play makAll work and no play makes Jack a dull boy. All work and no play makes Jack a dull boy. All work and no play makes Jack a dull boy. All work and no play makes Jack a dull boy. All work and no play makes Jack a dull boy. All work and no play makes Jack a dull boy. All work and no play makes Jack a dull boy. All work and no play makes Jack a dull boy. All work and no play makes Jack a dull boy. All work and no play makes Jack a dull boy. All work and no play makes Jack a dull boy. All
HBAM2016AUG95
Pro 3.0
All work and no play makes Jack a dull boy. All work and no play makes Jack a dull boy. All work and no play makes Jack a dull boy. All work and no play makes Jack a dull boy. All work and no play makes Jack a dull boy. All work and no play makes Jack a dull boy. All work and no play makes Jack a dull boy. All work and no play makes Jack a dull boy. All work and no play makes Jack a dull boy. All work and no play makes Jack a dullCopyright 1984-1996 Claris Corporation
and no play makes Jack a dull boy. All work and no play makes Jack a dull boy. All work and no play makes Jack a dull boy. All work and no play makes Jack a dull boy. All work and no play makes Jack a dull boy. All work and no play makes Jack a dull boy. All work and no play makes Jack a dull boy. All work and no play makes Jack a dull boy. All work and no play makes Jack a dull boy. All work and no play makes Jack a dull boy. All work and no play makes Jack a dull boy. All work and no play makes Jack a dull boy. All work and no play makes Jack a dull boy.
HBAM3016AUG95@
Pro 3.0F!
Sunday
Monday
Tuesday
Wednesday
Thursday
Friday
Saturday
January
February
March
April
August
September
October
November
December
1st Quarter
2nd Quarter
3rd Quarter
4th Quarter
chart
8/7/97
ABAR1
ABAR2
ABAR3
ABAR4
ABAR5
ABAR6
AVARIABLE1
Instructions Mac
MultiBar Chart
Graphics
Instructions PC
Instructions MacB
AVARIABLE2
AVARIABLE3
AVARIABLE4
AVARIABLE5
AVARIABLE6
BARS1
BARS10
BARS2
BARS3
BARS4
BARS5
BARS6
BARS7
BARS8
BARS9
BBAR1
BBAR2
BBAR3
BBAR4
BBAR5
BBAR6
BVARIABLE1
BVARIABLE2
BVARIABLE3
BVARIABLE4
BVARIABLE5
BVARIABLE6
CONSTANT
GRAPHICS
MAXVALUE
SERIESCOLUMNS
SERIESROWS
SOLIDCHECK
Bars2B
Bars3B
Bars4B
Bars5B
Bars1B
Bars6B
AVariable1B
AVariable2B
AVariable3B
AVariable4B
AVariable5B
AVariable6B
MaxValueB
SeriesColumnsB
SeriesRowsB
GraphicsB
Bars7B
Bars8
Bars9B
Bars10B
BVariable1B
BVariable2B
BVariable3B
BVariable4B
BVariable5B
BVariable6B
SolidCheckB
ConstantB
ABar1B
100 *
+ 1)
100 *
+ 1))
BBar1B
ABar2B
100 *
+ 1)
100 *
+ 1))
ABar3B
100 *
+ 1)
100 *
+ 1))
ABar4B
100 *
+ 1)
100 *
+ 1))
ABar5B
100 *
+ 1)
100 *
+ 1))
ABar6B
100 *
+ 1)
100 *
+ 1))
BBar2B
100 *
+ 1)
100 *
+ 1))
BBar3B
100 *
+ 1)
100 *
+ 1))
BBar4B
100 *
+ 1)
100 *
+ 1))
BBar5B
100 *
+ 1)
100 *
+ 1))
BBar6B
100 *
+ 1)
100 *
+ 1))
100 *
+ 1)
100 *
+ 1))
MultiBar ChartB
3D Multibar Chart
3D Multibar Chart
3D Multibar Chart
3D Multibar Chart
General:
Everything in this file is stored in a single record. No globals, relations, or scripts are used in any of the demo files, allowing all the calculations to remain stored and indexable. This gives you the greatest flexibility for incorporating it into your own solutions.
Fields:
ABar1...6 These are the calculated container fields which determine which repetition of the Bars1...6 fields to display. Here is the definition for ABar3:
ve selected Rows or Columns. The only difference is the color of the bar, in this case it chooses the colors in Bars1 or Bars3. There are 100 repetitions (plus one for a zero value), so the ration of AVariable3 to the MaxValue is multiplied by 100 to determine the correct repetition. FileMaker automatically rounds it off, so you don
t need t
o worry that there is no repetition 43.7164.
AVariable1...6 These are the values for the first series of variables, which you must set with your data. You can use the Set Field command, a script, a relation, or whatever you want. To use more than six variables per series, simply add more Number fields and name them AVariable7, AVariable8, etc.
Bars1...10 These are the master graphics. Bars are provided for 10 colors, each field holds 101 different graphics in repetitions (the
first one shows a flat square for zero values). You don
t need to do anything with these.
BBar 1...6 The bar containers for the second series. Add additional series CBar1...n, etc. By looking at the calculations, it should be easy to determine the slight changes for each series.
BVariable1...6 The second series of variables. A simple way to add additional series would be CVariables1...n, DVariables1...n, etc.
Constant A calculation, always 1, for use as a relational key if yo
u decide to link to this file via a relation. Set up another field of 1 in your main file, and you can set the Variable fields using this relation.
Graphics A repeating graphic field which holds the appearances of the checkboxes, etc.
MaxValue This is the maximum among all the variables. Each variable is divided by this to determine their relative heights. If you add variables, make sure to adjust this calc to include them.
SeriesColumns The checkbox to show data in columns. Eac
h column of bars will display in the same color.
SeriesRows The checkbox to show data in rows.
SolidCheck A checked graphic, used to test the value of SeriesColumns and SeriesRows.
Layout:
Since the bar graphics can overlap each other, there are two issues to worry about. First, to ensure that the graphics behind each bar remain visible, borders and fill must be set to transparent. Second, the back left bar must be closest to the
of the layout. Lay out the other bars in the s
ame row next. Follow with the second row, always laying them down left to right.
Resizing:
These particular graphics are not resizable. If you change the graphic settings to reduce or enlarge, the relative sizes of the bars will not be maintained.
However, some resizing can be accomplished by spacing the container fields further apart or closer together. Interesting effects can be accomplished by butting the graphics right up against one another so there is no space between the bars.HX With a bit of trigonometric flair, you can create some intriguing xyz function graphs.
GraphicsB
MacBrian
CMPHBAR.FP3
FMP3FMP3
ChartMaker Pro 1.1
wMacBrian:Desktop Folder:ADS Projects:BRIAN'S DEMOS:ChartMaker Pro:CMP Versions:Shareware:ChartMaker Pro 1.1:CMPHBAR.FP3
MacBrian
MacBrian
Brian
MacBrian
Instructions PCB
3D Multibar Chart
3D Multibar Chart
3D Multibar Chart
3D Multibar Chart
General:
Everything in this file is stored in a single record. No globals, relations, or scripts are used in any of the demo files, allowing all the calculations to remain stored and indexable. This gives you the greatest flexibility for incorporating it into your own solutions.
Fields:
ABar1...6 These are the calculated container fields which determine which repetition of the Bars1...6 fields to display. Here is the definition for ABar3:
ve selected Rows or Columns. The only difference is the color of the bar, in this case it chooses the colors in Bars1 or Bars3. There are 100 repetitions (plus one for a zero value), so the ration of AVariable3 to the MaxValue is multiplied by 100 to determine the correct repetition. FileMaker automatically rounds it off, so you don
t need
to worry that there is no repetition 43.7164.
AVariable1...6: These are the values for the first series of variables, which you must set with your data. You can use the Set Field command, a script, a relation, or whatever you want. To use more than six variables per series, simply add more Number fields and name them AVariable7, AVariable8, etc.
Bars1...10 These are the master graphics. Bars are provided for 10 colors, each field holds 101 different graphics in repetitions (
the first one shows a flat square for zero values). You don
t need to do anything with these.
BBar 1...6 The bar containers for the second series. Add additional series CBar1...n, etc. By looking at the calculations, it should be easy to determine the slight changes for each series.
BVariable1...6 The second series of variables. A simple way to add additional series would be CVariables1...n, DVariables1...n, etc.
Constant A calculation, always 1, for use as a relational key if
you decide to link to this file via a relation. Set up another field of 1 in your main file, and you can set the Variable fields using this relation.
Graphics A repeating graphic field which holds the appearances of the checkboxes, etc.
MaxValue This is the maximum among all the variables. Each variable is divided by this to determine their relative heights. If you add variables, make sure to adjust this calc to include them.
SeriesColumns: The checkbox to show data in columns.
Each column of bars will display in the same color.
SeriesRows The checkbox to show data in rows.
SolidCheck A checked graphic, used to test the value of SeriesColumns and SeriesRows.
Layout:
Since the bar graphics can overlap each other, there are two issues to worry about. First, to ensure that the graphics behind each bar remain visible, borders and fill must be set to transparent. Second, the back left bar must be closest to the
of the layout. Lay out the other bars in
the same row next. Follow with the second row, always laying them down left to right.
Resizing:
These particular graphics are not resizable. If you change the graphic settings to reduce or enlarge, the relative sizes of the bars will not be maintained.
However, some resizing can be accomplished by spacing the container fields further apart or closer together. Interesting effects can be accomplished by butting the graphics right up against one another so there is no space between the H]bars. With a bit of trigonometric flair, you can create some intriguing xyz function graphs.
(.txt)