll + + + + Mouse wheel + + PreferencesPathPage @@ -14928,299 +14936,333 @@ load in SeamlyME as usual. placeholder + + M_ + Leave the _ symbol in translation + M_ + + + Variable_ + Leave the _ symbol in translation + + + + Line_ + Leave the _ symbol in translation + Line_ + + + AngleLine_ + Leave the _ symbol in translation + AngleLine_ + + + Arc_ + Leave the _ symbol in translation + Arc_ + + + ElArc_ + Leave the _ symbol in translation + + + + Spl_ + Leave the _ symbol in translation + Spl_ + + + RadiusArc_ + Leave the _ symbol in translation + RadiusArc_ + + + Radius1ElArc_ + Leave the _ symbol in translation + + + + Radius2ElArc_ + Leave the _ symbol in translation + + + + Angle1Arc_ + Leave the _ symbol in translation + Angle1Arc_ + + + Angle2Arc_ + Leave the _ symbol in translation + Angle2Arc_ + + + Angle1ElArc_ + Leave the _ symbol in translation + + + + Angle2ElArc_ + Leave the _ symbol in translation + + + + Angle1Spl_ + Leave the _ symbol in translation + Angle1Spl_ + + + Angle2Spl_ + Leave the _ symbol in translation + Angle2Spl_ + + + C1LengthSpl_ + Leave the _ symbol in translation + C1LengthSpl_ + + + C2LengthSpl_ + Leave the _ symbol in translation + C2LengthSpl_ + degTorad Converts degrees to radians -Usage: degTorad(angle θ in degrees) - degTorad +Usage: degTorad(angle θ in degrees) → returns an angle in radians +Example: degTorad(180) = 3.14159 + degTorad radTodeg Converts radians to degrees -Usage: radTodeg(angle θ in radians) - radTodeg +Usage: radTodeg(angle θ in radians) → returns an angle in degrees +Example: radTodeg(3.14159) = 180 + radTodeg sin Sine function working with radians -Usage: sin(angle θ in radians) - sin +Usage: sin(angle θ in radians) → returns a number between -1 and 1 +Example: sin(90) = 0.893997 + sin cos Cosine function working with radians -Usage: cos(angle θ in radians) - cos +Usage: cos(angle θ in radians) → returns a number between -1 and 1 +Example: cos(1) = 0.540302 + cos tan Tangent function working with radians -Usage: tan(angle θ in radians) - tan +Usage: tan(angle θ in radians) +Example: tan(1) = 1.55741 + tan asin Inverse sine function working with radians -Usage: asin(x) - asin +Usage: asin(x between -1 and 1) → returns an angle in radians +Example: asin(-1) = -1.5708 + asin acos Inverse cosine function working with radians -Usage: acos(x) - acos +Usage: acos(x between -1 and 1) → returns an angle in radians +Example: acos(0.1) = 1.47063 + acos atan Inverse tangent function working with radians -Usage: atan(x) - atan +Usage: atan(x) → returns an angle in radians +Example: atan(1) = 0.78538 + atan sinh Hyperbolic sine function -Usage: sinh(angle θ in radians) - sinh +Usage: sinh(θ) +Example: sinh(1) = 1.1752 + sinh cosh Hyperbolic cosine -Usage: cosh(angle θ in radians) - cosh +Usage: cosh(θ) → returns a number greater than or equal to 1 +Example: cosh(0) = 1 + cosh tanh Hyperbolic tangent function -Usage: tanh(angle θ in radians) - tanh +Usage: tanh(θ) → returns a number between -1 and 1 (excluded) +Example: tanh(1) = 0.761594 + tanh asinh Inverse Hyperbolic sine function -Usage: asinh(x) - asinh +Usage: asinh(x) +Example: asinh(90) = 5.19299 + asinh acosh Inverse Hyperbolic cosine function -Usage: acosh(x) - acosh +Usage: acosh(x greater than or equal to 1) +Example: acosh(2) = 1.31696 + acosh atanh Inverse Hyperbolic tangent function -Usage: atanh(x) - atanh +Usage: atanh(x between -1 and 1 (excluded)) +Example: atanh(0,99) = 2.64665 + atanh sinD Sine function working with degrees -Usage: sinD(angle θ in degrees) - sinD +Usage: sinD(angle θ in degrees) → returns a number between -1 and 1 +Example: sinD(90) = 1 + sinD cosD Cosine function working with degrees -Usage: cosD(angle θ in degrees) - cosD +Usage: cosD(angle θ in degrees) → returns a number between -1 and 1 +Example: cosD(180) = -1 + cosD tanD Tangent function working with degrees -Usage: tanD(angle θ in degrees) - tanD +Usage: tanD(angle θ in degrees) +Example: tanD(45) = 1 + tanD asinD Inverse sine function working with degrees -Usage: asinD(x) - asinD +Usage: asinD(x between -1 and 1) → returns an angle in degrees +Example: asinD(1) = 90 + asinD acosD Inverse cosine function working with degrees -Usage: acosD(x) - acosD +Usage: acosD(x between -1 and 1) → returns an angle in degrees +Example: acosD(-1) = 180 + acosD atanD Inverse tangent function working with degrees -Usage: atanD(x) - atanD +Usage: atanD(x) → returns an angle in degrees +Example: atanD(1) = 45 + atanD log2 Logarithm to the base 2 -Usage: log2(x) - log2 +Usage: log2(x greater than 0) +Example: log2(10) = 3.32193 + log2 log10 - Logarithm to the base 10 -Usage: log10(x) - log10 + Logarithm to the base 10 (same as log(x)) +Usage: log10(x greater than 0) +Example: log10(10) = 1 + log10 log Logarithm to the base 10 -Usage: log(x) - log +Usage: log(x greater than 0) +Example: log(10) = 1 + log ln Logarithm to base e (2.71828...) -Usage: ln(x) - ln +Usage: ln(x greater than 0) +Example: ln(10) = 2.30259 + ln exp - E raised to the power of x -Usage: exp(x) where e = 2.718 - exp + e raised to the power of x where e = 2.718 +Usage: exp(x) → returns a positive number +Example: exp(2) = 7.38906 + exp sqrt Square root of a value -Usage: sqrt(x) - sqrt +Usage: sqrt(x greater than or equal to 0) → returns a positive number +Example: sqrt(4) = 2 + sqrt sign Sign function -1 if x<0; 1 if x>0 -Usage: sign(x) - sign +Usage: sign(x) → returns -1, 0 or 1 +Example: sign(-3) = -1 + sign rint Round to nearest integer -Usage: rint(float x) - rint +Usage: rint(x) → returns an integer number +Example: rint(2.3) = 2 + rint abs Absolute value -Usage: abs(x) - abs +Usage: abs(x) → returns a positive number +Example: abs(-5) = 5 + abs min Min of all arguments -Usage: min(arg 1; arg 2; ... arg n) - min +Usage: min(arg 1; arg 2; ... arg n) +Example: min(2;3;4) = 2 + min max Max of all arguments -Usage: max(arg 1; arg 2; ... arg n) - max +Usage: max(arg 1; arg 2; ... arg n) +Example: max(2;3;4) = 4 + max sum Sum of all arguments -Usage: sum(arg 1; arg 2; ... arg n) - sum +Usage: sum(arg 1; arg 2; ... arg n) +Example: sum(2;3;4) = 9 + sum avg Mean value of all arguments -Usage: avg(arg 1; arg 2; ... arg n) - avg +Usage: avg(arg 1; arg 2; ... arg n) +Example: avg(2;3;4) = 3 + avg fmod Returns the floating-point remainder of x/y (rounded towards zero) -Usage: fmod(x; y) - fmod - - - M_ - Leave the _ symbol in translation - M_ - - - Variable_ - Leave the _ symbol in translation - - - - Line_ - Leave the _ symbol in translation - Line_ - - - AngleLine_ - Leave the _ symbol in translation - AngleLine_ - - - Arc_ - Leave the _ symbol in translation - Arc_ - - - ElArc_ - Leave the _ symbol in translation - - - - Spl_ - Leave the _ symbol in translation - Spl_ - - - RadiusArc_ - Leave the _ symbol in translation - RadiusArc_ - - - Radius1ElArc_ - Leave the _ symbol in translation - - - - Radius2ElArc_ - Leave the _ symbol in translation - - - - Angle1Arc_ - Leave the _ symbol in translation - Angle1Arc_ - - - Angle2Arc_ - Leave the _ symbol in translation - Angle2Arc_ - - - Angle1ElArc_ - Leave the _ symbol in translation - - - - Angle2ElArc_ - Leave the _ symbol in translation - - - - Angle1Spl_ - Leave the _ symbol in translation - Angle1Spl_ - - - Angle2Spl_ - Leave the _ symbol in translation - Angle2Spl_ - - - C1LengthSpl_ - Leave the _ symbol in translation - C1LengthSpl_ - - - C2LengthSpl_ - Leave the _ symbol in translation - C2LengthSpl_ +Usage: fmod(x; y) +Example: fmod(3.3;2) = 1.3 + fmod diff --git a/share/translations/seamly2d_en_GB.ts b/share/translations/seamly2d_en_GB.ts index 58476d74c66c..c5e9538b000f 100644 --- a/share/translations/seamly2d_en_GB.ts +++ b/share/translations/seamly2d_en_GB.ts @@ -9463,6 +9463,14 @@ Press enter to temporarily add it to the list. Always use current pen + + Autoscroll + + + + Mouse wheel + + PreferencesPathPage @@ -14928,300 +14936,334 @@ load in SeamlyME as usual. placeholder + + M_ + Leave the _ symbol in translation + + + + Variable_ + Leave the _ symbol in translation + + + + Line_ + Leave the _ symbol in translation + Line_ + + + AngleLine_ + Leave the _ symbol in translation + + + + Arc_ + Leave the _ symbol in translation + Arc_ + + + ElArc_ + Leave the _ symbol in translation + + + + Spl_ + Leave the _ symbol in translation + Spl_ + + + RadiusArc_ + Leave the _ symbol in translation + + + + Radius1ElArc_ + Leave the _ symbol in translation + + + + Radius2ElArc_ + Leave the _ symbol in translation + + + + Angle1Arc_ + Leave the _ symbol in translation + + + + Angle2Arc_ + Leave the _ symbol in translation + + + + Angle1ElArc_ + Leave the _ symbol in translation + + + + Angle2ElArc_ + Leave the _ symbol in translation + + + + Angle1Spl_ + Leave the _ symbol in translation + + + + Angle2Spl_ + Leave the _ symbol in translation + + + + C1LengthSpl_ + Leave the _ symbol in translation + + + + C2LengthSpl_ + Leave the _ symbol in translation + + degTorad Converts degrees to radians -Usage: degTorad(angle θ in degrees) +Usage: degTorad(angle θ in degrees) → returns an angle in radians +Example: degTorad(180) = 3.14159 degTorad radTodeg Converts radians to degrees -Usage: radTodeg(angle θ in radians) +Usage: radTodeg(angle θ in radians) → returns an angle in degrees +Example: radTodeg(3.14159) = 180 radTodeg sin Sine function working with radians -Usage: sin(angle θ in radians) +Usage: sin(angle θ in radians) → returns a number between -1 and 1 +Example: sin(90) = 0.893997 sin cos Cosine function working with radians -Usage: cos(angle θ in radians) +Usage: cos(angle θ in radians) → returns a number between -1 and 1 +Example: cos(1) = 0.540302 cos tan Tangent function working with radians -Usage: tan(angle θ in radians) +Usage: tan(angle θ in radians) +Example: tan(1) = 1.55741 tan asin Inverse sine function working with radians -Usage: asin(x) +Usage: asin(x between -1 and 1) → returns an angle in radians +Example: asin(-1) = -1.5708 asin acos Inverse cosine function working with radians -Usage: acos(x) +Usage: acos(x between -1 and 1) → returns an angle in radians +Example: acos(0.1) = 1.47063 acos atan Inverse tangent function working with radians -Usage: atan(x) +Usage: atan(x) → returns an angle in radians +Example: atan(1) = 0.78538 atan sinh Hyperbolic sine function -Usage: sinh(angle θ in radians) +Usage: sinh(θ) +Example: sinh(1) = 1.1752 sinh cosh Hyperbolic cosine -Usage: cosh(angle θ in radians) +Usage: cosh(θ) → returns a number greater than or equal to 1 +Example: cosh(0) = 1 cosh tanh Hyperbolic tangent function -Usage: tanh(angle θ in radians) +Usage: tanh(θ) → returns a number between -1 and 1 (excluded) +Example: tanh(1) = 0.761594 tanh asinh Inverse Hyperbolic sine function -Usage: asinh(x) +Usage: asinh(x) +Example: asinh(90) = 5.19299 asinh acosh Inverse Hyperbolic cosine function -Usage: acosh(x) +Usage: acosh(x greater than or equal to 1) +Example: acosh(2) = 1.31696 acosh atanh Inverse Hyperbolic tangent function -Usage: atanh(x) +Usage: atanh(x between -1 and 1 (excluded)) +Example: atanh(0,99) = 2.64665 atanh sinD Sine function working with degrees -Usage: sinD(angle θ in degrees) +Usage: sinD(angle θ in degrees) → returns a number between -1 and 1 +Example: sinD(90) = 1 sinD cosD Cosine function working with degrees -Usage: cosD(angle θ in degrees) +Usage: cosD(angle θ in degrees) → returns a number between -1 and 1 +Example: cosD(180) = -1 cosD tanD Tangent function working with degrees -Usage: tanD(angle θ in degrees) +Usage: tanD(angle θ in degrees) +Example: tanD(45) = 1 tanD asinD Inverse sine function working with degrees -Usage: asinD(x) +Usage: asinD(x between -1 and 1) → returns an angle in degrees +Example: asinD(1) = 90 asinD acosD Inverse cosine function working with degrees -Usage: acosD(x) +Usage: acosD(x between -1 and 1) → returns an angle in degrees +Example: acosD(-1) = 180 acosD atanD Inverse tangent function working with degrees -Usage: atanD(x) +Usage: atanD(x) → returns an angle in degrees +Example: atanD(1) = 45 atanD log2 Logarithm to the base 2 -Usage: log2(x) +Usage: log2(x greater than 0) +Example: log2(10) = 3.32193 log2 log10 - Logarithm to the base 10 -Usage: log10(x) + Logarithm to the base 10 (same as log(x)) +Usage: log10(x greater than 0) +Example: log10(10) = 1 log10 log Logarithm to the base 10 -Usage: log(x) +Usage: log(x greater than 0) +Example: log(10) = 1 log ln Logarithm to base e (2.71828...) -Usage: ln(x) +Usage: ln(x greater than 0) +Example: ln(10) = 2.30259 ln exp - E raised to the power of x -Usage: exp(x) where e = 2.718 + e raised to the power of x where e = 2.718 +Usage: exp(x) → returns a positive number +Example: exp(2) = 7.38906 exp sqrt Square root of a value -Usage: sqrt(x) +Usage: sqrt(x greater than or equal to 0) → returns a positive number +Example: sqrt(4) = 2 sqrt sign Sign function -1 if x<0; 1 if x>0 -Usage: sign(x) +Usage: sign(x) → returns -1, 0 or 1 +Example: sign(-3) = -1 sign rint Round to nearest integer -Usage: rint(float x) +Usage: rint(x) → returns an integer number +Example: rint(2.3) = 2 rint abs Absolute value -Usage: abs(x) +Usage: abs(x) → returns a positive number +Example: abs(-5) = 5 abs min Min of all arguments -Usage: min(arg 1; arg 2; ... arg n) +Usage: min(arg 1; arg 2; ... arg n) +Example: min(2;3;4) = 2 min max Max of all arguments -Usage: max(arg 1; arg 2; ... arg n) +Usage: max(arg 1; arg 2; ... arg n) +Example: max(2;3;4) = 4 max sum Sum of all arguments -Usage: sum(arg 1; arg 2; ... arg n) +Usage: sum(arg 1; arg 2; ... arg n) +Example: sum(2;3;4) = 9 sum avg Mean value of all arguments -Usage: avg(arg 1; arg 2; ... arg n) +Usage: avg(arg 1; arg 2; ... arg n) +Example: avg(2;3;4) = 3 avg fmod Returns the floating-point remainder of x/y (rounded towards zero) -Usage: fmod(x; y) +Usage: fmod(x; y) +Example: fmod(3.3;2) = 1.3 fmod - - M_ - Leave the _ symbol in translation - - - - Variable_ - Leave the _ symbol in translation - - - - Line_ - Leave the _ symbol in translation - Line_ - - - AngleLine_ - Leave the _ symbol in translation - - - - Arc_ - Leave the _ symbol in translation - Arc_ - - - ElArc_ - Leave the _ symbol in translation - - - - Spl_ - Leave the _ symbol in translation - Spl_ - - - RadiusArc_ - Leave the _ symbol in translation - - - - Radius1ElArc_ - Leave the _ symbol in translation - - - - Radius2ElArc_ - Leave the _ symbol in translation - - - - Angle1Arc_ - Leave the _ symbol in translation - - - - Angle2Arc_ - Leave the _ symbol in translation - - - - Angle1ElArc_ - Leave the _ symbol in translation - - - - Angle2ElArc_ - Leave the _ symbol in translation - - - - Angle1Spl_ - Leave the _ symbol in translation - - - - Angle2Spl_ - Leave the _ symbol in translation - - - - C1LengthSpl_ - Leave the _ symbol in translation - - - - C2LengthSpl_ - Leave the _ symbol in translation - - VisToolCubicBezierPath diff --git a/share/translations/seamly2d_en_IN.ts b/share/translations/seamly2d_en_IN.ts index 325cde723dca..bf0bbed8b764 100644 --- a/share/translations/seamly2d_en_IN.ts +++ b/share/translations/seamly2d_en_IN.ts @@ -9463,6 +9463,14 @@ Press enter to temporarily add it to the list. Always use current pen + + Autoscroll + + + + Mouse wheel + + PreferencesPathPage @@ -14928,299 +14936,333 @@ load in SeamlyME as usual. placeholder + + M_ + Leave the _ symbol in translation + M_ + + + Variable_ + Leave the _ symbol in translation + + + + Line_ + Leave the _ symbol in translation + Line_ + + + AngleLine_ + Leave the _ symbol in translation + AngleLine_ + + + Arc_ + Leave the _ symbol in translation + Arc_ + + + ElArc_ + Leave the _ symbol in translation + + + + Spl_ + Leave the _ symbol in translation + Spl_ + + + RadiusArc_ + Leave the _ symbol in translation + RadiusArc_ + + + Radius1ElArc_ + Leave the _ symbol in translation + + + + Radius2ElArc_ + Leave the _ symbol in translation + + + + Angle1Arc_ + Leave the _ symbol in translation + Angle1Arc_ + + + Angle2Arc_ + Leave the _ symbol in translation + Angle2Arc_ + + + Angle1ElArc_ + Leave the _ symbol in translation + + + + Angle2ElArc_ + Leave the _ symbol in translation + + + + Angle1Spl_ + Leave the _ symbol in translation + Angle1Spl_ + + + Angle2Spl_ + Leave the _ symbol in translation + Angle2Spl_ + + + C1LengthSpl_ + Leave the _ symbol in translation + C1LengthSpl_ + + + C2LengthSpl_ + Leave the _ symbol in translation + C2LengthSpl_ + degTorad Converts degrees to radians -Usage: degTorad(angle θ in degrees) - degTorad +Usage: degTorad(angle θ in degrees) → returns an angle in radians +Example: degTorad(180) = 3.14159 + degTorad radTodeg Converts radians to degrees -Usage: radTodeg(angle θ in radians) - radTodeg +Usage: radTodeg(angle θ in radians) → returns an angle in degrees +Example: radTodeg(3.14159) = 180 + radTodeg sin Sine function working with radians -Usage: sin(angle θ in radians) - sin +Usage: sin(angle θ in radians) → returns a number between -1 and 1 +Example: sin(90) = 0.893997 + sin cos Cosine function working with radians -Usage: cos(angle θ in radians) - cos +Usage: cos(angle θ in radians) → returns a number between -1 and 1 +Example: cos(1) = 0.540302 + cos tan Tangent function working with radians -Usage: tan(angle θ in radians) - tan +Usage: tan(angle θ in radians) +Example: tan(1) = 1.55741 + tan asin Inverse sine function working with radians -Usage: asin(x) - asin +Usage: asin(x between -1 and 1) → returns an angle in radians +Example: asin(-1) = -1.5708 + asin acos Inverse cosine function working with radians -Usage: acos(x) - acos +Usage: acos(x between -1 and 1) → returns an angle in radians +Example: acos(0.1) = 1.47063 + acos atan Inverse tangent function working with radians -Usage: atan(x) - atan +Usage: atan(x) → returns an angle in radians +Example: atan(1) = 0.78538 + atan sinh Hyperbolic sine function -Usage: sinh(angle θ in radians) - sinh +Usage: sinh(θ) +Example: sinh(1) = 1.1752 + sinh cosh Hyperbolic cosine -Usage: cosh(angle θ in radians) - cosh +Usage: cosh(θ) → returns a number greater than or equal to 1 +Example: cosh(0) = 1 + cosh tanh Hyperbolic tangent function -Usage: tanh(angle θ in radians) - tanh +Usage: tanh(θ) → returns a number between -1 and 1 (excluded) +Example: tanh(1) = 0.761594 + tanh asinh Inverse Hyperbolic sine function -Usage: asinh(x) - asinh +Usage: asinh(x) +Example: asinh(90) = 5.19299 + asinh acosh Inverse Hyperbolic cosine function -Usage: acosh(x) - acosh +Usage: acosh(x greater than or equal to 1) +Example: acosh(2) = 1.31696 + acosh atanh Inverse Hyperbolic tangent function -Usage: atanh(x) - atanh +Usage: atanh(x between -1 and 1 (excluded)) +Example: atanh(0,99) = 2.64665 + atanh sinD Sine function working with degrees -Usage: sinD(angle θ in degrees) - sinD +Usage: sinD(angle θ in degrees) → returns a number between -1 and 1 +Example: sinD(90) = 1 + sinD cosD Cosine function working with degrees -Usage: cosD(angle θ in degrees) - cosD +Usage: cosD(angle θ in degrees) → returns a number between -1 and 1 +Example: cosD(180) = -1 + cosD tanD Tangent function working with degrees -Usage: tanD(angle θ in degrees) - tanD +Usage: tanD(angle θ in degrees) +Example: tanD(45) = 1 + tanD asinD Inverse sine function working with degrees -Usage: asinD(x) - asinD +Usage: asinD(x between -1 and 1) → returns an angle in degrees +Example: asinD(1) = 90 + asinD acosD Inverse cosine function working with degrees -Usage: acosD(x) - acosD +Usage: acosD(x between -1 and 1) → returns an angle in degrees +Example: acosD(-1) = 180 + acosD atanD Inverse tangent function working with degrees -Usage: atanD(x) - atanD +Usage: atanD(x) → returns an angle in degrees +Example: atanD(1) = 45 + atanD log2 Logarithm to the base 2 -Usage: log2(x) - log2 +Usage: log2(x greater than 0) +Example: log2(10) = 3.32193 + log2 log10 - Logarithm to the base 10 -Usage: log10(x) - log10 + Logarithm to the base 10 (same as log(x)) +Usage: log10(x greater than 0) +Example: log10(10) = 1 + log10 log Logarithm to the base 10 -Usage: log(x) - log +Usage: log(x greater than 0) +Example: log(10) = 1 + log ln Logarithm to base e (2.71828...) -Usage: ln(x) - ln +Usage: ln(x greater than 0) +Example: ln(10) = 2.30259 + ln exp - E raised to the power of x -Usage: exp(x) where e = 2.718 - exp + e raised to the power of x where e = 2.718 +Usage: exp(x) → returns a positive number +Example: exp(2) = 7.38906 + exp sqrt Square root of a value -Usage: sqrt(x) - sqrt +Usage: sqrt(x greater than or equal to 0) → returns a positive number +Example: sqrt(4) = 2 + sqrt sign Sign function -1 if x<0; 1 if x>0 -Usage: sign(x) - sign +Usage: sign(x) → returns -1, 0 or 1 +Example: sign(-3) = -1 + sign rint Round to nearest integer -Usage: rint(float x) - rint +Usage: rint(x) → returns an integer number +Example: rint(2.3) = 2 + rint abs Absolute value -Usage: abs(x) - abs +Usage: abs(x) → returns a positive number +Example: abs(-5) = 5 + abs min Min of all arguments -Usage: min(arg 1; arg 2; ... arg n) - min +Usage: min(arg 1; arg 2; ... arg n) +Example: min(2;3;4) = 2 + min max Max of all arguments -Usage: max(arg 1; arg 2; ... arg n) - max +Usage: max(arg 1; arg 2; ... arg n) +Example: max(2;3;4) = 4 + max sum Sum of all arguments -Usage: sum(arg 1; arg 2; ... arg n) - sum +Usage: sum(arg 1; arg 2; ... arg n) +Example: sum(2;3;4) = 9 + sum avg Mean value of all arguments -Usage: avg(arg 1; arg 2; ... arg n) - avg +Usage: avg(arg 1; arg 2; ... arg n) +Example: avg(2;3;4) = 3 + avg fmod Returns the floating-point remainder of x/y (rounded towards zero) -Usage: fmod(x; y) - fmod - - - M_ - Leave the _ symbol in translation - M_ - - - Variable_ - Leave the _ symbol in translation - - - - Line_ - Leave the _ symbol in translation - Line_ - - - AngleLine_ - Leave the _ symbol in translation - AngleLine_ - - - Arc_ - Leave the _ symbol in translation - Arc_ - - - ElArc_ - Leave the _ symbol in translation - - - - Spl_ - Leave the _ symbol in translation - Spl_ - - - RadiusArc_ - Leave the _ symbol in translation - RadiusArc_ - - - Radius1ElArc_ - Leave the _ symbol in translation - - - - Radius2ElArc_ - Leave the _ symbol in translation - - - - Angle1Arc_ - Leave the _ symbol in translation - Angle1Arc_ - - - Angle2Arc_ - Leave the _ symbol in translation - Angle2Arc_ - - - Angle1ElArc_ - Leave the _ symbol in translation - - - - Angle2ElArc_ - Leave the _ symbol in translation - - - - Angle1Spl_ - Leave the _ symbol in translation - Angle1Spl_ - - - Angle2Spl_ - Leave the _ symbol in translation - Angle2Spl_ - - - C1LengthSpl_ - Leave the _ symbol in translation - C1LengthSpl_ - - - C2LengthSpl_ - Leave the _ symbol in translation - C2LengthSpl_ +Usage: fmod(x; y) +Example: fmod(3.3;2) = 1.3 + fmod diff --git a/share/translations/seamly2d_en_US.ts b/share/translations/seamly2d_en_US.ts index dd504193f2a6..c5e9538b000f 100644 --- a/share/translations/seamly2d_en_US.ts +++ b/share/translations/seamly2d_en_US.ts @@ -9463,6 +9463,14 @@ Press enter to temporarily add it to the list. Always use current pen + + Autoscroll + + + + Mouse wheel + + PreferencesPathPage @@ -14928,299 +14936,333 @@ load in SeamlyME as usual. placeholder + + M_ + Leave the _ symbol in translation + + + + Variable_ + Leave the _ symbol in translation + + + + Line_ + Leave the _ symbol in translation + Line_ + + + AngleLine_ + Leave the _ symbol in translation + + + + Arc_ + Leave the _ symbol in translation + Arc_ + + + ElArc_ + Leave the _ symbol in translation + + + + Spl_ + Leave the _ symbol in translation + Spl_ + + + RadiusArc_ + Leave the _ symbol in translation + + + + Radius1ElArc_ + Leave the _ symbol in translation + + + + Radius2ElArc_ + Leave the _ symbol in translation + + + + Angle1Arc_ + Leave the _ symbol in translation + + + + Angle2Arc_ + Leave the _ symbol in translation + + + + Angle1ElArc_ + Leave the _ symbol in translation + + + + Angle2ElArc_ + Leave the _ symbol in translation + + + + Angle1Spl_ + Leave the _ symbol in translation + + + + Angle2Spl_ + Leave the _ symbol in translation + + + + C1LengthSpl_ + Leave the _ symbol in translation + + + + C2LengthSpl_ + Leave the _ symbol in translation + + degTorad Converts degrees to radians -Usage: degTorad(angle θ in degrees) - degTorad +Usage: degTorad(angle θ in degrees) → returns an angle in radians +Example: degTorad(180) = 3.14159 + degTorad radTodeg Converts radians to degrees -Usage: radTodeg(angle θ in radians) - radTodeg +Usage: radTodeg(angle θ in radians) → returns an angle in degrees +Example: radTodeg(3.14159) = 180 + radTodeg sin Sine function working with radians -Usage: sin(angle θ in radians) - sin +Usage: sin(angle θ in radians) → returns a number between -1 and 1 +Example: sin(90) = 0.893997 + sin cos Cosine function working with radians -Usage: cos(angle θ in radians) - cos +Usage: cos(angle θ in radians) → returns a number between -1 and 1 +Example: cos(1) = 0.540302 + cos tan Tangent function working with radians -Usage: tan(angle θ in radians) - tan +Usage: tan(angle θ in radians) +Example: tan(1) = 1.55741 + tan asin Inverse sine function working with radians -Usage: asin(x) - asin +Usage: asin(x between -1 and 1) → returns an angle in radians +Example: asin(-1) = -1.5708 + asin acos Inverse cosine function working with radians -Usage: acos(x) - acos +Usage: acos(x between -1 and 1) → returns an angle in radians +Example: acos(0.1) = 1.47063 + acos atan Inverse tangent function working with radians -Usage: atan(x) - atan +Usage: atan(x) → returns an angle in radians +Example: atan(1) = 0.78538 + atan sinh Hyperbolic sine function -Usage: sinh(angle θ in radians) - sinh +Usage: sinh(θ) +Example: sinh(1) = 1.1752 + sinh cosh Hyperbolic cosine -Usage: cosh(angle θ in radians) - cosh +Usage: cosh(θ) → returns a number greater than or equal to 1 +Example: cosh(0) = 1 + cosh tanh Hyperbolic tangent function -Usage: tanh(angle θ in radians) - tanh +Usage: tanh(θ) → returns a number between -1 and 1 (excluded) +Example: tanh(1) = 0.761594 + tanh asinh Inverse Hyperbolic sine function -Usage: asinh(x) - asinh +Usage: asinh(x) +Example: asinh(90) = 5.19299 + asinh acosh Inverse Hyperbolic cosine function -Usage: acosh(x) - acosh +Usage: acosh(x greater than or equal to 1) +Example: acosh(2) = 1.31696 + acosh atanh Inverse Hyperbolic tangent function -Usage: atanh(x) - atanh +Usage: atanh(x between -1 and 1 (excluded)) +Example: atanh(0,99) = 2.64665 + atanh sinD Sine function working with degrees -Usage: sinD(angle θ in degrees) - sinD +Usage: sinD(angle θ in degrees) → returns a number between -1 and 1 +Example: sinD(90) = 1 + sinD cosD Cosine function working with degrees -Usage: cosD(angle θ in degrees) - cosD +Usage: cosD(angle θ in degrees) → returns a number between -1 and 1 +Example: cosD(180) = -1 + cosD tanD Tangent function working with degrees -Usage: tanD(angle θ in degrees) - tanD +Usage: tanD(angle θ in degrees) +Example: tanD(45) = 1 + tanD asinD Inverse sine function working with degrees -Usage: asinD(x) - asinD +Usage: asinD(x between -1 and 1) → returns an angle in degrees +Example: asinD(1) = 90 + asinD acosD Inverse cosine function working with degrees -Usage: acosD(x) - acosD +Usage: acosD(x between -1 and 1) → returns an angle in degrees +Example: acosD(-1) = 180 + acosD atanD Inverse tangent function working with degrees -Usage: atanD(x) - atanD +Usage: atanD(x) → returns an angle in degrees +Example: atanD(1) = 45 + atanD log2 Logarithm to the base 2 -Usage: log2(x) - log2 +Usage: log2(x greater than 0) +Example: log2(10) = 3.32193 + log2 log10 - Logarithm to the base 10 -Usage: log10(x) - log10 + Logarithm to the base 10 (same as log(x)) +Usage: log10(x greater than 0) +Example: log10(10) = 1 + log10 log Logarithm to the base 10 -Usage: log(x) - log +Usage: log(x greater than 0) +Example: log(10) = 1 + log ln Logarithm to base e (2.71828...) -Usage: ln(x) - ln +Usage: ln(x greater than 0) +Example: ln(10) = 2.30259 + ln exp - E raised to the power of x -Usage: exp(x) where e = 2.718 - exp + e raised to the power of x where e = 2.718 +Usage: exp(x) → returns a positive number +Example: exp(2) = 7.38906 + exp sqrt Square root of a value -Usage: sqrt(x) - sqrt +Usage: sqrt(x greater than or equal to 0) → returns a positive number +Example: sqrt(4) = 2 + sqrt sign Sign function -1 if x<0; 1 if x>0 -Usage: sign(x) - sign +Usage: sign(x) → returns -1, 0 or 1 +Example: sign(-3) = -1 + sign rint Round to nearest integer -Usage: rint(float x) - rint +Usage: rint(x) → returns an integer number +Example: rint(2.3) = 2 + rint abs Absolute value -Usage: abs(x) - abs +Usage: abs(x) → returns a positive number +Example: abs(-5) = 5 + abs min Min of all arguments -Usage: min(arg 1; arg 2; ... arg n) - min +Usage: min(arg 1; arg 2; ... arg n) +Example: min(2;3;4) = 2 + min max Max of all arguments -Usage: max(arg 1; arg 2; ... arg n) - max +Usage: max(arg 1; arg 2; ... arg n) +Example: max(2;3;4) = 4 + max sum Sum of all arguments -Usage: sum(arg 1; arg 2; ... arg n) - sum +Usage: sum(arg 1; arg 2; ... arg n) +Example: sum(2;3;4) = 9 + sum avg Mean value of all arguments -Usage: avg(arg 1; arg 2; ... arg n) - avg +Usage: avg(arg 1; arg 2; ... arg n) +Example: avg(2;3;4) = 3 + avg fmod Returns the floating-point remainder of x/y (rounded towards zero) -Usage: fmod(x; y) - fmod - - - M_ - Leave the _ symbol in translation - - - - Variable_ - Leave the _ symbol in translation - - - - Line_ - Leave the _ symbol in translation - Line_ - - - AngleLine_ - Leave the _ symbol in translation - - - - Arc_ - Leave the _ symbol in translation - Arc_ - - - ElArc_ - Leave the _ symbol in translation - - - - Spl_ - Leave the _ symbol in translation - Spl_ - - - RadiusArc_ - Leave the _ symbol in translation - - - - Radius1ElArc_ - Leave the _ symbol in translation - - - - Radius2ElArc_ - Leave the _ symbol in translation - - - - Angle1Arc_ - Leave the _ symbol in translation - - - - Angle2Arc_ - Leave the _ symbol in translation - - - - Angle1ElArc_ - Leave the _ symbol in translation - - - - Angle2ElArc_ - Leave the _ symbol in translation - - - - Angle1Spl_ - Leave the _ symbol in translation - - - - Angle2Spl_ - Leave the _ symbol in translation - - - - C1LengthSpl_ - Leave the _ symbol in translation - - - - C2LengthSpl_ - Leave the _ symbol in translation - +Usage: fmod(x; y) +Example: fmod(3.3;2) = 1.3 + fmod diff --git a/share/translations/seamly2d_es_ES.ts b/share/translations/seamly2d_es_ES.ts index 55c5887405c2..16d93865b2cf 100644 --- a/share/translations/seamly2d_es_ES.ts +++ b/share/translations/seamly2d_es_ES.ts @@ -4200,14 +4200,6 @@ for writing No es posible abrir el archivo %1 para la escritura - - - Unable to get exclusive access to file -%1 -Possibly the file is already being downloaded. - No se puede obtener acceso exclusivo al archivo -%1 -Posiblemente el archivo ya está siendo descargado. File download failed: %1. @@ -4227,6 +4219,12 @@ Do you want to download it? Una nueva versión %1 está disponible. ¿Quiere descargarla? + + Unable to get exclusive access to file +%1 +Possibly the file is already being downloaded. + + GroupsWidget @@ -5219,14 +5217,6 @@ El programa se proporciona TAL CUAL, SIN GARANTÍA DE NINGÚN TIPO, INCLUIDAS LA Descending area Área descendente - - Margins go beyond printing. - -Apply settings anyway? - Los márgenes van más allá de la impresión. - -¿Aplicar ajustes de todos modos? - Centimeters Centímetros @@ -5354,6 +5344,12 @@ Apply settings anyway? Printer Ninguno + + Margins go beyond printing. + +Apply settings anyway? + + LineTypeComboBox @@ -9541,6 +9537,14 @@ actualización: Always use current pen Utilice siempre el lápiz actual + + Autoscroll + Desplazamiento automático + + + Mouse wheel + Rueda del ratón + PreferencesPathPage @@ -10343,20 +10347,6 @@ actualización: Decimal separator: Separador decimal: - - Selects what decimal separator char to use. -When checked the separator for the user's locale is used. -When unchecked the period is used. - Selecciona el carácter separador decimal a utilizar. -Si está marcada, se utiliza el separador de la configuración regional del usuario. -Si no se selecciona, se utiliza el punto. - - - When checked the Welcome window will not be displayed. -You can change this setting in the SeamlyMe preferences. - Si esta opción está seleccionada, no se mostrará la ventana de bienvenida. -Puede cambiar esta configuración en las preferencias de SeamlyMe. - GUI language: GUI Idioma: @@ -10385,6 +10375,17 @@ Puede cambiar esta configuración en las preferencias de SeamlyMe. Inches Pulgadas + + Selects what decimal separator char to use. +When checked the separator for the user's locale is used. +When unchecked the period is used. + + + + When checked the Welcome window will not be displayed. +You can change this setting in the SeamlyMe preferences. + + SeamlyWelcomeDialog @@ -10408,12 +10409,6 @@ Puede cambiar esta configuración en las preferencias de SeamlyMe. Decimal separator: Separador decimal: - - When checked the Welcome window will not be displayed. -You can change this setting in the Seamly2D preferences. - Si esta opción está seleccionada, no se mostrará la ventana de bienvenida. -Puede cambiar esta configuración en las preferencias de Seamly2D. - GUI language: GUI Idioma: @@ -10446,14 +10441,6 @@ Puede cambiar esta configuración en las preferencias de Seamly2D. Please choose your preferred units, decimal separator, language, and selection sound. (You can change these later.) Elija las unidades, el separador decimal, el idioma y el sonido de selección que prefiera. (Puede cambiarlos más adelante.) - - Selects what decimal separator char to use. -When checked the separator for the user's locale is used. -When unchecked the period is used. - Selecciona el carácter separador decimal a utilizar. -Si está marcada, se utiliza el separador de la configuración regional del usuario. -Si no se selecciona, se utiliza el punto. - Sound: Sonido: @@ -10462,6 +10449,17 @@ Si no se selecciona, se utiliza el punto. Sets the node selection click sound. Establece el sonido del clic de selección del nodo. + + Selects what decimal separator char to use. +When checked the separator for the user's locale is used. +When unchecked the period is used. + + + + When checked the Welcome window will not be displayed. +You can change this setting in the Seamly2D preferences. + + SetPieceColor @@ -15212,333 +15210,333 @@ load in SeamlyME as usual. marcador de posición wLomo + + M_ + Leave the _ symbol in translation + M_ + + + Variable_ + Leave the _ symbol in translation + Variable_ + + + Line_ + Leave the _ symbol in translation + Línea_ + + + AngleLine_ + Leave the _ symbol in translation + AngleLine_ + + + Arc_ + Leave the _ symbol in translation + Arco_ + + + ElArc_ + Leave the _ symbol in translation + ElArco_ + + + Spl_ + Leave the _ symbol in translation + Spl_ + + + RadiusArc_ + Leave the _ symbol in translation + RadiusArc_ + + + Radius1ElArc_ + Leave the _ symbol in translation + Radius1ElArc_ + + + Radius2ElArc_ + Leave the _ symbol in translation + Radius2ElArc_ + + + Angle1Arc_ + Leave the _ symbol in translation + Angle1Arc_ + + + Angle2Arc_ + Leave the _ symbol in translation + Angle2Arc_ + + + Angle1ElArc_ + Leave the _ symbol in translation + Angle1ElArc_ + + + Angle2ElArc_ + Leave the _ symbol in translation + Angle2ElArc_ + + + Angle1Spl_ + Leave the _ symbol in translation + Angle1Spl_ + + + Angle2Spl_ + Leave the _ symbol in translation + Angle2Spl_ + + + C1LengthSpl_ + Leave the _ symbol in translation + C1LengthSpl_ + + + C2LengthSpl_ + Leave the _ symbol in translation + C2LengthSpl_ + degTorad Converts degrees to radians -Usage: degTorad(angle θ in degrees) - Convierte grados a radianes Uso: degTorad(ángulo θ en grados) - +Usage: degTorad(angle θ in degrees) → returns an angle in radians +Example: degTorad(180) = 3.14159 + radTodeg Converts radians to degrees -Usage: radTodeg(angle θ in radians) - Convierte radianes a grados Uso: radTodeg(ángulo θ en radianes) - radTodeg +Usage: radTodeg(angle θ in radians) → returns an angle in degrees +Example: radTodeg(3.14159) = 180 + radTodeg sin Sine function working with radians -Usage: sin(angle θ in radians) - Función seno trabaja con radianes Uso: sin(ángulo θ en radianes) - sin +Usage: sin(angle θ in radians) → returns a number between -1 and 1 +Example: sin(90) = 0.893997 + sin cos Cosine function working with radians -Usage: cos(angle θ in radians) - Función coseno trabaja con radianes Uso: cos(ángulo θ en radianes) - cos +Usage: cos(angle θ in radians) → returns a number between -1 and 1 +Example: cos(1) = 0.540302 + cos tan Tangent function working with radians -Usage: tan(angle θ in radians) - Función tangente trabaja con radianes Uso: tan(ángulo θ en radianes) - tan +Usage: tan(angle θ in radians) +Example: tan(1) = 1.55741 + tan asin Inverse sine function working with radians -Usage: asin(x) - Función seno inverso trabaja con radianes Uso: asin(x) - asin +Usage: asin(x between -1 and 1) → returns an angle in radians +Example: asin(-1) = -1.5708 + asin acos Inverse cosine function working with radians -Usage: acos(x) - Función coseno inverso trabaja con radianes Uso: acos(x) - acos +Usage: acos(x between -1 and 1) → returns an angle in radians +Example: acos(0.1) = 1.47063 + acos atan Inverse tangent function working with radians -Usage: atan(x) - Función tangente inversa trabaja con radianes Uso: atan(x) - atan +Usage: atan(x) → returns an angle in radians +Example: atan(1) = 0.78538 + atan sinh Hyperbolic sine function -Usage: sinh(angle θ in radians) - Función seno hiperbólica Uso: sinh(ángulo θ en radianes) - sinh +Usage: sinh(θ) +Example: sinh(1) = 1.1752 + sinh cosh Hyperbolic cosine -Usage: cosh(angle θ in radians) - Uso del coseno hiperbólico: cosh (ángulo θ en radianes) - cosh +Usage: cosh(θ) → returns a number greater than or equal to 1 +Example: cosh(0) = 1 + cosh tanh Hyperbolic tangent function -Usage: tanh(angle θ in radians) - Función tangente hiperbólica Uso: tanh(ángulo θ en radianes) - tanh +Usage: tanh(θ) → returns a number between -1 and 1 (excluded) +Example: tanh(1) = 0.761594 + tanh asinh Inverse Hyperbolic sine function -Usage: asinh(x) - Función seno hiperbólica inversa Uso: asinh(x) - asinh +Usage: asinh(x) +Example: asinh(90) = 5.19299 + asinh acosh Inverse Hyperbolic cosine function -Usage: acosh(x) - Función coseno hiperbólica inversa Uso: acosh(x) - acosh +Usage: acosh(x greater than or equal to 1) +Example: acosh(2) = 1.31696 + acosh atanh Inverse Hyperbolic tangent function -Usage: atanh(x) - Función tangente hiperbólica inversa Uso: atanh(x) - atanh +Usage: atanh(x between -1 and 1 (excluded)) +Example: atanh(0,99) = 2.64665 + atanh sinD Sine function working with degrees -Usage: sinD(angle θ in degrees) - Función seno trabaja con grados Uso: sinD(ángulo θ en grados) - sinD +Usage: sinD(angle θ in degrees) → returns a number between -1 and 1 +Example: sinD(90) = 1 + sinD cosD Cosine function working with degrees -Usage: cosD(angle θ in degrees) - Función coseno trabaja con grados Uso: cosD(ángulo θ en grados) - cosD +Usage: cosD(angle θ in degrees) → returns a number between -1 and 1 +Example: cosD(180) = -1 + cosD tanD Tangent function working with degrees -Usage: tanD(angle θ in degrees) - Función tangente trabaja con grados Uso: tanD(ángulo θ en grados) - tanD +Usage: tanD(angle θ in degrees) +Example: tanD(45) = 1 + tanD asinD Inverse sine function working with degrees -Usage: asinD(x) - Función seno inverso trabaja con grados Uso: asinD(x) - asinD +Usage: asinD(x between -1 and 1) → returns an angle in degrees +Example: asinD(1) = 90 + asinD acosD Inverse cosine function working with degrees -Usage: acosD(x) - Función coseno inverso trabaja con grados Uso: acosD(x) - acosD +Usage: acosD(x between -1 and 1) → returns an angle in degrees +Example: acosD(-1) = 180 + acosD atanD Inverse tangent function working with degrees -Usage: atanD(x) - Función tangente inversa trabaja con grados Uso: atanD(x) - atanD +Usage: atanD(x) → returns an angle in degrees +Example: atanD(1) = 45 + atanD log2 Logarithm to the base 2 -Usage: log2(x) - Logaritmo en base 2 Uso: log2(x) - log2 +Usage: log2(x greater than 0) +Example: log2(10) = 3.32193 + log2 log10 - Logarithm to the base 10 -Usage: log10(x) - Logaritmo en base 10 Uso: log10(x) - log10 + Logarithm to the base 10 (same as log(x)) +Usage: log10(x greater than 0) +Example: log10(10) = 1 + log10 log Logarithm to the base 10 -Usage: log(x) - Logaritmo en base 10 Uso: log(x) - log +Usage: log(x greater than 0) +Example: log(10) = 1 + log ln Logarithm to base e (2.71828...) -Usage: ln(x) - Logaritmo en base e (2,71828...) Uso: ln(x) - in +Usage: ln(x greater than 0) +Example: ln(10) = 2.30259 + in exp - E raised to the power of x -Usage: exp(x) where e = 2.718 - E elevado a la potencia x Uso: exp(x) donde e = 2,718 - exp + e raised to the power of x where e = 2.718 +Usage: exp(x) → returns a positive number +Example: exp(2) = 7.38906 + exp sqrt Square root of a value -Usage: sqrt(x) - Raíz cuadrada de un valor Uso: sqrt(x) - sqrt +Usage: sqrt(x greater than or equal to 0) → returns a positive number +Example: sqrt(4) = 2 + sqrt sign Sign function -1 if x<0; 1 if x>0 -Usage: sign(x) - Función de signo -1 si x<0; 1 si x>0 Uso: signo(x) - sign +Usage: sign(x) → returns -1, 0 or 1 +Example: sign(-3) = -1 + sign rint Round to nearest integer -Usage: rint(float x) - Redondear al entero más cercano Uso: rint(float x) - rint +Usage: rint(x) → returns an integer number +Example: rint(2.3) = 2 + rint abs Absolute value -Usage: abs(x) - Valor absoluto Uso: abs(x) - abs +Usage: abs(x) → returns a positive number +Example: abs(-5) = 5 + abs min Min of all arguments -Usage: min(arg 1; arg 2; ... arg n) - Mínimo de todos los argumentos Uso: min(arg 1; arg 2; ... arg n) - min +Usage: min(arg 1; arg 2; ... arg n) +Example: min(2;3;4) = 2 + min max Max of all arguments -Usage: max(arg 1; arg 2; ... arg n) - Máximo de todos los argumentos Uso: max(arg 1; arg 2; ... arg n) - max +Usage: max(arg 1; arg 2; ... arg n) +Example: max(2;3;4) = 4 + max sum Sum of all arguments -Usage: sum(arg 1; arg 2; ... arg n) - Suma de todos los argumentos Uso: suma(arg 1; arg 2; ... arg n) - sum +Usage: sum(arg 1; arg 2; ... arg n) +Example: sum(2;3;4) = 9 + sum avg Mean value of all arguments -Usage: avg(arg 1; arg 2; ... arg n) - Valor medio de todos los argumentos Uso: avg(arg 1; arg 2; ... arg n) - avg +Usage: avg(arg 1; arg 2; ... arg n) +Example: avg(2;3;4) = 3 + avg fmod Returns the floating-point remainder of x/y (rounded towards zero) -Usage: fmod(x; y) - Devuelve el resto en coma flotante de x/y (redondeado hacia cero) Uso: fmod(x; y) - fmod - - - M_ - Leave the _ symbol in translation - M_ - - - Variable_ - Leave the _ symbol in translation - Variable_ - - - Line_ - Leave the _ symbol in translation - Línea_ - - - AngleLine_ - Leave the _ symbol in translation - AngleLine_ - - - Arc_ - Leave the _ symbol in translation - Arco_ - - - ElArc_ - Leave the _ symbol in translation - ElArco_ - - - Spl_ - Leave the _ symbol in translation - Spl_ - - - RadiusArc_ - Leave the _ symbol in translation - RadiusArc_ - - - Radius1ElArc_ - Leave the _ symbol in translation - Radius1ElArc_ - - - Radius2ElArc_ - Leave the _ symbol in translation - Radius2ElArc_ - - - Angle1Arc_ - Leave the _ symbol in translation - Angle1Arc_ - - - Angle2Arc_ - Leave the _ symbol in translation - Angle2Arc_ - - - Angle1ElArc_ - Leave the _ symbol in translation - Angle1ElArc_ - - - Angle2ElArc_ - Leave the _ symbol in translation - Angle2ElArc_ - - - Angle1Spl_ - Leave the _ symbol in translation - Angle1Spl_ - - - Angle2Spl_ - Leave the _ symbol in translation - Angle2Spl_ - - - C1LengthSpl_ - Leave the _ symbol in translation - C1LengthSpl_ - - - C2LengthSpl_ - Leave the _ symbol in translation - C2LengthSpl_ +Usage: fmod(x; y) +Example: fmod(3.3;2) = 1.3 + fmod diff --git a/share/translations/seamly2d_fi_FI.ts b/share/translations/seamly2d_fi_FI.ts index 5bd7ac92ad4e..68d85c3e60f5 100644 --- a/share/translations/seamly2d_fi_FI.ts +++ b/share/translations/seamly2d_fi_FI.ts @@ -9460,6 +9460,14 @@ Press enter to temporarily add it to the list. Always use current pen + + Autoscroll + + + + Mouse wheel + + PreferencesPathPage @@ -14924,299 +14932,333 @@ load in SeamlyME as usual. placeholder + + M_ + Leave the _ symbol in translation + + + + Variable_ + Leave the _ symbol in translation + + + + Line_ + Leave the _ symbol in translation + Viiva_ + + + AngleLine_ + Leave the _ symbol in translation + KulmaViiva_ + + + Arc_ + Leave the _ symbol in translation + Kaari_ + + + ElArc_ + Leave the _ symbol in translation + + + + Spl_ + Leave the _ symbol in translation + Spl_ + + + RadiusArc_ + Leave the _ symbol in translation + + + + Radius1ElArc_ + Leave the _ symbol in translation + + + + Radius2ElArc_ + Leave the _ symbol in translation + + + + Angle1Arc_ + Leave the _ symbol in translation + + + + Angle2Arc_ + Leave the _ symbol in translation + + + + Angle1ElArc_ + Leave the _ symbol in translation + + + + Angle2ElArc_ + Leave the _ symbol in translation + + + + Angle1Spl_ + Leave the _ symbol in translation + + + + Angle2Spl_ + Leave the _ symbol in translation + + + + C1LengthSpl_ + Leave the _ symbol in translation + + + + C2LengthSpl_ + Leave the _ symbol in translation + + degTorad Converts degrees to radians -Usage: degTorad(angle θ in degrees) - degTorad +Usage: degTorad(angle θ in degrees) → returns an angle in radians +Example: degTorad(180) = 3.14159 + degTorad radTodeg Converts radians to degrees -Usage: radTodeg(angle θ in radians) - radTodeg +Usage: radTodeg(angle θ in radians) → returns an angle in degrees +Example: radTodeg(3.14159) = 180 + radTodeg sin Sine function working with radians -Usage: sin(angle θ in radians) - sin +Usage: sin(angle θ in radians) → returns a number between -1 and 1 +Example: sin(90) = 0.893997 + sin cos Cosine function working with radians -Usage: cos(angle θ in radians) - cos +Usage: cos(angle θ in radians) → returns a number between -1 and 1 +Example: cos(1) = 0.540302 + cos tan Tangent function working with radians -Usage: tan(angle θ in radians) - tan +Usage: tan(angle θ in radians) +Example: tan(1) = 1.55741 + tan asin Inverse sine function working with radians -Usage: asin(x) - asin +Usage: asin(x between -1 and 1) → returns an angle in radians +Example: asin(-1) = -1.5708 + asin acos Inverse cosine function working with radians -Usage: acos(x) - acos +Usage: acos(x between -1 and 1) → returns an angle in radians +Example: acos(0.1) = 1.47063 + acos atan Inverse tangent function working with radians -Usage: atan(x) - atan +Usage: atan(x) → returns an angle in radians +Example: atan(1) = 0.78538 + atan sinh Hyperbolic sine function -Usage: sinh(angle θ in radians) - sinh +Usage: sinh(θ) +Example: sinh(1) = 1.1752 + sinh cosh Hyperbolic cosine -Usage: cosh(angle θ in radians) - cosh +Usage: cosh(θ) → returns a number greater than or equal to 1 +Example: cosh(0) = 1 + cosh tanh Hyperbolic tangent function -Usage: tanh(angle θ in radians) - tanh +Usage: tanh(θ) → returns a number between -1 and 1 (excluded) +Example: tanh(1) = 0.761594 + tanh asinh Inverse Hyperbolic sine function -Usage: asinh(x) - asinh +Usage: asinh(x) +Example: asinh(90) = 5.19299 + asinh acosh Inverse Hyperbolic cosine function -Usage: acosh(x) - acosh +Usage: acosh(x greater than or equal to 1) +Example: acosh(2) = 1.31696 + acosh atanh Inverse Hyperbolic tangent function -Usage: atanh(x) - atanh +Usage: atanh(x between -1 and 1 (excluded)) +Example: atanh(0,99) = 2.64665 + atanh sinD Sine function working with degrees -Usage: sinD(angle θ in degrees) - sinD +Usage: sinD(angle θ in degrees) → returns a number between -1 and 1 +Example: sinD(90) = 1 + sinD cosD Cosine function working with degrees -Usage: cosD(angle θ in degrees) - cosD +Usage: cosD(angle θ in degrees) → returns a number between -1 and 1 +Example: cosD(180) = -1 + cosD tanD Tangent function working with degrees -Usage: tanD(angle θ in degrees) - tanD +Usage: tanD(angle θ in degrees) +Example: tanD(45) = 1 + tanD asinD Inverse sine function working with degrees -Usage: asinD(x) - asinD +Usage: asinD(x between -1 and 1) → returns an angle in degrees +Example: asinD(1) = 90 + asinD acosD Inverse cosine function working with degrees -Usage: acosD(x) - acosD +Usage: acosD(x between -1 and 1) → returns an angle in degrees +Example: acosD(-1) = 180 + acosD atanD Inverse tangent function working with degrees -Usage: atanD(x) - atanD +Usage: atanD(x) → returns an angle in degrees +Example: atanD(1) = 45 + atanD log2 Logarithm to the base 2 -Usage: log2(x) - log2 +Usage: log2(x greater than 0) +Example: log2(10) = 3.32193 + log2 log10 - Logarithm to the base 10 -Usage: log10(x) - log10 + Logarithm to the base 10 (same as log(x)) +Usage: log10(x greater than 0) +Example: log10(10) = 1 + log10 log Logarithm to the base 10 -Usage: log(x) - log +Usage: log(x greater than 0) +Example: log(10) = 1 + log ln Logarithm to base e (2.71828...) -Usage: ln(x) - ln +Usage: ln(x greater than 0) +Example: ln(10) = 2.30259 + ln exp - E raised to the power of x -Usage: exp(x) where e = 2.718 - exp + e raised to the power of x where e = 2.718 +Usage: exp(x) → returns a positive number +Example: exp(2) = 7.38906 + exp sqrt Square root of a value -Usage: sqrt(x) - sqrt +Usage: sqrt(x greater than or equal to 0) → returns a positive number +Example: sqrt(4) = 2 + sqrt sign Sign function -1 if x<0; 1 if x>0 -Usage: sign(x) - sign +Usage: sign(x) → returns -1, 0 or 1 +Example: sign(-3) = -1 + sign rint Round to nearest integer -Usage: rint(float x) - rint +Usage: rint(x) → returns an integer number +Example: rint(2.3) = 2 + rint abs Absolute value -Usage: abs(x) - abs +Usage: abs(x) → returns a positive number +Example: abs(-5) = 5 + abs min Min of all arguments -Usage: min(arg 1; arg 2; ... arg n) - min +Usage: min(arg 1; arg 2; ... arg n) +Example: min(2;3;4) = 2 + min max Max of all arguments -Usage: max(arg 1; arg 2; ... arg n) - max +Usage: max(arg 1; arg 2; ... arg n) +Example: max(2;3;4) = 4 + max sum Sum of all arguments -Usage: sum(arg 1; arg 2; ... arg n) - sum +Usage: sum(arg 1; arg 2; ... arg n) +Example: sum(2;3;4) = 9 + sum avg Mean value of all arguments -Usage: avg(arg 1; arg 2; ... arg n) - avg +Usage: avg(arg 1; arg 2; ... arg n) +Example: avg(2;3;4) = 3 + avg fmod Returns the floating-point remainder of x/y (rounded towards zero) -Usage: fmod(x; y) - fmod - - - M_ - Leave the _ symbol in translation - - - - Variable_ - Leave the _ symbol in translation - - - - Line_ - Leave the _ symbol in translation - Viiva_ - - - AngleLine_ - Leave the _ symbol in translation - KulmaViiva_ - - - Arc_ - Leave the _ symbol in translation - Kaari_ - - - ElArc_ - Leave the _ symbol in translation - - - - Spl_ - Leave the _ symbol in translation - Spl_ - - - RadiusArc_ - Leave the _ symbol in translation - - - - Radius1ElArc_ - Leave the _ symbol in translation - - - - Radius2ElArc_ - Leave the _ symbol in translation - - - - Angle1Arc_ - Leave the _ symbol in translation - - - - Angle2Arc_ - Leave the _ symbol in translation - - - - Angle1ElArc_ - Leave the _ symbol in translation - - - - Angle2ElArc_ - Leave the _ symbol in translation - - - - Angle1Spl_ - Leave the _ symbol in translation - - - - Angle2Spl_ - Leave the _ symbol in translation - - - - C1LengthSpl_ - Leave the _ symbol in translation - - - - C2LengthSpl_ - Leave the _ symbol in translation - +Usage: fmod(x; y) +Example: fmod(3.3;2) = 1.3 + fmod diff --git a/share/translations/seamly2d_fr_FR.ts b/share/translations/seamly2d_fr_FR.ts index 3f0c39bc4a48..ab0091d11d32 100644 --- a/share/translations/seamly2d_fr_FR.ts +++ b/share/translations/seamly2d_fr_FR.ts @@ -9463,6 +9463,14 @@ Press enter to temporarily add it to the list. Always use current pen + + Autoscroll + + + + Mouse wheel + + PreferencesPathPage @@ -14927,299 +14935,333 @@ load in SeamlyME as usual. placeholder + + M_ + Leave the _ symbol in translation + + + + Variable_ + Leave the _ symbol in translation + + + + Line_ + Leave the _ symbol in translation + Ligne_ + + + AngleLine_ + Leave the _ symbol in translation + AngleLine_ + + + Arc_ + Leave the _ symbol in translation + Arc_ + + + ElArc_ + Leave the _ symbol in translation + + + + Spl_ + Leave the _ symbol in translation + Spl_ + + + RadiusArc_ + Leave the _ symbol in translation + RadiusArc_ + + + Radius1ElArc_ + Leave the _ symbol in translation + + + + Radius2ElArc_ + Leave the _ symbol in translation + + + + Angle1Arc_ + Leave the _ symbol in translation + Angle1Arc_ + + + Angle2Arc_ + Leave the _ symbol in translation + Angle2Arc_ + + + Angle1ElArc_ + Leave the _ symbol in translation + + + + Angle2ElArc_ + Leave the _ symbol in translation + + + + Angle1Spl_ + Leave the _ symbol in translation + Angle1Spl_ + + + Angle2Spl_ + Leave the _ symbol in translation + Angle2Spl_ + + + C1LengthSpl_ + Leave the _ symbol in translation + + + + C2LengthSpl_ + Leave the _ symbol in translation + + degTorad Converts degrees to radians -Usage: degTorad(angle θ in degrees) - degTorad +Usage: degTorad(angle θ in degrees) → returns an angle in radians +Example: degTorad(180) = 3.14159 + degTorad radTodeg Converts radians to degrees -Usage: radTodeg(angle θ in radians) - radTodeg +Usage: radTodeg(angle θ in radians) → returns an angle in degrees +Example: radTodeg(3.14159) = 180 + radTodeg sin Sine function working with radians -Usage: sin(angle θ in radians) - sin +Usage: sin(angle θ in radians) → returns a number between -1 and 1 +Example: sin(90) = 0.893997 + sin cos Cosine function working with radians -Usage: cos(angle θ in radians) - cos +Usage: cos(angle θ in radians) → returns a number between -1 and 1 +Example: cos(1) = 0.540302 + cos tan Tangent function working with radians -Usage: tan(angle θ in radians) - tan +Usage: tan(angle θ in radians) +Example: tan(1) = 1.55741 + tan asin Inverse sine function working with radians -Usage: asin(x) - asin +Usage: asin(x between -1 and 1) → returns an angle in radians +Example: asin(-1) = -1.5708 + asin acos Inverse cosine function working with radians -Usage: acos(x) - acos +Usage: acos(x between -1 and 1) → returns an angle in radians +Example: acos(0.1) = 1.47063 + acos atan Inverse tangent function working with radians -Usage: atan(x) - atan +Usage: atan(x) → returns an angle in radians +Example: atan(1) = 0.78538 + atan sinh Hyperbolic sine function -Usage: sinh(angle θ in radians) - sinh +Usage: sinh(θ) +Example: sinh(1) = 1.1752 + sinh cosh Hyperbolic cosine -Usage: cosh(angle θ in radians) - cosh +Usage: cosh(θ) → returns a number greater than or equal to 1 +Example: cosh(0) = 1 + cosh tanh Hyperbolic tangent function -Usage: tanh(angle θ in radians) - tanh +Usage: tanh(θ) → returns a number between -1 and 1 (excluded) +Example: tanh(1) = 0.761594 + tanh asinh Inverse Hyperbolic sine function -Usage: asinh(x) - asinh +Usage: asinh(x) +Example: asinh(90) = 5.19299 + asinh acosh Inverse Hyperbolic cosine function -Usage: acosh(x) - acosh +Usage: acosh(x greater than or equal to 1) +Example: acosh(2) = 1.31696 + acosh atanh Inverse Hyperbolic tangent function -Usage: atanh(x) - atanh +Usage: atanh(x between -1 and 1 (excluded)) +Example: atanh(0,99) = 2.64665 + atanh sinD Sine function working with degrees -Usage: sinD(angle θ in degrees) - sinD +Usage: sinD(angle θ in degrees) → returns a number between -1 and 1 +Example: sinD(90) = 1 + sinD cosD Cosine function working with degrees -Usage: cosD(angle θ in degrees) - cosD +Usage: cosD(angle θ in degrees) → returns a number between -1 and 1 +Example: cosD(180) = -1 + cosD tanD Tangent function working with degrees -Usage: tanD(angle θ in degrees) - tanD +Usage: tanD(angle θ in degrees) +Example: tanD(45) = 1 + tanD asinD Inverse sine function working with degrees -Usage: asinD(x) - asinD +Usage: asinD(x between -1 and 1) → returns an angle in degrees +Example: asinD(1) = 90 + asinD acosD Inverse cosine function working with degrees -Usage: acosD(x) - acosD +Usage: acosD(x between -1 and 1) → returns an angle in degrees +Example: acosD(-1) = 180 + acosD atanD Inverse tangent function working with degrees -Usage: atanD(x) - atanD +Usage: atanD(x) → returns an angle in degrees +Example: atanD(1) = 45 + atanD log2 Logarithm to the base 2 -Usage: log2(x) - log2 +Usage: log2(x greater than 0) +Example: log2(10) = 3.32193 + log2 log10 - Logarithm to the base 10 -Usage: log10(x) - log10 + Logarithm to the base 10 (same as log(x)) +Usage: log10(x greater than 0) +Example: log10(10) = 1 + log10 log Logarithm to the base 10 -Usage: log(x) - log +Usage: log(x greater than 0) +Example: log(10) = 1 + log ln Logarithm to base e (2.71828...) -Usage: ln(x) - ln +Usage: ln(x greater than 0) +Example: ln(10) = 2.30259 + ln exp - E raised to the power of x -Usage: exp(x) where e = 2.718 - exp + e raised to the power of x where e = 2.718 +Usage: exp(x) → returns a positive number +Example: exp(2) = 7.38906 + exp sqrt Square root of a value -Usage: sqrt(x) - sqrt +Usage: sqrt(x greater than or equal to 0) → returns a positive number +Example: sqrt(4) = 2 + sqrt sign Sign function -1 if x<0; 1 if x>0 -Usage: sign(x) - sign +Usage: sign(x) → returns -1, 0 or 1 +Example: sign(-3) = -1 + sign rint Round to nearest integer -Usage: rint(float x) - rint +Usage: rint(x) → returns an integer number +Example: rint(2.3) = 2 + rint abs Absolute value -Usage: abs(x) - abs +Usage: abs(x) → returns a positive number +Example: abs(-5) = 5 + abs min Min of all arguments -Usage: min(arg 1; arg 2; ... arg n) - min +Usage: min(arg 1; arg 2; ... arg n) +Example: min(2;3;4) = 2 + min max Max of all arguments -Usage: max(arg 1; arg 2; ... arg n) - max +Usage: max(arg 1; arg 2; ... arg n) +Example: max(2;3;4) = 4 + max sum Sum of all arguments -Usage: sum(arg 1; arg 2; ... arg n) - sum +Usage: sum(arg 1; arg 2; ... arg n) +Example: sum(2;3;4) = 9 + sum avg Mean value of all arguments -Usage: avg(arg 1; arg 2; ... arg n) - avg +Usage: avg(arg 1; arg 2; ... arg n) +Example: avg(2;3;4) = 3 + avg fmod Returns the floating-point remainder of x/y (rounded towards zero) -Usage: fmod(x; y) - fmod - - - M_ - Leave the _ symbol in translation - - - - Variable_ - Leave the _ symbol in translation - - - - Line_ - Leave the _ symbol in translation - Ligne_ - - - AngleLine_ - Leave the _ symbol in translation - AngleLine_ - - - Arc_ - Leave the _ symbol in translation - Arc_ - - - ElArc_ - Leave the _ symbol in translation - - - - Spl_ - Leave the _ symbol in translation - Spl_ - - - RadiusArc_ - Leave the _ symbol in translation - RadiusArc_ - - - Radius1ElArc_ - Leave the _ symbol in translation - - - - Radius2ElArc_ - Leave the _ symbol in translation - - - - Angle1Arc_ - Leave the _ symbol in translation - Angle1Arc_ - - - Angle2Arc_ - Leave the _ symbol in translation - Angle2Arc_ - - - Angle1ElArc_ - Leave the _ symbol in translation - - - - Angle2ElArc_ - Leave the _ symbol in translation - - - - Angle1Spl_ - Leave the _ symbol in translation - Angle1Spl_ - - - Angle2Spl_ - Leave the _ symbol in translation - Angle2Spl_ - - - C1LengthSpl_ - Leave the _ symbol in translation - - - - C2LengthSpl_ - Leave the _ symbol in translation - +Usage: fmod(x; y) +Example: fmod(3.3;2) = 1.3 + fmod diff --git a/share/translations/seamly2d_he_IL.ts b/share/translations/seamly2d_he_IL.ts index eb77d9da17e3..2701172b2bd9 100644 --- a/share/translations/seamly2d_he_IL.ts +++ b/share/translations/seamly2d_he_IL.ts @@ -9459,6 +9459,14 @@ Press enter to temporarily add it to the list. Always use current pen + + Autoscroll + + + + Mouse wheel + + PreferencesPathPage @@ -14921,298 +14929,332 @@ load in SeamlyME as usual. placeholder + + M_ + Leave the _ symbol in translation + + + + Variable_ + Leave the _ symbol in translation + + + + Line_ + Leave the _ symbol in translation + + + + AngleLine_ + Leave the _ symbol in translation + + + + Arc_ + Leave the _ symbol in translation + + + + ElArc_ + Leave the _ symbol in translation + + + + Spl_ + Leave the _ symbol in translation + + + + RadiusArc_ + Leave the _ symbol in translation + + + + Radius1ElArc_ + Leave the _ symbol in translation + + + + Radius2ElArc_ + Leave the _ symbol in translation + + + + Angle1Arc_ + Leave the _ symbol in translation + + + + Angle2Arc_ + Leave the _ symbol in translation + + + + Angle1ElArc_ + Leave the _ symbol in translation + + + + Angle2ElArc_ + Leave the _ symbol in translation + + + + Angle1Spl_ + Leave the _ symbol in translation + + + + Angle2Spl_ + Leave the _ symbol in translation + + + + C1LengthSpl_ + Leave the _ symbol in translation + + + + C2LengthSpl_ + Leave the _ symbol in translation + + degTorad Converts degrees to radians -Usage: degTorad(angle θ in degrees) +Usage: degTorad(angle θ in degrees) → returns an angle in radians +Example: degTorad(180) = 3.14159 radTodeg Converts radians to degrees -Usage: radTodeg(angle θ in radians) +Usage: radTodeg(angle θ in radians) → returns an angle in degrees +Example: radTodeg(3.14159) = 180 sin Sine function working with radians -Usage: sin(angle θ in radians) +Usage: sin(angle θ in radians) → returns a number between -1 and 1 +Example: sin(90) = 0.893997 cos Cosine function working with radians -Usage: cos(angle θ in radians) +Usage: cos(angle θ in radians) → returns a number between -1 and 1 +Example: cos(1) = 0.540302 tan Tangent function working with radians -Usage: tan(angle θ in radians) +Usage: tan(angle θ in radians) +Example: tan(1) = 1.55741 asin Inverse sine function working with radians -Usage: asin(x) +Usage: asin(x between -1 and 1) → returns an angle in radians +Example: asin(-1) = -1.5708 acos Inverse cosine function working with radians -Usage: acos(x) +Usage: acos(x between -1 and 1) → returns an angle in radians +Example: acos(0.1) = 1.47063 atan Inverse tangent function working with radians -Usage: atan(x) +Usage: atan(x) → returns an angle in radians +Example: atan(1) = 0.78538 sinh Hyperbolic sine function -Usage: sinh(angle θ in radians) +Usage: sinh(θ) +Example: sinh(1) = 1.1752 cosh Hyperbolic cosine -Usage: cosh(angle θ in radians) +Usage: cosh(θ) → returns a number greater than or equal to 1 +Example: cosh(0) = 1 tanh Hyperbolic tangent function -Usage: tanh(angle θ in radians) +Usage: tanh(θ) → returns a number between -1 and 1 (excluded) +Example: tanh(1) = 0.761594 asinh Inverse Hyperbolic sine function -Usage: asinh(x) +Usage: asinh(x) +Example: asinh(90) = 5.19299 acosh Inverse Hyperbolic cosine function -Usage: acosh(x) +Usage: acosh(x greater than or equal to 1) +Example: acosh(2) = 1.31696 atanh Inverse Hyperbolic tangent function -Usage: atanh(x) +Usage: atanh(x between -1 and 1 (excluded)) +Example: atanh(0,99) = 2.64665 sinD Sine function working with degrees -Usage: sinD(angle θ in degrees) +Usage: sinD(angle θ in degrees) → returns a number between -1 and 1 +Example: sinD(90) = 1 cosD Cosine function working with degrees -Usage: cosD(angle θ in degrees) +Usage: cosD(angle θ in degrees) → returns a number between -1 and 1 +Example: cosD(180) = -1 tanD Tangent function working with degrees -Usage: tanD(angle θ in degrees) +Usage: tanD(angle θ in degrees) +Example: tanD(45) = 1 asinD Inverse sine function working with degrees -Usage: asinD(x) +Usage: asinD(x between -1 and 1) → returns an angle in degrees +Example: asinD(1) = 90 acosD Inverse cosine function working with degrees -Usage: acosD(x) +Usage: acosD(x between -1 and 1) → returns an angle in degrees +Example: acosD(-1) = 180 atanD Inverse tangent function working with degrees -Usage: atanD(x) +Usage: atanD(x) → returns an angle in degrees +Example: atanD(1) = 45 log2 Logarithm to the base 2 -Usage: log2(x) +Usage: log2(x greater than 0) +Example: log2(10) = 3.32193 log10 - Logarithm to the base 10 -Usage: log10(x) + Logarithm to the base 10 (same as log(x)) +Usage: log10(x greater than 0) +Example: log10(10) = 1 log Logarithm to the base 10 -Usage: log(x) +Usage: log(x greater than 0) +Example: log(10) = 1 ln Logarithm to base e (2.71828...) -Usage: ln(x) +Usage: ln(x greater than 0) +Example: ln(10) = 2.30259 exp - E raised to the power of x -Usage: exp(x) where e = 2.718 + e raised to the power of x where e = 2.718 +Usage: exp(x) → returns a positive number +Example: exp(2) = 7.38906 sqrt Square root of a value -Usage: sqrt(x) +Usage: sqrt(x greater than or equal to 0) → returns a positive number +Example: sqrt(4) = 2 sign Sign function -1 if x<0; 1 if x>0 -Usage: sign(x) +Usage: sign(x) → returns -1, 0 or 1 +Example: sign(-3) = -1 rint Round to nearest integer -Usage: rint(float x) +Usage: rint(x) → returns an integer number +Example: rint(2.3) = 2 abs Absolute value -Usage: abs(x) +Usage: abs(x) → returns a positive number +Example: abs(-5) = 5 min Min of all arguments -Usage: min(arg 1; arg 2; ... arg n) +Usage: min(arg 1; arg 2; ... arg n) +Example: min(2;3;4) = 2 max Max of all arguments -Usage: max(arg 1; arg 2; ... arg n) +Usage: max(arg 1; arg 2; ... arg n) +Example: max(2;3;4) = 4 sum Sum of all arguments -Usage: sum(arg 1; arg 2; ... arg n) +Usage: sum(arg 1; arg 2; ... arg n) +Example: sum(2;3;4) = 9 avg Mean value of all arguments -Usage: avg(arg 1; arg 2; ... arg n) +Usage: avg(arg 1; arg 2; ... arg n) +Example: avg(2;3;4) = 3 fmod Returns the floating-point remainder of x/y (rounded towards zero) -Usage: fmod(x; y) - - - - M_ - Leave the _ symbol in translation - - - - Variable_ - Leave the _ symbol in translation - - - - Line_ - Leave the _ symbol in translation - - - - AngleLine_ - Leave the _ symbol in translation - - - - Arc_ - Leave the _ symbol in translation - - - - ElArc_ - Leave the _ symbol in translation - - - - Spl_ - Leave the _ symbol in translation - - - - RadiusArc_ - Leave the _ symbol in translation - - - - Radius1ElArc_ - Leave the _ symbol in translation - - - - Radius2ElArc_ - Leave the _ symbol in translation - - - - Angle1Arc_ - Leave the _ symbol in translation - - - - Angle2Arc_ - Leave the _ symbol in translation - - - - Angle1ElArc_ - Leave the _ symbol in translation - - - - Angle2ElArc_ - Leave the _ symbol in translation - - - - Angle1Spl_ - Leave the _ symbol in translation - - - - Angle2Spl_ - Leave the _ symbol in translation - - - - C1LengthSpl_ - Leave the _ symbol in translation - - - - C2LengthSpl_ - Leave the _ symbol in translation +Usage: fmod(x; y) +Example: fmod(3.3;2) = 1.3 diff --git a/share/translations/seamly2d_id_ID.ts b/share/translations/seamly2d_id_ID.ts index 10475b1fe4d7..c0555f119019 100644 --- a/share/translations/seamly2d_id_ID.ts +++ b/share/translations/seamly2d_id_ID.ts @@ -9460,6 +9460,14 @@ Press enter to temporarily add it to the list. Always use current pen + + Autoscroll + + + + Mouse wheel + + PreferencesPathPage @@ -14922,298 +14930,332 @@ load in SeamlyME as usual. placeholder + + M_ + Leave the _ symbol in translation + + + + Variable_ + Leave the _ symbol in translation + + + + Line_ + Leave the _ symbol in translation + + + + AngleLine_ + Leave the _ symbol in translation + + + + Arc_ + Leave the _ symbol in translation + + + + ElArc_ + Leave the _ symbol in translation + + + + Spl_ + Leave the _ symbol in translation + + + + RadiusArc_ + Leave the _ symbol in translation + + + + Radius1ElArc_ + Leave the _ symbol in translation + + + + Radius2ElArc_ + Leave the _ symbol in translation + + + + Angle1Arc_ + Leave the _ symbol in translation + + + + Angle2Arc_ + Leave the _ symbol in translation + + + + Angle1ElArc_ + Leave the _ symbol in translation + + + + Angle2ElArc_ + Leave the _ symbol in translation + + + + Angle1Spl_ + Leave the _ symbol in translation + + + + Angle2Spl_ + Leave the _ symbol in translation + + + + C1LengthSpl_ + Leave the _ symbol in translation + + + + C2LengthSpl_ + Leave the _ symbol in translation + + degTorad Converts degrees to radians -Usage: degTorad(angle θ in degrees) +Usage: degTorad(angle θ in degrees) → returns an angle in radians +Example: degTorad(180) = 3.14159 radTodeg Converts radians to degrees -Usage: radTodeg(angle θ in radians) +Usage: radTodeg(angle θ in radians) → returns an angle in degrees +Example: radTodeg(3.14159) = 180 sin Sine function working with radians -Usage: sin(angle θ in radians) +Usage: sin(angle θ in radians) → returns a number between -1 and 1 +Example: sin(90) = 0.893997 cos Cosine function working with radians -Usage: cos(angle θ in radians) +Usage: cos(angle θ in radians) → returns a number between -1 and 1 +Example: cos(1) = 0.540302 tan Tangent function working with radians -Usage: tan(angle θ in radians) +Usage: tan(angle θ in radians) +Example: tan(1) = 1.55741 asin Inverse sine function working with radians -Usage: asin(x) +Usage: asin(x between -1 and 1) → returns an angle in radians +Example: asin(-1) = -1.5708 acos Inverse cosine function working with radians -Usage: acos(x) +Usage: acos(x between -1 and 1) → returns an angle in radians +Example: acos(0.1) = 1.47063 atan Inverse tangent function working with radians -Usage: atan(x) +Usage: atan(x) → returns an angle in radians +Example: atan(1) = 0.78538 sinh Hyperbolic sine function -Usage: sinh(angle θ in radians) +Usage: sinh(θ) +Example: sinh(1) = 1.1752 cosh Hyperbolic cosine -Usage: cosh(angle θ in radians) +Usage: cosh(θ) → returns a number greater than or equal to 1 +Example: cosh(0) = 1 tanh Hyperbolic tangent function -Usage: tanh(angle θ in radians) +Usage: tanh(θ) → returns a number between -1 and 1 (excluded) +Example: tanh(1) = 0.761594 asinh Inverse Hyperbolic sine function -Usage: asinh(x) +Usage: asinh(x) +Example: asinh(90) = 5.19299 acosh Inverse Hyperbolic cosine function -Usage: acosh(x) +Usage: acosh(x greater than or equal to 1) +Example: acosh(2) = 1.31696 atanh Inverse Hyperbolic tangent function -Usage: atanh(x) +Usage: atanh(x between -1 and 1 (excluded)) +Example: atanh(0,99) = 2.64665 sinD Sine function working with degrees -Usage: sinD(angle θ in degrees) +Usage: sinD(angle θ in degrees) → returns a number between -1 and 1 +Example: sinD(90) = 1 cosD Cosine function working with degrees -Usage: cosD(angle θ in degrees) +Usage: cosD(angle θ in degrees) → returns a number between -1 and 1 +Example: cosD(180) = -1 tanD Tangent function working with degrees -Usage: tanD(angle θ in degrees) +Usage: tanD(angle θ in degrees) +Example: tanD(45) = 1 asinD Inverse sine function working with degrees -Usage: asinD(x) +Usage: asinD(x between -1 and 1) → returns an angle in degrees +Example: asinD(1) = 90 acosD Inverse cosine function working with degrees -Usage: acosD(x) +Usage: acosD(x between -1 and 1) → returns an angle in degrees +Example: acosD(-1) = 180 atanD Inverse tangent function working with degrees -Usage: atanD(x) +Usage: atanD(x) → returns an angle in degrees +Example: atanD(1) = 45 log2 Logarithm to the base 2 -Usage: log2(x) +Usage: log2(x greater than 0) +Example: log2(10) = 3.32193 log10 - Logarithm to the base 10 -Usage: log10(x) + Logarithm to the base 10 (same as log(x)) +Usage: log10(x greater than 0) +Example: log10(10) = 1 log Logarithm to the base 10 -Usage: log(x) +Usage: log(x greater than 0) +Example: log(10) = 1 ln Logarithm to base e (2.71828...) -Usage: ln(x) +Usage: ln(x greater than 0) +Example: ln(10) = 2.30259 exp - E raised to the power of x -Usage: exp(x) where e = 2.718 + e raised to the power of x where e = 2.718 +Usage: exp(x) → returns a positive number +Example: exp(2) = 7.38906 sqrt Square root of a value -Usage: sqrt(x) +Usage: sqrt(x greater than or equal to 0) → returns a positive number +Example: sqrt(4) = 2 sign Sign function -1 if x<0; 1 if x>0 -Usage: sign(x) +Usage: sign(x) → returns -1, 0 or 1 +Example: sign(-3) = -1 rint Round to nearest integer -Usage: rint(float x) +Usage: rint(x) → returns an integer number +Example: rint(2.3) = 2 abs Absolute value -Usage: abs(x) +Usage: abs(x) → returns a positive number +Example: abs(-5) = 5 min Min of all arguments -Usage: min(arg 1; arg 2; ... arg n) +Usage: min(arg 1; arg 2; ... arg n) +Example: min(2;3;4) = 2 max Max of all arguments -Usage: max(arg 1; arg 2; ... arg n) +Usage: max(arg 1; arg 2; ... arg n) +Example: max(2;3;4) = 4 sum Sum of all arguments -Usage: sum(arg 1; arg 2; ... arg n) +Usage: sum(arg 1; arg 2; ... arg n) +Example: sum(2;3;4) = 9 avg Mean value of all arguments -Usage: avg(arg 1; arg 2; ... arg n) +Usage: avg(arg 1; arg 2; ... arg n) +Example: avg(2;3;4) = 3 fmod Returns the floating-point remainder of x/y (rounded towards zero) -Usage: fmod(x; y) - - - - M_ - Leave the _ symbol in translation - - - - Variable_ - Leave the _ symbol in translation - - - - Line_ - Leave the _ symbol in translation - - - - AngleLine_ - Leave the _ symbol in translation - - - - Arc_ - Leave the _ symbol in translation - - - - ElArc_ - Leave the _ symbol in translation - - - - Spl_ - Leave the _ symbol in translation - - - - RadiusArc_ - Leave the _ symbol in translation - - - - Radius1ElArc_ - Leave the _ symbol in translation - - - - Radius2ElArc_ - Leave the _ symbol in translation - - - - Angle1Arc_ - Leave the _ symbol in translation - - - - Angle2Arc_ - Leave the _ symbol in translation - - - - Angle1ElArc_ - Leave the _ symbol in translation - - - - Angle2ElArc_ - Leave the _ symbol in translation - - - - Angle1Spl_ - Leave the _ symbol in translation - - - - Angle2Spl_ - Leave the _ symbol in translation - - - - C1LengthSpl_ - Leave the _ symbol in translation - - - - C2LengthSpl_ - Leave the _ symbol in translation +Usage: fmod(x; y) +Example: fmod(3.3;2) = 1.3 diff --git a/share/translations/seamly2d_it_IT.ts b/share/translations/seamly2d_it_IT.ts index 732b8d4ef46c..a683434ee6c2 100644 --- a/share/translations/seamly2d_it_IT.ts +++ b/share/translations/seamly2d_it_IT.ts @@ -9463,6 +9463,14 @@ Press enter to temporarily add it to the list. Always use current pen + + Autoscroll + + + + Mouse wheel + + PreferencesPathPage @@ -14926,299 +14934,333 @@ load in SeamlyME as usual. placeholder + + M_ + Leave the _ symbol in translation + + + + Variable_ + Leave the _ symbol in translation + + + + Line_ + Leave the _ symbol in translation + Linea_ + + + AngleLine_ + Leave the _ symbol in translation + + + + Arc_ + Leave the _ symbol in translation + Arco_ + + + ElArc_ + Leave the _ symbol in translation + + + + Spl_ + Leave the _ symbol in translation + + + + RadiusArc_ + Leave the _ symbol in translation + RaggioArco_ + + + Radius1ElArc_ + Leave the _ symbol in translation + + + + Radius2ElArc_ + Leave the _ symbol in translation + + + + Angle1Arc_ + Leave the _ symbol in translation + + + + Angle2Arc_ + Leave the _ symbol in translation + + + + Angle1ElArc_ + Leave the _ symbol in translation + + + + Angle2ElArc_ + Leave the _ symbol in translation + + + + Angle1Spl_ + Leave the _ symbol in translation + + + + Angle2Spl_ + Leave the _ symbol in translation + + + + C1LengthSpl_ + Leave the _ symbol in translation + + + + C2LengthSpl_ + Leave the _ symbol in translation + + degTorad Converts degrees to radians -Usage: degTorad(angle θ in degrees) - degTorad +Usage: degTorad(angle θ in degrees) → returns an angle in radians +Example: degTorad(180) = 3.14159 + degTorad radTodeg Converts radians to degrees -Usage: radTodeg(angle θ in radians) - radTodeg +Usage: radTodeg(angle θ in radians) → returns an angle in degrees +Example: radTodeg(3.14159) = 180 + radTodeg sin Sine function working with radians -Usage: sin(angle θ in radians) - sin +Usage: sin(angle θ in radians) → returns a number between -1 and 1 +Example: sin(90) = 0.893997 + sin cos Cosine function working with radians -Usage: cos(angle θ in radians) - cos +Usage: cos(angle θ in radians) → returns a number between -1 and 1 +Example: cos(1) = 0.540302 + cos tan Tangent function working with radians -Usage: tan(angle θ in radians) - tan +Usage: tan(angle θ in radians) +Example: tan(1) = 1.55741 + tan asin Inverse sine function working with radians -Usage: asin(x) - asin +Usage: asin(x between -1 and 1) → returns an angle in radians +Example: asin(-1) = -1.5708 + asin acos Inverse cosine function working with radians -Usage: acos(x) - acos +Usage: acos(x between -1 and 1) → returns an angle in radians +Example: acos(0.1) = 1.47063 + acos atan Inverse tangent function working with radians -Usage: atan(x) - atan +Usage: atan(x) → returns an angle in radians +Example: atan(1) = 0.78538 + atan sinh Hyperbolic sine function -Usage: sinh(angle θ in radians) - sinh +Usage: sinh(θ) +Example: sinh(1) = 1.1752 + sinh cosh Hyperbolic cosine -Usage: cosh(angle θ in radians) - cosh +Usage: cosh(θ) → returns a number greater than or equal to 1 +Example: cosh(0) = 1 + cosh tanh Hyperbolic tangent function -Usage: tanh(angle θ in radians) - tanh +Usage: tanh(θ) → returns a number between -1 and 1 (excluded) +Example: tanh(1) = 0.761594 + tanh asinh Inverse Hyperbolic sine function -Usage: asinh(x) - asinh +Usage: asinh(x) +Example: asinh(90) = 5.19299 + asinh acosh Inverse Hyperbolic cosine function -Usage: acosh(x) - acosh +Usage: acosh(x greater than or equal to 1) +Example: acosh(2) = 1.31696 + acosh atanh Inverse Hyperbolic tangent function -Usage: atanh(x) - atanh +Usage: atanh(x between -1 and 1 (excluded)) +Example: atanh(0,99) = 2.64665 + atanh sinD Sine function working with degrees -Usage: sinD(angle θ in degrees) - sinD +Usage: sinD(angle θ in degrees) → returns a number between -1 and 1 +Example: sinD(90) = 1 + sinD cosD Cosine function working with degrees -Usage: cosD(angle θ in degrees) - cosD +Usage: cosD(angle θ in degrees) → returns a number between -1 and 1 +Example: cosD(180) = -1 + cosD tanD Tangent function working with degrees -Usage: tanD(angle θ in degrees) - tanD +Usage: tanD(angle θ in degrees) +Example: tanD(45) = 1 + tanD asinD Inverse sine function working with degrees -Usage: asinD(x) - asinD +Usage: asinD(x between -1 and 1) → returns an angle in degrees +Example: asinD(1) = 90 + asinD acosD Inverse cosine function working with degrees -Usage: acosD(x) - acosD +Usage: acosD(x between -1 and 1) → returns an angle in degrees +Example: acosD(-1) = 180 + acosD atanD Inverse tangent function working with degrees -Usage: atanD(x) - atanD +Usage: atanD(x) → returns an angle in degrees +Example: atanD(1) = 45 + atanD log2 Logarithm to the base 2 -Usage: log2(x) - log2 +Usage: log2(x greater than 0) +Example: log2(10) = 3.32193 + log2 log10 - Logarithm to the base 10 -Usage: log10(x) - log10 + Logarithm to the base 10 (same as log(x)) +Usage: log10(x greater than 0) +Example: log10(10) = 1 + log10 log Logarithm to the base 10 -Usage: log(x) - log +Usage: log(x greater than 0) +Example: log(10) = 1 + log ln Logarithm to base e (2.71828...) -Usage: ln(x) - ln +Usage: ln(x greater than 0) +Example: ln(10) = 2.30259 + ln exp - E raised to the power of x -Usage: exp(x) where e = 2.718 - exp + e raised to the power of x where e = 2.718 +Usage: exp(x) → returns a positive number +Example: exp(2) = 7.38906 + exp sqrt Square root of a value -Usage: sqrt(x) - sqrt +Usage: sqrt(x greater than or equal to 0) → returns a positive number +Example: sqrt(4) = 2 + sqrt sign Sign function -1 if x<0; 1 if x>0 -Usage: sign(x) - sign +Usage: sign(x) → returns -1, 0 or 1 +Example: sign(-3) = -1 + sign rint Round to nearest integer -Usage: rint(float x) - rint +Usage: rint(x) → returns an integer number +Example: rint(2.3) = 2 + rint abs Absolute value -Usage: abs(x) - abs +Usage: abs(x) → returns a positive number +Example: abs(-5) = 5 + abs min Min of all arguments -Usage: min(arg 1; arg 2; ... arg n) - min +Usage: min(arg 1; arg 2; ... arg n) +Example: min(2;3;4) = 2 + min max Max of all arguments -Usage: max(arg 1; arg 2; ... arg n) - max +Usage: max(arg 1; arg 2; ... arg n) +Example: max(2;3;4) = 4 + max sum Sum of all arguments -Usage: sum(arg 1; arg 2; ... arg n) - sum +Usage: sum(arg 1; arg 2; ... arg n) +Example: sum(2;3;4) = 9 + sum avg Mean value of all arguments -Usage: avg(arg 1; arg 2; ... arg n) - avg +Usage: avg(arg 1; arg 2; ... arg n) +Example: avg(2;3;4) = 3 + avg fmod Returns the floating-point remainder of x/y (rounded towards zero) -Usage: fmod(x; y) - fmod - - - M_ - Leave the _ symbol in translation - - - - Variable_ - Leave the _ symbol in translation - - - - Line_ - Leave the _ symbol in translation - Linea_ - - - AngleLine_ - Leave the _ symbol in translation - - - - Arc_ - Leave the _ symbol in translation - Arco_ - - - ElArc_ - Leave the _ symbol in translation - - - - Spl_ - Leave the _ symbol in translation - - - - RadiusArc_ - Leave the _ symbol in translation - RaggioArco_ - - - Radius1ElArc_ - Leave the _ symbol in translation - - - - Radius2ElArc_ - Leave the _ symbol in translation - - - - Angle1Arc_ - Leave the _ symbol in translation - - - - Angle2Arc_ - Leave the _ symbol in translation - - - - Angle1ElArc_ - Leave the _ symbol in translation - - - - Angle2ElArc_ - Leave the _ symbol in translation - - - - Angle1Spl_ - Leave the _ symbol in translation - - - - Angle2Spl_ - Leave the _ symbol in translation - - - - C1LengthSpl_ - Leave the _ symbol in translation - - - - C2LengthSpl_ - Leave the _ symbol in translation - +Usage: fmod(x; y) +Example: fmod(3.3;2) = 1.3 + fmod diff --git a/share/translations/seamly2d_nl_NL.ts b/share/translations/seamly2d_nl_NL.ts index 9fb190379d37..c0c02fa7f0fb 100644 --- a/share/translations/seamly2d_nl_NL.ts +++ b/share/translations/seamly2d_nl_NL.ts @@ -9468,6 +9468,14 @@ Press enter to temporarily add it to the list. Always use current pen + + Autoscroll + + + + Mouse wheel + + PreferencesPathPage @@ -14938,299 +14946,333 @@ load in SeamlyME as usual. placeholder + + M_ + Leave the _ symbol in translation + M_ + + + Variable_ + Leave the _ symbol in translation + Variable_ + + + Line_ + Leave the _ symbol in translation + Lijn_ + + + AngleLine_ + Leave the _ symbol in translation + HoekLijn_ + + + Arc_ + Leave the _ symbol in translation + Boog_ + + + ElArc_ + Leave the _ symbol in translation + EllBoog_ + + + Spl_ + Leave the _ symbol in translation + Spl_ + + + RadiusArc_ + Leave the _ symbol in translation + Straalboog_ + + + Radius1ElArc_ + Leave the _ symbol in translation + Radius1ElArc_ + + + Radius2ElArc_ + Leave the _ symbol in translation + Radius2ElArc_ + + + Angle1Arc_ + Leave the _ symbol in translation + Hoek1boog_ + + + Angle2Arc_ + Leave the _ symbol in translation + Hoek2boog_ + + + Angle1ElArc_ + Leave the _ symbol in translation + Angle1ElArc_ + + + Angle2ElArc_ + Leave the _ symbol in translation + Angle2ElArc_ + + + Angle1Spl_ + Leave the _ symbol in translation + Hoek1Vvk_ + + + Angle2Spl_ + Leave the _ symbol in translation + Hoek2Vvk_ + + + C1LengthSpl_ + Leave the _ symbol in translation + C1LengteVvk_ + + + C2LengthSpl_ + Leave the _ symbol in translation + C2LengteVvk_ + degTorad Converts degrees to radians -Usage: degTorad(angle θ in degrees) - degTorad +Usage: degTorad(angle θ in degrees) → returns an angle in radians +Example: degTorad(180) = 3.14159 + degTorad radTodeg Converts radians to degrees -Usage: radTodeg(angle θ in radians) - radTodeg +Usage: radTodeg(angle θ in radians) → returns an angle in degrees +Example: radTodeg(3.14159) = 180 + radTodeg sin Sine function working with radians -Usage: sin(angle θ in radians) - sin +Usage: sin(angle θ in radians) → returns a number between -1 and 1 +Example: sin(90) = 0.893997 + sin cos Cosine function working with radians -Usage: cos(angle θ in radians) - cos +Usage: cos(angle θ in radians) → returns a number between -1 and 1 +Example: cos(1) = 0.540302 + cos tan Tangent function working with radians -Usage: tan(angle θ in radians) - tan +Usage: tan(angle θ in radians) +Example: tan(1) = 1.55741 + tan asin Inverse sine function working with radians -Usage: asin(x) - asin +Usage: asin(x between -1 and 1) → returns an angle in radians +Example: asin(-1) = -1.5708 + asin acos Inverse cosine function working with radians -Usage: acos(x) - acos +Usage: acos(x between -1 and 1) → returns an angle in radians +Example: acos(0.1) = 1.47063 + acos atan Inverse tangent function working with radians -Usage: atan(x) - atan +Usage: atan(x) → returns an angle in radians +Example: atan(1) = 0.78538 + atan sinh Hyperbolic sine function -Usage: sinh(angle θ in radians) - sinh +Usage: sinh(θ) +Example: sinh(1) = 1.1752 + sinh cosh Hyperbolic cosine -Usage: cosh(angle θ in radians) - cosh +Usage: cosh(θ) → returns a number greater than or equal to 1 +Example: cosh(0) = 1 + cosh tanh Hyperbolic tangent function -Usage: tanh(angle θ in radians) - tanh +Usage: tanh(θ) → returns a number between -1 and 1 (excluded) +Example: tanh(1) = 0.761594 + tanh asinh Inverse Hyperbolic sine function -Usage: asinh(x) - asinh +Usage: asinh(x) +Example: asinh(90) = 5.19299 + asinh acosh Inverse Hyperbolic cosine function -Usage: acosh(x) - acosh +Usage: acosh(x greater than or equal to 1) +Example: acosh(2) = 1.31696 + acosh atanh Inverse Hyperbolic tangent function -Usage: atanh(x) - atanh +Usage: atanh(x between -1 and 1 (excluded)) +Example: atanh(0,99) = 2.64665 + atanh sinD Sine function working with degrees -Usage: sinD(angle θ in degrees) - sinD +Usage: sinD(angle θ in degrees) → returns a number between -1 and 1 +Example: sinD(90) = 1 + sinD cosD Cosine function working with degrees -Usage: cosD(angle θ in degrees) - cosD +Usage: cosD(angle θ in degrees) → returns a number between -1 and 1 +Example: cosD(180) = -1 + cosD tanD Tangent function working with degrees -Usage: tanD(angle θ in degrees) - tanD +Usage: tanD(angle θ in degrees) +Example: tanD(45) = 1 + tanD asinD Inverse sine function working with degrees -Usage: asinD(x) - asinD +Usage: asinD(x between -1 and 1) → returns an angle in degrees +Example: asinD(1) = 90 + asinD acosD Inverse cosine function working with degrees -Usage: acosD(x) - acosD +Usage: acosD(x between -1 and 1) → returns an angle in degrees +Example: acosD(-1) = 180 + acosD atanD Inverse tangent function working with degrees -Usage: atanD(x) - atanD +Usage: atanD(x) → returns an angle in degrees +Example: atanD(1) = 45 + atanD log2 Logarithm to the base 2 -Usage: log2(x) - log2 +Usage: log2(x greater than 0) +Example: log2(10) = 3.32193 + log2 log10 - Logarithm to the base 10 -Usage: log10(x) - log10 + Logarithm to the base 10 (same as log(x)) +Usage: log10(x greater than 0) +Example: log10(10) = 1 + log10 log Logarithm to the base 10 -Usage: log(x) - log +Usage: log(x greater than 0) +Example: log(10) = 1 + log ln Logarithm to base e (2.71828...) -Usage: ln(x) - ln +Usage: ln(x greater than 0) +Example: ln(10) = 2.30259 + ln exp - E raised to the power of x -Usage: exp(x) where e = 2.718 - exp + e raised to the power of x where e = 2.718 +Usage: exp(x) → returns a positive number +Example: exp(2) = 7.38906 + exp sqrt Square root of a value -Usage: sqrt(x) - sqrt +Usage: sqrt(x greater than or equal to 0) → returns a positive number +Example: sqrt(4) = 2 + sqrt sign Sign function -1 if x<0; 1 if x>0 -Usage: sign(x) - sign +Usage: sign(x) → returns -1, 0 or 1 +Example: sign(-3) = -1 + sign rint Round to nearest integer -Usage: rint(float x) - rint +Usage: rint(x) → returns an integer number +Example: rint(2.3) = 2 + rint abs Absolute value -Usage: abs(x) - abs +Usage: abs(x) → returns a positive number +Example: abs(-5) = 5 + abs min Min of all arguments -Usage: min(arg 1; arg 2; ... arg n) - min +Usage: min(arg 1; arg 2; ... arg n) +Example: min(2;3;4) = 2 + min max Max of all arguments -Usage: max(arg 1; arg 2; ... arg n) - max +Usage: max(arg 1; arg 2; ... arg n) +Example: max(2;3;4) = 4 + max sum Sum of all arguments -Usage: sum(arg 1; arg 2; ... arg n) - sum +Usage: sum(arg 1; arg 2; ... arg n) +Example: sum(2;3;4) = 9 + sum avg Mean value of all arguments -Usage: avg(arg 1; arg 2; ... arg n) - avg +Usage: avg(arg 1; arg 2; ... arg n) +Example: avg(2;3;4) = 3 + avg fmod Returns the floating-point remainder of x/y (rounded towards zero) -Usage: fmod(x; y) - fmod - - - M_ - Leave the _ symbol in translation - M_ - - - Variable_ - Leave the _ symbol in translation - Variable_ - - - Line_ - Leave the _ symbol in translation - Lijn_ - - - AngleLine_ - Leave the _ symbol in translation - HoekLijn_ - - - Arc_ - Leave the _ symbol in translation - Boog_ - - - ElArc_ - Leave the _ symbol in translation - EllBoog_ - - - Spl_ - Leave the _ symbol in translation - Spl_ - - - RadiusArc_ - Leave the _ symbol in translation - Straalboog_ - - - Radius1ElArc_ - Leave the _ symbol in translation - Radius1ElArc_ - - - Radius2ElArc_ - Leave the _ symbol in translation - Radius2ElArc_ - - - Angle1Arc_ - Leave the _ symbol in translation - Hoek1boog_ - - - Angle2Arc_ - Leave the _ symbol in translation - Hoek2boog_ - - - Angle1ElArc_ - Leave the _ symbol in translation - Angle1ElArc_ - - - Angle2ElArc_ - Leave the _ symbol in translation - Angle2ElArc_ - - - Angle1Spl_ - Leave the _ symbol in translation - Hoek1Vvk_ - - - Angle2Spl_ - Leave the _ symbol in translation - Hoek2Vvk_ - - - C1LengthSpl_ - Leave the _ symbol in translation - C1LengteVvk_ - - - C2LengthSpl_ - Leave the _ symbol in translation - C2LengteVvk_ +Usage: fmod(x; y) +Example: fmod(3.3;2) = 1.3 + fmod diff --git a/share/translations/seamly2d_pt_BR.ts b/share/translations/seamly2d_pt_BR.ts index 269952afefe8..1e8794f7ee1c 100644 --- a/share/translations/seamly2d_pt_BR.ts +++ b/share/translations/seamly2d_pt_BR.ts @@ -9459,6 +9459,14 @@ Press enter to temporarily add it to the list. Always use current pen + + Autoscroll + + + + Mouse wheel + + PreferencesPathPage @@ -14921,299 +14929,333 @@ load in SeamlyME as usual. placeholder + + M_ + Leave the _ symbol in translation + + + + Variable_ + Leave the _ symbol in translation + + + + Line_ + Leave the _ symbol in translation + Linha_ + + + AngleLine_ + Leave the _ symbol in translation + LinhaDeAngulo_ + + + Arc_ + Leave the _ symbol in translation + Arco_ + + + ElArc_ + Leave the _ symbol in translation + + + + Spl_ + Leave the _ symbol in translation + + + + RadiusArc_ + Leave the _ symbol in translation + + + + Radius1ElArc_ + Leave the _ symbol in translation + + + + Radius2ElArc_ + Leave the _ symbol in translation + + + + Angle1Arc_ + Leave the _ symbol in translation + + + + Angle2Arc_ + Leave the _ symbol in translation + + + + Angle1ElArc_ + Leave the _ symbol in translation + + + + Angle2ElArc_ + Leave the _ symbol in translation + + + + Angle1Spl_ + Leave the _ symbol in translation + + + + Angle2Spl_ + Leave the _ symbol in translation + + + + C1LengthSpl_ + Leave the _ symbol in translation + + + + C2LengthSpl_ + Leave the _ symbol in translation + + degTorad Converts degrees to radians -Usage: degTorad(angle θ in degrees) - degTorad +Usage: degTorad(angle θ in degrees) → returns an angle in radians +Example: degTorad(180) = 3.14159 + degTorad radTodeg Converts radians to degrees -Usage: radTodeg(angle θ in radians) - radTodeg +Usage: radTodeg(angle θ in radians) → returns an angle in degrees +Example: radTodeg(3.14159) = 180 + radTodeg sin Sine function working with radians -Usage: sin(angle θ in radians) - sin +Usage: sin(angle θ in radians) → returns a number between -1 and 1 +Example: sin(90) = 0.893997 + sin cos Cosine function working with radians -Usage: cos(angle θ in radians) - cos +Usage: cos(angle θ in radians) → returns a number between -1 and 1 +Example: cos(1) = 0.540302 + cos tan Tangent function working with radians -Usage: tan(angle θ in radians) - tan +Usage: tan(angle θ in radians) +Example: tan(1) = 1.55741 + tan asin Inverse sine function working with radians -Usage: asin(x) - asin +Usage: asin(x between -1 and 1) → returns an angle in radians +Example: asin(-1) = -1.5708 + asin acos Inverse cosine function working with radians -Usage: acos(x) - acos +Usage: acos(x between -1 and 1) → returns an angle in radians +Example: acos(0.1) = 1.47063 + acos atan Inverse tangent function working with radians -Usage: atan(x) - atan +Usage: atan(x) → returns an angle in radians +Example: atan(1) = 0.78538 + atan sinh Hyperbolic sine function -Usage: sinh(angle θ in radians) - sinh +Usage: sinh(θ) +Example: sinh(1) = 1.1752 + sinh cosh Hyperbolic cosine -Usage: cosh(angle θ in radians) - cosh +Usage: cosh(θ) → returns a number greater than or equal to 1 +Example: cosh(0) = 1 + cosh tanh Hyperbolic tangent function -Usage: tanh(angle θ in radians) - tanh +Usage: tanh(θ) → returns a number between -1 and 1 (excluded) +Example: tanh(1) = 0.761594 + tanh asinh Inverse Hyperbolic sine function -Usage: asinh(x) - asinh +Usage: asinh(x) +Example: asinh(90) = 5.19299 + asinh acosh Inverse Hyperbolic cosine function -Usage: acosh(x) - acosh +Usage: acosh(x greater than or equal to 1) +Example: acosh(2) = 1.31696 + acosh atanh Inverse Hyperbolic tangent function -Usage: atanh(x) - atanh +Usage: atanh(x between -1 and 1 (excluded)) +Example: atanh(0,99) = 2.64665 + atanh sinD Sine function working with degrees -Usage: sinD(angle θ in degrees) - sinD +Usage: sinD(angle θ in degrees) → returns a number between -1 and 1 +Example: sinD(90) = 1 + sinD cosD Cosine function working with degrees -Usage: cosD(angle θ in degrees) - cosD +Usage: cosD(angle θ in degrees) → returns a number between -1 and 1 +Example: cosD(180) = -1 + cosD tanD Tangent function working with degrees -Usage: tanD(angle θ in degrees) - tanD +Usage: tanD(angle θ in degrees) +Example: tanD(45) = 1 + tanD asinD Inverse sine function working with degrees -Usage: asinD(x) - asinD +Usage: asinD(x between -1 and 1) → returns an angle in degrees +Example: asinD(1) = 90 + asinD acosD Inverse cosine function working with degrees -Usage: acosD(x) - acosD +Usage: acosD(x between -1 and 1) → returns an angle in degrees +Example: acosD(-1) = 180 + acosD atanD Inverse tangent function working with degrees -Usage: atanD(x) - atanD +Usage: atanD(x) → returns an angle in degrees +Example: atanD(1) = 45 + atanD log2 Logarithm to the base 2 -Usage: log2(x) - log2 +Usage: log2(x greater than 0) +Example: log2(10) = 3.32193 + log2 log10 - Logarithm to the base 10 -Usage: log10(x) - log10 + Logarithm to the base 10 (same as log(x)) +Usage: log10(x greater than 0) +Example: log10(10) = 1 + log10 log Logarithm to the base 10 -Usage: log(x) - log +Usage: log(x greater than 0) +Example: log(10) = 1 + log ln Logarithm to base e (2.71828...) -Usage: ln(x) - ln +Usage: ln(x greater than 0) +Example: ln(10) = 2.30259 + ln exp - E raised to the power of x -Usage: exp(x) where e = 2.718 - exp + e raised to the power of x where e = 2.718 +Usage: exp(x) → returns a positive number +Example: exp(2) = 7.38906 + exp sqrt Square root of a value -Usage: sqrt(x) - sqrt +Usage: sqrt(x greater than or equal to 0) → returns a positive number +Example: sqrt(4) = 2 + sqrt sign Sign function -1 if x<0; 1 if x>0 -Usage: sign(x) - sign +Usage: sign(x) → returns -1, 0 or 1 +Example: sign(-3) = -1 + sign rint Round to nearest integer -Usage: rint(float x) - rint +Usage: rint(x) → returns an integer number +Example: rint(2.3) = 2 + rint abs Absolute value -Usage: abs(x) - abs +Usage: abs(x) → returns a positive number +Example: abs(-5) = 5 + abs min Min of all arguments -Usage: min(arg 1; arg 2; ... arg n) - min +Usage: min(arg 1; arg 2; ... arg n) +Example: min(2;3;4) = 2 + min max Max of all arguments -Usage: max(arg 1; arg 2; ... arg n) - max +Usage: max(arg 1; arg 2; ... arg n) +Example: max(2;3;4) = 4 + max sum Sum of all arguments -Usage: sum(arg 1; arg 2; ... arg n) - sum +Usage: sum(arg 1; arg 2; ... arg n) +Example: sum(2;3;4) = 9 + sum avg Mean value of all arguments -Usage: avg(arg 1; arg 2; ... arg n) - avg +Usage: avg(arg 1; arg 2; ... arg n) +Example: avg(2;3;4) = 3 + avg fmod Returns the floating-point remainder of x/y (rounded towards zero) -Usage: fmod(x; y) - fmod - - - M_ - Leave the _ symbol in translation - - - - Variable_ - Leave the _ symbol in translation - - - - Line_ - Leave the _ symbol in translation - Linha_ - - - AngleLine_ - Leave the _ symbol in translation - LinhaDeAngulo_ - - - Arc_ - Leave the _ symbol in translation - Arco_ - - - ElArc_ - Leave the _ symbol in translation - - - - Spl_ - Leave the _ symbol in translation - - - - RadiusArc_ - Leave the _ symbol in translation - - - - Radius1ElArc_ - Leave the _ symbol in translation - - - - Radius2ElArc_ - Leave the _ symbol in translation - - - - Angle1Arc_ - Leave the _ symbol in translation - - - - Angle2Arc_ - Leave the _ symbol in translation - - - - Angle1ElArc_ - Leave the _ symbol in translation - - - - Angle2ElArc_ - Leave the _ symbol in translation - - - - Angle1Spl_ - Leave the _ symbol in translation - - - - Angle2Spl_ - Leave the _ symbol in translation - - - - C1LengthSpl_ - Leave the _ symbol in translation - - - - C2LengthSpl_ - Leave the _ symbol in translation - +Usage: fmod(x; y) +Example: fmod(3.3;2) = 1.3 + fmod diff --git a/share/translations/seamly2d_ro_RO.ts b/share/translations/seamly2d_ro_RO.ts index 44d3c17120ec..07119d3f1821 100644 --- a/share/translations/seamly2d_ro_RO.ts +++ b/share/translations/seamly2d_ro_RO.ts @@ -9459,6 +9459,14 @@ Press enter to temporarily add it to the list. Always use current pen + + Autoscroll + + + + Mouse wheel + + PreferencesPathPage @@ -14921,298 +14929,332 @@ load in SeamlyME as usual. placeholder + + M_ + Leave the _ symbol in translation + + + + Variable_ + Leave the _ symbol in translation + + + + Line_ + Leave the _ symbol in translation + + + + AngleLine_ + Leave the _ symbol in translation + + + + Arc_ + Leave the _ symbol in translation + + + + ElArc_ + Leave the _ symbol in translation + + + + Spl_ + Leave the _ symbol in translation + + + + RadiusArc_ + Leave the _ symbol in translation + + + + Radius1ElArc_ + Leave the _ symbol in translation + + + + Radius2ElArc_ + Leave the _ symbol in translation + + + + Angle1Arc_ + Leave the _ symbol in translation + + + + Angle2Arc_ + Leave the _ symbol in translation + + + + Angle1ElArc_ + Leave the _ symbol in translation + + + + Angle2ElArc_ + Leave the _ symbol in translation + + + + Angle1Spl_ + Leave the _ symbol in translation + + + + Angle2Spl_ + Leave the _ symbol in translation + + + + C1LengthSpl_ + Leave the _ symbol in translation + + + + C2LengthSpl_ + Leave the _ symbol in translation + + degTorad Converts degrees to radians -Usage: degTorad(angle θ in degrees) +Usage: degTorad(angle θ in degrees) → returns an angle in radians +Example: degTorad(180) = 3.14159 radTodeg Converts radians to degrees -Usage: radTodeg(angle θ in radians) +Usage: radTodeg(angle θ in radians) → returns an angle in degrees +Example: radTodeg(3.14159) = 180 sin Sine function working with radians -Usage: sin(angle θ in radians) +Usage: sin(angle θ in radians) → returns a number between -1 and 1 +Example: sin(90) = 0.893997 sin cos Cosine function working with radians -Usage: cos(angle θ in radians) +Usage: cos(angle θ in radians) → returns a number between -1 and 1 +Example: cos(1) = 0.540302 cos tan Tangent function working with radians -Usage: tan(angle θ in radians) +Usage: tan(angle θ in radians) +Example: tan(1) = 1.55741 tan asin Inverse sine function working with radians -Usage: asin(x) +Usage: asin(x between -1 and 1) → returns an angle in radians +Example: asin(-1) = -1.5708 asin acos Inverse cosine function working with radians -Usage: acos(x) +Usage: acos(x between -1 and 1) → returns an angle in radians +Example: acos(0.1) = 1.47063 acos atan Inverse tangent function working with radians -Usage: atan(x) +Usage: atan(x) → returns an angle in radians +Example: atan(1) = 0.78538 atan sinh Hyperbolic sine function -Usage: sinh(angle θ in radians) +Usage: sinh(θ) +Example: sinh(1) = 1.1752 sinh cosh Hyperbolic cosine -Usage: cosh(angle θ in radians) +Usage: cosh(θ) → returns a number greater than or equal to 1 +Example: cosh(0) = 1 cosh tanh Hyperbolic tangent function -Usage: tanh(angle θ in radians) +Usage: tanh(θ) → returns a number between -1 and 1 (excluded) +Example: tanh(1) = 0.761594 tanh asinh Inverse Hyperbolic sine function -Usage: asinh(x) +Usage: asinh(x) +Example: asinh(90) = 5.19299 asinh acosh Inverse Hyperbolic cosine function -Usage: acosh(x) +Usage: acosh(x greater than or equal to 1) +Example: acosh(2) = 1.31696 acosh atanh Inverse Hyperbolic tangent function -Usage: atanh(x) +Usage: atanh(x between -1 and 1 (excluded)) +Example: atanh(0,99) = 2.64665 atanh sinD Sine function working with degrees -Usage: sinD(angle θ in degrees) +Usage: sinD(angle θ in degrees) → returns a number between -1 and 1 +Example: sinD(90) = 1 cosD Cosine function working with degrees -Usage: cosD(angle θ in degrees) +Usage: cosD(angle θ in degrees) → returns a number between -1 and 1 +Example: cosD(180) = -1 tanD Tangent function working with degrees -Usage: tanD(angle θ in degrees) +Usage: tanD(angle θ in degrees) +Example: tanD(45) = 1 asinD Inverse sine function working with degrees -Usage: asinD(x) +Usage: asinD(x between -1 and 1) → returns an angle in degrees +Example: asinD(1) = 90 acosD Inverse cosine function working with degrees -Usage: acosD(x) +Usage: acosD(x between -1 and 1) → returns an angle in degrees +Example: acosD(-1) = 180 atanD Inverse tangent function working with degrees -Usage: atanD(x) +Usage: atanD(x) → returns an angle in degrees +Example: atanD(1) = 45 log2 Logarithm to the base 2 -Usage: log2(x) +Usage: log2(x greater than 0) +Example: log2(10) = 3.32193 log2 log10 - Logarithm to the base 10 -Usage: log10(x) + Logarithm to the base 10 (same as log(x)) +Usage: log10(x greater than 0) +Example: log10(10) = 1 log10 log Logarithm to the base 10 -Usage: log(x) +Usage: log(x greater than 0) +Example: log(10) = 1 log ln Logarithm to base e (2.71828...) -Usage: ln(x) +Usage: ln(x greater than 0) +Example: ln(10) = 2.30259 ln exp - E raised to the power of x -Usage: exp(x) where e = 2.718 + e raised to the power of x where e = 2.718 +Usage: exp(x) → returns a positive number +Example: exp(2) = 7.38906 exp sqrt Square root of a value -Usage: sqrt(x) +Usage: sqrt(x greater than or equal to 0) → returns a positive number +Example: sqrt(4) = 2 sqrt sign Sign function -1 if x<0; 1 if x>0 -Usage: sign(x) +Usage: sign(x) → returns -1, 0 or 1 +Example: sign(-3) = -1 sign rint Round to nearest integer -Usage: rint(float x) +Usage: rint(x) → returns an integer number +Example: rint(2.3) = 2 rint abs Absolute value -Usage: abs(x) +Usage: abs(x) → returns a positive number +Example: abs(-5) = 5 abs min Min of all arguments -Usage: min(arg 1; arg 2; ... arg n) +Usage: min(arg 1; arg 2; ... arg n) +Example: min(2;3;4) = 2 min max Max of all arguments -Usage: max(arg 1; arg 2; ... arg n) +Usage: max(arg 1; arg 2; ... arg n) +Example: max(2;3;4) = 4 max sum Sum of all arguments -Usage: sum(arg 1; arg 2; ... arg n) +Usage: sum(arg 1; arg 2; ... arg n) +Example: sum(2;3;4) = 9 sum avg Mean value of all arguments -Usage: avg(arg 1; arg 2; ... arg n) +Usage: avg(arg 1; arg 2; ... arg n) +Example: avg(2;3;4) = 3 avg fmod Returns the floating-point remainder of x/y (rounded towards zero) -Usage: fmod(x; y) - - - - M_ - Leave the _ symbol in translation - - - - Variable_ - Leave the _ symbol in translation - - - - Line_ - Leave the _ symbol in translation - - - - AngleLine_ - Leave the _ symbol in translation - - - - Arc_ - Leave the _ symbol in translation - - - - ElArc_ - Leave the _ symbol in translation - - - - Spl_ - Leave the _ symbol in translation - - - - RadiusArc_ - Leave the _ symbol in translation - - - - Radius1ElArc_ - Leave the _ symbol in translation - - - - Radius2ElArc_ - Leave the _ symbol in translation - - - - Angle1Arc_ - Leave the _ symbol in translation - - - - Angle2Arc_ - Leave the _ symbol in translation - - - - Angle1ElArc_ - Leave the _ symbol in translation - - - - Angle2ElArc_ - Leave the _ symbol in translation - - - - Angle1Spl_ - Leave the _ symbol in translation - - - - Angle2Spl_ - Leave the _ symbol in translation - - - - C1LengthSpl_ - Leave the _ symbol in translation - - - - C2LengthSpl_ - Leave the _ symbol in translation +Usage: fmod(x; y) +Example: fmod(3.3;2) = 1.3 diff --git a/share/translations/seamly2d_ru_RU.ts b/share/translations/seamly2d_ru_RU.ts index eed331066ddf..167b8ab4bbfd 100644 --- a/share/translations/seamly2d_ru_RU.ts +++ b/share/translations/seamly2d_ru_RU.ts @@ -9495,6 +9495,14 @@ Press enter to temporarily add it to the list. Always use current pen + + Autoscroll + + + + Mouse wheel + + PreferencesPathPage @@ -14971,299 +14979,333 @@ load in SeamlyME as usual. placeholder сНа Сгиб + + M_ + Leave the _ symbol in translation + М_ + + + Variable_ + Leave the _ symbol in translation + Переменная_ + + + Line_ + Leave the _ symbol in translation + Линия_ + + + AngleLine_ + Leave the _ symbol in translation + УголЛинии_ + + + Arc_ + Leave the _ symbol in translation + Дуга_ + + + ElArc_ + Leave the _ symbol in translation + Дуга_ + + + Spl_ + Leave the _ symbol in translation + Спл_ + + + RadiusArc_ + Leave the _ symbol in translation + РадиусДуги_ + + + Radius1ElArc_ + Leave the _ symbol in translation + Радиус1Дуги_ + + + Radius2ElArc_ + Leave the _ symbol in translation + Радиус2Дуги_ + + + Angle1Arc_ + Leave the _ symbol in translation + Улог1Дуги_ + + + Angle2Arc_ + Leave the _ symbol in translation + Угол2Дуги_ + + + Angle1ElArc_ + Leave the _ symbol in translation + Улог1Дуги_ + + + Angle2ElArc_ + Leave the _ symbol in translation + Угол2Дуги_ + + + Angle1Spl_ + Leave the _ symbol in translation + Угол1Спл_ + + + Angle2Spl_ + Leave the _ symbol in translation + Угол2Спл_ + + + C1LengthSpl_ + Leave the _ symbol in translation + С1ДлинаСпл_ + + + C2LengthSpl_ + Leave the _ symbol in translation + С2ДлинаСпл_ + degTorad Converts degrees to radians -Usage: degTorad(angle θ in degrees) - degTorad +Usage: degTorad(angle θ in degrees) → returns an angle in radians +Example: degTorad(180) = 3.14159 + degTorad radTodeg Converts radians to degrees -Usage: radTodeg(angle θ in radians) - radTodeg +Usage: radTodeg(angle θ in radians) → returns an angle in degrees +Example: radTodeg(3.14159) = 180 + radTodeg sin Sine function working with radians -Usage: sin(angle θ in radians) - sin +Usage: sin(angle θ in radians) → returns a number between -1 and 1 +Example: sin(90) = 0.893997 + sin cos Cosine function working with radians -Usage: cos(angle θ in radians) - cos +Usage: cos(angle θ in radians) → returns a number between -1 and 1 +Example: cos(1) = 0.540302 + cos tan Tangent function working with radians -Usage: tan(angle θ in radians) - tan +Usage: tan(angle θ in radians) +Example: tan(1) = 1.55741 + tan asin Inverse sine function working with radians -Usage: asin(x) - asin +Usage: asin(x between -1 and 1) → returns an angle in radians +Example: asin(-1) = -1.5708 + asin acos Inverse cosine function working with radians -Usage: acos(x) - acos +Usage: acos(x between -1 and 1) → returns an angle in radians +Example: acos(0.1) = 1.47063 + acos atan Inverse tangent function working with radians -Usage: atan(x) - atan +Usage: atan(x) → returns an angle in radians +Example: atan(1) = 0.78538 + atan sinh Hyperbolic sine function -Usage: sinh(angle θ in radians) - sinh +Usage: sinh(θ) +Example: sinh(1) = 1.1752 + sinh cosh Hyperbolic cosine -Usage: cosh(angle θ in radians) - cosh +Usage: cosh(θ) → returns a number greater than or equal to 1 +Example: cosh(0) = 1 + cosh tanh Hyperbolic tangent function -Usage: tanh(angle θ in radians) - tanh +Usage: tanh(θ) → returns a number between -1 and 1 (excluded) +Example: tanh(1) = 0.761594 + tanh asinh Inverse Hyperbolic sine function -Usage: asinh(x) - asinh +Usage: asinh(x) +Example: asinh(90) = 5.19299 + asinh acosh Inverse Hyperbolic cosine function -Usage: acosh(x) - acosh +Usage: acosh(x greater than or equal to 1) +Example: acosh(2) = 1.31696 + acosh atanh Inverse Hyperbolic tangent function -Usage: atanh(x) - atanh +Usage: atanh(x between -1 and 1 (excluded)) +Example: atanh(0,99) = 2.64665 + atanh sinD Sine function working with degrees -Usage: sinD(angle θ in degrees) - sinD +Usage: sinD(angle θ in degrees) → returns a number between -1 and 1 +Example: sinD(90) = 1 + sinD cosD Cosine function working with degrees -Usage: cosD(angle θ in degrees) - cosD +Usage: cosD(angle θ in degrees) → returns a number between -1 and 1 +Example: cosD(180) = -1 + cosD tanD Tangent function working with degrees -Usage: tanD(angle θ in degrees) - tanD +Usage: tanD(angle θ in degrees) +Example: tanD(45) = 1 + tanD asinD Inverse sine function working with degrees -Usage: asinD(x) - asinD +Usage: asinD(x between -1 and 1) → returns an angle in degrees +Example: asinD(1) = 90 + asinD acosD Inverse cosine function working with degrees -Usage: acosD(x) - acosD +Usage: acosD(x between -1 and 1) → returns an angle in degrees +Example: acosD(-1) = 180 + acosD atanD Inverse tangent function working with degrees -Usage: atanD(x) - atanD +Usage: atanD(x) → returns an angle in degrees +Example: atanD(1) = 45 + atanD log2 Logarithm to the base 2 -Usage: log2(x) - log2 +Usage: log2(x greater than 0) +Example: log2(10) = 3.32193 + log2 log10 - Logarithm to the base 10 -Usage: log10(x) - log10 + Logarithm to the base 10 (same as log(x)) +Usage: log10(x greater than 0) +Example: log10(10) = 1 + log10 log Logarithm to the base 10 -Usage: log(x) - log +Usage: log(x greater than 0) +Example: log(10) = 1 + log ln Logarithm to base e (2.71828...) -Usage: ln(x) - ln +Usage: ln(x greater than 0) +Example: ln(10) = 2.30259 + ln exp - E raised to the power of x -Usage: exp(x) where e = 2.718 - exp + e raised to the power of x where e = 2.718 +Usage: exp(x) → returns a positive number +Example: exp(2) = 7.38906 + exp sqrt Square root of a value -Usage: sqrt(x) - sqrt +Usage: sqrt(x greater than or equal to 0) → returns a positive number +Example: sqrt(4) = 2 + sqrt sign Sign function -1 if x<0; 1 if x>0 -Usage: sign(x) - sign +Usage: sign(x) → returns -1, 0 or 1 +Example: sign(-3) = -1 + sign rint Round to nearest integer -Usage: rint(float x) - rint +Usage: rint(x) → returns an integer number +Example: rint(2.3) = 2 + rint abs Absolute value -Usage: abs(x) - abs +Usage: abs(x) → returns a positive number +Example: abs(-5) = 5 + abs min Min of all arguments -Usage: min(arg 1; arg 2; ... arg n) - min +Usage: min(arg 1; arg 2; ... arg n) +Example: min(2;3;4) = 2 + min max Max of all arguments -Usage: max(arg 1; arg 2; ... arg n) - max +Usage: max(arg 1; arg 2; ... arg n) +Example: max(2;3;4) = 4 + max sum Sum of all arguments -Usage: sum(arg 1; arg 2; ... arg n) - sum +Usage: sum(arg 1; arg 2; ... arg n) +Example: sum(2;3;4) = 9 + sum avg Mean value of all arguments -Usage: avg(arg 1; arg 2; ... arg n) - avg +Usage: avg(arg 1; arg 2; ... arg n) +Example: avg(2;3;4) = 3 + avg fmod Returns the floating-point remainder of x/y (rounded towards zero) -Usage: fmod(x; y) - fmod - - - M_ - Leave the _ symbol in translation - М_ - - - Variable_ - Leave the _ symbol in translation - Переменная_ - - - Line_ - Leave the _ symbol in translation - Линия_ - - - AngleLine_ - Leave the _ symbol in translation - УголЛинии_ - - - Arc_ - Leave the _ symbol in translation - Дуга_ - - - ElArc_ - Leave the _ symbol in translation - Дуга_ - - - Spl_ - Leave the _ symbol in translation - Спл_ - - - RadiusArc_ - Leave the _ symbol in translation - РадиусДуги_ - - - Radius1ElArc_ - Leave the _ symbol in translation - Радиус1Дуги_ - - - Radius2ElArc_ - Leave the _ symbol in translation - Радиус2Дуги_ - - - Angle1Arc_ - Leave the _ symbol in translation - Улог1Дуги_ - - - Angle2Arc_ - Leave the _ symbol in translation - Угол2Дуги_ - - - Angle1ElArc_ - Leave the _ symbol in translation - Улог1Дуги_ - - - Angle2ElArc_ - Leave the _ symbol in translation - Угол2Дуги_ - - - Angle1Spl_ - Leave the _ symbol in translation - Угол1Спл_ - - - Angle2Spl_ - Leave the _ symbol in translation - Угол2Спл_ - - - C1LengthSpl_ - Leave the _ symbol in translation - С1ДлинаСпл_ - - - C2LengthSpl_ - Leave the _ symbol in translation - С2ДлинаСпл_ +Usage: fmod(x; y) +Example: fmod(3.3;2) = 1.3 + fmod diff --git a/share/translations/seamly2d_uk_UA.ts b/share/translations/seamly2d_uk_UA.ts index 4f6dfe56501b..8123f1801579 100644 --- a/share/translations/seamly2d_uk_UA.ts +++ b/share/translations/seamly2d_uk_UA.ts @@ -9462,6 +9462,14 @@ Press enter to temporarily add it to the list. Always use current pen + + Autoscroll + + + + Mouse wheel + + PreferencesPathPage @@ -14926,300 +14934,334 @@ load in SeamlyME as usual. placeholder + + M_ + Leave the _ symbol in translation + М_ + + + Variable_ + Leave the _ symbol in translation + + + + Line_ + Leave the _ symbol in translation + Лінія_ + + + AngleLine_ + Leave the _ symbol in translation + КутЛінії_ + + + Arc_ + Leave the _ symbol in translation + Дуга_ + + + ElArc_ + Leave the _ symbol in translation + + + + Spl_ + Leave the _ symbol in translation + Спл_ + + + RadiusArc_ + Leave the _ symbol in translation + РадіусДуги_ + + + Radius1ElArc_ + Leave the _ symbol in translation + + + + Radius2ElArc_ + Leave the _ symbol in translation + + + + Angle1Arc_ + Leave the _ symbol in translation + Кут1Дуги_ + + + Angle2Arc_ + Leave the _ symbol in translation + Кут2Дуги_ + + + Angle1ElArc_ + Leave the _ symbol in translation + + + + Angle2ElArc_ + Leave the _ symbol in translation + + + + Angle1Spl_ + Leave the _ symbol in translation + Кут1Спл_ + + + Angle2Spl_ + Leave the _ symbol in translation + Кут2Спл_ + + + C1LengthSpl_ + Leave the _ symbol in translation + К1ДовжинаСпл_ + + + C2LengthSpl_ + Leave the _ symbol in translation + К2ДовжинаСпл_ + degTorad Converts degrees to radians -Usage: degTorad(angle θ in degrees) +Usage: degTorad(angle θ in degrees) → returns an angle in radians +Example: degTorad(180) = 3.14159 radTodeg Converts radians to degrees -Usage: radTodeg(angle θ in radians) +Usage: radTodeg(angle θ in radians) → returns an angle in degrees +Example: radTodeg(3.14159) = 180 sin Sine function working with radians -Usage: sin(angle θ in radians) +Usage: sin(angle θ in radians) → returns a number between -1 and 1 +Example: sin(90) = 0.893997 sin cos Cosine function working with radians -Usage: cos(angle θ in radians) +Usage: cos(angle θ in radians) → returns a number between -1 and 1 +Example: cos(1) = 0.540302 cos tan Tangent function working with radians -Usage: tan(angle θ in radians) +Usage: tan(angle θ in radians) +Example: tan(1) = 1.55741 tan asin Inverse sine function working with radians -Usage: asin(x) +Usage: asin(x between -1 and 1) → returns an angle in radians +Example: asin(-1) = -1.5708 asin acos Inverse cosine function working with radians -Usage: acos(x) +Usage: acos(x between -1 and 1) → returns an angle in radians +Example: acos(0.1) = 1.47063 acos atan Inverse tangent function working with radians -Usage: atan(x) +Usage: atan(x) → returns an angle in radians +Example: atan(1) = 0.78538 atan sinh Hyperbolic sine function -Usage: sinh(angle θ in radians) +Usage: sinh(θ) +Example: sinh(1) = 1.1752 sinh cosh Hyperbolic cosine -Usage: cosh(angle θ in radians) +Usage: cosh(θ) → returns a number greater than or equal to 1 +Example: cosh(0) = 1 cosh tanh Hyperbolic tangent function -Usage: tanh(angle θ in radians) +Usage: tanh(θ) → returns a number between -1 and 1 (excluded) +Example: tanh(1) = 0.761594 tanh asinh Inverse Hyperbolic sine function -Usage: asinh(x) +Usage: asinh(x) +Example: asinh(90) = 5.19299 acosh Inverse Hyperbolic cosine function -Usage: acosh(x) +Usage: acosh(x greater than or equal to 1) +Example: acosh(2) = 1.31696 acosh atanh Inverse Hyperbolic tangent function -Usage: atanh(x) +Usage: atanh(x between -1 and 1 (excluded)) +Example: atanh(0,99) = 2.64665 atanh sinD Sine function working with degrees -Usage: sinD(angle θ in degrees) +Usage: sinD(angle θ in degrees) → returns a number between -1 and 1 +Example: sinD(90) = 1 cosD Cosine function working with degrees -Usage: cosD(angle θ in degrees) +Usage: cosD(angle θ in degrees) → returns a number between -1 and 1 +Example: cosD(180) = -1 tanD Tangent function working with degrees -Usage: tanD(angle θ in degrees) +Usage: tanD(angle θ in degrees) +Example: tanD(45) = 1 asinD Inverse sine function working with degrees -Usage: asinD(x) +Usage: asinD(x between -1 and 1) → returns an angle in degrees +Example: asinD(1) = 90 acosD Inverse cosine function working with degrees -Usage: acosD(x) +Usage: acosD(x between -1 and 1) → returns an angle in degrees +Example: acosD(-1) = 180 atanD Inverse tangent function working with degrees -Usage: atanD(x) - atanD +Usage: atanD(x) → returns an angle in degrees +Example: atanD(1) = 45 + atanD log2 Logarithm to the base 2 -Usage: log2(x) - log2 +Usage: log2(x greater than 0) +Example: log2(10) = 3.32193 + log2 log10 - Logarithm to the base 10 -Usage: log10(x) + Logarithm to the base 10 (same as log(x)) +Usage: log10(x greater than 0) +Example: log10(10) = 1 log10 log Logarithm to the base 10 -Usage: log(x) +Usage: log(x greater than 0) +Example: log(10) = 1 log ln Logarithm to base e (2.71828...) -Usage: ln(x) +Usage: ln(x greater than 0) +Example: ln(10) = 2.30259 ln exp - E raised to the power of x -Usage: exp(x) where e = 2.718 + e raised to the power of x where e = 2.718 +Usage: exp(x) → returns a positive number +Example: exp(2) = 7.38906 exp sqrt Square root of a value -Usage: sqrt(x) +Usage: sqrt(x greater than or equal to 0) → returns a positive number +Example: sqrt(4) = 2 sqrt sign Sign function -1 if x<0; 1 if x>0 -Usage: sign(x) +Usage: sign(x) → returns -1, 0 or 1 +Example: sign(-3) = -1 sign rint Round to nearest integer -Usage: rint(float x) +Usage: rint(x) → returns an integer number +Example: rint(2.3) = 2 rint abs Absolute value -Usage: abs(x) +Usage: abs(x) → returns a positive number +Example: abs(-5) = 5 abs min Min of all arguments -Usage: min(arg 1; arg 2; ... arg n) +Usage: min(arg 1; arg 2; ... arg n) +Example: min(2;3;4) = 2 max Max of all arguments -Usage: max(arg 1; arg 2; ... arg n) +Usage: max(arg 1; arg 2; ... arg n) +Example: max(2;3;4) = 4 max sum Sum of all arguments -Usage: sum(arg 1; arg 2; ... arg n) +Usage: sum(arg 1; arg 2; ... arg n) +Example: sum(2;3;4) = 9 sum avg Mean value of all arguments -Usage: avg(arg 1; arg 2; ... arg n) +Usage: avg(arg 1; arg 2; ... arg n) +Example: avg(2;3;4) = 3 avg fmod Returns the floating-point remainder of x/y (rounded towards zero) -Usage: fmod(x; y) +Usage: fmod(x; y) +Example: fmod(3.3;2) = 1.3 fmod - - M_ - Leave the _ symbol in translation - М_ - - - Variable_ - Leave the _ symbol in translation - - - - Line_ - Leave the _ symbol in translation - Лінія_ - - - AngleLine_ - Leave the _ symbol in translation - КутЛінії_ - - - Arc_ - Leave the _ symbol in translation - Дуга_ - - - ElArc_ - Leave the _ symbol in translation - - - - Spl_ - Leave the _ symbol in translation - Спл_ - - - RadiusArc_ - Leave the _ symbol in translation - РадіусДуги_ - - - Radius1ElArc_ - Leave the _ symbol in translation - - - - Radius2ElArc_ - Leave the _ symbol in translation - - - - Angle1Arc_ - Leave the _ symbol in translation - Кут1Дуги_ - - - Angle2Arc_ - Leave the _ symbol in translation - Кут2Дуги_ - - - Angle1ElArc_ - Leave the _ symbol in translation - - - - Angle2ElArc_ - Leave the _ symbol in translation - - - - Angle1Spl_ - Leave the _ symbol in translation - Кут1Спл_ - - - Angle2Spl_ - Leave the _ symbol in translation - Кут2Спл_ - - - C1LengthSpl_ - Leave the _ symbol in translation - К1ДовжинаСпл_ - - - C2LengthSpl_ - Leave the _ symbol in translation - К2ДовжинаСпл_ - VisToolCubicBezierPath diff --git a/share/translations/seamly2d_zh_CN.ts b/share/translations/seamly2d_zh_CN.ts index 2ab6418878e5..ae44fd3e354b 100644 --- a/share/translations/seamly2d_zh_CN.ts +++ b/share/translations/seamly2d_zh_CN.ts @@ -9459,6 +9459,14 @@ Press enter to temporarily add it to the list. Always use current pen + + Autoscroll + + + + Mouse wheel + + PreferencesPathPage @@ -14921,298 +14929,332 @@ load in SeamlyME as usual. placeholder + + M_ + Leave the _ symbol in translation + + + + Variable_ + Leave the _ symbol in translation + + + + Line_ + Leave the _ symbol in translation + + + + AngleLine_ + Leave the _ symbol in translation + + + + Arc_ + Leave the _ symbol in translation + + + + ElArc_ + Leave the _ symbol in translation + + + + Spl_ + Leave the _ symbol in translation + + + + RadiusArc_ + Leave the _ symbol in translation + + + + Radius1ElArc_ + Leave the _ symbol in translation + + + + Radius2ElArc_ + Leave the _ symbol in translation + + + + Angle1Arc_ + Leave the _ symbol in translation + + + + Angle2Arc_ + Leave the _ symbol in translation + + + + Angle1ElArc_ + Leave the _ symbol in translation + + + + Angle2ElArc_ + Leave the _ symbol in translation + + + + Angle1Spl_ + Leave the _ symbol in translation + + + + Angle2Spl_ + Leave the _ symbol in translation + + + + C1LengthSpl_ + Leave the _ symbol in translation + + + + C2LengthSpl_ + Leave the _ symbol in translation + + degTorad Converts degrees to radians -Usage: degTorad(angle θ in degrees) +Usage: degTorad(angle θ in degrees) → returns an angle in radians +Example: degTorad(180) = 3.14159 radTodeg Converts radians to degrees -Usage: radTodeg(angle θ in radians) +Usage: radTodeg(angle θ in radians) → returns an angle in degrees +Example: radTodeg(3.14159) = 180 sin Sine function working with radians -Usage: sin(angle θ in radians) +Usage: sin(angle θ in radians) → returns a number between -1 and 1 +Example: sin(90) = 0.893997 cos Cosine function working with radians -Usage: cos(angle θ in radians) +Usage: cos(angle θ in radians) → returns a number between -1 and 1 +Example: cos(1) = 0.540302 tan Tangent function working with radians -Usage: tan(angle θ in radians) +Usage: tan(angle θ in radians) +Example: tan(1) = 1.55741 asin Inverse sine function working with radians -Usage: asin(x) +Usage: asin(x between -1 and 1) → returns an angle in radians +Example: asin(-1) = -1.5708 acos Inverse cosine function working with radians -Usage: acos(x) +Usage: acos(x between -1 and 1) → returns an angle in radians +Example: acos(0.1) = 1.47063 atan Inverse tangent function working with radians -Usage: atan(x) +Usage: atan(x) → returns an angle in radians +Example: atan(1) = 0.78538 sinh Hyperbolic sine function -Usage: sinh(angle θ in radians) +Usage: sinh(θ) +Example: sinh(1) = 1.1752 cosh Hyperbolic cosine -Usage: cosh(angle θ in radians) +Usage: cosh(θ) → returns a number greater than or equal to 1 +Example: cosh(0) = 1 tanh Hyperbolic tangent function -Usage: tanh(angle θ in radians) +Usage: tanh(θ) → returns a number between -1 and 1 (excluded) +Example: tanh(1) = 0.761594 asinh Inverse Hyperbolic sine function -Usage: asinh(x) +Usage: asinh(x) +Example: asinh(90) = 5.19299 acosh Inverse Hyperbolic cosine function -Usage: acosh(x) +Usage: acosh(x greater than or equal to 1) +Example: acosh(2) = 1.31696 atanh Inverse Hyperbolic tangent function -Usage: atanh(x) +Usage: atanh(x between -1 and 1 (excluded)) +Example: atanh(0,99) = 2.64665 sinD Sine function working with degrees -Usage: sinD(angle θ in degrees) +Usage: sinD(angle θ in degrees) → returns a number between -1 and 1 +Example: sinD(90) = 1 cosD Cosine function working with degrees -Usage: cosD(angle θ in degrees) +Usage: cosD(angle θ in degrees) → returns a number between -1 and 1 +Example: cosD(180) = -1 tanD Tangent function working with degrees -Usage: tanD(angle θ in degrees) +Usage: tanD(angle θ in degrees) +Example: tanD(45) = 1 asinD Inverse sine function working with degrees -Usage: asinD(x) +Usage: asinD(x between -1 and 1) → returns an angle in degrees +Example: asinD(1) = 90 acosD Inverse cosine function working with degrees -Usage: acosD(x) +Usage: acosD(x between -1 and 1) → returns an angle in degrees +Example: acosD(-1) = 180 atanD Inverse tangent function working with degrees -Usage: atanD(x) +Usage: atanD(x) → returns an angle in degrees +Example: atanD(1) = 45 log2 Logarithm to the base 2 -Usage: log2(x) +Usage: log2(x greater than 0) +Example: log2(10) = 3.32193 log10 - Logarithm to the base 10 -Usage: log10(x) + Logarithm to the base 10 (same as log(x)) +Usage: log10(x greater than 0) +Example: log10(10) = 1 log Logarithm to the base 10 -Usage: log(x) +Usage: log(x greater than 0) +Example: log(10) = 1 ln Logarithm to base e (2.71828...) -Usage: ln(x) +Usage: ln(x greater than 0) +Example: ln(10) = 2.30259 exp - E raised to the power of x -Usage: exp(x) where e = 2.718 + e raised to the power of x where e = 2.718 +Usage: exp(x) → returns a positive number +Example: exp(2) = 7.38906 sqrt Square root of a value -Usage: sqrt(x) +Usage: sqrt(x greater than or equal to 0) → returns a positive number +Example: sqrt(4) = 2 sign Sign function -1 if x<0; 1 if x>0 -Usage: sign(x) +Usage: sign(x) → returns -1, 0 or 1 +Example: sign(-3) = -1 rint Round to nearest integer -Usage: rint(float x) +Usage: rint(x) → returns an integer number +Example: rint(2.3) = 2 abs Absolute value -Usage: abs(x) +Usage: abs(x) → returns a positive number +Example: abs(-5) = 5 min Min of all arguments -Usage: min(arg 1; arg 2; ... arg n) +Usage: min(arg 1; arg 2; ... arg n) +Example: min(2;3;4) = 2 max Max of all arguments -Usage: max(arg 1; arg 2; ... arg n) +Usage: max(arg 1; arg 2; ... arg n) +Example: max(2;3;4) = 4 sum Sum of all arguments -Usage: sum(arg 1; arg 2; ... arg n) +Usage: sum(arg 1; arg 2; ... arg n) +Example: sum(2;3;4) = 9 avg Mean value of all arguments -Usage: avg(arg 1; arg 2; ... arg n) +Usage: avg(arg 1; arg 2; ... arg n) +Example: avg(2;3;4) = 3 fmod Returns the floating-point remainder of x/y (rounded towards zero) -Usage: fmod(x; y) - - - - M_ - Leave the _ symbol in translation - - - - Variable_ - Leave the _ symbol in translation - - - - Line_ - Leave the _ symbol in translation - - - - AngleLine_ - Leave the _ symbol in translation - - - - Arc_ - Leave the _ symbol in translation - - - - ElArc_ - Leave the _ symbol in translation - - - - Spl_ - Leave the _ symbol in translation - - - - RadiusArc_ - Leave the _ symbol in translation - - - - Radius1ElArc_ - Leave the _ symbol in translation - - - - Radius2ElArc_ - Leave the _ symbol in translation - - - - Angle1Arc_ - Leave the _ symbol in translation - - - - Angle2Arc_ - Leave the _ symbol in translation - - - - Angle1ElArc_ - Leave the _ symbol in translation - - - - Angle2ElArc_ - Leave the _ symbol in translation - - - - Angle1Spl_ - Leave the _ symbol in translation - - - - Angle2Spl_ - Leave the _ symbol in translation - - - - C1LengthSpl_ - Leave the _ symbol in translation - - - - C2LengthSpl_ - Leave the _ symbol in translation +Usage: fmod(x; y) +Example: fmod(3.3;2) = 1.3