Datasheet

EA uniTFT Vorläufig
Position Curve, Scale Curve
Changing the rotation and position
Insert an ellipse polypath in order to visualise the operation path
#GPP 1, 2, 400, 80 ?E0, 300, 150, 0, 400, 380 ?E0, 300, 150, 0, 400, 80
Insert a circle with a filling
#GRR 2, 1, 400, 80, 5, 20,100,2
Define operational path of ellipse. The path corresponds to Object 1
#APD 1, 400, 80 ?E0, 300, 150, 0, 400, 380 ?E0, 300, 150, 0, 400, 80
Move operation along the path, revolving
#AOA 2, 151, 1, 0, 351,1,0
Define type of operation and time of operation
#AOT 2, 1, 400
Set integer register
#VRI 0, 3, 1,10
Define white filling
#CFC 4, $FFFFFF, 70
Set macro file marker
#MFM
Create rectangles
#GRR R0, 4, 400, 80, 5, 20,100,2
Move operation along the path, revolving
#AOA R0, 151,1,(R1*R2), 351, 2, (R1++*R2)
Define type of operation and time of operation
#AOT R0, 1,400
Jump backto the macro file marker
#MFJ (R0++<20)
Distort
Define square
#GRR 1, 1, 100,100,5, 80,80,5
Shearing operation 40° on both axes
#AOA 1, 401, 40,40
Define type of operation and time of operation
#AOT 1, 4, 500
Set integer register
#VRI 0, 2, 1,200
Define white filling
#CFC 4, $FFFFFF, 70
Set macro file marker
#MFM
Create rectangles
#GRR R0, 4, 100,100,5, 80,80,5
Shearing operaton 40° on both axes
#AOA R0, 401, 40,40
Define type of operation and time of operation
#AOT R0, 4, (500+R1*R2), (R1++*R2)
Jump backto the macro file marker
#MFJ (R0++<3)
Technische Änderung vorbehalten.
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