4MELFA-BASIC IV
Detailed Explanation of Functions 4-342
Zone3
[Function]
Checks if the specified position is within the specified area (The cube which consists of the three points).
[Format]
[Terminology]
<Position 1> The position to be checked
<
Position 2> The position of the first point that specifies the area.
<
Position 3> The position of the second point that specifies the area.
<
Position 4> The position of the point of specifying the plane which constitutes the area with
<the position 2> and <the position 3>
<
Equation W> Width of the cube which constitutes the area. [mm]
<
Equation H> Height of the cube which constitutes the area. [mm]
<
Equation L> Each depth from <the position 2> and <the position 3> of the cube which
constitutes the area. [mm]
[Reference Program]
1 M1=Zone3(P1,P2,P3,P4,100,100,50)
2 If M1=1 Then Mov P_Safe Else End
[Explanation]
1) This will check if position 1 is inside the cube area (Refer to diagram below) defined by the three points,
position 2, position 3 and position 3, and the Equation W, Equation H and Equation L.
If the point is inside the space, 1 is returned; otherwise, 0 is returned.
2)
This function checks whether the check position (X, Y, and Z coordinates) is within the specified area,
but does not take the posture components into consideration.
3) It is not possible to describe a function that contains an argument in <Position 1>, <Position 2>, <Position
3>, <Position 4>, <Equation W>, <Equation H> and <Equation L>. If such a function is described, an error
will be generated during execution.
4) If the negative value is inputted into <Equation W> and <Equation H>, the error occurs.
5) Since the specified area cannot be created if the same position or the position on the same straight line is
inputted into <Position 2>- <Position 4>, return -1, without checking.
By the negative number, <Equation L> returns -1, without checking, if the absolute value is less than the half of
the distance for <Position 2> and <Position 3>.
＜ Numeric Variable ＞＝ Ｚ ｏ ｎ ｅ ３ （<Position 1>, <Position 2>, <Position 3>, <Position 4>,
<Equation W>,<Equation H>,<Equation L>）
H
W
L
L
P1
P2
P3
P4
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