- set(ITup3R) - Method in interface org.barghos.core.api.color.IColor3W
-
Sets the rgb components to the values of t.
- set(double) - Method in interface org.barghos.core.api.color.IColor3W
-
Sets the rgb components to scalar.
- set(int) - Method in interface org.barghos.core.api.color.IColor3W
-
Sets the rgb components to scalar.
- set(double, double, double) - Method in interface org.barghos.core.api.color.IColor3W
-
Sets the rgb components to r, g and b.
- set(int, int, int) - Method in interface org.barghos.core.api.color.IColor3W
-
Sets the rgb components to r, g and b.
- set(ITup4R) - Method in interface org.barghos.core.api.color.IColor4W
-
Sets the rgba components to the values of t.
- set(double) - Method in interface org.barghos.core.api.color.IColor4W
-
Sets the rgba components to scalar.
- set(int) - Method in interface org.barghos.core.api.color.IColor4W
-
Sets the rgba components to scalar.
- set(double, double, double, double) - Method in interface org.barghos.core.api.color.IColor4W
-
Sets the rgba components to r, g, b and a.
- set(int, int, int, int) - Method in interface org.barghos.core.api.color.IColor4W
-
Sets the rgba components to r, g, b and a.
- set(ITup3R) - Method in interface org.barghos.core.api.color.IHDRColor3W
-
Sets the rgb components to the values of t.
- set(double) - Method in interface org.barghos.core.api.color.IHDRColor3W
-
Sets the rgb components to scalar.
- set(int) - Method in interface org.barghos.core.api.color.IHDRColor3W
-
Sets the rgb components to scalar.
- set(double, double, double) - Method in interface org.barghos.core.api.color.IHDRColor3W
-
Sets the rgb components to r, g and b.
- set(int, int, int) - Method in interface org.barghos.core.api.color.IHDRColor3W
-
Sets the rgb components to r, g and b.
- set(ITup4R) - Method in interface org.barghos.core.api.color.IHDRColor4W
-
Sets the rgba components to the values of t.
- set(double) - Method in interface org.barghos.core.api.color.IHDRColor4W
-
Sets the rgba components to scalar.
- set(int) - Method in interface org.barghos.core.api.color.IHDRColor4W
-
Sets the rgba components to scalar.
- set(double, double, double, double) - Method in interface org.barghos.core.api.color.IHDRColor4W
-
Sets the rgba components to r, g, b and a.
- set(int, int, int, int) - Method in interface org.barghos.core.api.color.IHDRColor4W
-
Sets the rgba components to r, g, b and a.
- set(ITup3R) - Method in interface org.barghos.core.api.color.ILDRColor3W
-
Sets the rgb components to the values of t.
- set(double) - Method in interface org.barghos.core.api.color.ILDRColor3W
-
Sets the rgb components to scalar.
- set(int) - Method in interface org.barghos.core.api.color.ILDRColor3W
-
Sets the rgb components to scalar.
- set(double, double, double) - Method in interface org.barghos.core.api.color.ILDRColor3W
-
Sets the rgb components to r, g and b.
- set(int, int, int) - Method in interface org.barghos.core.api.color.ILDRColor3W
-
Sets the rgb components to r, g and b.
- set(ITup4R) - Method in interface org.barghos.core.api.color.ILDRColor4W
-
Sets the rgba components to the values of t.
- set(double) - Method in interface org.barghos.core.api.color.ILDRColor4W
-
Sets the rgba components to scalar.
- set(int) - Method in interface org.barghos.core.api.color.ILDRColor4W
-
Sets the rgba components to scalar.
- set(double, double, double, double) - Method in interface org.barghos.core.api.color.ILDRColor4W
-
Sets the rgba components to r, g, b and a.
- set(int, int, int, int) - Method in interface org.barghos.core.api.color.ILDRColor4W
-
Sets the rgba components to r, g, b and a.
- set(ITup2R) - Method in interface org.barghos.core.api.tuple.ITup2dW
-
Sets the x and y component to t.
- set(double) - Method in interface org.barghos.core.api.tuple.ITup2dW
-
Sets the x and y component to scalar.
- set(double, double) - Method in interface org.barghos.core.api.tuple.ITup2dW
-
Sets the x and y component to x and y.
- set(int, double) - Method in interface org.barghos.core.api.tuple.ITup2dW
-
Sets the component on the given index (0 - 1) to value.
- set(ITup2R) - Method in interface org.barghos.core.api.tuple.ITup2fW
-
Sets the x and y component to t.
- set(double) - Method in interface org.barghos.core.api.tuple.ITup2fW
-
Sets the x and y component to scalar.
- set(double, double) - Method in interface org.barghos.core.api.tuple.ITup2fW
-
Sets the x and y component to x and y.
- set(int, double) - Method in interface org.barghos.core.api.tuple.ITup2fW
-
Sets the component on the given index (0 - 1) to value.
- set(ITup3R) - Method in interface org.barghos.core.api.tuple.ITup3dW
-
Sets the x, y and z component to t.
- set(double) - Method in interface org.barghos.core.api.tuple.ITup3dW
-
Sets the x, y and z component to scalar.
- set(double, double, double) - Method in interface org.barghos.core.api.tuple.ITup3dW
-
Sets the x, y and z component to x, y and z.
- set(int, double) - Method in interface org.barghos.core.api.tuple.ITup3dW
-
Sets the component on the given index (0 - 2) to value.
- set(ITup3R) - Method in interface org.barghos.core.api.tuple.ITup3fW
-
Sets the x, y and z component to t.
- set(double) - Method in interface org.barghos.core.api.tuple.ITup3fW
-
Sets the x, y and z component to scalar.
- set(double, double, double) - Method in interface org.barghos.core.api.tuple.ITup3fW
-
Sets the x, y and z component to x, y and z.
- set(int, double) - Method in interface org.barghos.core.api.tuple.ITup3fW
-
Sets the component on the given index (0 - 2) to value.
- set(ITup4R) - Method in interface org.barghos.core.api.tuple.ITup4dW
-
Sets the x, y, z and w component to t.
- set(double) - Method in interface org.barghos.core.api.tuple.ITup4dW
-
Sets the x, y, z and w component to scalar.
- set(double, double, double, double) - Method in interface org.barghos.core.api.tuple.ITup4dW
-
Sets the x, y, z and w component to x, y, z and w.
- set(int, double) - Method in interface org.barghos.core.api.tuple.ITup4dW
-
Sets the component on the given index (0 - 3) to value.
- set(ITup4R) - Method in interface org.barghos.core.api.tuple.ITup4fW
-
Sets the x, y, z and w component to t.
- set(double) - Method in interface org.barghos.core.api.tuple.ITup4fW
-
Sets the x, y, z and w component to scalar.
- set(double, double, double, double) - Method in interface org.barghos.core.api.tuple.ITup4fW
-
Sets the x, y, z and w component to x, y, z and w.
- set(int, double) - Method in interface org.barghos.core.api.tuple.ITup4fW
-
Sets the component on the given index (0 - 3) to value.
- set(int, double) - Method in interface org.barghos.core.api.tuple.ITupdW
-
Sets the component in the tuple on the given index.
- set(int, double) - Method in interface org.barghos.core.api.tuple.ITupfW
-
Sets the component in the tuple on the given index.
- set(ITup3R) - Method in class org.barghos.core.color.HDRColor3
-
- set(double) - Method in class org.barghos.core.color.HDRColor3
-
- set(int) - Method in class org.barghos.core.color.HDRColor3
-
- set(double, double, double) - Method in class org.barghos.core.color.HDRColor3
-
- set(int, int, int) - Method in class org.barghos.core.color.HDRColor3
-
- set(ITup4R) - Method in class org.barghos.core.color.HDRColor4
-
- set(double) - Method in class org.barghos.core.color.HDRColor4
-
- set(int) - Method in class org.barghos.core.color.HDRColor4
-
- set(double, double, double, double) - Method in class org.barghos.core.color.HDRColor4
-
- set(int, int, int, int) - Method in class org.barghos.core.color.HDRColor4
-
- set(ITup3R) - Method in class org.barghos.core.color.LDRColor3
-
- set(double) - Method in class org.barghos.core.color.LDRColor3
-
- set(int) - Method in class org.barghos.core.color.LDRColor3
-
- set(double, double, double) - Method in class org.barghos.core.color.LDRColor3
-
- set(int, int, int) - Method in class org.barghos.core.color.LDRColor3
-
- set(ITup4R) - Method in class org.barghos.core.color.LDRColor4
-
- set(double) - Method in class org.barghos.core.color.LDRColor4
-
- set(int) - Method in class org.barghos.core.color.LDRColor4
-
- set(double, double, double, double) - Method in class org.barghos.core.color.LDRColor4
-
- set(int, int, int, int) - Method in class org.barghos.core.color.LDRColor4
-
- set(ITup2R) - Method in class org.barghos.core.tuple.Tup2d
-
- set(double) - Method in class org.barghos.core.tuple.Tup2d
-
- set(double, double) - Method in class org.barghos.core.tuple.Tup2d
-
- set(int, double) - Method in class org.barghos.core.tuple.Tup2d
-
- set(ITup2R) - Method in class org.barghos.core.tuple.Tup2f
-
- set(double) - Method in class org.barghos.core.tuple.Tup2f
-
- set(double, double) - Method in class org.barghos.core.tuple.Tup2f
-
- set(int, double) - Method in class org.barghos.core.tuple.Tup2f
-
- set(ITup3R) - Method in class org.barghos.core.tuple.Tup3d
-
- set(double) - Method in class org.barghos.core.tuple.Tup3d
-
- set(double, double, double) - Method in class org.barghos.core.tuple.Tup3d
-
- set(int, double) - Method in class org.barghos.core.tuple.Tup3d
-
- set(ITup3R) - Method in class org.barghos.core.tuple.Tup3f
-
- set(double) - Method in class org.barghos.core.tuple.Tup3f
-
- set(double, double, double) - Method in class org.barghos.core.tuple.Tup3f
-
- set(int, double) - Method in class org.barghos.core.tuple.Tup3f
-
- set(ITup4R) - Method in class org.barghos.core.tuple.Tup4d
-
- set(double) - Method in class org.barghos.core.tuple.Tup4d
-
- set(double, double, double, double) - Method in class org.barghos.core.tuple.Tup4d
-
- set(int, double) - Method in class org.barghos.core.tuple.Tup4d
-
- set(ITup4R) - Method in class org.barghos.core.tuple.Tup4f
-
- set(double) - Method in class org.barghos.core.tuple.Tup4f
-
- set(double, double, double, double) - Method in class org.barghos.core.tuple.Tup4f
-
- set(int, double) - Method in class org.barghos.core.tuple.Tup4f
-
- set(int, double) - Method in class org.barghos.core.tuple.Tupd
-
- set(int, double) - Method in class org.barghos.core.tuple.Tupf
-
- setA(int) - Method in interface org.barghos.core.api.color.IColor4W
-
Set the alpha component to a.
- setA(int) - Method in interface org.barghos.core.api.color.IHDRColor4W
-
Set the alpha component to a.
- setA(int) - Method in interface org.barghos.core.api.color.ILDRColor4W
-
Set the alpha component to a.
- setA(int) - Method in class org.barghos.core.color.HDRColor4
-
- setA(int) - Method in class org.barghos.core.color.LDRColor4
-
- setB(int) - Method in interface org.barghos.core.api.color.IColor3W
-
Set the blue component to b.
- setB(int) - Method in interface org.barghos.core.api.color.IColor4W
-
Set the blue component to b.
- setB(int) - Method in interface org.barghos.core.api.color.IHDRColor3W
-
Set the blue component to b.
- setB(int) - Method in interface org.barghos.core.api.color.IHDRColor4W
-
Set the blue component to b.
- setB(int) - Method in interface org.barghos.core.api.color.ILDRColor3W
-
Set the blue component to b.
- setB(int) - Method in interface org.barghos.core.api.color.ILDRColor4W
-
Set the blue component to b.
- setB(int) - Method in class org.barghos.core.color.HDRColor3
-
- setB(int) - Method in class org.barghos.core.color.HDRColor4
-
- setB(int) - Method in class org.barghos.core.color.LDRColor3
-
- setB(int) - Method in class org.barghos.core.color.LDRColor4
-
- setG(int) - Method in interface org.barghos.core.api.color.IColor3W
-
Set the green component to g.
- setG(int) - Method in interface org.barghos.core.api.color.IColor4W
-
Set the green component to g.
- setG(int) - Method in interface org.barghos.core.api.color.IHDRColor3W
-
Set the green component to g.
- setG(int) - Method in interface org.barghos.core.api.color.IHDRColor4W
-
Set the green component to g.
- setG(int) - Method in interface org.barghos.core.api.color.ILDRColor3W
-
Set the green component to g.
- setG(int) - Method in interface org.barghos.core.api.color.ILDRColor4W
-
Set the green component to g.
- setG(int) - Method in class org.barghos.core.color.HDRColor3
-
- setG(int) - Method in class org.barghos.core.color.HDRColor4
-
- setG(int) - Method in class org.barghos.core.color.LDRColor3
-
- setG(int) - Method in class org.barghos.core.color.LDRColor4
-
- setR(int) - Method in interface org.barghos.core.api.color.IColor3W
-
Set the red component to r.
- setR(int) - Method in interface org.barghos.core.api.color.IColor4W
-
Set the red component to r.
- setR(int) - Method in interface org.barghos.core.api.color.IHDRColor3W
-
Set the red component to r.
- setR(int) - Method in interface org.barghos.core.api.color.IHDRColor4W
-
Set the red component to r.
- setR(int) - Method in interface org.barghos.core.api.color.ILDRColor3W
-
Set the red component to r.
- setR(int) - Method in interface org.barghos.core.api.color.ILDRColor4W
-
Set the red component to r.
- setR(int) - Method in class org.barghos.core.color.HDRColor3
-
- setR(int) - Method in class org.barghos.core.color.HDRColor4
-
- setR(int) - Method in class org.barghos.core.color.LDRColor3
-
- setR(int) - Method in class org.barghos.core.color.LDRColor4
-
- setUnityA(double) - Method in interface org.barghos.core.api.color.IColor4W
-
Set the alpha component to a.
- setUnityA(double) - Method in interface org.barghos.core.api.color.IHDRColor4W
-
Set the alpha component to a.
- setUnityA(double) - Method in interface org.barghos.core.api.color.ILDRColor4W
-
Set the alpha component to a.
- setUnityA(double) - Method in class org.barghos.core.color.HDRColor4
-
- setUnityA(double) - Method in class org.barghos.core.color.LDRColor4
-
- setUnityB(double) - Method in interface org.barghos.core.api.color.IColor3W
-
Set the blue component to b.
- setUnityB(double) - Method in interface org.barghos.core.api.color.IColor4W
-
Set the blue component to b.
- setUnityB(double) - Method in interface org.barghos.core.api.color.IHDRColor3W
-
Set the blue component to b.
- setUnityB(double) - Method in interface org.barghos.core.api.color.IHDRColor4W
-
Set the blue component to b.
- setUnityB(double) - Method in interface org.barghos.core.api.color.ILDRColor3W
-
Set the blue component to b.
- setUnityB(double) - Method in interface org.barghos.core.api.color.ILDRColor4W
-
Set the blue component to b.
- setUnityB(double) - Method in class org.barghos.core.color.HDRColor3
-
- setUnityB(double) - Method in class org.barghos.core.color.HDRColor4
-
- setUnityB(double) - Method in class org.barghos.core.color.LDRColor3
-
- setUnityB(double) - Method in class org.barghos.core.color.LDRColor4
-
- setUnityG(double) - Method in interface org.barghos.core.api.color.IColor3W
-
Set the green component to g.
- setUnityG(double) - Method in interface org.barghos.core.api.color.IColor4W
-
Set the green component to g.
- setUnityG(double) - Method in interface org.barghos.core.api.color.IHDRColor3W
-
Set the green component to g.
- setUnityG(double) - Method in interface org.barghos.core.api.color.IHDRColor4W
-
Set the green component to g.
- setUnityG(double) - Method in interface org.barghos.core.api.color.ILDRColor3W
-
Set the green component to g.
- setUnityG(double) - Method in interface org.barghos.core.api.color.ILDRColor4W
-
Set the green component to g.
- setUnityG(double) - Method in class org.barghos.core.color.HDRColor3
-
- setUnityG(double) - Method in class org.barghos.core.color.HDRColor4
-
- setUnityG(double) - Method in class org.barghos.core.color.LDRColor3
-
- setUnityG(double) - Method in class org.barghos.core.color.LDRColor4
-
- setUnityR(double) - Method in interface org.barghos.core.api.color.IColor3W
-
Set the red component to r.
- setUnityR(double) - Method in interface org.barghos.core.api.color.IColor4W
-
Set the red component to r.
- setUnityR(double) - Method in interface org.barghos.core.api.color.IHDRColor3W
-
Set the red component to r.
- setUnityR(double) - Method in interface org.barghos.core.api.color.IHDRColor4W
-
Set the red component to r.
- setUnityR(double) - Method in interface org.barghos.core.api.color.ILDRColor3W
-
Set the red component to r.
- setUnityR(double) - Method in interface org.barghos.core.api.color.ILDRColor4W
-
Set the red component to r.
- setUnityR(double) - Method in class org.barghos.core.color.HDRColor3
-
- setUnityR(double) - Method in class org.barghos.core.color.HDRColor4
-
- setUnityR(double) - Method in class org.barghos.core.color.LDRColor3
-
- setUnityR(double) - Method in class org.barghos.core.color.LDRColor4
-
- setW(double) - Method in interface org.barghos.core.api.color.IColor4W
-
Set the alpha component to w.
- setW(double) - Method in interface org.barghos.core.api.color.IHDRColor4W
-
Set the alpha component to w.
- setW(double) - Method in interface org.barghos.core.api.color.ILDRColor4W
-
Set the alpha component to w.
- setW(double) - Method in interface org.barghos.core.api.tuple.ITup4dW
-
Sets the w component to w.
- setW(double) - Method in interface org.barghos.core.api.tuple.ITup4fW
-
Sets the w component to w.
- setW(double) - Method in class org.barghos.core.color.HDRColor4
-
- setW(double) - Method in class org.barghos.core.color.LDRColor4
-
- setW(double) - Method in class org.barghos.core.tuple.Tup4d
-
- setW(double) - Method in class org.barghos.core.tuple.Tup4f
-
- setX(double) - Method in interface org.barghos.core.api.color.IColor3W
-
Set the red component to x.
- setX(double) - Method in interface org.barghos.core.api.color.IColor4W
-
Set the red component to x.
- setX(double) - Method in interface org.barghos.core.api.color.IHDRColor3W
-
Set the red component to x.
- setX(double) - Method in interface org.barghos.core.api.color.IHDRColor4W
-
Set the red component to x.
- setX(double) - Method in interface org.barghos.core.api.color.ILDRColor3W
-
Set the red component to x.
- setX(double) - Method in interface org.barghos.core.api.color.ILDRColor4W
-
Set the red component to x.
- setX(double) - Method in interface org.barghos.core.api.tuple.ITup2dW
-
Sets the x component to x.
- setX(double) - Method in interface org.barghos.core.api.tuple.ITup2fW
-
Sets the x component to x.
- setX(double) - Method in interface org.barghos.core.api.tuple.ITup3dW
-
Sets the x component to x.
- setX(double) - Method in interface org.barghos.core.api.tuple.ITup3fW
-
Sets the x component to x.
- setX(double) - Method in interface org.barghos.core.api.tuple.ITup4dW
-
Sets the x component to x.
- setX(double) - Method in interface org.barghos.core.api.tuple.ITup4fW
-
Sets the x component to x.
- setX(double) - Method in class org.barghos.core.color.HDRColor3
-
- setX(double) - Method in class org.barghos.core.color.HDRColor4
-
- setX(double) - Method in class org.barghos.core.color.LDRColor3
-
- setX(double) - Method in class org.barghos.core.color.LDRColor4
-
- setX(double) - Method in class org.barghos.core.tuple.Tup2d
-
- setX(double) - Method in class org.barghos.core.tuple.Tup2f
-
- setX(double) - Method in class org.barghos.core.tuple.Tup3d
-
- setX(double) - Method in class org.barghos.core.tuple.Tup3f
-
- setX(double) - Method in class org.barghos.core.tuple.Tup4d
-
- setX(double) - Method in class org.barghos.core.tuple.Tup4f
-
- setY(double) - Method in interface org.barghos.core.api.color.IColor3W
-
Set the green component to y.
- setY(double) - Method in interface org.barghos.core.api.color.IColor4W
-
Set the green component to y.
- setY(double) - Method in interface org.barghos.core.api.color.IHDRColor3W
-
Set the green component to y.
- setY(double) - Method in interface org.barghos.core.api.color.IHDRColor4W
-
Set the green component to y.
- setY(double) - Method in interface org.barghos.core.api.color.ILDRColor3W
-
Set the green component to y.
- setY(double) - Method in interface org.barghos.core.api.color.ILDRColor4W
-
Set the green component to y.
- setY(double) - Method in interface org.barghos.core.api.tuple.ITup2dW
-
Sets the y component to y.
- setY(double) - Method in interface org.barghos.core.api.tuple.ITup2fW
-
Sets the y component to y.
- setY(double) - Method in interface org.barghos.core.api.tuple.ITup3dW
-
Sets the y component to y.
- setY(double) - Method in interface org.barghos.core.api.tuple.ITup3fW
-
Sets the y component to y.
- setY(double) - Method in interface org.barghos.core.api.tuple.ITup4dW
-
Sets the y component to y.
- setY(double) - Method in interface org.barghos.core.api.tuple.ITup4fW
-
Sets the y component to y.
- setY(double) - Method in class org.barghos.core.color.HDRColor3
-
- setY(double) - Method in class org.barghos.core.color.HDRColor4
-
- setY(double) - Method in class org.barghos.core.color.LDRColor3
-
- setY(double) - Method in class org.barghos.core.color.LDRColor4
-
- setY(double) - Method in class org.barghos.core.tuple.Tup2d
-
- setY(double) - Method in class org.barghos.core.tuple.Tup2f
-
- setY(double) - Method in class org.barghos.core.tuple.Tup3d
-
- setY(double) - Method in class org.barghos.core.tuple.Tup3f
-
- setY(double) - Method in class org.barghos.core.tuple.Tup4d
-
- setY(double) - Method in class org.barghos.core.tuple.Tup4f
-
- setZ(double) - Method in interface org.barghos.core.api.color.IColor3W
-
Set the blue component to z.
- setZ(double) - Method in interface org.barghos.core.api.color.IColor4W
-
Set the blue component to z.
- setZ(double) - Method in interface org.barghos.core.api.color.IHDRColor3W
-
Set the blue component to z.
- setZ(double) - Method in interface org.barghos.core.api.color.IHDRColor4W
-
Set the blue component to z.
- setZ(double) - Method in interface org.barghos.core.api.color.ILDRColor3W
-
Set the blue component to z.
- setZ(double) - Method in interface org.barghos.core.api.color.ILDRColor4W
-
Set the blue component to z.
- setZ(double) - Method in interface org.barghos.core.api.tuple.ITup3dW
-
Sets the z component to z.
- setZ(double) - Method in interface org.barghos.core.api.tuple.ITup3fW
-
Sets the z component to z.
- setZ(double) - Method in interface org.barghos.core.api.tuple.ITup4dW
-
Sets the z component to z.
- setZ(double) - Method in interface org.barghos.core.api.tuple.ITup4fW
-
Sets the z component to z.
- setZ(double) - Method in class org.barghos.core.color.HDRColor3
-
- setZ(double) - Method in class org.barghos.core.color.HDRColor4
-
- setZ(double) - Method in class org.barghos.core.color.LDRColor3
-
- setZ(double) - Method in class org.barghos.core.color.LDRColor4
-
- setZ(double) - Method in class org.barghos.core.tuple.Tup3d
-
- setZ(double) - Method in class org.barghos.core.tuple.Tup3f
-
- setZ(double) - Method in class org.barghos.core.tuple.Tup4d
-
- setZ(double) - Method in class org.barghos.core.tuple.Tup4f
-
- size() - Method in class org.barghos.core.Pool
-
Returns the count of elements in the pool.
- store(HDRColor3...) - Static method in class org.barghos.core.pool.color.HDRColor3Pool
-
Stores HDRColor3 instances in the pool for late reuse.
- store(HDRColor4...) - Static method in class org.barghos.core.pool.color.HDRColor4Pool
-
Stores HDRColor4 instances in the pool for late reuse.
- store(LDRColor3...) - Static method in class org.barghos.core.pool.color.LDRColor3Pool
-
Stores LDRColor3 instances in the pool for late reuse.
- store(LDRColor4...) - Static method in class org.barghos.core.pool.color.LDRColor4Pool
-
Stores LDRColor4 instances in the pool for late reuse.
- store(T...) - Method in class org.barghos.core.Pool
-
Stores one or more instances in the pool.
- store(Tup3f...) - Static method in class org.barghos.core.pool.tuple.Tup3fPool
-
Stores Tup3f instances in the pool for late reuse.
- store(Tup4f...) - Static method in class org.barghos.core.pool.tuple.Tup4fPool
-
Stores Tup4f instances in the pool for late reuse.
- StringUtils - Class in org.barghos.core
-
- StringUtils() - Constructor for class org.barghos.core.StringUtils
-


|
Goals
|
Select a method for communicating with campus population |
Choose recipients of the communication based on campus demographics. |
Input the information to be sent to target audience. |
View analytics to gage effectiveness of the communication. |
|
Touchpoints
|
- Select “Activity Feed” channel
- Select “Push Notification” channel
- Select "Text Message" channel
- Select "Email" Channel
|
- Filter by “All Students”
- Filter by College
|
- Input a headline
- Input description
- Input media type (audio, video, link, calendar event)
- Input a link url
- Input an image url
|
- Show the total count of created items.
- View list of all content items the logged in user created.
- View detail of content analytics.
|


PINF Registry Server
Under Development
Code:
http://github.com/cadorn/pinf/tree/master/packages/registry-server/


consumer(registerEnqueue)
Signature: registerEnqueue:(('a -> unit) -> unit) -> PollAsync<seq<'a>>
Type parameters: 'a
|
Creates a polling function that registers an enqueue function to collect a series of values of an external source.
|
custom(...)
Signature: pollFunc:((type) -> Async<'b>) -> predicate:((type) -> 'b -> bool * string) -> getInterval:(int -> (type)) -> timeout:(type) -> errorMessage:('b -> string) -> logger:(type) -> Async<'b>
Type parameters: 'b
|
Poll at a given target using a filtering function for a period of time until either the predicate succeeds or the expression times out.
|
customRec(...)
Signature: pollFunc:((type) -> Async<'b>) -> predicates:((type) -> 'b -> bool * string option) list -> getInterval:(int -> (type)) -> timeout:(type) -> getError:('b -> string) -> alternative:PollAsync<'b> option -> logger:(type) -> Async<'b>
Type parameters: 'b
|
Poll at a given target using a filtering function for a period of time until either the predicate succeeds or the expression times out.
|
dir(dirPath)
Signature: dirPath:string -> PollAsync<(type)>
|
Creates a polling function that polls at a specified directory path.
|
error message poll
Signature: message:string -> poll:PollAsync<'b> -> PollAsync<'b>
Type parameters: 'b
|
Adds a custom error message to show when the polling has been time out.
|
errorf message args poll
Signature: message:StringFormat<('?8813 -> string)> -> args:'?8813 -> poll:PollAsync<'?8814> -> PollAsync<'?8814>
Type parameters: '?8813, '?8814
|
Adds a custom error message with string formatting to show when the polling has been time out.
|
errorOf getError poll
Signature: getError:('?8809 -> string) -> poll:PollAsync<'?8809> -> PollAsync<'?8809>
Type parameters: '?8809
|
Adds a custom error message to show when the polling has been time out.
|
event(e)
Signature: e:IEvent<'?8704,'?8705> -> PollAsync<seq<'?8705>>
Type parameters: '?8704, '?8705
|
Creates a polling function that collects a series of values of an event.
|
every interval poll
Signature: interval:(type) -> poll:PollAsync<'b> -> PollAsync<'b>
Type parameters: 'b
|
Adds a time period representing the interval in which the polling should happen during the polling sequence.
|
everyCustom calculateInterval poll
Signature: calculateInterval:(int -> (type)) -> poll:PollAsync<'b> -> PollAsync<'b>
Type parameters: 'b
|
Adds a time period representing the interval that gets calculated with an index, in which the polling should happen during the polling sequence.
|
exponential start metric poll
Signature: start:(type) -> metric:TimeMetric -> poll:PollAsync<'b> -> PollAsync<'b>
Type parameters: 'b
|
Adds a time period representing the interval that gets increased exponentially in which the polling should happen during the polling sequence.
|
exponentialMin start poll
Signature: start:(type) -> poll:PollAsync<'b> -> PollAsync<'b>
Type parameters: 'b
|
Adds a time period representing the interval that gets increased exponentially in minutes in which the polling should happen during the polling sequence.
|
exponentialSec start poll
Signature: start:(type) -> poll:PollAsync<'b> -> PollAsync<'b>
Type parameters: 'b
|
Adds a time period representing the interval that gets increased exponentially in seconds in which the polling should happen during the polling sequence.
|
file(filePath)
Signature: filePath:string -> PollAsync<(type)>
|
Creates a polling function that polls at a specified file path.
|
http_get(url)
Signature: url:string -> PollAsync<HttpResponse>
|
Creates a polling function that polls at a specified HTTP endpoint with GET requests.
|
http_post url content
Signature: url:string -> content:(type) -> PollAsync<HttpResponse>
|
Creates a polling function that polls at a specified HTTP endpoint with POST requests.
|
http_put url content
Signature: url:string -> content:(type) -> PollAsync<HttpResponse>
|
Creates a polling function that polls at a specified HTTP endpoint with PUT requests.
|
immediate(poll)
Signature: poll:PollAsync<'b> -> PollAsync<'b>
Type parameters: 'b
|
Adds an immediate time period representing the interval in which the polling should happen.
|
increment getNext start metric poll
Signature: getNext:(int -> int) -> start:(type) -> metric:TimeMetric -> poll:PollAsync<'b> -> PollAsync<'b>
Type parameters: 'b
|
Adds a time period representing the interval that gets incrementally calculated.
|
increment1s(poll)
Signature: poll:PollAsync<'b> -> PollAsync<'b>
Type parameters: 'b
|
Adds a time period representing the interval that gets increased with 1 second each retry.
|
increment3s(poll)
Signature: poll:PollAsync<'b> -> PollAsync<'b>
Type parameters: 'b
|
Adds a time period representing the interval that gets increased with 3 seconds each retry.
|
increment5s(poll)
Signature: poll:PollAsync<'b> -> PollAsync<'b>
Type parameters: 'b
|
Adds a time period representing the interval that gets increased with 5 seconds each retry.
|
incrementMin getNext poll
Signature: getNext:(int -> int) -> poll:PollAsync<'b> -> PollAsync<'b>
Type parameters: 'b
|
Adds a time period representing the interval that gets calculated in the time unit of minutes.
|
incrementSec getNext poll
Signature: getNext:(int -> int) -> poll:PollAsync<'b> -> PollAsync<'b>
Type parameters: 'b
|
Adds a time period representing the interval that gets calculated in the time unit of seconds.
|
logger l poll
Signature: l:(type) -> poll:PollAsync<'b> -> PollAsync<'b>
Type parameters: 'b
|
Overrides the default logger used during the polling execution.
|
map f poll
Signature: f:('c -> 'd) -> poll:PollAsync<'c> -> PollAsync<'d>
Type parameters: 'c, 'd
|
Maps the target function to another type by removing the filtering and alternative from the polling function.
Note that values set during previously called Poll.until and/or Poll.orElse... and/or Poll.error...` functions will be ignored
|
mapFilter mapper filter poll
Signature: mapper:('c -> 'd) -> filter:('d -> bool * string option) -> poll:PollAsync<'c> -> PollAsync<'d>
Type parameters: 'c, 'd
|
Map and filter the target function to another type by removing the alternative from the polling function.
Note that values set during previously called Poll.orElse... and/or Poll.error.. functions will be ignored
|
mapFilterAlt(...)
Signature: mapper:('?8712 -> '?8713) -> filter:('?8713 -> bool * string option) -> alternative:PollAsync<'?8713> option -> poll:PollAsync<'?8712> -> PollAsync<'?8713>
Type parameters: '?8712, '?8713
|
Map and filter the target function to another type while providing a new alternative for the polling function.
Note that values set during previously called Poll.error.. functions will be ignored
|
mapTarget f poll
Signature: f:('b -> 'b) -> poll:PollAsync<'b> -> PollAsync<'b>
Type parameters: 'b
|
Maps the target function by updating the target after the calling.
Can be used when the called target needs some extra mapping before the filtering should happen.
|
observable(o)
Signature: o:(type) -> PollAsync<seq<'a>>
Type parameters: 'a
|
Creates a polling function that collects a series of values of an observable sequence.
|
orElse other poll
Signature: other:PollAsync<'b> -> poll:PollAsync<'b> -> PollAsync<'b>
Type parameters: 'b
|
Switch to another polling function when the first one fails with a TimeoutException .
|
orElseAsync a poll
Signature: a:Async<'?8822> -> poll:PollAsync<'?8822> -> PollAsync<'?8822>
Type parameters: '?8822
|
Returns a evaluated value when the polling function fails with a TimeoutException .
|
orElseSync f poll
Signature: f:(unit -> 'b) -> poll:PollAsync<'b> -> PollAsync<'b>
Type parameters: 'b
|
Returns a evaluated value when the polling function fails with a TimeoutException .
|
orElseValue x poll
Signature: x:'b -> poll:PollAsync<'b> -> PollAsync<'b>
Type parameters: 'b
|
Returns a constant value when the polling function fails with a TimeoutException .
|
orElseWith f poll
Signature: f:(unit -> Async<'b>) -> poll:PollAsync<'b> -> PollAsync<'b>
Type parameters: 'b
|
Returns a evaluated value when the polling function fails with a TimeoutException .
|
random(...)
Signature: inclusiveMin:int -> inclusiveMax:int -> metric:TimeMetric -> poll:PollAsync<'b> -> PollAsync<'b>
Type parameters: 'b
|
Adds a time period representing the interval that gets ramdomly calculated with an inclusive minimum and exclusive maximum within a specified time range.
|
randomMin inclusiveMin inclusiveMax poll
Signature: inclusiveMin:int -> inclusiveMax:int -> poll:PollAsync<'b> -> PollAsync<'b>
Type parameters: 'b
|
Adds a time period representing the interval that gets ramdomly calculated with an inclusive minimum and exclusive maximum within a specified time range.
|
randomSec inclusiveMin inclusiveMax poll
Signature: inclusiveMin:int -> inclusiveMax:int -> poll:PollAsync<'b> -> PollAsync<'b>
Type parameters: 'b
|
Adds a time period representing the interval that gets ramdomly calculated with an inclusive minimum and exclusive maximum within a specified time range.
|
sync(x)
Signature: x:PollAsync<'b> -> 'b
Type parameters: 'b
|
Runs the asynchronous computation and await its result
|
syncCancel x ct
Signature: x:PollAsync<'b> -> ct:(type) -> 'b
Type parameters: 'b
|
Runs the asynchronous computation and await its result
|
target(f)
Signature: f:(unit -> Async<'b>) -> PollAsync<'b>
Type parameters: 'b
|
Creates a polling function that runs the specified function for a period of time until either the predicate succeeds or the expression times out.
|
target2 f1 f2
Signature: f1:(unit -> Async<'?8696 option>) -> f2:(unit -> Async<'?8696 option>) -> PollAsync<'?8696 option>
Type parameters: '?8696
|
Creates a polling function that runs the specified functions in parallel returning the first asynchronous computation whose result is 'Some x'
for a period of time until either the predicate succeeds or the expression times out.
|
target3 f1 f2 f3
Signature: f1:(unit -> Async<'?8698 option>) -> f2:(unit -> Async<'?8698 option>) -> f3:(unit -> Async<'?8698 option>) -> PollAsync<'?8698 option>
Type parameters: '?8698
|
Creates a polling function that runs the specified functions in parallel returning the first asynchronous computation whose result is 'Some x'
for a period of time until either the predicate succeeds or the expression times out.
|
targetLog(f)
Signature: f:((type) -> Async<'b>) -> PollAsync<'b>
Type parameters: 'b
|
Creates a polling function that runs the specified function for a period of time until either the predicate succeeds or the expression times out.
|
targets(fs)
Signature: fs:seq<(unit -> Async<'?8694 option>)> -> PollAsync<'?8694 option>
Type parameters: '?8694
|
Creates a polling function that runs the specified functions in parallel returning the first asynchronous computation whose result is 'Some x'
for a period of time until either the predicate succeeds or the expression times out.
|
targetSync(f)
Signature: f:(unit -> 'a) -> PollAsync<'a>
Type parameters: 'a
|
Creates a polling function that runs the specified function for a period of time until either the predicate succeeds or the expression times out.
|
targetSyncLog(f)
Signature: f:((type) -> 'a) -> PollAsync<'a>
Type parameters: 'a
|
Creates a polling function that runs the specified function for a period of time until either the predicate succeeds or the expression times out.
|
timeout timeout poll
Signature: timeout:(type) -> poll:PollAsync<'b> -> PollAsync<'b>
Type parameters: 'b
|
Adds a time period representing how long the polling should happen before the expression should result in a time-out.
|
toAsync(x)
Signature: x:PollAsync<'b> -> Async<'b>
Type parameters: 'b
|
Converts the polling function directly to an asynchronous computation.
Note that this can be avoided by using the polling function directly in an asynchronous computation expression.
|
until predicate poll
Signature: predicate:('b -> bool) -> poll:PollAsync<'b> -> PollAsync<'b>
Type parameters: 'b
|
Adds a filtering function to specify the required result of the polling.
|
untilAny(poll)
Signature: poll:PollAsync<'a> -> PollAsync<'a>
Type parameters: 'a, 'a
|
Adds a filtering function to specify that the required result of the polling should be a non-empty sequence.
|
untilContains x poll
Signature: x:'a -> poll:PollAsync<'a> -> PollAsync<'a>
Type parameters: 'a, 'a
|
Adds a filtering function to specify that the required result of the polling should be a sequence containing the specified value.
|
untilDesc predicate poll
Signature: predicate:('b -> bool * string) -> poll:PollAsync<'b> -> PollAsync<'b>
Type parameters: 'b
|
Adds a filtering function to specify the required result of the polling.
|
untilDescLog predicate poll
Signature: predicate:((type) -> 'b -> bool * string) -> poll:PollAsync<'b> -> PollAsync<'b>
Type parameters: 'b
|
Adds a filtering function to specify the required result of the polling.
|
untilEmpty(poll)
Signature: poll:PollAsync<'a> -> PollAsync<'a>
Type parameters: 'a, 'a
|
Adds a filtering function to specify that the required result of the polling should be an empty sequence.
|
untilEqual x poll
Signature: x:'a -> poll:PollAsync<'a> -> PollAsync<'a>
Type parameters: 'a
|
Adds a filtering function to to specify that the required result should be equal to the specified value.
|
untilEvery1sFor10s(...)
Signature: pollFunc:((type) -> Async<'?8847>) -> predicate:((type) -> '?8847 -> bool * string) -> errorMessage:('?8847 -> string) -> (type) -> Async<'?8847>
Type parameters: '?8847
|
Poll at a given target using a filtering function every second for 10 seconds.
|
untilEvery1sFor5s(...)
Signature: pollFunc:((type) -> Async<'?8845>) -> predicate:((type) -> '?8845 -> bool * string) -> errorMessage:('?8845 -> string) -> (type) -> Async<'?8845>
Type parameters: '?8845
|
Poll at a given target using a filtering function every second for 5 seconds.
|
untilEvery5sFor30s(...)
Signature: pollFunc:((type) -> Async<'?8849>) -> predicate:((type) -> '?8849 -> bool * string) -> errorMessage:('?8849 -> string) -> (type) -> Async<'?8849>
Type parameters: '?8849
|
Poll at a given target using a filtering function every 5 second for 30 seconds.
|
untilExists f poll
Signature: f:('a -> bool) -> poll:PollAsync<'a> -> PollAsync<'a>
Type parameters: 'a, 'a
|
Adds a filtering function to specify that the required result of the polling should be a sequence where any element satisfies the specified predicate.
|
untilFalse(poll)
Signature: poll:PollAsync<bool> -> PollAsync<bool>
|
Adds a filtering function to specify that the required result of the polling should be equal to false .
|
untilFile(...)
Signature: filePath:string -> predicate:((type) -> bool) -> interval:(type) -> timeout:(type) -> errorMessage:string -> Async<(type)>
|
Poll at a given file path using a filtering function for a period of time until either the predicate succeeds or the expression times out.
|
untilFileExists(...)
Signature: filePath:string -> interval:(type) -> timeout:(type) -> Async<(type)>
|
Poll at a given file path for a period of time until either the predicate succeeds or the expression times out.
|
untilFileExistsEvery1sFor10s(filePath)
Signature: filePath:string -> Async<(type)>
|
Poll at a given file path until the file exists ever second for 10 seconds.
|
untilFileExistsEvery1sFor5s(filePath)
Signature: filePath:string -> Async<(type)>
|
Poll at a given file path until the file exists ever second for 5 seconds.
|
untilFileExistsEvery5sFor30s(filePath)
Signature: filePath:string -> Async<(type)>
|
Poll at a given file path until the file exists ever 5 seconds for 30 seconds.
|
untilFiles(...)
Signature: dirPath:string -> predicate:((type) [] -> bool) -> interval:(type) -> timeout:(type) -> errorMessage:string -> Async<(type) []>
|
Poll at a given directory path for a period of time until either the predicate succeeds or the expression times out.
|
untilFilesEvery1sFor10s(...)
Signature: dirPath:string -> predicate:((type) [] -> bool) -> errorMessage:string -> Async<(type) []>
|
Poll at a given directory path every second for 10 seconds.
|
untilFilesEvery1sFor5s(...)
Signature: dirPath:string -> predicate:((type) [] -> bool) -> errorMessage:string -> Async<(type) []>
|
Poll at a given directory path every second for 5 seconds.
|
untilFilesEvery5sFor30s(...)
Signature: dirPath:string -> predicate:((type) [] -> bool) -> errorMessage:string -> Async<(type) []>
|
Poll at a given directory path every 5 seconds for 30 seconds.
|
untilHttpOk url interval timeout
Signature: url:string -> interval:(type) -> timeout:(type) -> Async<unit>
|
Poll at a given HTTP endpoint by sending GET requests every specified interval until either the target response with OK or the expression times out.
|
untilHttpOkEvery1sFor10s(url)
Signature: url:string -> Async<unit>
|
Poll at a given HTTP endpoint by sending GET requests every second until either the target response with OK
or the expression times out after 10 seconds.
|
untilHttpOkEvery1sFor5s(url)
Signature: url:string -> Async<unit>
|
Poll at a given HTTP endpoint by sending GET requests every second until either the target response with OK
or the expression times out after 5 seconds.
|
untilHttpOkEvery5sFor30s(url)
Signature: url:string -> Async<unit>
|
Poll at a given HTTP endpoint by sending GET requests every 5 seconds until either the target response with OK
or the expression times out after 30 seconds.
|
untilLength length poll
Signature: length:int -> poll:PollAsync<'a> -> PollAsync<'a>
Type parameters: 'a, 'a
|
Adds a filtering function to specify that the required result of the polling should be a sequence of a specified length.
|
untilLog predicate poll
Signature: predicate:((type) -> 'b -> bool) -> poll:PollAsync<'b> -> PollAsync<'b>
Type parameters: 'b
|
Adds a filtering function to specify the required result of the polling.
|
untilNotEqual x poll
Signature: x:'a -> poll:PollAsync<'a> -> PollAsync<'a>
Type parameters: 'a
|
Adds a filtering function to to specify that the required result should not be equal to the specified value.
|
untilNotNull(poll)
Signature: poll:PollAsync<'?8768> -> PollAsync<'?8768>
Type parameters: '?8768
|
Addsa a filtering function to specify that the required result of the polling shoudn't be null .
|
untilNotType(poll)
Signature: poll:PollAsync<obj> -> PollAsync<obj>
Type parameters: 'a
|
Adds a filtering function to specify that the required result of the polling should not be a specified type.
|
untilNull(poll)
Signature: poll:PollAsync<'?8766> -> PollAsync<'?8766>
Type parameters: '?8766
|
Adds a filtering function to specify that the required result of the polling should be 'null'.
|
untilOk(poll)
Signature: poll:PollAsync<Result<'?8760,'?8761>> -> PollAsync<Result<'?8760,'?8761>>
Type parameters: '?8760, '?8761
|
Adds a filtering function to specify that the required result of the polling should be a Ok x result.
|
untilOkValue x poll
Signature: x:'?8763 -> poll:PollAsync<Result<'?8763,'?8764>> -> PollAsync<Result<'?8763,'?8764>>
Type parameters: '?8763, '?8764
|
Adds a filtering function to specify that the required result of the polling should be a Ok x result, where x is a specified value.
|
untilPattern |Pattern|_| poll
Signature: |Pattern|_|:('?8774 -> unit option) -> poll:PollAsync<'?8774> -> PollAsync<'?8774>
Type parameters: '?8774
|
Adds a filtering function to specify that the required result of the polling should match a specified pattern.
|
untilSome(poll)
Signature: poll:PollAsync<'?8756 option> -> PollAsync<'?8756 option>
Type parameters: '?8756
|
Adds a filtering function to specify that the required result of the polling should be a Some x option.
|
untilSomeValue x poll
Signature: x:'?8758 -> poll:PollAsync<'?8758 option> -> PollAsync<'?8758 option>
Type parameters: '?8758
|
Adds a filtering function to specify that the required result of the polling should be a Some x option, where x is a specified value.
|
untilTrue(poll)
Signature: poll:PollAsync<bool> -> PollAsync<bool>
|
Adds a filtering function to specify that the required result of the polling should be equal to true .
|
untilType(poll)
Signature: poll:PollAsync<obj> -> PollAsync<obj>
Type parameters: 'a
|
Adds a filtering function to specify that the required result of the polling should be a specified type.
|


MK Player360
360 Projector.
The Unique projected VR Device to live immersive 4D experiences in real spaces.
elarco did an express conceptualization of product for Broomx Technology. The Projected VR Company creating the most advanced tools to enjoy Virtual Reality in real spaces. Founded in 2014 in the heart of Barcelona Technological Hub, we develop propietary solutions in the fields of Software, Hardware and Cloud Services.
Connectivity & Interactivity
Through a smartphone app, the user has the capacity to interact with the environment and the content in the MK-Cloud. Media content is mixed with generative content in real time, coming from different Internet sources and from each user’s networks.
It looks like a compact device, with soft textil customizable touch, similar in size to a floor speaker, movable and conceived with the idea of being an “all-in-one” and “plug-and-play” product.
“All-in-One” & “Plug-and-Play”


Preparation time
less than 30 mins
Cooking time
10 to 30 mins
Serves
Serves 2
A rather impressive, yet not so difficult, dinner for two. Quail is strongly flavoured, rather like duck, but low in fat like chicken and quick to cook.
For the fondant potatoes, preheat an oven to 180C/350F/Gas 5. Cut the large potatoes in half widthways. Using a 3cm/1in diameter pastry cutter, cut two cylinders out of each potato.
Heat a deep, ovenproof saucepan and add a little vegetable oil. Place the potatoes in the pan standing on end and fry gently until golden-brown at the base.
Add the chicken stock to the pan and bring it up to the boil. Add the garlic, thyme and butter. Place in the oven for 20-30 minutes, or until the potatoes are tender.
For the roasted quail, heat a large frying pan and add the oil, once hot add the quail and brown on each side of the breast.
Add the butter and transfer to the oven for the final 10 minutes or so of the potato cooking time. Cook the quail at the top of the oven for 6-10 minutes, or until cooked through. Check that the juices run clear when the meat is pierced with a skewer.
For the wild mushrooms and kale, heat half the butter in a frying pan and once hot add the mushrooms and cook for 2-3 minutes.
Heat the rest of the butter in a separate frying pan and add the kale. Add two tablespoons of water and cook until wilted.
For the tarragon and Madeira sauce, heat a frying pan over a medium heat and add the butter. When the butter is foaming, add the shallot. Fry for 3-4 minutes, or until the shallots are golden-brown.
Add the Madeira and carefully tip the pan towards the flame of the hob, so that the alcohol catches alight. (CAUTION: keep your face and hair away from the flames. Do not leave unattended.) When the flame has gone out, cook until the liquid has reduced in volume by three-quarters.
Add the beef stock, stirring well, and cook for 3-4 minutes, or until reduced in volume by half. Then season, to taste, with salt and freshly ground black pepper. Stir in the tarragon.
To serve, remove the breasts from the quails and place in the centre of two serving plates. Place the fondant potato next to the quail with the quail egg on top. Scatter the mushrooms and kale around the plate. Dot the purée around the plate and finish with the tarragon and Madeira sauce.


My name is Jessie Bell Waite. I'm a web designer, writer, and yoga teacher working in the Portland, Oregon area. I'm currently enrolled atEpicodusin the CSS/Design track.
I can help create a beautiful and efficient web experience for you and your customers. Whether you need a new website for a personal project, or to update an existing business website, I can help.
phone:<PHONE_NUMBER>
email: jess.bell@me.com


pegasystems
Businessmodel of PegaSystems
Customer Segments
PegaSystems serves businesses and organisations of all sizes and across multiple jurisdictions. According to its 2015 annual report, the Company has historically derived a significant portion of its revenue from clients in the financial services, healthcare, insurance, and communications markets.
While these markets remain important for the Company’s future growth, PegaSystems continues to serve other sectors, including the government, insurance, energy and life sciences sectors.
PegaSystems main market is its native US, which accounts for more than half of the Company’s annual revenue. Outside of the US, the Company is particularly active in Europe and Asia.
Among PegaSystems’s customers are household names such as HSBC, Expedia, ING, Deutsche Bank, Cisco, Coca Cola and BNP Paribas.
Value Propositions
PegaSystems provides value to its customers through its products, services and solutions. The Company’s success is dependent on the quality and reliability if its products.
The standing of the Company within the customer relationship management and business process management field is reflected by the high standing and success of its customers and partners, which include Cisco, HSBC, Accenture, EY and Hitachi.
The Company provides personal support to its customers on an ongoing basis and is always seeking to provide its customers with more innovative products adding features and services and providing enhanced functionality in collaboration its its technology partners.
Channels
PegaSystems operates mobile and desktop websites at www.pega.com, where customers can browse the Company’s products and services and request demonstrations.
Products cannot, however, be purchased directly from the PegaSystems website. Instead, customers must contact one of the Company’s sales teams directly, in order to receive a more bespoke service.
In addition to its international sales teams, PegaSystems collaborates with a number of resellers and affiliates in order to increase its market presence.
Customer Relationships
PegaSystems provides its customers with technical support services and training through its Pega Academy, Pega Knowledge Base and My Support Portal. This includes a range online learning resources and guides in the form of webinars, documentation and FAQs.
Additionally, customers can interact with one another and work through common software problems via the Company’s customer forum. Customers can also interact with PegaSystems directly through the company’s LinkedIn, Facebook, Twitter and YouTube accounts.
Key Activities
PegaSystems develops, markets, and licenses software products for marketing, sales and onboarding, and customer service requirements, targeted at business customers worldwide. The Company also offers software applications built on its own Pega 7 platform and provides support and technical assistance services to its customers.
With its software, PegaSystems aims to assist its clients in building and developing enterprise applications that cover existing markets for customer relationship management, business process management, business rules management, dynamic case management, and decision management.
The Company primarily serves the financial, healthcare, insurance, life sciences and healthcare markets.
Key Partners
PegaSystems partners with a range of companies, across multiple sectors and jurisdictions.
It divides its partners into four categories:
- strategic consulting partners, which work to provide project management and business advisory services to PegaSystems’s customers;
- systems integrator partners, which assist PegaSystems’s customers in deploying proprietary software solutions;
- registered business partners, which provide technical expertise and implementation services to customers across a variety of regions; and
- technology partners, which provide complementary solutions and infrastructure with a view to increasing the functionality of PegaSystems’s products. PegaSystems’s strategic consulting partners include Accenture, EY and Cognizant; its systems integrator partners include Tech Mahindra, Incessant and Wipro; its registered business partners include Hitachi, Ordina and Unisys.
Key Resources
PegaSystems’s key resources are its technology and products, its IT infrastructure, and its personnel – notably its sales and support staff.
Searches of the US Patent and Trademark Office identified two patent applications registered with PegaSystems as the applicant: ‘Systems and methods for distributed rules processing’, which refers to a distributed rules processing system, and ‘Content-based caching using a content identifier at a point in time’, which refers to techniques for data processing and caching.
Cost Structure
PegaSystems incurs costs in relation to the research and development of its products, the maintenance of its IT infrastructure, and the retention of its personnel.
The Company employs around 3,300 workers worldwide, amounting to costs in the form of salaries and benefits, and several offices – including in the US, UK and Australia, which accrue costs in the form of rent and utilities.
Revenue Streams
PegaSystems generates revenue primarily through the sale of software products and licences to businesses and organisations worldwide, as well as through the provision of consulting and support services. The Company’s licence revenue is primarily derived from sales of products targeted at marketing, sales and onboarding, customer service, and operations, while consulting services revenue is principally related to new licence implementations.
The Company also provides training to its customers for a fee. According to its 205 annual report, PegaSystems expects consulting revenue to decrease in future as customers become more accustomed to using the Company’s products and partners begin to lead more projects. The majority of PegaSystems’s revenue is generated in the US, with around 45% generated from outside the US in the past three fiscal years.
In 2015 PegaSystems generated $682.7 million in annual revenue, an increase on the $590 million recorded in 2014. As of 31st December 2015, the Company also had software license, maintenance, cloud, and services agreements with clients expected to result in future revenue of around $580.9 million, of which the Company expects to recognize as much as $336.9 million in 2016.


Pic Talk: Sizzling Beauty Mind Blowingly Furious
by AkhilSanjjanaa Galraani is slaying the social media platforms with her hot pics and bold poses. Her styling in this pic is badass, and it would be too hard not to fall for her bewitching charms. Won’t you agree with us?
Though luck didn’t shine on her with regard to films and also the big Telugu television soap that she landed, Sanjjanaa has always been there on the social platforms entertaining her followers with her bold pics.
The leopard print short knickers are truly mind-blowing showing off her well-toned legs and not to forget that waistcoat like blacktop that is made to ensure the navel and the cleavage show, perfectly. Sanjjanaa didn’t disappoint, though.


Getting Started
with Javascript
About Me
Darren DeRidder / @73rhodes
Metrics Technologies - cloud-based EDA startup
Real-time AAA systems, telecom, Network & Mobile Security
Mobile World Congress
Blackhat Security Conference
Ottawa JavaScript
javascript everywhere
- Web applications (browser & server side)
- Mobile apps
- Web services
- Desktop apps
- Scripts and utilities
- Extension frameworks
Tools - Code Repos & Services
Tools - Text Editor Wars!
Tools - Lint All The Things!
Processes
- test & lint up-front, and in your build pipeline
- build & test on every commit to the repo
- measure code coverage, aim for > 80% but not 100%
- API-first development


--- layout: post title: KTuberling small contribution categories: - KDE - Software Libre tags: [] status: publish type: post published: true meta: _edit_last: '2' enclosure: "http://cdn.afiestas.org/wp-content/uploads/2009/10/ktuberling.ogv\r\n7885313\r\nvideo/ogg\r\n" dsq_thread_id: '2226554052' author: login: afiestas email<EMAIL_ADDRESS>display_name: afiestas first_name: Àlex last_name: Fiestas ---
Hi again!
Seems that was yesterday when I wrote my last post, but the truth is that almost 1 month has passed sorry for that :( Despite not being posting with regularity I have been working hard on KDE, mainly focused on Kamoso/KBluetooth and researching something that might become my third KDE contribution/project.
Well, the next week I'll take a break of all my duties (work/kde/free software) and I'll travel to Paris at my brother's home, I hope that will be there where I'll find more time to post on the blog.
Focusing on the Title's topic, today I have been working on a small contribution I have been promising to Albert Astals (aacid) for something like... 2 years? If I remember correctly was in Akademy-es 2007 when I said to him that I would implement it. The feature is really small but it has allowed me to investigate deeper the model/view framework which I have to say is really hot!
Well that's all at the moment! screencast and bye!
Download the video here
**The design is not final and is not committed yet.


I finished reading Gonzo Marketing by Christopher Locke a few days ago and I must say that I like it. I thought I’d give you a short summary. Many of your will be interested especially as LiveJournal would be one of those Micromarkets, or enablers for such markets, that he is talking about.
He starts by complaining the customization is not personalization but still mass marketing. You are still looking at group preferences that you guess is there. Saying: "Dear John, …" does not make an e-mail personal.
Harvard Business Review included it in their list of the top 10 books of 2001 that made them think.
Important here is that people look at things differently. We might be interested in the same "Category" but that does not mean we are interested in the same thing.
So let me look a bit closer at the book.
Something that is important in the future is collaborative filtering which you can see on amazon in the "People who read this book also liked…" feature. Especially coupled with comments it helps us talk.
It is different from an Ad saying "BUY THIS!".
To quote from the book: "on TV, repeated pitches may create brand awareness. On the web, they create brand annoyance. This isn’t the way we’re communicating with each other online. We argue, cajole, we joke, we talk. We tell each other stories. On television, a company has 60 seconds to be clever. But on the web, it has unlimited gigabytes to say what it’s all about and why anyone should give a damn. This isn’t a preview, like a TV ad. It’s the main feature. If you advertise to us on your site once you’ve gotten us there, you’ve lost a prime opportunity to engage us, to converse with us, to tell us a story. You’ve blown it and we won’t be back, no matter how big your banner budget."
Locke also put this a lot clearer by stating that "online, the market is the competition".
"mass media are mass because they’re huge. And the way such hugeness is achieved is by appealing to the lowest-common-denominator-tastes in terms of programming content. The program, the content, is merely bait to draw the audience. The real show, the real message, is the advertising. "
Journalism probably has their rule of being imparcial directly in relation to that. Companies don’t want to advertise next to views they can’t support.  This will get harder for companies with the problem that people can very easily say what they think and people can see that. See LJ’s community during the Sept. 11th attacks. It was a wonderful area to get real views and real opinions and talk. Interact. Here you also see that Locke was one of the authors of the Cluetrain Manifesto.
The net changes that. It is here because of interest, of exchange, of stories.
Locke argues that companies need to tab in those micromarkets.
The problem with supporting Micromedia, which might become Micromarkets if you manage to sell to them, is that if 1/10 of 1% of revenue comes from 1 partner then you need 1000 of those partners for reaching the same level of revenue.
The money to support those partners comes out of the advertising budget and big companies can use employees as partners. Common interests unite people; be they customers or employees.
"The fundamental message of marketing must change from "we want your money" to "we share your interests". In this respect, corporate underwriting is a way - perhaps the only viable way at present - for companies to put their own money where their mouth is."


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int6kuart(1) Qualcomm Atheros Open Powerline Toolkit int6kuart(1) NAME int6kuart - Qualcomm Atheros Serial Line Device Manager SYNOPSIS int6kuart [options] [...] DESCRIPTION Perform powerline device management operations over serial line interface. Serial line commands are 7-bit ASCII character strings sent to the local powerline device over the host serial port. They can be sent using any terminal emulator but this program will, in many cases, reduce typing and simplify scripting. It is especially useful for downloading device parameters and uploading device parameters or firmware because those oper‐ ations involve large volumes of data. Also, this program permits decimal integer arguments in many cases where the serial line commands require hexadecimal integer values. See the COMMANDS section (below) for a list of supported serial line commands. This program is part of the Qualcomm Atheros Powerline Toolkit. See the AMP man page for an overview and installation instructions. COMMENTS This program does not configure or reconfigure host serial port settings by default because most operating systems have their own serial port configuration utility. Be sure to configure host serial port settings before using this program because other programs may change them before or after use. Atheros factory default settings for UART-enabled powerline devices are 115200 baud, 8 data bits, 1 stop bit, no parity and no flow control. See option -b for a quick way to match host serial port settings the Qualcomm Atheros default settings. On Windows, use the DOS mode command. The general form of this command is mode,baud,parity,databits,stopbits. The fol‐ lowing example will set a Windows host to the default serial settings used by Atheros powerline devices. # mode com3:115200,n,8,1 On Linux, use the stty utility to inspect and set serial port parameters. The following Linux command will configure serial device /dev/ttyS0 speed to 115200 baud with 8 data bits, 1 stop bit, no parity bit and no flow control. Consult the stty man page for an explanation of these and other options. # stty -F /dev/ttyS0 115200 cs8 cstopb -parenb -ixon On Linux, you can also use the minicom terminal emulator to communicate using the underlying serial line commands described in the COMMANDS section. The minicom program reads default settings from configuration file /etc/mini‐ com/minirc.dfl if present on startup. A basic configuration file looks like this: pu port /dev/ttyUSB0 pu baudrate 115200 pu bits 8 pu parity N pu stopbits 1 pu rtscts No OPTIONS -b Set host serial port to the default settings mentioned above. The original host serial port settings are not restored when the program terminates. You must restore them manually or by other means. Changing host serial port settings will break serial communications with the local powerline device if the device is not using the same settings. -c command Send a custom serial line command to the local powerline device over the host serial interface. Argument command is sent as specified but will be terminated with a carriage return. The command must be enclosed in quotes if it contains spaces or special characters. This option can be used to send serial line commands that are not sup‐ ported by this program. -C module Commit downloaded parameters and/or firmware to NVM using the ATWNV serial line command. Argument module is one hexadecimal octet. The low-order nibble contains the module number. The high-order nibble contains optional con‐ trol bits. Acceptable module values are 0x01=Firmware, 0x02=Parameters, 0x10=Force Flash and 0x20=Do Not Reboot. The default value is 0x00 which has no effect. The 0x prefix is optional. -d Read and display the destination device address using the ATDST serial line command. This option is similar to option -D but substitutes ? for the device address. -D address Set the destination device address for Transparent Mode using the ATDST serial line command. This address will supercede the default destination device address, stored in the PIB, until the device is reset. Multicast address values are not permitted by the device. Argument address is six hexadecimal octets optionally separated by colons. -F filename Read the named frame description file and send it over powerline as an Atheros vendor-specific management message using the ATM serial line command. Unlike program efsu, only the first file frame is sent. Any subsequent frames defined in the file are ignored. -H Exit Command Mode and enter High Speed Command Mode using the ATHSC serial line command. -i Get and display network information using the ATNI serial line command. The information includes the TEI, MAC address, receive rate and transmit rate for each remote device on the network. -I Get and display the PIB version and device MAC address using the ATRPM serial line command. -m Read and display the Network Membership Key of the local powerline device using the ATSK serial line command. This option is similar to option -M but substitutes ? for the membership key. -M key Set the Network Membership Key of the local powerline device using the ATSK serial line command. The key consists of 16 hexadecimal octets optionally separated by colons. -N filename Open the named firmware file on the local host and write it to the local device using multiple ATWPF serial line commands. There is no default filename or extension. The file is assumed to contain a valid firmware image. -O Exit Command Mode and enter Transparent Mode using the ATO serial line command. Subsequent serial data will be transmitted over the powerline to the destination device address as raw data. Use option -d to set the destina‐ tion device address. -p filename Read the parameter block from the local powerline device and write it to the named file on the local host using multiple ATRP serial line commands. Required length and offset values are automatically computed for each serial line command sent. There is no default filename or extention. -P filename Open the parameter file on the local host and write it to the local powerline device using multiple ATWPF serial line commands. Required length and offset values are automatically computed for each serial line command sent. There is no default filename or extention. The named file is assumed to contain a valid parameter block. -q Suppress progress and error information on stderr. -r Read and display the local powerline device hardware identifier and firmware version string using the ATRV serial line command. -R Reset the local device using the ATZ serial line command -s tty Communicate with the local powerline device over the named serial interface on the local host. The program default is "/dev/ttyUSB0" for Linux and "com1:" for Windows. The program default is replaced if environment vari‐ able PLCUART is defined. This option over-rides those default settings. -S Place the local power line device in Power Save Mode using the ATPS serial line command. -t Test device using the AT serial line command. The device will respond with "OK" when in Command Mode. -T Restore factory defaults on the local power line device using the ATFD serial line command. Among other things, this will restore the destination device address stored in the factory PIB. Any destination device address previ‐ ously set using option -d will be lost. -u Force default host port settings to match the default setting for UART-enabled Atheros powerline devices. The setting are 115200 baud, 8 data bits, no parity bits and 1 stop bit. These settings will remain active when the program terminates and will not change unless changed by some other means, perhaps by another application. This option is an easy means of establishg an initial serial connection with a powerline device, unless it's settings have been changed. -v Display actual serial line commands and responses on stdout. -w Place the local powerline device in Command Mode using the +++ serial line command. The device will remain in com‐ mand mode until it is reset or forced into Transparaent Mode or High Speed Command Mode. -W timeout Set the Transparent Mode aggregation timeout using the ATTO serial line command. The timeout is expressed in deci‐ mal milliseconds. Valid values are 1 through 2000. -z Get the Transparent Mode buffer size using the ATBSZ serial line command. This option is similar to option -B but substitutes ? for the buffer size. -Z size Set the Transparent Mode buffer size using the ATBSZ serial line command. The size in bytes is specified in deci‐ mal here and converted to hexadecimal for transmission. Valid values range from 46 to 1500. The default is 500 bytes. -?,--help Print program help summary on stdout. This option takes precedence over other options on the command line. -!,--version Print program version information on stdout. This option takes precedence over other options on the command line. Use this option when sending screen dumps to Atheros Technical Support so that they know exactly which version of the Linux Toolkit you are using. ARGUMENTS None. COMMANDS This section lists serial line commands recognized by local powerline devices when in Command Mode. Commands can be issued interactively using a terminal emulator, like minicom on Linux or HyperTerminal on Windows or stored as text and copied to the serial port using system utilities, like cat on Linux or type on Windows. This program merely converts the command line options and arguments described above into one or more of the serial line commands shown below. +++ Exit Transparent Mode and enter Command Mode. See option -w above. AT Test for Command Mode by doing nothing, successfully. See option -t above. ATBRmode,baudrate,databits,parity,stopbits,flowctrl Set serial line parameters on the local powerline device. Beware that this will break the existing serial connec‐ tion when the new parameters differ from those of the local host. ATBSZ? Get Transparent Mode buffer size. See option -z above. ATBSZsize Set Transparent Mode buffer size. See option -Z above. ATDST? Get Transparent Mode destination device address. See option -d above. ATDSTaddress Set Transparent Mode destination device address. See option -D above. ATFD Reset local device to factory defaults. See option -T above. ATHSC Exit Command Mode and enter High Speed Command Mode. Once the OK response is received, the local host should send commands to the device at successively higher speeds until a valid response is received. ATMmessage Send an Atheros vendor-specific management message over powerline. The message is expressed as a series of hexa‐ decimal digits. ATNI? Read nework information and store the information internally. Return the number of associated stations and infor‐ mation about the first associated station. The information includes the peer station device address, TX rate and RX rate. ATNIstation Extract and display previously stored network information for a specific peer station. The information returned is that previosly stored using a ATNI serial line command query. ATO Exit Command Mode and enter Transparent Mode. Successful switch requires a valid destination MAC address, buffer size and aggregation timeout value. Use serial line commands ATDST and ATBSZ to get and/or set the first two val‐ ues. Use serial line command ATTO to set the timeout value. ATPStime Place the device in Power Save Mode for a specified time in seconds. Valid values are 1 to 384 seconds. The default time is A seconds. ATRPlength,offset Read and display a parameter block segment where length is the number of bytes read and offset is the relative position, in bytes, from the start of the parameter block. Valid length values are 0 through 400 hexadecimal. See option -p above to read and save an entire parameter block. ATRPM Get PIB version and device MAC address. ATRV Get hardware and firmware revision. See option -r above. ATSK? Get device Network Membership Key. See option -m above. ATSKkey Set device Network Membership Key. See option -M above. ATTO? Get the Transparent Mode aggregation timeout in milliseconds. ATTOtimeout Set the Transparent Mode aggregation timeout in milliseconds. See option -W above. ATWNVmodule Update NVM with PIB and/or Firmware module. See option -C above. ATWPFmodule,length,offset,checksum,data Write a parameter block or firmware segment to the local powerline device where module is the module identifier, length is the number of bytes to write, offset is the relative position from the start of the module, checksum is the 1's complement of the data and data is the data to be written. Valid module identifiers are 1=FW and 2=PIB. Valid length values are 0 up to 400 hexadecimal. See options -N and -P above to write an entire parameter block or firmware images. ATZ Reset device. See option -R above. REFERENCES See the Qualcomm Atheros HomePlug AV Firmware Technical Reference Manual for more information. DISCLAIMER Atheros serial line commands are proprietary to Qualcomm Atheros, Ocala FL USA. Consequently, public information is not available. Qualcomm Atheros reserves the right to modify command line syntax or command functionality in future firmware releases without any obligation to notify or compensate product or program users. EXAMPLES The following example places the device in Command Mode (wakeup). Serial line commands are ignored unless the device is in this mode so this is often the first command issued. # int6kuart -w The next example sets the destination device address on the local powerline device to 00B052BABE12. The destination device can be any remote powerline device on the same logical network as the local device. # int6kuart -D 00:B0:52:BA:BE:12 The next example places the device in Transparent Mode where serial line output is sent over powerline to the destination powerline device and forwarded the remote host connected to it. # int6kuart -O The next example sends the serial line command "ATSK?" to the local powerline device. # int6kuart -c "ATSK?" SEE ALSO amp(1), int6kbaud(1), ttysig(1) CREDITS Charles Maier<EMAIL_ADDRESS>open-plc-utils-0.0.3 Mar 2014 int6kuart(1)


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System.out.printf("%s", new int[]{1, 2, 3})
).
Such a primitive-array argument may be confusing, as it will be wrapped as a single-element array, rather than each individual
element being boxed, as might be expected.
Example:
String.format("%s", new int[]{1, 2, 3});
After the quick-fix is applied:
String.format("%s", (Object) new int[]{1, 2, 3});


| Name: MRS. SUMATHI | Reg No: 1-11SMHC17 |
|---|---|
| Age / Sex:55/F | Contact No:9741099642 |
| Marital Status:ML- 17 YEARS | Date:3/11/17 |
| Occupation: NURSING TUTOR FROM 27 YEASR | Dr. PJFP |
Address: NATIVE OF MYSORE. IN BLORE SINCE 30 YEARS |
DIAGNOSIS- |
UNABLE TO BALANCE HERSELF ON RIGHT FOOT SINCE 4 YEARS BACK.
FELL DOWN 4 YRS BACK – WHEN DUSTING ON STOOL CLIMBED DOWN WITH PRESSURE SO FOOT ANKLE JOINT PRESSURE.
FELL DOWN FRM 3 STEPS. HAD PAIN THEN IN KNEE JOINT B/L. 2 YEARS BACK. ARTHRITIS DIAGNOSED
FELL DOWN ON THE ROAD 1 YEAR BACK.
NO INJURY OR PAIN THEN.
RT. LEG TILTS TO SIDES WHEN WALKING. < MORNINGS. FROM BED.
NOT GETTING BALANCE. LIMPS AND WALKS FOR 5 MIN THEN CONT NORMAL . SITS FOR LONG ALOS PAINS MUST WALK. SWELLING IS THERE.
CRAMPS IN B/L LEGS FROM
< WATER, STANDING FOR LONG TIME.
ITCHING BOTH THE LEGS FROM 1 YEAR.
DORSUM PART.
< EVENING, RESTING
>
5. COUGH SINCE 5-6 YEARS.
<DUST WINDOWS, LAUGH , TALKING, CHILLIS,
KEEP ON CLEANING AT HOME.
MENOPAUSE : 52 YEARS.
H/O RENAL / BLADDER STONE 5 YEARS BACK,. CAME BY ITSELF.
FIBROID UTERRUS – 3 MONTHS OF PREGNANCY.
CERVICAL PROBLEM AT THE AGE OF 52 YEARS DUE TO LIFTIN HAEVY WEIGHT GOT PAIN BT DOCS SAID NOTHING TO WORRY.
HAD UTI ONCE. 2 YEARS BACK. AND ONCE 1 MONTH BACK PAIN .
P1L1- FTND –BOY – 16 YEARS.
HAD 2 ABORTIONS
7TH MONTH ABORTED – DIED IMM AFTER BIRTH.
3RD MONTH THREATENDE ABORTION.
WATER LESS DUE TO WORK.
URINE NO CONTROL IN WINTER SEASON SINCE AN YEAR.
WONT TAKE BFST OR SKIP MEALS GETS HEADACHE.
 NO OTHER ISSUES.
RX:
RHUS TOX 1M+ARNICA1M+RUTA 1M DISC – 4-4-4-4
THUJA 200 –3 DOSES – 5 DAYS ONCE.
CAPSICUM 200 – 1 DRAM PILLS NIGHT 4 PILLS B/FOOD. WATER.
FIVE PHOS – 4-4-4-4.


{% extends "layout_argleton.html" %} {% block page_title %} Argleton County Council - Apply for an older person's bus pass in Argleton {% endblock %} {% block content %} Apply for an older person's bus pass in Argleton Upload your photo Your photo must meet the rules for digital passport photos.Read the photo guide. We’ll store all photos for up to 30 days in line with our privacy policy(Opens in a new window). Upload your photo I have a printed photo You can’t use a printed photo with this service. You’ll need to get a digital photo, or use a different service to apply for your bus pass. How to take a good passport style photo Get a friend to take your photo Use a plain background Don’t crop your photo – include your face, shoulders and upper body Keep your hair away from your face and brushed down Make sure there are no shadows on your face or behind you {% endblock %}
Your photo must meet the rules for digital passport photos.Read the photo guide.
We’ll store all photos for up to 30 days in line with our privacy policy(Opens in a new window).
You can’t use a printed photo with this service. You’ll need to get a digital photo, or use a different service to apply for your bus pass.


{% extends "detail.html" %} {% block description %} Play a message for the caller, wait for DTMF input, and direct them to another URL for more FlexML instructions based on their DTMF input. {% endblock %}


List of Schools
Click on the "Add School" button to add the school to your application list
| Name | Open? | Address |
|---|
My applications
Click on the "Complete Application" button to complete your application
| Name | Status | Paid |
|---|
Click on the "Add School" button to add the school to your application list
| Name | Open? | Address |
|---|
Click on the "Complete Application" button to complete your application
| Name | Status | Paid |
|---|


“I’m looking for a full-time internship in software Engineer, Machine Learning and Deep Learning, Big Data, Internet of Thing, IT industry. An opportunity that allow me to participate and work together with team or group in the project, utilize my problem-solving, mathematics, Coding skills, and attention to detail to further develop the abilities in the field of IT, Computer Science, AI, and Data Science.”
|BACHELOR's Degree | Computer Science | Metropolitan State UNIVERSITY |
“GPA: 4.0/4.0, Math and Science courses all grade A ( Fall 2020 - SPRING 2022).”
| Associate's Degree | COMPUTER SCIENCE | CENTURY COLLEGE |
“ GPA: 3.8/4.0, Math and Science courses all grade A (Fall 2017 - SPRING 2019).”
Full Name:                   Nalongsone Danddank.
Current Location:         ST. Paul & Minneapolis, MN, USA.
Relocation:                   Yes
Expected Salary:           “Depend on the market and company location.”
Start Date:                   Immediately after finished class.
Work Authorization:   OPT, (F-1 Visa).
        “ I would like to require the company run H1B in the Future .”
“I was born in Laos, a small country and beautiful, locates in
southeastern Asia, and my second language is Chinese. In 2004, I
studied first year in Lao university, I got a full Chinese Scholarship
by exam, and went to study undergraduate in Architecture major in
China university. After finished bachelor degree 2010 and worked as
architect until 2016 in China, I decided to look for a new
opportunity to explore the new experience in USA. Now I have
finished the associate degree at Minnesota for computer science
major.”
COMMUNICATIONS & LEADERSHIP
“ I like to meet and share Idea with new friends, classmate,
colleague. I think Team work is the best way for efficiency working
because easy communicate to work well together.
I have participated many activities, social groups and clubs like:
PTK, CS club, and International students club. ”


DG ISI calls on PM in Islamabad to discuss national security matters
by Web DeskISLAMABAD: Inter-Services Intelligence (ISI) Director General (DG) Lt Gen Faiz Hammed called on Prime Minister Imran Khan at the PM office on Tuesday.
The meeting comes a day after Pakistan Army’s chief spokesperson refuted claims of an alleged divide between the country’s civilian and military leadership, reiterating that both sides were on the same page.
Matters pertaining to national security were discussed during the meeting of spy chief and PM Imran.
The meeting held after the meeting of the federal cabinet under the chair of PM Imran Khan.
While no details from today’s meeting were officially released, it comes after a day after — amid speculation that the civil-military relationship is under strain at the moment — the Inter-Services Public Relations (ISPR) chief said the government and the army are “on the same page” and meetings between the prime minister and army chief are necessary for the country’s progress.


Complete Developer's API functions and other routines list
All the functions under the file API.ahk
They should be accessed as API.function_name()
. For example API.paste()
paste(channel="", clipno="")
- Pastes clips from a certain postion in a certain channel. If both are blank, paste 1st clip from currently active channel.
Example - API.paste(1, 14)
pastes clip 14 of channel 1
getClipAt(channel=0, clipno=1, toreturn=1)
- Get a Clip's content i.e. what is contained in that clip. 'channel' and 'clipno' are the channel number and clip number respectively.
If toreturn = 1 then return Clipboard text data
If toreturn = 2 then return ClipboardAll binary data.
manageClip(new_channel=0, channel="", clip="", flag=0)
- Cut/Copy Clip from one channel to other. 'new_channel' is the new channel to place the clip in. Note that the clip will always be placed at clip 1 of new channel.
If flag = 0 then cut , if flag = 1 then copy
If channel is empty, active channel is used.
If clip is empty, active clip in paste mode (Clip x of y, "x") is used.
emptyChannel(chno="")
- Empties a particular channel (chno)
If 'chno' is empty, it DEFAULTS to current channel.
You can also use name of a channel like API.emptyChannel(web) or API.emptyChannel(pit) or API.emptyChannel(default) . Note that if you are creating an AHK Script
i.e. a plugin you will have to surround the channel name by quotes ("") to take it as string.
runPlugin(filename, parameters*)
- Runs a plugin. See here and then here.
runFunction(function_string)
- Runs a function
function_string - The string containing the function with parameters, like changeChannel(1)
, inputBox(mytitle, some text to desc)
Example - API.runFunction("changeChannel(1)")
Note - ClipjumpCustom users are requested to use run=changeChannel(1)
rather than this.
showPasteTipAt(channel, clip)
- Opens paste mode with clip number 'clip' of channel 'channel' active.
ExecuteSection(secName)
- Executes a section in the ClipjumpCustom.ini
IncognitoMode(p=1)
- Enable/disable Incognito Mode. Pass 1 to disable.
If p = 1 enable incognito mode
If p = 0 disable
getClipLoc(channel="", clipno="")
- get a Clip exact file location or the file in which the clip is saved
channel - The channel the clip belongs to
clipno - Clip number of the Clip
blockMonitoring(yes=1)
- blocks Clipjump Clipboard monitoring. Useful when you are changing clipboard content such that you don't want it to be accounted by Clipjump
If first parameter i.e. yes = 1 , then block Monitoring.
If 0 , then unblock (or enable Clipboard monitoring)
runLabel(name)
- runs a label/routine
name - The name of the label to be run.
deleteClip(channel, clip)
- deletes a clip from a channel
channel - The channel number whose clip is to be deleted
clip - The Clip number to be deleted.
showTip(Text, forTime="")
- shows a Tip (with a different font). recommended when creating a plugin
Text - the text to show in the tip
forTime - time for which the tip is to be shown, if the paramter is not passed i.e. blank, the tip becomes permanent
removeTip()
- removes the Plugin API Tip i.e. the tip created using the above function API.showTip()
pasteText(Text)
- pastes the 'Text' that is passed to the function.
Text - the text/string you want to paste
getChStrength(channel)
- gets total number of clips in a channel i.e. population of a channel
Text2Binary(Text, byref returnVar)
- gets binary ClipboardAll data from simple text i.e. string. You pass it a string and it converts it into binary data and returns it via byref variable returnVar
Text = the string you want to convert to ClipboardAll type data
returnVar = byref variable to return ClipboardAll data
getVar(var)
and setVar(var, value)
- gets the value of variable 'var'
- sets the value of variable 'var' to 'value'
Other interesting functions that are not a part of API.
Unlike API, they should be accessed normally as function_name()
. For example changeChannel(2)
BeepAt(value, freq, duration=150)
- Make a beep system sound.
If 'value' = 1 , then the function will beep else it will not.
freq - frequency of the beep
duration - duration of the beep to be played in milliseconds
getClipboardFormat(type=1)
- gets the type of data on Clipboard
If 'type' = 1 , then the function returns the type of data a/c Paste Mode i.e. "[Text]" for text data including HTML , "[File/Folder]" for file,folder copied data and
(blank) for Picture type data.
If 'type' = 0 , then the function returns the data type formats ID's on Clipboard as per the Microsoft list.
inputBox(title, text)
- shows a dialog for user to enter any text and the function returns that text. See More
HParse(hotkey)
- converts a normal hotkey like 'Win+Alt+Z' or 'Ctrl+PrintScreen' to AutoHotkey format like '#!z' or '^Printscreen'.
hotkey - The Standard hotkey to convert to AHK form.
The function returns the AHK formatted hotkey of the input hotkey.
changeChannel(channelno)
- Changes channel to 'channelno'
channel_find( name )
- Finds the channel corresponding to the 'name' and returns its channel number.
name - The name of the channel like 'Default'
chooseChannelgui()
- Shows a GUI for the user to select channel, if he selects a channel the function returns the selected channel number.
USAGE-ClipjumpCustom tip = %chooseChannelgui()%
USAGE-AhkScript(Plugin) zSelectedCh := chooseChannelgui()
manageChannel(channel)
- Deletes a channel with the channel number 'channel'
channel - The Channel Number of the channel to be deleted.
set_pformat( paste_format )
- Sets the Paste format which is currently active.
paste_format - The name of paste format (like 'UPPERCASE') to be made active.
USAGE - set_pformat(SentenceCase)
Labels should be accessed as run = label_name
in ClipjumpCustom and gosub label_name
in AhkScript.
- These are the labels to open various dialogs and gui in Clipjump. You can easily guess their functions from their names.
- actionmode
- settings
- history
- channelgui
- classtool
- channelGUI
- pluginManagerGui
- channelOrganizer
- These are the labels corresponding to various features of Clipjump. Again, the name itself should be explanatory.
- onetime
- holdClip
- pitswap
- incognito
disable_clipjump
- Toggles Clipjump Status i.e. Enabled or disabled (same like Options > Disable Clipjump in Tray Menu)
endPasteMode
- Ends Paste Mode forcibly.
simplePaste
- Pastes the current active content on System Clipboard
windows_copy
and windows_cut
- Copies / Cuts the selected text or file without copying to Clipjump i.e. only System Clipboard is affected. This is what is used inside
Copy to System Clipboard bypassing Clipjump
updt
- Check for Updates
exit
- Exits Clipjump properly
The important variables in Clipjump which can be changed to customize much of the behavior in the program are listed below. Please note that only selected variables
have been listed to prevent any issues with the core functionality of Clipjump.
Changing a variable in ClipjumpCustom is done as variable = value
and in AHKScript is done as variable := "value"
- Channel Object
CN.NG
- Holds the channel number that is currently active.
CN.Name
- The name of the channel that is currently active.
CN.Total
- Total number of channels that are currently created by the user.
STORE
Object
- Public Storage Space. Use as STORE.var := "value"
and msgbox % STORE.var
See also STORE in ClipjumpCustom.
curPformat
- Holds the current active paste format.
CALLER
- Holds 1 if Clipboard Monitoring is on by Clipjump and 0 if not.
pastemodekey
and spmkey
- Use as pastemodekey.(key) OR spmkey.(key) to change keys currently used in PasteMode and Search-PasteMode.
See here for an example.
Public API (publicAPI.ahk) gives power to any Ahk Script as well an external plugin to control all aspects of Clipjump from
changing and reading variables to running function and labels. It is by default distibuted with Clipjump and present in the Clipjump.exe directory.
Here is the online github link in case it ever updates
An external plugin can include publicapi as #Include %A_ScriptDir%\..\publicAPI.ahk
Once publicAPI is included in the script, you will have to initialize it.
cj := new Clipjump() ; The name 'cj' doesnt matter
Then you can call API methods, set variables, get variables and so on using the 'cj' object. Here are few examples -
msgbox % cj.version
cj["pastemodekey.z"] := "^y"
msgbox % cj.getClipLoc(1, 5)
cj.runFunction("set_pformat(NO-FORMATTING)")
cj.runLabel("exit") ; closes Clipjump
It is likely that the page will be updated with more valuable information. Here in the online link in case
you want to stay in touch.
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Since the system is a closed cycle, it's depicted as a loop. The fat section represents the storage tank. The section outlined in yellow is the coil being heated by the sun.
The two main processes being simulated are the pump moving water around, and conduction between neighboring pieces. Energy never leaves the system, so it will keep heating up forever (hit reset).
It takes a big solar panel to collect much energy. Since this one is small I made the sun 20x stronger than normal.
So I could make this interface and display


On this page we have an AppCtrl and one ngIf
directive whose expression is tied to the checkbox.
- Click the #rb#, then click the #psb# to see the initial state.
Since the checkbox is initially unchecked, only the AppCtrl |$scope|
exists.
- Click the "show ngIf content" checkbox, then click the #psb#.
A new scope is created (by ngIf) because the ngIf expression evalues to true now.
- Edit the two textboxes underneath the checkbox, then click the #psb#.
Since the |ng-model| directive associated with the first textbox
references an object property in an ancestor |$scope|, the ancestor
property is changed.
However, the |ng-model| directive associated with the second textbox
specifies a primitive type, so a local property is created on the ngIf
|$scope|, which hides/shadows the ancestor primitive property of the same
name. This is probably not what you want.
- Uncheck the "show ngIf content" checkbox, then click the #psb#.
Because ngIf removes the portion of the DOM associated with it, the
associated |$scope| is also destroyed.
- Click the "show ngIf content" checkbox, then click the #psb#.
ngIf creates a new |$scope|. Note how the "primitive" textbox is set to
12 again. Until you change the value of that textbox, it reads the value
from the ancestor/parent |$scope| – a new property is not created
on the ngIf |$scope| until you write a new value.
Tip: if your code stopped working after adding an ngIf around it,
chances are that an "own" primitive property is getting created on a
child |$scope|. Use an object property instead.


An element can be used as a background for other content. Remember that the icon must be square!
| content | preview |
| text inside + changed speed of animation |
Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua.
|