vdr-plugin-skindesigner/libtemplate/templatepixmap.c

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18 KiB
C
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#include "templatepixmap.h"
using namespace std;
// --- cTemplatePixmap -------------------------------------------------------------
cTemplatePixmap::cTemplatePixmap(void) {
parameters = NULL;
containerX = 0;
containerY = 0;
containerWidth = 0;
containerHeight = 0;
globals = NULL;
scrolling = false;
}
cTemplatePixmap::~cTemplatePixmap() {
for (vector<cTemplateFunction*>::iterator it = functions.begin(); it != functions.end(); it++) {
delete (*it);
}
if (parameters)
delete parameters;
}
void cTemplatePixmap::SetParameters(vector<pair<string, string> > &params) {
parameters = new cTemplateFunction(ftPixmap);
parameters->SetGlobals(globals);
parameters->SetParameters(params);
}
void cTemplatePixmap::SetContainer(int x, int y, int w, int h) {
containerX = x;
containerY = y;
containerWidth = w;
containerHeight = h;
}
void cTemplatePixmap::SetWidth(int width) {
cString pWidth = cString::sprintf("%d", width);
parameters->SetWidthManually(*pWidth);
}
void cTemplatePixmap::SetHeight(int height) {
cString pHeight = cString::sprintf("%d", height);
parameters->SetHeightManually(*pHeight);
}
void cTemplatePixmap::SetX(int x) {
parameters->SetXManually(x);
}
void cTemplatePixmap::SetY(int y) {
parameters->SetYManually(y);
}
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void cTemplatePixmap::SetWidthPercent(double width) {
int absWidth = containerWidth * width;
cString pWidth = cString::sprintf("%d", absWidth);
parameters->SetWidthManually(*pWidth);
}
void cTemplatePixmap::SetHeightPercent(double height) {
int absHeight = containerHeight * height;
cString pHeight = cString::sprintf("%d", absHeight);
parameters->SetHeightManually(*pHeight);
}
void cTemplatePixmap::SetXPercent(double x) {
int absX = containerX + containerWidth * x;
parameters->SetXManually(absX);
}
void cTemplatePixmap::SetYPercent(double y) {
int absY = containerY + containerHeight * y;
parameters->SetYManually(absY);
}
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void cTemplatePixmap::ClearDynamicParameters(void) {
parameters->ClearDynamicParameters();
}
void cTemplatePixmap::ParseDynamicParameters(map <string,int> *intTokens, bool initFuncs) {
parameters->ClearDynamicParameters();
parameters->SetIntTokens(intTokens);
parameters->ParseParameters();
parameters->UnsetIntTokens();
if (!DoExecute()) {
parameters->ClearDynamicParameters();
return;
}
if (!initFuncs || !Ready())
return;
int x = parameters->GetNumericParameter(ptX);
int y = parameters->GetNumericParameter(ptY);
int width = parameters->GetNumericParameter(ptWidth);
int height = parameters->GetNumericParameter(ptHeight);
for (vector<cTemplateFunction*>::iterator func = functions.begin(); func != functions.end(); func++) {
(*func)->SetContainer(x, y, width, height);
(*func)->ReCalculateParameters();
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(*func)->CompleteParameters();
if ((*func)->GetType() == ftLoop) {
cTemplateLoopFunction *loopFunc = dynamic_cast<cTemplateLoopFunction*>(*func);
if (!loopFunc->Ready()) {
loopFunc->CalculateParameters();
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loopFunc->SetIntTokens(intTokens);
loopFunc->ParseParameters();
loopFunc->UnsetIntTokens();
}
loopFunc->CalculateLoopFuncParameters();
}
}
}
void cTemplatePixmap::AddFunction(string name, vector<pair<string, string> > &params) {
eFuncType type = ftNone;
if (!name.compare("fill")) {
type = ftFill;
} else if (!name.compare("drawtext")) {
type = ftDrawText;
} else if (!name.compare("drawtextbox")) {
type = ftDrawTextBox;
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} else if (!name.compare("drawtextvertical")) {
type = ftDrawTextVertical;
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} else if (!name.compare("drawimage")) {
type = ftDrawImage;
} else if (!name.compare("drawrectangle")) {
type = ftDrawRectangle;
} else if (!name.compare("drawellipse")) {
type = ftDrawEllipse;
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} else if (!name.compare("drawslope")) {
type = ftDrawSlope;
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}
if (type == ftNone) {
return;
}
cTemplateFunction *f = new cTemplateFunction(type);
f->SetParameters(params);
functions.push_back(f);
}
void cTemplatePixmap::AddLoopFunction(cTemplateLoopFunction *lf) {
functions.push_back(lf);
}
bool cTemplatePixmap::CalculateParameters(void) {
bool paramsValid = true;
//Calculate Pixmap Size
parameters->SetContainer(containerX, containerY, containerWidth, containerHeight);
parameters->SetGlobals(globals);
paramsValid = parameters->CalculateParameters();
int pixWidth = parameters->GetNumericParameter(ptWidth);
int pixHeight = parameters->GetNumericParameter(ptHeight);
for (vector<cTemplateFunction*>::iterator func = functions.begin(); func != functions.end(); func++) {
(*func)->SetGlobals(globals);
(*func)->SetContainer(0, 0, pixWidth, pixHeight);
paramsValid = (*func)->CalculateParameters();
(*func)->CompleteParameters();
if ((*func)->GetType() == ftLoop) {
cTemplateLoopFunction *loopFunc = dynamic_cast<cTemplateLoopFunction*>(*func);
loopFunc->CalculateLoopFuncParameters();
}
}
return paramsValid;
}
void cTemplatePixmap::ClearDynamicFunctionParameters(void) {
InitIterator();
cTemplateFunction *func = NULL;
while(func = GetNextFunction()) {
func->ClearDynamicParameters();
}
}
void cTemplatePixmap::ParseDynamicFunctionParameters(map <string,string> *stringTokens, map <string,int> *intTokens) {
InitIterator();
cTemplateFunction *func = NULL;
bool completelyParsed = true;
bool updated = false;
while(func = GetNextFunction()) {
func->SetStringTokens(stringTokens);
func->SetIntTokens(intTokens);
bool funcCompletelyParsed = func->ParseParameters();
if (!funcCompletelyParsed)
completelyParsed = false;
if (func->Updated())
func->CompleteParameters();
func->UnsetIntTokens();
func->UnsetStringTokens();
}
if (completelyParsed) {
return;
}
ReplaceWidthFunctions();
ReplaceHeightFunctions();
ReplacePosXFunctions();
ReplacePosYFunctions();
}
bool cTemplatePixmap::CalculateDrawPortSize(cSize &size, map < string, vector< map< string, string > > > *loopTokens) {
int pixWidth = parameters->GetNumericParameter(ptWidth);
int pixHeight = parameters->GetNumericParameter(ptHeight);
int orientation = parameters->GetNumericParameter(ptOrientation);
if (orientation < 0)
orientation = orVertical;
if (orientation == orHorizontal) {
//get function which determinates drawport width
cTemplateFunction *scrollFunc = GetScrollFunction();
if (!scrollFunc)
return false;
int drawportWidth = scrollFunc->GetWidth(false) + scrollFunc->GetNumericParameter(ptX) + 10;
if (drawportWidth > pixWidth) {
size.SetWidth(drawportWidth);
size.SetHeight(pixHeight);
return true;
}
} else if (orientation == orVertical) {
//check "last" element height
InitIterator();
cTemplateFunction *f = NULL;
int drawportHeight = 1;
while (f = GetNextFunction()) {
if (f->GetType() == ftLoop) {
cTemplateLoopFunction *loopFunc = dynamic_cast<cTemplateLoopFunction*>(f);
//get number of loop tokens
string loopTokenName = loopFunc->GetParameter(ptName);
int numLoopTokens = 0;
map < string, vector< map< string, string > > >::iterator hit = loopTokens->find(loopTokenName);
if (hit != loopTokens->end()) {
vector< map<string,string> > loopToken = hit->second;
numLoopTokens = loopToken.size();
//parse first loop token element to get correct height
vector< map<string,string> >::iterator firstLoopToken = loopToken.begin();
loopFunc->ClearDynamicParameters();
loopFunc->ParseDynamicParameters(&(*firstLoopToken));
}
int orientation = loopFunc->GetNumericParameter(ptOrientation);
int yFunc = loopFunc->GetNumericParameter(ptY);
int heightFunc = loopFunc->GetLoopElementsHeight();
if (loopTokens && orientation == orVertical) {
//height is height of loop elements times num loop elements
heightFunc = heightFunc * numLoopTokens;
} else if (loopTokens && orientation == orHorizontal) {
int overflow = loopFunc->GetNumericParameter(ptOverflow);
if (overflow == otCut) {
//do nothing, height is only height of one line
} else if (overflow == otWrap) {
int widthFunc = loopFunc->GetLoopElementsWidth();
if (widthFunc <= 0)
continue;
int loopWidth = loopFunc->GetNumericParameter(ptWidth);
if (loopWidth <= 0)
loopWidth = loopFunc->GetContainerWidth();
int elementsPerRow = loopWidth / widthFunc;
int rest = loopWidth % widthFunc;
if (rest > 0)
elementsPerRow++;
if (elementsPerRow <= 0)
continue;
int lines = numLoopTokens / elementsPerRow;
rest = numLoopTokens % elementsPerRow;
if (rest > 0)
lines++;
heightFunc = heightFunc * lines;
}
}
int neededHeight = heightFunc + yFunc;
if (neededHeight > drawportHeight)
drawportHeight = neededHeight;
} else {
int yFunc = f->GetNumericParameter(ptY);
int heightFunc = f->GetHeight();
int neededHeight = heightFunc + yFunc;
if (neededHeight > drawportHeight)
drawportHeight = neededHeight;
}
}
if (drawportHeight > pixHeight) {
size.SetWidth(pixWidth);
size.SetHeight(drawportHeight);
return true;
}
}
size.SetWidth(0);
size.SetHeight(0);
return false;
}
void cTemplatePixmap::SetScrollingTextWidth(void) {
int orientation = parameters->GetNumericParameter(ptOrientation);
if (orientation != orHorizontal)
return;
int pixWidth = parameters->GetNumericParameter(ptWidth);
InitIterator();
cTemplateFunction *func = NULL;
while(func = GetNextFunction()) {
if (func->GetType() == ftDrawText) {
int offset = func->GetNumericParameter(ptX);
func->SetMaxTextWidth(pixWidth - offset);
}
}
}
cTemplateFunction *cTemplatePixmap::GetScrollFunction(void) {
string scrollElement = parameters->GetParameter(ptScrollElement);
if (scrollElement.size() == 0)
return NULL;
InitIterator();
cTemplateFunction *f = NULL;
bool foundElement = false;
while (f = GetNextFunction()) {
string funcName = f->GetParameter(ptName);
if (!funcName.compare(scrollElement)) {
return f;
}
}
return NULL;
}
cRect cTemplatePixmap::GetPixmapSize(void) {
cRect size;
size.SetX(GetNumericParameter(ptX));
size.SetY(GetNumericParameter(ptY));
size.SetWidth(GetNumericParameter(ptWidth));
size.SetHeight(GetNumericParameter(ptHeight));
return size;
}
int cTemplatePixmap::GetNumericParameter(eParamType type) {
if (!parameters)
return -1;
return parameters->GetNumericParameter(type);
}
void cTemplatePixmap::InitIterator(void) {
funcIt = functions.begin();
}
cTemplateFunction *cTemplatePixmap::GetNextFunction(void) {
if (funcIt == functions.end())
return NULL;
cTemplateFunction *func = *funcIt;
funcIt++;
return func;
}
bool cTemplatePixmap::Ready(void) {
int myX = parameters->GetNumericParameter(ptX);
if (myX < 0)
return false;
int myY = parameters->GetNumericParameter(ptY);
if (myY < 0)
return false;
int myWidth = parameters->GetNumericParameter(ptWidth);
if (myWidth < 1)
return false;
int myHeight = parameters->GetNumericParameter(ptHeight);
if (myHeight < 1)
return false;
return true;
}
void cTemplatePixmap::ReplaceWidthFunctions(void) {
InitIterator();
cTemplateFunction *func = NULL;
while(func = GetNextFunction()) {
if (func->ParsedCompletely()) {
continue;
}
multimap<eParamType,string> widths;
func->GetNeededWidths(&widths);
for (map<eParamType, string>::iterator names = widths.begin(); names !=widths.end(); names++) {
eParamType type = names->first;
string label = names->second;
int funcWidth = 0;
for (vector<cTemplateFunction*>::iterator it = functions.begin(); it != functions.end(); it++) {
cTemplateFunction *myFunc = *it;
string myFuncName = myFunc->GetParameter(ptName);
if (!myFuncName.compare(label)) {
funcWidth = myFunc->GetWidth();
func->SetWidth(type, label, funcWidth);
if (func->Updated()) {
func->CompleteParameters();
}
}
}
}
}
}
void cTemplatePixmap::ReplaceHeightFunctions(void) {
InitIterator();
cTemplateFunction *func = NULL;
while(func = GetNextFunction()) {
if (func->ParsedCompletely()) {
continue;
}
multimap<eParamType,string> heights;
func->GetNeededHeights(&heights);
for (map<eParamType, string>::iterator names = heights.begin(); names !=heights.end(); names++) {
eParamType type = names->first;
string label = names->second;
int funcHeight = 0;
for (vector<cTemplateFunction*>::iterator it = functions.begin(); it != functions.end(); it++) {
cTemplateFunction *myFunc = *it;
string myFuncName = myFunc->GetParameter(ptName);
if (!myFuncName.compare(label)) {
funcHeight = myFunc->GetHeight();
func->SetHeight(type, label, funcHeight);
if (func->Updated()) {
func->CompleteParameters();
}
}
}
}
}
}
void cTemplatePixmap::ReplacePosXFunctions(void) {
InitIterator();
cTemplateFunction *func = NULL;
while(func = GetNextFunction()) {
if (func->ParsedCompletely()) {
continue;
}
multimap<eParamType,string> posXs;
func->GetNeededPosX(&posXs);
for (map<eParamType, string>::iterator names = posXs.begin(); names !=posXs.end(); names++) {
eParamType type = names->first;
string label = names->second;
int funcX = 0;
for (vector<cTemplateFunction*>::iterator it = functions.begin(); it != functions.end(); it++) {
cTemplateFunction *myFunc = *it;
string myFuncName = myFunc->GetParameter(ptName);
if (!myFuncName.compare(label)) {
funcX = myFunc->GetNumericParameter(ptX);
if (funcX > -1) {
func->SetX(type, label, funcX);
if (func->Updated()) {
func->CompleteParameters();
}
}
}
}
}
}
}
void cTemplatePixmap::ReplacePosYFunctions(void) {
InitIterator();
cTemplateFunction *func = NULL;
while(func = GetNextFunction()) {
if (func->ParsedCompletely()) {
continue;
}
multimap<eParamType,string> posYs;
func->GetNeededPosY(&posYs);
for (map<eParamType, string>::iterator names = posYs.begin(); names !=posYs.end(); names++) {
eParamType type = names->first;
string label = names->second;
int funcY = 0;
for (vector<cTemplateFunction*>::iterator it = functions.begin(); it != functions.end(); it++) {
cTemplateFunction *myFunc = *it;
string myFuncName = myFunc->GetParameter(ptName);
if (!myFuncName.compare(label)) {
funcY = myFunc->GetNumericParameter(ptY);
if (funcY > -1) {
func->SetY(type, label, funcY);
if (func->Updated()) {
func->CompleteParameters();
}
}
}
}
}
}
}
void cTemplatePixmap::Debug(void) {
esyslog("skindesigner: pixmap container size x: %d, y: %d, width: %d, height %d", containerX, containerY, containerWidth, containerHeight);
parameters->Debug();
for (vector<cTemplateFunction*>::iterator it = functions.begin(); it != functions.end(); it++) {
(*it)->Debug();
}
}