Results for "Author: g choquette"

A talking program. Enter any text and the bot will (attempt) to speak your text. Now, the voice isn't exactly the greatest, but my kids love it! Enter the text and then click on his mouth (or the form) and listen to your bot talk!

A talking program. Enter any text and the bot will (attempt) to speak your text. Now, the voice isn't exactly the greatest, but my kids love it! Enter the text and then click on his mouth (or the form) and listen to your bot talk!

A talking program. Enter any text and the bot will (attempt) to speak your text. Now, the voice isn't exactly the greatest, but my kids love it! Enter the text and then click on his mouth (or the form) and listen to your bot talk!

What the heck is a heuristic graphic filter? In this case, heuristic means a technique in which a computer works along empirical methods, using rules of thumb, to find solutions or answers. The application described here is to have the computer “recognize“ a parameter from a graphic image. It is a simple task for most people to identify a red line on a chart. But this task is not so easy for a computer. The reason is “red” is not always = RGB(255, 0, 0). When the red line is drawn by a pen and optically scanned, red turns out to be various shades red, pink, purple, and orange. The trick here is to “train” the computer as to what you would call the red line. In this specific example, we do this by deconstructing the selected color into its red, green, and blue components. Various statistical calculations are performed on that data and saved as a template that represents a range of colors defined as “red”. Once the color(s) are defined, graphical filtering and manipulation can be performed to add, subtract, or just identify the selected color.

Copy the table structures and records from one database to another. In my case, I use this code to copy from an ODBC SQL Server database to a local Access to allow users access to a copy of the data when they are not connected to the network.

This code is an enhanced version originally written by John Colman. Revisions include: Adding the following events: DblClick, KeyDown, KeyPress, KeyUp, MouseDown, MouseMove, MouseUp, OLECompleteDrag, OLEDragDrop, OLEDragOver, OLEGiveFeedback, OLESetData, and OLEStartDrag Properties added include: Default, Cancel, CenterLineOffsetFactor, Enabled, RightToLeft, and BackColor Properties removed include: Red, Blue, Green, (replaced w/ BackColor), BorderStyle Added auto caption sizing (more work than I thought) and embedding round corners into the control. Added Help File and property pages. Bound checking for property values. Scaling for mouse movements over both the control and the controls label.

A talking program. Enter any text and the bot will (attempt) to speak your text. Now, the voice isn't exactly the greatest, but my kids love it! Enter the text and then click on his mouth (or the form) and listen to your bot talk!

A talking program. Enter any text and the bot will (attempt) to speak your text. Now, the voice isn't exactly the greatest, but my kids love it! Enter the text and then click on his mouth (or the form) and listen to your bot talk!

This code is an enhanced version originally written by John Colman. Revisions include: Adding the following events: DblClick, KeyDown, KeyPress, KeyUp, MouseDown, MouseMove, MouseUp, OLECompleteDrag, OLEDragDrop, OLEDragOver, OLEGiveFeedback, OLESetData, and OLEStartDrag Properties added include: Default, Cancel, CenterLineOffsetFactor, Enabled, RightToLeft, and BackColor Properties removed include: Red, Blue, Green, (replaced w/ BackColor), BorderStyle Added auto caption sizing (more work than I thought) and embedding round corners into the control. Added Help File and property pages. Bound checking for property values. Scaling for mouse movements over both the control and the controls label.

Copy the table structures and records from one database to another. In my case, I use this code to copy from an ODBC SQL Server database to a local Access to allow users access to a copy of the data when they are not connected to the network.

What the heck is a heuristic graphic filter? In this case, heuristic means a technique in which a computer works along empirical methods, using rules of thumb, to find solutions or answers. The application described here is to have the computer “recognize“ a parameter from a graphic image. It is a simple task for most people to identify a red line on a chart. But this task is not so easy for a computer. The reason is “red” is not always = RGB(255, 0, 0). When the red line is drawn by a pen and optically scanned, red turns out to be various shades red, pink, purple, and orange. The trick here is to “train” the computer as to what you would call the red line. In this specific example, we do this by deconstructing the selected color into its red, green, and blue components. Various statistical calculations are performed on that data and saved as a template that represents a range of colors defined as “red”. Once the color(s) are defined, graphical filtering and manipulation can be performed to add, subtract, or just identify the selected color.

This is an updated version of the classic scanner routine updated to work on VS2010 and works on Windows 7. The original source can be found at: http://www.Planet-Source-Code.com/vb/scripts/ShowCode.asp?txtCodeId=1551&lngWId=10

What the heck is a heuristic graphic filter? In this case, heuristic means a technique in which a computer works along empirical methods, using rules of thumb, to find solutions or answers. The application described here is to have the computer “recognize“ a parameter from a graphic image. It is a simple task for most people to identify a red line on a chart. But this task is not so easy for a computer. The reason is “red” is not always = RGB(255, 0, 0). When the red line is drawn by a pen and optically scanned, red turns out to be various shades red, pink, purple, and orange. The trick here is to “train” the computer as to what you would call the red line. In this specific example, we do this by deconstructing the selected color into its red, green, and blue components. Various statistical calculations are performed on that data and saved as a template that represents a range of colors defined as “red”. Once the color(s) are defined, graphical filtering and manipulation can be performed to add, subtract, or just identify the selected color.

Copy the table structures and records from one database to another. In my case, I use this code to copy from an ODBC SQL Server database to a local Access to allow users access to a copy of the data when they are not connected to the network.

This code is an enhanced version originally written by John Colman. Revisions include: Adding the following events: DblClick, KeyDown, KeyPress, KeyUp, MouseDown, MouseMove, MouseUp, OLECompleteDrag, OLEDragDrop, OLEDragOver, OLEGiveFeedback, OLESetData, and OLEStartDrag Properties added include: Default, Cancel, CenterLineOffsetFactor, Enabled, RightToLeft, and BackColor Properties removed include: Red, Blue, Green, (replaced w/ BackColor), BorderStyle Added auto caption sizing (more work than I thought) and embedding round corners into the control. Added Help File and property pages. Bound checking for property values. Scaling for mouse movements over both the control and the controls label.

A talking program. Enter any text and the bot will (attempt) to speak your text. Now, the voice isn't exactly the greatest, but my kids love it! Enter the text and then click on his mouth (or the form) and listen to your bot talk!

What the heck is a heuristic graphic filter? In this case, heuristic means a technique in which a computer works along empirical methods, using rules of thumb, to find solutions or answers. The application described here is to have the computer “recognize“ a parameter from a graphic image. It is a simple task for most people to identify a red line on a chart. But this task is not so easy for a computer. The reason is “red” is not always = RGB(255, 0, 0). When the red line is drawn by a pen and optically scanned, red turns out to be various shades red, pink, purple, and orange. The trick here is to “train” the computer as to what you would call the red line. In this specific example, we do this by deconstructing the selected color into its red, green, and blue components. Various statistical calculations are performed on that data and saved as a template that represents a range of colors defined as “red”. Once the color(s) are defined, graphical filtering and manipulation can be performed to add, subtract, or just identify the selected color.

Copy the table structures and records from one database to another. In my case, I use this code to copy from an ODBC SQL Server database to a local Access to allow users access to a copy of the data when they are not connected to the network.

This code is an enhanced version originally written by John Colman. Revisions include: Adding the following events: DblClick, KeyDown, KeyPress, KeyUp, MouseDown, MouseMove, MouseUp, OLECompleteDrag, OLEDragDrop, OLEDragOver, OLEGiveFeedback, OLESetData, and OLEStartDrag Properties added include: Default, Cancel, CenterLineOffsetFactor, Enabled, RightToLeft, and BackColor Properties removed include: Red, Blue, Green, (replaced w/ BackColor), BorderStyle Added auto caption sizing (more work than I thought) and embedding round corners into the control. Added Help File and property pages. Bound checking for property values. Scaling for mouse movements over both the control and the controls label.

A talking program. Enter any text and the bot will (attempt) to speak your text. Now, the voice isn't exactly the greatest, but my kids love it! Enter the text and then click on his mouth (or the form) and listen to your bot talk!