tips proe
DESCRIPTION
Atajos de ProETRANSCRIPT
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/* Equacion Espiral
r= IR + t * (OR-IR)theta=t * 360 * TURNSz=0
/* Otra
Use a cartesian coordinate system
Utilizar la herramienta "curve"
radius = 10increment = 10nrofturns = 10
x = ( radius + increment * t * nrofturns ) * cos ( t * nrofturns * 360 )y = ( radius + increment * t * nrofturns ) * sin ( t * nrofturns * 360 )
DATUM CURVE feature by EQUATION, using the CARTESIAN type
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Numero de decimales [.1]llamar a un parametro &...
/* Arithmetic Operators
+ Addition
Subtraction
/ Division
* Multiplication
^ Exponentiation
() Parentheses for grouping for example, d0 = (d1d2)*d3
= Equal to
/* Comparison Operators
Comparison operators are used when a TRUE/FALSE value can be returned. For example, the following relation returns TRUE whenever d1 is greater than or equal to3.5. It returns FALSE whenever d1 is less than 3.5:
d1 >= 3.5
The following comparison operators are supported:
== Equal to
> Greater than
>= Greater than or equal to
!=, <>,~= Not equal to
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< Less than
<= Less than or equal to
| Or
& And
~, ! Not
Note: The "equal to" assignment operator is different from the "equal to" comparison operator.
The operators |, &, !, and ~ extend the use of comparison relations by enablingseveral conditions to be set in a single statement. For example, the following relation returns TRUE whenever d1 is between 2 and 3, but not equal to 2.5:
d1 > 2 & d1 < 3 & d1 ~= 2.5
/* The following operators can be used in relations, both in equations and in conditional statements./* Relations can include the following mathematical functions:
cos () cosine
tan () tangent
sin () sine
sqrt () square root
asin () arc sine
acos () arc cosine
atan () arc tangent
sinh () hyperbolic sine
cosh () hyperbolic cosine
tanh () hyperbolic tangent
Note: All trigonometric functions use degrees.
log() base 10 logarithm
ln() natural logarithm
exp() e to an exponential degree
abs() absolute value
ceil() the smallest integer not less than the real value
floor() the largest integer not greater than the real value
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/* Graph Evaluation Function
Graph evaluation function enables you to use graph features to drive dimensionsthrough relations. The dimensions can be section, part, or assembly dimensions.The format is the following:
evalgraph("graph_name", x)
where:
graph_namethe name of a graph.
xthe value along the x-axis of the graph for which the y value is returned.
For sweep features, you can specify the trajectory parameter trajpar as the second argument of this function.
Note: A graph feature is usually evaluated for its defined x-axis values. When it is evaluated beyond the defined range, the y-axis values are extrapolated. The system calculates the extrapolated value for values of x less than the initialvalue by extending a tangent line back from the initial point. Likewise, the system calculates the extrapolated value for values of x greater than the final value by extending a tangent line out from the final point.
Composite Curve Trajectory Function
The trajectory parameter of a composite curve, trajpar_of_pnt, can be used in relations.
The following function returns a value between 0.0 and 1.0:
trajpar_of_pnt("trajname", "pointname")
where:
trajnamethe name of a composite curve.
pointnamethe name of a datum point.
The trajectory is a parameter along the composite curve at which the plane, normal to the tangent of the curve, passes through the datum point. The datum pointdoes not have to be located on the curvethe parameter is calculated at the pointon the curve that is closest to the datum point.
If the composite curve is used as the spine of a multitrajectory sweep, then trajpar_of_pnt either agrees with the parameter trajpar at this plane, or else with 1.0 trajpar (depending on your choice of the starting point for the sweep feature).
/* Precisión en Piezas
- Del Modelo
anda a file > prepare > model properties ahí en materiales tenes la opción de precisión que aplica sólo al modelo en cuestión
- Absoluta
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en el editor de configuraciones agrega la opción enable_absolute_accuracy con el valor yes
/* Cambiar Idioma
anda al acceso directo de creoboton derecho propiedadesbotón abrir ubicación / open file locationestá abajo a la izquierda en la pestaña principal de propiedades del acceso directote va a llevar a una carpeta BINen esa carpeta, ubicá el archivo "parametric.psf" y abrilo con el bloc de notasPatricio Torre: agregá la siguiente línea al final del archivo y guardalo: ENV=PRO_LANG=Englishreiniciá creo y probá si se cambió