FloatValue* CPropHelper::CreateAngle (PropItemVec& items, shared_str key, float* val, float mn, float mx, float inc, int decim)
{ FloatValue* V = (FloatValue*) AppendValue (items,key,xr_new<FloatValue>(val,mn,mx,inc,decim),PROP_NUMERIC);
V->OnAfterEditEvent.bind (this,&CPropHelper::floatRDOnAfterEdit);
V->OnBeforeEditEvent.bind (this,&CPropHelper::floatRDOnBeforeEdit);
V->Owner()->OnDrawTextEvent.bind(this,&CPropHelper::floatRDOnDraw);
return V;
}
float
TableCellFloatRenderer::PreferredValueWidth(Value* _value, BView* targetView)
{
FloatValue* value = dynamic_cast<FloatValue*>(_value);
if (value == NULL)
return 0;
char buffer[64];
snprintf(buffer, sizeof(buffer), "%g", value->GetValue());
return TableCellValueRendererUtils::PreferredStringWidth(targetView,
buffer);
}
void
TableCellFloatRenderer::RenderValue(Value* _value, BRect rect, BView* targetView)
{
FloatValue* value = dynamic_cast<FloatValue*>(_value);
if (value == NULL)
return;
char buffer[64];
snprintf(buffer, sizeof(buffer), "%g", value->GetValue());
TableCellValueRendererUtils::DrawString(targetView, rect, buffer,
B_ALIGN_RIGHT, true);
}
bool
FloatValue::operator == (FloatValue & x)
{
x.parse();
return (value_ == x.value_);
}
void PS::CPEDef::FillProp(LPCSTR pref, ::PropItemVec& items, ::ListItem* owner)
{
ButtonValue* B;
PropValue* P = 0;
B=PHelper().CreateButton (items,PrepareKey(pref,"Control"),"Play(F5),Stop(F6),Stop...(F7)",ButtonValue::flFirstOnly);
B->OnBtnClickEvent.bind (this,&PS::CPEDef::OnControlClick);
RTextValue* R = PHelper().CreateRText (items,PrepareKey(pref,"Name"),&m_Name);
R->OnAfterEditEvent.bind (this,&PS::CPEDef::NameOnAfterEdit);
// max particles
PHelper().CreateS32 (items,PrepareKey (pref,"Max Particles"), &m_MaxParticles, 0, 100000);
// P->OnChangeEvent = OnFlagChange;
// time limit
P=PHelper().CreateFlag32(items,PrepareKey (pref,"Time Limit"), &m_Flags, dfTimeLimit);
P->OnChangeEvent.bind (this,&PS::CPEDef::OnFlagChange);
if (m_Flags.is(dfTimeLimit))
PHelper().CreateFloat (items,PrepareKey (pref,"Time Limit\\Value (sec)"), &m_fTimeLimit, 0, 10000.f);
// sprite
P=PHelper().CreateFlag32(items,PrepareKey (pref,"Sprite"), &m_Flags, dfSprite);
P->OnChangeEvent.bind (this,&PS::CPEDef::OnFlagChange);
if (m_Flags.is(dfSprite)){
P=PHelper().CreateChoose(items,PrepareKey (pref,"Sprite\\Texture"), &m_TextureName, smTexture, 0,0, 2);
P->OnChangeEvent.bind (this,&PS::CPEDef::OnShaderChange);
P=PHelper().CreateChoose(items,PrepareKey (pref,"Sprite\\Shader"), &m_ShaderName, smEShader);
P->OnChangeEvent.bind (this,&PS::CPEDef::OnShaderChange);
// frame
P=PHelper().CreateFlag32(items,PrepareKey (pref,"Sprite\\Culling"), &m_Flags, dfCulling);
P->OnChangeEvent.bind (this,&PS::CPEDef::OnFlagChange);
if (m_Flags.is(CPEDef::dfCulling))
PHelper().CreateFlag32(items,PrepareKey (pref,"Sprite\\Culling\\CCW"), &m_Flags, dfCullCCW);
P=PHelper().CreateFlag32(items,PrepareKey (pref,"Sprite\\Frame"), &m_Flags, dfFramed);
P->OnChangeEvent.bind (this,&PS::CPEDef::OnFlagChange);
if (m_Flags.is(dfFramed)){
PHelper().CreateFlag32(items,PrepareKey (pref,"Sprite\\Frame\\Random Init"), &m_Flags, dfRandomFrame);
PHelper().CreateS32 (items,PrepareKey (pref,"Sprite\\Frame\\Count"), &m_Frame.m_iFrameCount, 1,256);
P=PHelper().CreateFloat(items,PrepareKey (pref,"Sprite\\Frame\\Size U (0..1)"), &m_Frame.m_fTexSize.x, EPS_S,1.f,0.001f,8);
P->OnChangeEvent.bind (this,&PS::CPEDef::OnFrameResize);
PHelper().CreateFloat (items,PrepareKey (pref,"Sprite\\Frame\\Size V (0..1)"), &m_Frame.m_fTexSize.y, EPS_S,1.f,0.001f,8);
// animate
P=PHelper().CreateFlag32(items,PrepareKey (pref,"Sprite\\Animated"), &m_Flags, dfAnimated);
P->OnChangeEvent.bind (this,&PS::CPEDef::OnFlagChange);
if (m_Flags.is(dfAnimated)){
PHelper().CreateFlag32(items,PrepareKey (pref,"Sprite\\Animated\\Random Playback"), &m_Flags, dfRandomPlayback);
PHelper().CreateFloat(items,PrepareKey (pref,"Sprite\\Animated\\Speed"), &m_Frame.m_fSpeed, 0.f,1000.f);
}
}
}
// align to path
P=PHelper().CreateFlag32(items,PrepareKey (pref,"Movement\\Align To Path"), &m_Flags, dfAlignToPath);
P->OnChangeEvent.bind (this,&PS::CPEDef::OnFlagChange);
if (m_Flags.is(dfAlignToPath)){
PHelper().CreateFlag32(items,PrepareKey (pref,"Movement\\Align To Path\\Face Align"), &m_Flags, dfFaceAlign);
PHelper().CreateFlag32(items,PrepareKey (pref,"Movement\\Align To Path\\Default World Align"), &m_Flags, dfWorldAlign);
PHelper().CreateAngle3(items,PrepareKey (pref,"Movement\\Align To Path\\Default Rotate"), &m_APDefaultRotation);
}
// velocity scale
P=PHelper().CreateFlag32(items,PrepareKey (pref,"Movement\\Velocity Scale"), &m_Flags, dfVelocityScale);
P->OnChangeEvent.bind (this,&PS::CPEDef::OnFlagChange);
if (m_Flags.is(dfVelocityScale))
PHelper().CreateVector(items,PrepareKey (pref,"Movement\\Velocity Scale\\Value"), &m_VelocityScale, -1000.f, 1000.f);
// collision
P=PHelper().CreateFlag32(items,PrepareKey (pref,"Movement\\Collision"), &m_Flags, dfCollision);
P->OnChangeEvent.bind (this,&PS::CPEDef::OnFlagChange);
FloatValue* V = 0;
if (m_Flags.is(dfCollision)){
PHelper().CreateFlag32(items,PrepareKey(pref,"Movement\\Collision\\Collide With Dynamic"), &m_Flags, dfCollisionDyn);
PHelper().CreateFlag32(items,PrepareKey(pref,"Movement\\Collision\\Destroy On Contact"), &m_Flags, dfCollisionDel);
V=PHelper().CreateFloat (items,PrepareKey (pref,"Movement\\Collision\\Friction"), &m_fCollideOneMinusFriction,0.f, 1.f);
V->OnBeforeEditEvent.bind (this,&PS::CPEDef::CollisionFrictionOnBeforeEdit);
V->OnAfterEditEvent.bind (this,&PS::CPEDef::CollisionFrictionOnAfterEdit);
V->Owner()->OnDrawTextEvent.bind(this,&PS::CPEDef::CollisionFrictionOnDraw);
PHelper().CreateFloat (items,PrepareKey (pref,"Movement\\Collision\\Resilence"), &m_fCollideResilience, 0.f, 1.f);
V=PHelper().CreateFloat (items,PrepareKey (pref,"Movement\\Collision\\Cutoff"), &m_fCollideSqrCutoff, 0.f, P_MAXFLOAT);
V->OnBeforeEditEvent.bind (this,&PS::CPEDef::CollisionCutoffOnBeforeEdit);
V->OnAfterEditEvent.bind (this,&PS::CPEDef::CollisionCutoffOnAfterEdit);
V->Owner()->OnDrawTextEvent.bind(this,&PS::CPEDef::CollisionCutoffOnDraw);
}
// actions
B=::PHelper().CreateButton(items,PrepareKey(pref,"Actions\\Edit"),"Append",ButtonValue::flFirstOnly);
B->OnBtnClickEvent.bind (this,&PS::CPEDef::OnActionsClick);
for (EPAVecIt s_it=m_EActionList.begin(); s_it!=m_EActionList.end(); s_it++)
{
u32 clr = (*s_it)->flags.is(EParticleAction::flEnabled)?clBlack:clSilver;
shared_str a_pref = PrepareKey(pref,"Actions",AnsiString().sprintf("%s (%s)",*(*s_it)->actionType,*(*s_it)->actionName).c_str());
ButtonValue* B = PHelper().CreateButton(items,a_pref,"Up,Down,Remove",ButtonValue::flFirstOnly); B->tag = (s_it-m_EActionList.begin());
B->Owner()->prop_color = clr;
B->OnBtnClickEvent.bind (this,&PS::CPEDef::OnActionEditClick);
RTextValue* R;
R=PHelper().CreateRText (items,PrepareKey(a_pref.c_str(),"Name"),&(*s_it)->actionName);
R->OnAfterEditEvent.bind(this,&PS::CPEDef::OnAfterActionNameEdit);
R->Owner()->prop_color = clr;
(*s_it)->FillProp (items,a_pref.c_str(),clr);
}
}
void PS::CPEDef::CollisionCutoffOnDraw(PropValue* sender, xr_string& draw_val)
{
FloatValue* V = dynamic_cast<FloatValue*>(sender); VERIFY(V);
draw_sprintf(draw_val,_sqrt(V->GetValue()),V->dec);
}
void PS::CPEDef::CollisionFrictionOnDraw(PropValue* sender, xr_string& draw_val)
{
FloatValue* V = dynamic_cast<FloatValue*>(sender); VERIFY(V);
draw_sprintf(draw_val,1.f-V->GetValue(),V->dec);
}
