Differences

This shows you the differences between two versions of the page.

--- en:menu [2026/03/13 09:36] – frankbrennecke
+++ en:menu [2026/03/24 11:34] (current) – [Additional menus in macOS] frankbrennecke
@@ Line 9: / Line 9: @@
 | [[Graphic types|New graphic]] | Displays the start screen and a complete function bar, allowing you to select a new graphic type.| |
 | [[Settings]] | Displays the window with the general settings for CGRAPH. (only Windows)|
-| [[Print]] | Allows you to print graphics and select the printer.|
+| [[printing|Print]] | Allows you to print graphics and select the printer.|
 | [[Export]] | Allows you to save individual graphics in high resolution as bitmaps.|
 | Exit | Exits the programme (only Windows)|
@@ Line 19: / Line 19: @@
 |[[Functions]]|Displays functions of the type y=f(x). In addition, within the scope of functional analysis, the first and second derivatives, the definite integral, zero points, pole points and inflection points can be displayed.|
 |[[PlaneCurves|Plane Curves]]|Displays relations in which the values for x and y depend on two functions f<sub>x</sub>(t) and f<sub>y</sub>(t).|
-|[[Polar curves]]|Displays the function either as a radius depending on the angle r=f(phi) or as an angle depending on the radius phi =f(//r//).|
+|[[polarkurven|Polar curves]]|Displays the function either as a radius depending on the angle r=f(phi) or as an angle depending on the radius phi =f(//r//).|
-|[[Function sets]]|Displays functions of the type y=f(x,param). The parameter is used to display several curves simultaneously.|
+|[[function_families|Function families]]|Displays functions of the type y=f(x,param). The parameter is used to display several curves simultaneously.|
-|[[Intersection points]]|Determines intersection points between the graphs of other functions and is therefore only applicable if at least two graphs are displayed.|
+|[[Intersections]]|Determines intersection points between the graphs of other functions and is therefore only applicable if at least two graphs are displayed.|
 |[[LinearAlgebra2D|Linear algebra]]|Displays straight lines in parameter or normal form and circles in 2D space based on their vector description.|
 |[[Circle sections]]|Circles or sections thereof can be displayed using a complex function.|
-|[[Line segments|Line segments]]|Sections of lines can be displayed using a complex function.|
+|[[straight_lines|Line segments]]|Sections of lines can be displayed using a complex function.|
 |[[Polylines]]|Any open or closed polylines can be displayed using a complex function.|
 |[[Area mappings]]|Areas can be mapped using a complex function by selecting internal points.|
@@ Line 32: / Line 32: @@
 ^ Menu item ^ Meaning ^
 |[[Spatial curves]]|Displays curve progressions in the x, y and z directions using three functions that depend on a parameter.|
-|[[SurfacesInSpace|Surfaces in space]]|Displays open surfaces or closed objects in the x, y and z directions using three functions that depend on two parameters.|
+|[[flaechenimraum|Surfaces in space]]|Displays open surfaces or closed objects in the x, y and z directions using three functions that depend on two parameters.|
-|[[Sections]]|Determines sections between the graphs of the other functions and is therefore only applicable if at least two graphs are displayed.|
+|[[Sections3D]]|Determines sections between the graphs of the other functions and is therefore only applicable if at least two graphs are displayed.|
-|[[LinearAlgebra3D|Linear Algebra]]|Displays straight lines and planes in parametric form, planes in normal form and spheres in 3D space based on their vector description.|
+|[[LineareAlgebra3D|Linear Algebra]]|Displays straight lines and planes in parametric form, planes in normal form and spheres in 3D space based on their vector description.|
+|[[MappingsComplexSpace|Mappings in complex space]]|Displays surface curves of the real part, the imaginary part or the absolute value of complex functions in the z-plane.|
-|[[SurfacesInComplexSpace|Surfaces in complex space]]|Displays surface curves of the real part, the imaginary part or the absolute value of complex functions in the z-plane.|
 ===== Additional graphics =====
@@ Line 49: / Line 48: @@
 ^ Submenu item ^ Meaning ^
-|[[Locale curve]]|Displays the curve of the system function on the imaginary axis. The curve provides information about the stability behaviour of the system|
+|[[ortskurve|Nyquist Plot]]|Displays the curve of the system function on the imaginary axis. The curve provides information about the stability behaviour of the system|
 |[[Frequency response]]|Plots the amplitude response, frequency response and phase response of the system function on the imaginary axis over a frequency axis. This provides information about the behaviour of the system at different frequencies.|
 ||[[FFT|One-dimensional FFT]]|Displays the Fourier transforms of arbitrary functions|
@@ Line 64: / Line 63: @@
 ^ Submenu item ^ Meaning ^
-|[[Transformation Basis2D|Transformation Basis (2D)]]|A graphical representation of a Cartesian 2D grid in the new coordinate system. This representation serves to provide a better overview. It is always displayed first for a new 2D coordinate transformation.|
+|[[Transformation basis 2D|Transformation basis (2D)]]|A graphical representation of a Cartesian 2D grid in the new coordinate system. This representation serves to provide a better overview. It is always displayed first for a new 2D coordinate transformation.|
-|[[Function mappings 2D|Function mappings (2D)]]|Displays a graph in which the values for x and y depend on two functions f<sub>x</sub>(t) and f<sub>y</sub>(t). This graph is then also displayed in the new coordinate system. |
+|[[FunctionMappings2D|Function mappings (2D)]]|Displays a graph in which the values for x and y depend on two functions f<sub>x</sub>(t) and f<sub>y</sub>(t). This graph is then also displayed in the new coordinate system. |
-|[[Transformation Basis3D|Transformation Basis (3D)]]|A graphical representation of a Cartesian 3D grid cube in the new coordinate system. This representation is for clarity. It is always displayed first when a new 3D coordinate transformation is performed.|
+|[[TransformationBasis3D|Transformation basis (3D)]]|A graphical representation of a Cartesian 3D grid cube in the new coordinate system. This representation is for clarity. It is always displayed first when a new 3D coordinate transformation is performed.|
-|[[FunctionMappings3D|Function mappings (3D)]]|Displays a graph in which the values for x, y and z depend on three functions f<sub>x</sub>(t), f<sub>y</sub>(t) and f<sub>z</sub>(t). This graph is then also displayed in the new coordinate system.|
+|[[FunctionsMappings3D|Function mappings (3D)]]|Displays a graph in which the values for x, y and z depend on three functions f<sub>x</sub>(t), f<sub>y</sub>(t) and f<sub>z</sub>(t). This graph is then also displayed in the new coordinate system.|
+|[[SurfacePlots3D|Surface mappings (3D)]]|Displays a surface where the values for x, y and z depend on three functions f<sub>x</sub>(u,v), f<sub>y</sub>(u,v) and f<sub>z</sub>(u,v). This surface is then also displayed in the new coordinate system.|
 ===== Help menu =====
@@ Line 73: / Line 73: @@
 ^ Menu item ^ Meaning ^
 |Online manual|Opens this documentation – in German or English, depending on the language setting.|
+|Quick Start|Opens the [[quickstart|quick start]] page in this documentation – in German or English, depending on the language setting.|
 |About CGRAPH|Displays a window with copyrights and the version number of CGRAPH.|
@@ Line 78: / Line 79: @@
 ===== Additional menus in macOS =====
-In macOS, the menu also contains the **//Apple//** icon on the left, which summarises macOS's own functions. The **//CGRAPH//** menu includes the [[options]] and exiting the program. In addition, the **//Window//** menu is located on the right, which can be used to position the CGRAPH window.
+In macOS, the menu also contains the **//Apple//** icon on the left, which summarises macOS's own functions. The **//CGRAPH//** menu includes the [[settings|options]] and exiting the program. In addition, the **//Window//** menu is located on the right, which can be used to position the CGRAPH window.