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beyond:pangoscript [2020/05/26 16:44]
Bob Varkevisser [GLOBALVAR] 		beyond:pangoscript [2020/05/27 16:17]
Bob Varkevisser
Line 1: Line 1:
 +~~DRAFT~~
 +
 ====== PangoScript ====== ====== PangoScript ======
  
Line 117: Line 119:
 A variable can be declared as global. In this case, it visible in ALL scripts of BEYOND.  A variable can be declared as global. In this case, it visible in ALL scripts of BEYOND. 
  
 +  globalvar s 
 +  s="mylabel" 
 +  goto s 
 +  DisplayPopup "It does not work" 
 +  exit 
 +   
 +  mylabel: 
 +  DisplayPopup "It works" 
 +  
 ===== General functions ===== ===== General functions =====
  
-**intstr**(value:number):string - transform number to string\\ +^ Function ^ description ^ value ^ 
-value - number or float number\\ +| **intstr**(value:number):string | transform number to string | number or a float number | 
-result - string\\ +| **floatstr**(value:number):string | transform number to string | number | 
-\\ +| **abs**(value:number):number | value by modulus | integer or float number | 
-**floatstr**(value:number):string - transform number to string\\ +| **int**(value:number):integer | return integer part of float value | a float point number | 
-value - number\\ +| **frac**(value:number):float | return fractional part of float point value | a float point number | 
-result - string\\ +| **round**(value:float):integer | return rounded float point value (to integer) | a float point number | 
-\\ +| **sqr**(value:number):number | return a square of argument | a float point number or integer | 
-**abs**(value:number):number - value by modulus\\ +| **sqrt**(value:number):float | return a square root of argument | a float point number or integer | 
-value - integer or float number\\ +| **cos**(value:float):float | co-sinus | a float point number or integer. angle in radians | 
-result - same type as argument. result is absolute value\\ +| **sin**(value: float):float | sinus | a float point number or integer. angle in radians | 
-\\ +| **tan**(value:float):float | tangents | a float point number or integer. angle in radians | 
-**int**(value:number):integer - return integer part of float value\\ +| **arcsin**(value:float)float | arc sinus | a float point number or integer. angle in radians | 
-value - a float point number\\ +| **arccos**(value: float):float | arc cosinus | a float point number or integer. angle in radians | 
-\\ +| **arctan**(value: float):float | arc tangents | a float point number or integer. angle in radians | 
-**frac**(value:number):float - return fractional part of float point value\\ +| **arctan2**(dx, dy:float):float | arc tangents | dx, dy - .... | 
-value - float\\ +| **min**(a,b:number):number | return a minimum of two numeric values | a,b  float or integer | 
-\\ +| **max**(a,b:number):number | return a maximum of two numeric values | a,b  float or integer | 
-**round**(value:float):integer - return rounded float point value (to integer)\\ +| **pi**:float | return PI value | 3.1415926...| 
-value - a float point number\\ +| **invert**(value:number):integer | invert value. Boolean operation, but can be used with float point numbers | If value more than 0.5 then function return 0, otherwise return 1. |
-\\ +
-**sqr**(value:number):number - return a square of argument\\ +
-value - a float point number or integer\\ +
-\\ +
-**sqrt**(value:number):float - return a square root of argument\\ +
-value - a float point number or integer\\ +
-\\ +
-**cos**(value:float):float - co-sinus\\ +
-value - a float point number or integer. angle in radians\\ +
-\\ +
-**sin**(value: float):float - sinus\\ +
-value - a float point number or integer. angle in radians\\ +
-\\ +
-**tan**(value:float):float - tangents\\ +
-value - a float point number or integer. angle in radians\\ +
-\\ +
-**arcsin**(value:float)float - arc sinus\\ +
-value - a float point number or integer. angle in radians\\ +
-\\ +
-**arccos**(value: float):float - arc cosinus\\ +
-value - a float point number or integer. angle in radians\\ +
-\\ +
-**arctan**(value: float):float - arc tangents\\ +
-value - a float point number or integer. angle in radians\\ +
-\\ +
-**arctan2**(dx, dy:float):float - arc tangents\\ +
-dx, dy - ....\\ +
-\\ +
-**min**(a,b:number):number - return a minimum of two numeric values\\ +
-a,b  float or integer\\ +
-\\ +
-**max**(a,b:number):number - return a maximum of two numeric values\\ +
-a,b  float or integer\\ +
-\\ +
-**pi**:float - return PI value - 3.1415926...\\ +
-\\ +
-**invert**(value:number):integer - invert value. Boolean operation, but can be used with float point numbers. If value more than 0.5 then function return 0, otherwise return 1. +
  
 ===== Date and Time ===== ===== Date and Time =====
  
-**now:float** - date&time, calls now() function of Delphi\\ +^ Function ^ description ^ 
-\\ +| **now:float** | date&time, calls now() function of Delphi | 
-**tickcount**:integer - return number of millisecond from start of PC.\\ +| **tickcount**:integer | return number of millisecond from start of PC. | 
-\\ +| **hms**(hour, minute, second):integer | transform hour, minute and second into seconds.| 
-**hms**(hour, minute, second):integer - transform hour, minute and second into seconds.\\ +| **GetYear**:integer | function return current year by PC clock. Result | 
-\\ +| **GetMonth**:integer | function return current month by PC clock | 
-**GetYear**:integer - function return current year by PC clock. Result\\ +| **GetDay**:integer | function return current day by PC clock. | 
-\\ +| **timestr**(now:float):string |now is variable representing time. Function return string with time in short format such as "11:53", without seconds | 
-**GetMonth**:integer - function return current month by PC clock\\ +| **timestrlong**(now:float):string | now is variable representing time. Function return string with hours, minutes, seconds, such as "11:53:10" | 
-\\ +|**datestr**(now:float):string | �������� ������ ����, � ��� ��� - now is variable representing date. Function return string short date format such as "21.11.2012" | 
-**GetDay**:integer - function return current day by PC clock.\\ +|**datestrlong**(now:float):string | ������� ������ ����, ���� - now  is variable representing date. Function return string long date format such as "21 ������ 2012 �." | 
-\\ +| **dayofweek**(now:float):string | short version day of the week | 
-**timestr**(now:float) :string\\ +| **dayofweeklong**(now:float):string | long version day of the week |
-now - is variable representing time. Function return string with time in short format such as "11:53", without seconds\\ +
-\\ +
-**timestrlong**(now:float):string - \\ +
-now - is variable representing time. Function return string with hours, minutes, seconds, such as "11:53:10"\\ +
-\\ +
-**datestr**(now:float):string - �������� ������ ����, � ��� ��� - \\ +
-now - is variable representing date. Function return string short date format such as "21.11.2012"\\ +
-\\ +
-**datestrlong**(now:float):string - ������� ������ ����, ���� - \\ +
-now - is variable representing date. Function return string long date format such as "21 ������ 2012 �."\\ +
-\\ +
-**dayofweek**(now:float):string - short version day of the week\\ +
-\\ +
-**dayofweeklong**(now:float):string - long version day of the week\\+
  
 ===== String functions ===== ===== String functions =====
  
-**uppercase**(string):string  - transform input string to upper case. Result is a string.\\ +^ Function ^ description ^ 
-\\ +| **uppercase**(string):string  | transform input string to upper case. Result is a string. | 
-**lowercase**(string:string):string - transform input string to lower case. Result is a string.\\ +| **lowercase**(string:string):string | transform input string to lower case. Result is a string. | 
-\\ +| **crlf**:string | return a string, line separator (13,10) | 
-**crlf**:string - return a string, line separator (13,10)\\+
 ===== Clock And Metronome ===== ===== Clock And Metronome =====
  
-**b2s**(beats) - transform beats to seconds\\ +^ Function ^ description ^ 
-\\ +| **b2s**(beats) | transform beats to seconds | 
-**b2ms**(beats) - transform beats to milliseconds\\ +| **b2ms**(beats) | transform beats to milliseconds | 
-\\ +| **s2b**(seconds) | transform seconds to beats | 
-**s2b**(seconds) - transform seconds to beats\\ +| **b2s**(seconds) | transform beats to seconds |
-\\ +
-**b2s**(seconds) - transform beats to seconds\\+
  
 +===== More to come =====
  

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