DLL Function

int CCI_Return = ScSetDoubleValue(int Value_Type, double Parameter)

double Parameter = ScGetDoubleValue(int Value_Type)

ASCII Function

int CCI_Return = ScCciSetDoubleValue(int Value_Type, double Parameter)

double Parameter = ScCciGetDoubleValue(int Value_Type)

Description

Set or get the relevant power map values.

Value_Type

Type: int

ID:

Location: ScComSAMLightClientCtrlValueTypes

scComSAMLightClientCtrlDoubleValueTypeSizePowerMap

18

Length of the power map. The value should be 16. (get only)

scComSAMLightClientCtrlDoubleValueTypePowerMapStartId

19

Returns the start value of the power map. The value should be 10000. (get only)

scComSAMLightClientCtrlDoubleValueTypeMaxPower

20

Maximum Power [Watt]. This is not used for CO2.

Parameter

Type: double

Unit: none

The corresponding value.

CCI_Return

Type: int

CCI return number, see error list.

Notes

•Power Map lookup table ranges and units:

ofor DAC_A, DAC_B and 8-bit LP: [0.0, 255.0] bit

ofor CO2 duty cycle: [0.0, 100.0] %

C# Example: Set up linear PowerMap for a 10W YAG laser:

int CCI_Return_01 = cci.ScSetDoubleValue( ( int )ScComSAMLightClientCtrlValueTypes.scComSAMLightClientCtrlDoubleValueTypeMaxPower, 10.0 );

double Length = cci.ScGetDoubleValue( ( int )ScComSAMLightClientCtrlValueTypes.scComSAMLightClientCtrlDoubleValueTypeSizePowerMap );

double Start_ID = cci.ScGetDoubleValue( ( int )ScComSAMLightClientCtrlValueTypes.scComSAMLightClientCtrlDoubleValueTypePowerMapStartId );

for( int i = 0; i < (int)Length; i++ )

{

  int CCI_Return_02 = cci.ScSetDoubleValue( ( int )Start_ID + i, 255.0 / ( Length - 1.0 ) * i );

}

DLL Function

int CCI_Return = ScSetDoubleValue(int Value_Type, double Parameter)

double Parameter = ScGetDoubleValue(int Value_Type)

ASCII Function

int CCI_Return = ScCciSetDoubleValue(int Value_Type, double Parameter)

double Parameter = ScCciGetDoubleValue(int Value_Type)

Description

Set or get the control points of dynamic PixelMaps for grayscale bitmap marking.

Value_Type

Type: int

ID:

Location: ScComSAMLightClientCtrlValueTypes

scComSAMLightClientCtrlDoubleValueTypePixelCtrlPointsSize

29999

Number of control points of the PixelMap. Range of size values: [2.0, 256.0]

scComSAMLightClientCtrlDoubleValueTypePixelCtrlPointsIn

30000

Input grayscale value [bit] of the PixelMap. Range of bit values: [0.0, 255.0]. Up to 256 control points can be used. Range of PixelCtrlPointsIn IDs: [30000, 30255].

First input grayscale value must be 0.0 bit.

Last input grayscale value must be 255.0 bit.

scComSAMLightClientCtrlDoubleValueTypePixelCtrlPointsOut

30256

Output grayscale value [bit] of the PixelMap. Range of bit values: [0.0, 255.0]. Up to 256 control points can be used. Range of PixelCtrlPointsOut IDs: [30256, 30511].

Parameter

Type: double

Unit: depends on constant

The corresponding value.

CCI_Return

Type: int

CCI return number, see error list.

Notes

•Settings > System > Extras > Dynamic Grayscale Map must be disabled.

•Up to 256 lookup control points can be used.

•The pen number has to be set by ScSetPen. System Pixel Map is set up by special pen number 1111.

C# Example: Set up the System PixelMap with 7 nodes with linear interpolation between the nodes:

int CCI_Return_00 = cci.ScSetLongValue( ( int )ScComSAMLightClientCtrlValueTypes.scComSAMLightClientCtrlLongValueTypePixelMapType, 1 );

int CCI_Return_01 = cci.ScSetPen( 1111 );

double[] PixelMap_In = { 0.0, 42.0, 85.0, 128.0, 170.0, 212.0, 255.0 };

double[] PixelMap_Out = {0.0, 44.9, 86.3, 124.0, 158.1, 188.6, 215.5 };

int CCI_Return_02 = cci.ScSetDoubleValue( ( int )ScComSAMLightClientCtrlValueTypes.scComSAMLightClientCtrlDoubleValueTypePixelCtrlPointsSize, ( double )PixelMap_In.Length );

for( int i = 0; i < PixelMap_In.Length; i++ )

{

  int CCI_Return_03 = cci.ScSetDoubleValue( ( int )ScComSAMLightClientCtrlValueTypes.scComSAMLightClientCtrlDoubleValueTypePixelCtrlPointsIn + i, PixelMap_In[ i ] );

  int CCI_Return_04 = cci.ScSetDoubleValue( ( int )ScComSAMLightClientCtrlValueTypes.scComSAMLightClientCtrlDoubleValueTypePixelCtrlPointsOut + i, PixelMap_Out[ i ] );

}

DLL Function

int CCI_Return = ScSetPixelMapForPen(int Pen, int Grayscale_0, int Grayscale_1, int Grayscale_2, int Grayscale_3, int Grayscale_4, int Grayscale_5)

ASCII Function

int CCI_Return = ScCciSetPixelMapForPen(int Pen, int Grayscale_0, int Grayscale_1, int Grayscale_2, int Grayscale_3, int Grayscale_4, int Grayscale_5)

Description

Set the % of grayscale values for legacy PixelMaps for grayscale bitmap marking.

Pen

Type: int

Unit: none

•[0, 255]: Pen Pixel Map of 0-based pen number

•1111: System Pixel Map

Grayscale_0

Type: int

Unit: [%]

Grayscale value of the first slider

Grayscale_1

Type: int

Unit: [%]

Grayscale value of the second slider

Grayscale_2

Type: int

Unit: [%]

Grayscale value of the third slider

Grayscale_3

Type: int

Unit: [%]

Grayscale value of the fourth slider

Grayscale_4

Type: int

Unit: [%]

Grayscale value of the fifth slider

Grayscale_5

Type: int

Unit: [%]

Grayscale value of the sixth slider

CCI_Return

Type: int

CCI return number, see error list.

Notes

•Settings > System > Extras > Dynamic Grayscale Map must be disabled.

•6 lookup control points are used.

•Range of % of grayscale values: [0.0, 100.0].

•PixelMaps can be set or get with PixelMap Static (2) as well.

C# Example: Set up a linear system pixel map:

int CCI_Return = cci.ScSetPixelMapForPen( 1111, 0, 20, 40, 60, 80, 100 );

DLL Function

int CCI_Return = ScSetDoubleValue(int Value_Type, double Grayscale)

double Grayscale = ScGetDoubleValue(int Value_Type)

ASCII Function

int CCI_Return = ScCciSetDoubleValue(int Value_Type, double Grayscale)

double Grayscale = ScCciGetDoubleValue(int Value_Type)

Description

Set or get the grayscale values for legacy PixelMaps for grayscale bitmap marking.

Value_Type

Type: int

ID:

Location: ScComSAMLightClientCtrlValueTypes

scComSAMLightClientCtrlDoubleValueTypeStyleIDPixelMapZone

4096

Range of StyleIDPixelMapZone IDs: [4096, 4101].

Grayscale

Type: double

Unit: [%]

Grayscale value in the range [0.0, 100.0].

CCI_Return

Type: int

CCI return number, see error list.

Notes

•Settings > System > Extras > Dynamic Grayscale Map must be disabled.

•6 lookup control points are used.

•The pen number has to be set by ScSetPen. System Pixel Map is set up by special pen number 1111.

•PixelMaps can be set with PixelMap Static (1) as well.

C# Example: Set up a linear pen pixel map:

double[] Pen_Pixel_Map = { 0.0, 20.0, 40.0, 60.0, 80.0, 100.0 };

for( int i = 0; i < 6; i++ )

{

  int CCI_Return = cci.ScSetDoubleValue( ( int )ScComSAMLightClientCtrlValueTypes.scComSAMLightClientCtrlDoubleValueTypeStyleIDPixelMapZone + i, Pen_Pixel_Map[ i ] );

}