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Visual alignment determines whether a design looks professional or amateur. In digital design, typography, and photography, the human eye quickly spots layout errors. Even a single misaligned pixel can disrupt a composition.
: For subroutine or function calls, AxesCheck compares the actual array dimensions passed by the caller with the expected dummy dimensions in the callee. Mismatches—such as passing a 10×20 array to a routine expecting 20×10—are flagged.
Whether designing a mobile app or a print magazine, an underlying grid keeps elements proportional. Checking your axes prevents overlapping text, uneven margins, and misplaced imagery. The Core Elements of Axescheck
Keywords: axescheck, axis validation, coordinate system verification, data quality, 3D alignment, CNC calibration, software testing, CI/CD pipeline, orthogonal check, dimensional inspection.
You want to create a plotting function myPlot(axes_opt, x, y) that plots y vs x . Without axescheck :
function [ax, args, nargs] = axescheck(varargin) % AXESCHECK Process Axes objects from input list args = varargin; nargs = nargin; ax = []; % Verify if there are inputs and if the first input is an Axes handle if (nargs > 0) && all(all(ishghandle(args1, 'axes'))) ax = args1; % Extract the handle args = args(2:end); % Strip it from data arguments nargs = nargs - 1; % Decrement the counter end end Use code with caution. Why Use axescheck ?
is a defensive programming utility designed to validate the integrity, shape, and type of input data structures (arrays, tensors, or dataframes) relative to expected axes. It prevents cryptic downstream errors by failing early with descriptive messages when inputs do not match the required geometry.
The need for tools like axesCheck is driven by growing legal requirements and a fundamental shift in how we share information.
Use gca when you want to act on the current plot inside a script.
Visual alignment determines whether a design looks professional or amateur. In digital design, typography, and photography, the human eye quickly spots layout errors. Even a single misaligned pixel can disrupt a composition.
: For subroutine or function calls, AxesCheck compares the actual array dimensions passed by the caller with the expected dummy dimensions in the callee. Mismatches—such as passing a 10×20 array to a routine expecting 20×10—are flagged.
Whether designing a mobile app or a print magazine, an underlying grid keeps elements proportional. Checking your axes prevents overlapping text, uneven margins, and misplaced imagery. The Core Elements of Axescheck axescheck
Keywords: axescheck, axis validation, coordinate system verification, data quality, 3D alignment, CNC calibration, software testing, CI/CD pipeline, orthogonal check, dimensional inspection.
You want to create a plotting function myPlot(axes_opt, x, y) that plots y vs x . Without axescheck : : For subroutine or function calls, AxesCheck compares
function [ax, args, nargs] = axescheck(varargin) % AXESCHECK Process Axes objects from input list args = varargin; nargs = nargin; ax = []; % Verify if there are inputs and if the first input is an Axes handle if (nargs > 0) && all(all(ishghandle(args1, 'axes'))) ax = args1; % Extract the handle args = args(2:end); % Strip it from data arguments nargs = nargs - 1; % Decrement the counter end end Use code with caution. Why Use axescheck ?
is a defensive programming utility designed to validate the integrity, shape, and type of input data structures (arrays, tensors, or dataframes) relative to expected axes. It prevents cryptic downstream errors by failing early with descriptive messages when inputs do not match the required geometry. Without axescheck : function [ax
The need for tools like axesCheck is driven by growing legal requirements and a fundamental shift in how we share information.
Use gca when you want to act on the current plot inside a script.