NyQuest Innovation Labs Q-Code, User Manual

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Q-Code User Manual
Ver. 7.0 2021/11/30 219
4.16 Table Command
Table Command
TableL(TableName, Rx/Xx, Ry/Xy, Ri) TableM(TableName, Rx/Xx, Ry/Xy, Ri)
TableH(TableName, Rx/Xx, Ry/Xy, Ri) Table(TableName, Rx/Xx, Ry/Xy, Rh, Rm, Rl)
TableL(TableName, X, Y, Ri) TableM(TableName, X, Y, Ri)
TableH(TableName, X, Y, Ri) Table(TableName, X, Y, Rh, Rm, Rl)
TableL(TableName, Rx/Xx, Ry/Xy, Xi) TableH(TableName, Rx/Xx, Ry/Xy, Xi)
Table(TableName, Rx/Xx, Ry/Xy, Xh, Xl) TableL(TableName, X, Y, Xi)
TableH(TableName, X, Y, Xi) Table(TableName, X, Y, Xh, Xl)
Ret = TableName[X][Y]
4.16.1 TableL(TableName, Rx/Xx, Ry/Xy, Ri)
TableL(TableName, Rx/Xx, Ry/Xy, Ri) command is for indirect data addressing and it can be used to
read the Low-Nibble of value defined in
[Table]
section.
TableName:
name of the table defined in
[Table ]
.
Rx/Xx:
the content of Rx represents the address of X axis. User can use 4-bit or 8-bit variable
addressing.
Ry/Xy:
the content of Ry represents the address of Y axis. User can use 4-bit or 8-bit variable
addressing.
Ri:
save the Low-Nibble of obtained data to Ri.
Note: NX1 does not support this command.
4.16.2 TableM(TableName, Rx/Xx, Ry/Xy, Ri)
TableM(TableName, Rx/Xx, Ry/Xy, Ri) command is for indirect data addressing and it can be used to
read the Middle-Nibble of value defined in
[Table]
section.
TableName: name of the table defined in [Table] .
Rx/Xx: the content of Rx represents the address of X axis. User can use 4-bit or 8-bit variable
addressing.
Ry/Xy: the content of Ry represents the address of Y axis. User can use 4-bit or 8-bit variable
addressing.
Ri: save the Middle-Nibble of obtained data to Ri.
Note: NX1 does not support this command.
4.16.3 TableH(TableName, Rx/Xx, Ry/Xy, Ri)
TableH(TableName, Rx/Xx, Ry/Xy, Ri) command is for indirect data addressing and it can be used to