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/*
* Full_Narrator.c
*
* This example program sends a string of phonetic text to the narrator
* device and, while it is speaking, highlights, word-by-word, a
* corresponding English string. In addition, mouth movements are drawn
* in a separate window.
*
* Compile with SAS C 5.10 lc -b1 -cfistq -v -y -L
*
* Requires Kickstart V37 or greater.
*/
#include <exec/types.h>
#include <exec/memory.h>
#include <dos/dos.h>
#include <intuition/intuition.h>
#include <ctype.h>
#include <exec/exec.h>
#include <fcntl.h>
#include <devices/narrator.h>
#include <clib/exec_protos.h>
#include <clib/alib_protos.h>
#include <clib/intuition_protos.h>
#include <clib/graphics_protos.h>
#include <clib/dos_protos.h>
#include <stdlib.h>
#include <string.h>
#include <stdio.h>
#ifdef LATTICE
int CXBRK(void) { return(0); } /* Disable SAS CTRL/C handling */
int chkabort(void) { return(0); } /* really */
#endif
/*
* Due to an omission, the sync field defines were not included in older
* versions of the narrator device include files. So, if they haven't
* already been defined, do so now.
*/
#ifndef NDF_READMOUTH /* Already defined ? */
#define NDF_READMOUTH 0x01 /* No, define here */
#define NDF_READWORD 0x02
#define NDF_READSYL 0x04
#endif
#define PEN3 3 /* Drawing pens */
#define PEN2 2
#define PEN1 1
#define PEN0 0
BOOL FromCLI = TRUE;
BYTE chans[4] = {3, 5, 10, 12};
LONG EyesLeft; /* Left edge of left eye */
LONG EyesTop; /* Top of eyes box */
LONG EyesBottom; /* Bottom of eyes box */
LONG YMouthCenter; /* Pixels from top edge */
LONG XMouthCenter; /* Pixels from left edge */
LONG LipWidth, LipHeight; /* Width and height of mouth */
struct TextAttr MyFont = {"topaz.font", TOPAZ_SIXTY, FS_NORMAL, FPF_ROMFONT,};
struct IntuitionBase *IntuitionBase = NULL;
struct GfxBase *GfxBase = NULL;
struct MsgPort *VoicePort = NULL;
struct MsgPort *MouthPort = NULL;
struct narrator_rb *VoiceIO = NULL;
struct mouth_rb *MouthIO = NULL;
struct IntuiText HighLight;
struct NewWindow NewWindow;
struct Window *TextWindow;
struct Window *FaceWindow;
struct RastPort *FaceRast;
void main(int argc, char **argv)
{
LONG i;
LONG sentence;
LONG Offset;
LONG CharsLeft;
LONG ScreenPos;
LONG WordLength;
LONG LineNum;
UBYTE *Tempptr;
UBYTE *English;
UBYTE *OldEnglish;
UBYTE c;
UBYTE *PhonPtr; /* Pointer to phonetic text */
LONG PhonSize; /* Size of phonetic text */
UBYTE *PhonStart[100]; /* Start of phonetic sentences */
LONG NumPhonStarts; /* Number of phonetic sentences */
UBYTE *EngPtr; /* Pointer to English text */
LONG EngSize; /* Size of English text */
UBYTE *EngStart[100]; /* Start of English sentences */
LONG NumEngStarts; /* Number of English sentences */
UBYTE *EngLine[24]; /* Start of line on screen */
LONG EngBytes[24]; /* Bytes per line on screen */
LONG NumEngLines; /* Number of lines on screen */
extern void Cleanup(UBYTE *errmsg);
extern void ClearWindow(struct Window *TextWindow);
extern void DrawFace(void);
extern void UpdateFace(void);
/*
* (0) Note whether the program was started from the CLI or from
* Workbench.
*/
if (argc == 0)
FromCLI = FALSE;
/*
* (1) Setup the phonetic text to be spoken. If there are any non-
* alphabetic characters in the text (such as NEWLINES or TABS)
* replace them with spaces. Then break up the text into sentences,
* storing the start of each sentence in PhonStart array elements.
*/
PhonPtr = "KAA1RDIYOWMAYAA5PAXTHIY. AY /HAED NEH1VER /HER4D AXV IHT "
"BIXFOH5R, BAHT DHEH5R IHT WAHZ - LIH4STIXD AEZ (DHAX FOH5RM "
"AXV /HAA5RT DIHZIY5Z) DHAET FEH4LD (NAAT WAH5N OHR TUW5) - "
"BAHT (AO7L THRIY5 AXV DHAX AA5RTAXFIHSHUL /HAA5RTQ "
"RIXSIH5PIYINTS). (AH LIH5TUL RIXSER5CH) PROHDUW5ST (SAHM "
"IH5NTRIHSTIHNX RIXZAH5LTS). AHKOH5RDIHNX TUW (AEN AA5RTIHKUL "
"IHN DHAX NOWVEH5MBER EY2THQX NAY5NTIYNEYTIYFOH1R NUW IY5NXGLIND "
"JER5NUL AXV MEH5DIXSIN), (SIH5GEREHT SMOW5KIHNX) KAO4ZIHZ "
"(DHIHS LIY5THUL DIHZIY5Z) DHAET WIY4KINZ (DHAX /HAA5RTS "
"PAH4MPIHNX PAW2ER). WAYL (DHIY IHGZAE5KT MEH5KINIXZUM) IHZ "
"NAAT KLIY5R, DAA5KTER AA5RTHER JEY2 /HAARTS SPEH5KYULEYTIHD "
"DHAET NIH4KAXTIY2N- OHR KAA5RBIN MUNAA5KSAYD IHN DHAX SMOW5K- "
"SAH5M/HAW1 POY4ZINZ DHAX /HAA5RT, AEND LIY4DZ TUW (/HAA5RT "
"FEY5LYER).";
PhonSize = strlen(PhonPtr);
NumPhonStarts = 0;
PhonStart[NumPhonStarts++] = PhonPtr;
for (i = 0; i < PhonSize; ++i)
{
if (isspace((int)(c = *PhonPtr++)))
*(PhonPtr-1) = ' ';
if ((c == '.') || (c == '?'))
{
*PhonPtr = '\0';
PhonStart[NumPhonStarts++] = ++PhonPtr;
}
}
/*
* (2) Create the English text corresponding to the phonetic text above.
* As before, insure that there are no TABS or NEWLINES in the text.
* Break the text up into sentences and store the start of each
* sentence in EngStart array elements.
*/
EngPtr = "Cardiomyopathy. I had never heard of it before, but there it was "
"listed as the form of heart disease that felled not one or two but "
"all three of the artificial heart recipients. A little research "
"produced some interesting results. According to an article in the "
"November 8, 1984, New England Journal of Medicine, cigarette smoking "
"causes this lethal disease that weakens the heart's pumping power. "
"While the exact mechanism is not clear, Doctor Arthur J Hartz "
"speculated that nicotine or carbon monoxide in the smoke somehow "
"poisons the heart and leads to heart failure.";
EngSize = strlen(EngPtr);
NumEngStarts = 0;
EngStart[NumEngStarts++] = EngPtr;
for (i = 0; i < EngSize; ++i)
{
if (isspace((int)(c = *EngPtr++)))
*(EngPtr-1) = ' ';
if ((c == '.') || (c == '?'))
{
*EngPtr = '\0';
EngStart[NumEngStarts++] = ++EngPtr;
}
}
/*
* (3) Open Intuition and Graphics libraries.
*/
if (!(IntuitionBase=(struct IntuitionBase *)OpenLibrary("intuition.library",0)))
Cleanup("can't open intuition");
if ((GfxBase=(struct GfxBase *)OpenLibrary("graphics.library", 0)) == NULL)
Cleanup("can't open graphics");
/*
* (4) Setup the NewWindow structure for the text display and
* open the text window.
*/
NewWindow.LeftEdge = 20;
NewWindow.TopEdge = 100;
NewWindow.Width = 600;
NewWindow.Height = 80;
NewWindow.DetailPen = 0;
NewWindow.BlockPen = 1;
NewWindow.Title = " Narrator Demo ";
NewWindow.Flags = SMART_REFRESH | ACTIVATE | WINDOWDEPTH | WINDOWDRAG;
NewWindow.IDCMPFlags = NULL;
NewWindow.Type = WBENCHSCREEN;
NewWindow.FirstGadget = NULL;
NewWindow.CheckMark = NULL;
NewWindow.Screen = NULL;
NewWindow.BitMap = NULL;
NewWindow.MinWidth = 600;
NewWindow.MinHeight = 80;
NewWindow.MaxWidth = 600;
NewWindow.MaxHeight = 80;
if ((TextWindow = (struct Window *)OpenWindow(&NewWindow)) == NULL)
Cleanup("Text window could not be opened");
/*
* (4) Setup the NewWindow structure for the face display, open the
* window, cache the RastPort pointer, and draw the initial face.
*/
NewWindow.LeftEdge = 20;
NewWindow.TopEdge = 12;
NewWindow.Width = 120;
NewWindow.Height = 80;
NewWindow.DetailPen = 0;
NewWindow.BlockPen = 1;
NewWindow.Title = " Face ";
NewWindow.Flags = SMART_REFRESH | WINDOWDEPTH | WINDOWDRAG;
NewWindow.IDCMPFlags = NULL;
NewWindow.Type = WBENCHSCREEN;
NewWindow.FirstGadget = NULL;
NewWindow.CheckMark = NULL;
NewWindow.Screen = NULL;
NewWindow.BitMap = NULL;
NewWindow.MinWidth = 120;
NewWindow.MinHeight = 80;
NewWindow.MaxWidth = 120;
NewWindow.MaxHeight = 80;
if ((FaceWindow = (struct Window *)OpenWindow(&NewWindow)) == NULL)
Cleanup("Face window could not be opened");
FaceRast = FaceWindow->RPort;
DrawFace();
/*
* (5) Create read and write msg ports.
*/
if ((MouthPort = CreatePort(NULL,0)) == NULL)
Cleanup("Can't get read port");
if ((VoicePort = CreatePort(NULL,0)) == NULL)
Cleanup("Can't get write port");
/*
* (6) Create read and write I/O request blocks.
*/
if (!(MouthIO = (struct mouth_rb *)
CreateExtIO(MouthPort,sizeof(struct mouth_rb))))
Cleanup("Can't get read IORB");
if (!(VoiceIO = (struct narrator_rb *)
CreateExtIO(VoicePort,sizeof(struct narrator_rb))))
Cleanup("Can't get write IORB");
/*
* (7) Set up the write I/O request block and open the device.
*/
VoiceIO->ch_masks = &chans[0];
VoiceIO->nm_masks = sizeof(chans);
VoiceIO->message.io_Command = CMD_WRITE;
VoiceIO->flags = NDF_NEWIORB;
if (OpenDevice("narrator.device", 0, VoiceIO, 0) != NULL)
Cleanup("OpenDevice failed");
/*
* (8) Set up the read I/O request block.
*/
MouthIO->voice.message.io_Device = VoiceIO->message.io_Device;
MouthIO->voice.message.io_Unit = VoiceIO->message.io_Unit;
MouthIO->voice.message.io_Message.mn_ReplyPort = MouthPort;
MouthIO->voice.message.io_Command = CMD_READ;
/*
* (9) Initialize highlighting IntuiText structure.
*/
HighLight.FrontPen = 1;
HighLight.BackPen = 0;
HighLight.DrawMode = JAM1;
HighLight.ITextFont = &MyFont;
HighLight.NextText = NULL;
/*
* (10) For each sentence, put up the English text in BLACK. As
* Narrator says each word, highlight that word in BLUE. Also
* continuously draw mouth shapes as Narrator speaks.
*/
for (sentence = 0; sentence < NumPhonStarts; ++sentence)
{
/*
* (11) Begin by breaking the English sentence up into lines of
* text in the window. EngLine is an array containing a
* pointer to the start of each English text line.
*/
English = EngStart[sentence] + strspn((UBYTE *)EngStart[sentence], " ");
NumEngLines = 0;
EngLine[NumEngLines++] = English;
CharsLeft = strlen(English);
while (CharsLeft > 51)
{
for (Offset = 51; *(English+Offset) != ' '; --Offset) ;
EngBytes[NumEngLines-1] = Offset;
English += Offset + 1;
*(English-1) = '\0';
EngLine[NumEngLines++] = English;
CharsLeft -= Offset + 1;
}
EngBytes[NumEngLines-1] = CharsLeft;
/*
* (12) Clear the window and draw in the unhighlighted English text.
*/
ClearWindow(TextWindow);
HighLight.FrontPen = 1;
HighLight.LeftEdge = 10;
HighLight.TopEdge = 20;
for (i = 0; i < NumEngLines; ++i)
{
HighLight.IText = EngLine[i];
PrintIText(TextWindow->RPort, &HighLight, 0, 0);
HighLight.TopEdge += 10;
}
HighLight.TopEdge = 20;
HighLight.FrontPen = 3;
HighLight.IText = EngLine[0];
/*
* (13) Set up the write request with the address and length of
* the phonetic text to be spoken. Also tell device to
* generate mouth shape changes and word sync events.
*/
VoiceIO->message.io_Data = PhonStart[sentence];
VoiceIO->message.io_Length = strlen(VoiceIO->message.io_Data);
VoiceIO->flags = NDF_NEWIORB | NDF_WORDSYNC;
VoiceIO->mouths = 1;
/*
* (14) Send the write request to the device. This is an
* asynchronous write, the device will return immediately.
*/
SendIO(VoiceIO);
/*
* (15) Initialize some variables.
*/
ScreenPos = 0;
LineNum = 0;
English = EngLine[LineNum];
OldEnglish = English;
MouthIO->voice.message.io_Error = 0;
/*
* (16) Issue synchronous read requests. For each request we
* check the sync field to see if the read returned a mouth
* shape change, a start of word sync event, or both. We
* continue issuing read requests until we get a return code
* of ND_NoWrite, which indicates that the write has finished.
*/
for (DoIO(MouthIO);MouthIO->voice.message.io_Error != ND_NoWrite;DoIO(MouthIO))
{
/*
* (17) If bit 1 of the sync field is on, this is a start
* of word sync event. In that case we highlight the
* next word.
*/
if (MouthIO->sync & NDF_READWORD)
{
if ((Tempptr = strchr(English, ' ')) != NULL)
{
English = Tempptr + 1;
*(English-1) = '\0';
}
PrintIText(TextWindow->RPort, &HighLight, 0, 0);
WordLength = strlen(OldEnglish) + 1;
HighLight.IText = English;
OldEnglish = English;
ScreenPos += WordLength;
if (ScreenPos >= EngBytes[LineNum])
{
HighLight.LeftEdge = 10;
HighLight.TopEdge += 10;
ScreenPos = 0;
English = OldEnglish = EngLine[++LineNum];
HighLight.IText = English;
}
else
HighLight.LeftEdge += 10*WordLength;
}
/*
* (18) If bit 0 of the sync field is on, this is a mouth
* shape change event. In that case we update the face.
*/
if (MouthIO->sync & NDF_READMOUTH)
UpdateFace();
}
/*
* (19) The write has finished (return code from last read equals
* ND_NoWrite). We must wait on the write I/O request to
* remove it from the message port.
*/
WaitIO(VoiceIO);
}
/*
* (20) Program completed, cleanup and return.
*/
Cleanup("Normal completion");
}
void Cleanup(UBYTE *errmsg)
{
/*
* (1) Cleanup and go away. This routine does not return but EXITs.
* Everything it does is pretty self explanatory.
*/
if (FromCLI)
printf("%s\n\r", errmsg);
if (TextWindow)
CloseWindow(TextWindow);
if (FaceWindow)
CloseWindow(FaceWindow);
if (VoiceIO && VoiceIO->message.io_Device)
CloseDevice(VoiceIO);
if (VoiceIO)
DeleteExtIO(VoiceIO);
if (VoicePort)
DeletePort(VoicePort);
if (MouthIO)
DeleteExtIO(MouthIO);
if (MouthPort)
DeletePort(MouthPort);
if (GfxBase)
CloseLibrary(GfxBase);
if (IntuitionBase)
CloseLibrary(IntuitionBase);
exit(RETURN_OK);
}
void ClearWindow(struct Window *TextWindow)
{
LONG OldPen;
/*
* (1) Clears a window.
*/
OldPen = (LONG)TextWindow->RPort->FgPen;
SetAPen(TextWindow->RPort, 0);
SetDrMd(TextWindow->RPort, JAM1);
RectFill(TextWindow->RPort, 3, 12, TextWindow->Width-3, TextWindow->Height-2);
SetAPen(TextWindow->RPort, OldPen);
}
void DrawFace()
{
/*
* (1) Draws the initial face. The variables defined here are used in
* UpdateFace() to redraw the mouth shape.
*/
EyesLeft = 15;
EyesTop = 20;
EyesBottom = 35;
XMouthCenter = FaceWindow->Width >> 1;
YMouthCenter = FaceWindow->Height - 25;
SetAPen(FaceWindow->RPort, PEN1);
RectFill(FaceWindow->RPort, 3, 10, FaceWindow->Width-3, FaceWindow->Height-2);
SetAPen(FaceWindow->RPort, PEN0);
RectFill(FaceWindow->RPort, EyesLeft, EyesTop, EyesLeft+25, EyesTop+15);
RectFill(FaceWindow->RPort, EyesLeft+65, EyesTop, EyesLeft+90, EyesTop+15);
SetAPen(FaceWindow->RPort, PEN3);
Move(FaceWindow->RPort, XMouthCenter-(FaceWindow->Width >> 3), YMouthCenter);
Draw(FaceWindow->RPort, XMouthCenter+(FaceWindow->Width >> 3), YMouthCenter);
}
void UpdateFace()
{
/*
* (1) Redraws mouth shape in response to a mouth shape change message
* from the device. Its all pretty self explanatory.
*/
WaitBOVP(&FaceWindow->WScreen->ViewPort);
SetAPen(FaceRast, PEN1);
RectFill(FaceRast, 3, EyesBottom, FaceWindow->Width-3, FaceWindow->Height-2);
LipWidth = MouthIO->width*3;
LipHeight = MouthIO->height*2/3;
SetAPen(FaceRast, PEN3);
Move(FaceRast, XMouthCenter - LipWidth, YMouthCenter);
Draw(FaceRast, XMouthCenter , YMouthCenter - LipHeight);
Draw(FaceRast, XMouthCenter + LipWidth, YMouthCenter);
Draw(FaceRast, XMouthCenter, YMouthCenter + LipHeight);
Draw(FaceRast, XMouthCenter - LipWidth, YMouthCenter);
}
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