It is not possible to retrieve information related to the attribute number 0. The NM operation with an attribute number given as a selection will return the number of elements that have this attribute. The NM operation without any selection will return the number of elements that have a non-zero attribute. The MIN MAX operation will return the lowest/greatest attribute defined in the model. The ATT request means the (first) main attribute of the elements. The MIN request is to be avoid for these entities. So, the MIN request for such CAD entities will often return a negative value which is useless for the user. These internal entities always have a negative ID. Will create its own internal points/lines/surfaces. Therefore, to avoid wrong results, the user has to exit from any current command which creates/manipulates objects Only objects already stored in the database can be taken into account by the #INQ command. POS: Give the number of an element or a node from its position in the database (useful in loops). NM: number of objects present in the database. NBN: number of nodes for an ELEM object 1, NBN: number of nodes for a LINE object 1 5, number of entities for an GROUP object 1 NODE_i: number of the i th node belonging to an ELEM object 4 NODE: list of node numbers for an ELEM object, 1st (!) point next to a point for a POINT object 1
NAME: name of the object 1 (must be defined between " ") Names can only be used for objects for which the definition of names applied: materials, groups, functions. The number or name of the object on which the operation will be performed (or nothing when it is not necessary - for the operations MIN and MAX - but in this case the comma " ," must remain). ( NOD), elements ( ELE), materials ( MAT), groups ( GR), property group numbers for MCE/MCC elements ( GP), functions ( FUN), points ( POIN), surfaces ( SURF), lines ( LINE), attributes ( ATT), contours ( CON), domains ( DOM), environment variables ( ENV), triangle-shaped elements ( MTRI), or quadrangle-shaped elements ( MQUA). If this result contains a real number, the number of digits used can be set by MODE PINQ. If this abbreviation exists before, then it is replaced. It will contain the result of the command.
The SPECTRO xSORT handheld analyzer is ideal for applications, including positive material identification (PMI) and environmental screening, recycling of alloys, precious metals, and aluminum, plus mining and compliance screening.( /ABRE, NOD|ELE|MAT|GR|GP|FUN|POI|SURF|LINE|ATT|CONT|DOM|ENV|MEM|MTRI|MQUA, num_or_name, MIN|MAX|TYPE|NAME|NUM|NODE|NBN|X|Y|Z|XYZ|SEL|NM|POS) Its speed, accuracy and ease of use set new benchmarks for handheld spectrometric performance.
The SPECTRO xSORT XRF handheld analyzer is designed for high-throughput elemental testing and spectrochemical analysis of a wide range of metals and other materials in the field. It dynamically determines the measurement time required based on the given sample properties and even shows when the spark stand needs to be cleaned depending on the type of samples being examined. The SPECTROMAXx independently monitors all operating parameters. With the newĪpplication profiles, customer specific information can be set before beginning operation, relieving laboratory technicians of administrative activities. Once a procedure has been started, only the functions that are logical at that point in time are active in the control software – all other commands are hidden. The measurement is no longer controlled through the menu, but with symbols and toolbar buttons. The third generation of the SPECTROMAXx features improved operation with the use of toolbar buttons, a user management system, and a separation of operation from programming of the instrument.