Research On Parameterized Evaluation Of Mobile Phone Dynamic Effects Based On Motion Attributes

With the continuous advancement of mobile 5G Internet technology,the visual design upgrade of the mobile phone will be the focus of the development of the modern design industry,and mobile phone dynamics is one of them.Different from other visual elements,the mobile phone’s dynamic performance is not only determined by the beauty of the static elements,but also depends on the meticulousness of the action process.Beautiful movements require designers to carefully calibrate the parameters of sports attributes;only properly calibrated can they perfectly restore creative ideas and present the best dynamic pictures.However,in actual work,mobile phone motion design is extremely dependent on the designer’s experience in setting motion parameters,which increases the barriers to employment;various motion design specifications only provide perceptual suggestions,and there is a lack of objective guidance in the industry;designers are working with other staff When docking,abstract and conceptual words are still used to evaluate dynamic effects.Therefore,a stable and standardized dynamic effect evaluation system is needed to achieve auxiliary design,reduce the workload of tuning parameters,and improve the systemicity and integrity of dynamic effect components.This paper proposes a reliable and accurate mobile phone dynamic parameter evaluation method based on motion attributes,which is used to promote the development of mobile phone dynamic effect rational evaluation,and promote the application of dynamic motion attribute parameters to guide design and work evaluation.First,measured and counted the movement and speed changes of Android and iOS mobile phone system dynamics and popular APP dynamics,refined the design features of mobile phone dynamics,and established a common industry dynamics library.Second,sorting out the related theories about the motion properties of the motion effects,and found that the existing design specifications and classification methods are difficult to use for the evaluation of the motion effects motion attributes of mobile phones.According to the interviewees’ cognitive descriptions of the 12 categories of mobile phone dynamics,a more suitable classification framework for this study was obtained-two value levels(motion functional and user emotional experience)and seven dynamic evaluation terms(intuitive,intuitive,Fast,real,easy to understand,soft,lively,surprise).Third,based on the user’s actual parameter setting opinions,using feature statistics,tendency interval analysis,Pearson correlation analysis and linear regression analysis,an evaluation parameter system based on the mobile phone’s dynamic motion attributes is obtained.The evaluation system is divided into three parts,namely "recommended evaluation","directional evaluation" and "formula evaluation",which can provide a reliable parameter evaluation method for the complete process of motion design.The evaluation method has passed the post-test experiment,which represents that the research results provide a new feasible solution for the parametric evaluation of the motion attributes of mobile phones.